spanish capacities - in large scientific facilities - cdti

SPANISH CAPACITIESIN LARGE SCIENTIFIC FACILITIES

Edited by: CDTI, E.P.E.

C/ Cid, 4 28001 Madrid (Spain)

Legal deposit: M-11397-2020

The information included in this publication has been provided directly by the companies themselves and checked whenever possible by CDTI. CDTI shall not be held liable for the accuracy or truthful-ness of this information or the damages its use may cause. For more information, the companies may be contacted directly.

The catalogue includes companies with capacity to deliver technology to Large Research Infrastruc-tures, but there may be others with similar expertise. For more information, you can contact CDTI.

Regardless of the purpose, total or partial reproduction, exploitation, distribution and marketing of the information within this document requires the citation of the source and the prior consent of CDTI.

IndexForeword ............................................................................................................................................................................................ 1CDTI ....................................................................................................................................................................................................... 2IFMIF-DONES .............................................................................................................................................................................. 4INDUCIENCIA .............................................................................................................................................................................. 6

SPANISH COMPANIES

ABENGOA ....................................................................................................................................................................................10AERNNOVA AEROSPACE ............................................................................................................................................ 12AIMEN TECHNOLOGY CENTRE ............................................................................................................................ 14AIRBUS DEFENCE AND SPACE .......................................................................................................................... 16ALE HEAVYLIFT IBERICA ........................................................................................................................................... 18ALIBAVA SYSTEMS ..............................................................................................................................................................20ALTER TECHNOLOGY TUV NORD .......................................................................................................................22ALTRAN ...........................................................................................................................................................................................24ANALISIS Y SIMULACIÓN ...........................................................................................................................................26ANTEC MAGNETS ...............................................................................................................................................................28APPLUS+ LABORATORIES (LGAI Technological Center ) ..............................................................30ARRAELA ....................................................................................................................................................................................32ASE OPTICS EUROPE ....................................................................................................................................................34ASTURFEITO ............................................................................................................................................................................36AVS - ADDED VALUE INDUSTRIAL ENGINEERING SOLUTIONS .......................................38AWGE TECHNOLOGIES ...............................................................................................................................................40BTESA - BROAS TELECOM .......................................................................................................................................42CADINOX .....................................................................................................................................................................................44CEIT-IK4 .........................................................................................................................................................................................46CEN SOLUTIONS ..................................................................................................................................................................48CITD ENGINEERING & TECHNOLOGIES ....................................................................................................50COMET INGENIERÍA .........................................................................................................................................................52CRISA ..............................................................................................................................................................................................54CRYOVAC ....................................................................................................................................................................................56CT ENGINEERING ..............................................................................................................................................................58DAS PHOTONICS .................................................................................................................................................................60DEIMOS SPACE ......................................................................................................................................................................62DRAGADOS ...............................................................................................................................................................................64EGILE MECHANICS ............................................................................................................................................................66EIIT ......................................................................................................................................................................................................68ELYTT ENERGY .......................................................................................................................................................................70EMPRESARIOS AGRUPADOS INTERNACIONAL ................................................................................72EMBEDDED INSTRUMENTS AND SYSTEMS .........................................................................................74ENSA - EQUIPOS NUCLEARES ............................................................................................................................76ESTEYCO .......................................................................................................................................................................................78FAGOR AUTOMATION ......................................................................................................................................................80FERROVIAL ...............................................................................................................................................................................82FRACTAL ......................................................................................................................................................................................84FUS_ALIANZ® SCIENCE, ENGINEERING AND CONSULTING ..............................................86FYLA .................................................................................................................................................................................................88GMV ..................................................................................................................................................................................................90GTD SISTEMAS DE INFORMACIÓN ...................................................................................................................92HILFA ...............................................................................................................................................................................................94IBERDROLA INGENIERÍA Y CONSTRUCCIÓN .....................................................................................96IDESA ................................................................................................................................................................................................98IDOM ...............................................................................................................................................................................................100FUNDACIÓN IDONIAL ..................................................................................................................................................102INGECIBER ..............................................................................................................................................................................104INGEMETAL .............................................................................................................................................................................106

INSYTE ELECTRONICS ................................................................................................................................................108INTARCON .................................................................................................................................................................................110INTERGRASYS ....................................................................................................................................................................... 112ISDEFE .......................................................................................................................................................................................... 114JEMA ............................................................................................................................................................................................... 116LEADING .....................................................................................................................................................................................118LIDAX .............................................................................................................................................................................................120MECÁNICAS BOLEA .......................................................................................................................................................122METROMECÁNICA ...........................................................................................................................................................124NANOKER .................................................................................................................................................................................126NATEC ...........................................................................................................................................................................................128NORTEMECÁNICA ............................................................................................................................................................130OBEKI ............................................................................................................................................................................................132OBUU TECH ............................................................................................................................................................................134PROACTIVE ..............................................................................................................................................................................136PROCON SYSTEMS ..........................................................................................................................................................138RAMEM ........................................................................................................................................................................................140ROMPAL ......................................................................................................................................................................................142RYMSA ..........................................................................................................................................................................................144SCHWARTZ HAUTMONT ............................................................................................................................................146SCIENTIFICA ..........................................................................................................................................................................148SEA INGENIERÍA ...............................................................................................................................................................150SENER AEROESPACIAL .............................................................................................................................................152SERTEC .......................................................................................................................................................................................154SEVEN SOLUTIONS ........................................................................................................................................................156SUPRASYS ................................................................................................................................................................................158TECNALIA ..................................................................................................................................................................................160TECNATOM ...............................................................................................................................................................................162TECNOBIT .................................................................................................................................................................................164TEKNIKER ................................................................................................................................................................................166TEKNO SERVICE ................................................................................................................................................................168THALES ALENIA ................................................................................................................................................................. 170TVP ................................................................................................................................................................................................... 172TSK ....................................................................................................................................................................................................174TTI NORTE ................................................................................................................................................................................. 176

SPANISH PUBLIC RESEARCH ENTITIES

• ASTRONOMY

INSTITUTO DE ASTROFÍSICA DE ANDALUCÍA......................................................................................182CALAR ALTO ............................................................................................................................................................................184OBSERVATORIO DE SIERRA NEVADA .........................................................................................................186INSTITUTO DE ASTROFÍSICA DE CANARIAS ..........................................................................................188GRAN TELESCOPIO DE CANARIAS ................................................................................................................190OBSERVATORIOS DE CANARIAS ......................................................................................................................192OBSERVATORIO DE YEBES ....................................................................................................................................194IRAM ...............................................................................................................................................................................................196CEFCA ..........................................................................................................................................................................................198OBSERVATORIO ASTROFÍSICO DE JAVALAMBRE ......................................................................... 200

• FUSION

CIEMAT. LABORATORIO NACIONAL DE FUSIÓN .............................................................................. 204

• PARTYCLE PHYSICS

ALBA ..............................................................................................................................................................................................208CIEMAT .........................................................................................................................................................................................210ESS BILBAO ............................................................................................................................................................................212

1

Foreword

Big Science infrastructures are the backbone of European science. They attract technologists and scientists from va-rious scientific disciplines and act as catalysts for the de-velopment of new concepts and theories. But beyond their contribution to science, Big Science facilities also promo-te economic development within the countries involved in their design and construction, requiring new technology solutions which improve companies’ com-petitiveness and international projection.

For Spain, involvement in Big Science facilities is a driver to promote international collaboration, test our capacities in very singular projects and assess our R&D policy. Spanish participation in Large Research Infrastructures has contributed toward a significant advancement of Spanish science over recent years but has also paved the way for a tremendous development of our science industry, enabling this sector to successfully compete internationally and to transfer its technology to other markets. In the last fifteen years our industries have developed Big Scien-ce projects worth more than 1300 million euros in cutting edge technologies of the uttermost complexity, such as optomechanics, cryogenics and vacuum, detectors and information and communication technologies.

As the Spanish innovation agency, CDTI has a key role in supporting our industry to engage in business with Big Science facilities, fostering their technological development by funding cutting edge projects and acting as Industrial Liaison Officer, with the aim of achieving an adequate level of industrial return. Of special notice in this regard is the PRISMAC (Programme of High Field Superconducting Magnets) agreement between CERN, CIEMAT and CDTI which covers design, prototyping, testing and industrial development in magnet engineering, assembly and qualification within the scope of the HL-LHC project and FCC study. Through this agreement CDTI aims to qua-lify Spanish industry in CERN as potential suppliers for future high field superconducting magnets.

An important milestone for us is the Big Science Business Forum to be held in Granada, organised by CDTI with the support of the Spanish Ministry of Science and Innovation and the participation of eleven Big Science organisations (CERN, EMBL, ESA, ESO, ESRF, ESS, European XFEL, FAIR, F4E, ILL and SKA), which will offer companies and stakeholders the chance to learn about busi-ness opportunities in the coming years. BSBF will support the European candidacy of Granada to host IFMIF-DONES, the research infrastructure which will enable testing of materials necessary in a demonstration fusion reactor, the machine that will follow ITER.

This catalogue summarises the capacities of Spanish companies in Large Research Infrastructu-res and includes a selection of recent success stories and a complete picture of the skills and com-petitiveness of our national industry. With a consolidated industrial sector in this field, Spanish com-panies are willing to play a major role in the future, pushing forward technological breakthroughs.

We hope that scientists, companies and Research Infrastructures, as well as future partners will find this compendium useful and that many successful partnerships will be encouraged to successfully face the challenges and opportunities ahead of us.

Javier PonceDirector General of CDTI, E.P.E.

2

CDTI MAIN ACTIVITIES

CDTI is the national innovation agency belonging to the Spanish Ministry of Science and Innovation, fostering the innovation of Spanish companies including the Big Science market. CDTI runs these activities from its headquarters in Madrid as well as its international network present in 28 countries worldwide.

CDTI AND LARGE RESEARCH INFRASTRUCTURES

CDTI promotes the participation of Spanish Industries in Large R&D Facilities such as CERN, ITER, ESRF, ILL, ESO, SKA, XFEL and ESS. CDTI is the designated Industrial Liaison Officer (ILO) for all of them. In addition CDTI promotes the participation of Spanish industries and its technology capabilities as suppliers and users of the Spanish national scientific and technical Research Infrastructures (“Infraestructuras Científicas y Técnicas Singulares”, or ICTS) in sup-port of the Spanish Ministry of Science and Innovation.

Our activities are the following:

1. With Industry

- Raising awareness and informing potential suppliers about medium term plans of the Research Infrastructure and forthcoming calls for tenders

- Assisting companies in their understanding of the technical, contractual and financial requirements to become a supplier and also following up of awarding contracts

- Funding of R&D projects to develop technological know-how to work with Big Science facilities and funding of tender preparation activities

- Collaborating with INDUCIENCIA, the Spanish science industry technological platform

2. With Research Infrastructures

- Advising Research Infrastructures on the national industrial capacities

- Supporting the international /national Research Organisation to create collaborations and partnerships with industry in the R&D phase and promoting technology transfer activities. CDTI is a partner of the Horizon2020 ENRIITC project (European Network of Research Infrastructures & IndusTry for Collaboration)

- Providing advice on the definition and implementation of the organisation purchasing rules

COMPANY NAME CDTI, E.P.E.AFFILIATION Ministry of Science and Innovation ADDRESS Cid, 4 28001 MADRID (SPAIN)WEB www.cdti.es CONTACT PERSONS ASTRONOMY Javier Echávarri E-mail [email protected] FUSION Belén del Cerro E-mail [email protected] PARTICLE PHYSICS Manuel Moreno E-mail [email protected] National ICTS Jorge López Reig E-mail [email protected] PHONE +34 915810491

3

CD

TI- Organising industrial infodays, Spain@CERN, Spain@ESO, Supplier-Industry@ICTS,

User-Industry@ICTS and BSBF in collaboration with the Research Infrastructures.

3. With Delegations / Funding agencies

- Collaborating with the Spanish delegation to the Research Infrastructure as the nominated expert for industrial matters, advising national funding agencies in the definition of in-kind contributions and analyzing industrial capacities for Spanish Research Infrastructure proposals

- Collaborating with the Spanish delegation as nominated expert to the H2020 and Horizon Europe Research Infrastructure Committees, for support in industrial and technology matters

- Collaborating with the Spanish Ministry of Science and Innovation as nominated member of the ICTS committee giving support for industrial and technology matters.

SPANISH COMPANIES IN LARGE SCIENTIFIC FACILITES

During the last 15 years, Spanish industry has been awarded over 1300 million euros in Large Scientific Facilities 1, won in a highly competitive market without rules of guaranteed georeturn. Our national industry has contributed to the main technological areas of these projects: me-chanical engineering, control systems, electro-magnetism and superconductivity, power sys-tems, radiofrequency systems, cryogenic and vacuum systems, electronics, civil and electrical engineering, targets, detectors and instrumentation and sources, radioactivity protection, etc.

The previous figure shows a rising tendency in the contracts volume awarded to Spanish com-panies. There are more than 150 Spanish companies working in this market.

1 Large Scientific Facilities taken into account: CERN, ESRF, ILL, XFEL, ESO, ITER, ESS and SKA.

Accumulated Return in Large Scientific FacilitiesAstronomy, Particle Physics and Fusion

Mill

ion

s o

f €

1.600

2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019

1.400

1.200

1.000

800

600

400

200

0

Figure 1. Evolution of industrial return for Spain from Large Scientific Facilities

IFMIF-DONES, A KEY INFRASTRUCTURE IN THE ROADMAP TOWARDS FUSION ENERGY

In the fusion energy roadmap, the Demonstration fusion reactor (DEMO) will come after ITER. A DEMO construction starting in around 2040 poses stringent timing requirements for the successful development of neutron resistant materials, as these materials must be qualified in advance of the completion of the DEMO design. A key issue is the effect on the materials of helium embrittlement, particularly important with high energy neutrons, in addition to the displacement damage already observed with a fission spectrum. Whilst a full performance International Fusion Materials Irradiation Facility (IFMIF) provides the ideal Fusion Neutron Source device, as already identified in the Fast Track approach, for testing materials up to radiation damage levels foreseen for a Fusion Power Plant (FPP), the schedule for DEMO under the current European roadmap is such that the tests must start earlier than currently foreseen for a full IFMIF.

In Europe, it has been thus agreed that the selected configuration for a so called Early Neu-tron Source is the IFMIF-DONES (DEMO Oriented Neutron Source) facility, which is based on a IFMIF-type neutron source with reduced specifications - basically equipping only once accelerator instead of the two initially foreseen for IFMIF.

SPAIN HAS BEEN SIGNIFICANTLY INVOLVED IN IFMIF THROUGHOUT THE LAST DECADE…

Spain, under the coordination of CIE-MAT, is significantly contributing to IF-MIF/EVEDA project. The Engineering Design and Engineering Validation Ac-tivities (EVEDA) phase of IFMIF, star-ted in 2007 under the framework of the Broader Approach (BA) Agreement between Japanese Go-vernment and EURATOM, and was given the mandate to develop an integrated engineering design of IFMIF together with accompanying sub-projects to validate the major technological challenges.

The Spanish contribution (in-kind) to IFMIF/EVEDA represents around 20% of the overall project and close to 30% of the European contribution.

Already in this EVEDA phase, the project is having a very positive impact on the Spanish industry, SMEs and the research community involved in the development and construction of several first-of-a-kind technological components. This involvement translates into new knowledge and cutting-edge technology, market-oriented research and innovation and high skilled jobs and knowledge all over Spain.

Spain is also leading since 2015 the engineering design work for the IFMIF-DONES facility in the framework of the EUROfusion Consortium coordinating contributions from up to 12 different coun-tries all around Europe.

4

Cut-out 3D view of the DONES Main Building

…AND THEREFORE OFFERS A SOLID CANDIDATURE TO HOST IFMIF-DONES IN GRANADA

Along 2016, three European countries – Croatia, Poland and Spain – expressed interest in hosting DONES. Therefore, Fusion for Energy (F4E), acting as coordinator for the European activities of the Broader Approach, asked its Governing Board to nominate a group of experts to offer guidance. Members of this group were nominated at the F4E Governing Board held in February 2017. Subsequently, the country delegates were asked to develop their applications for the infrastructure. After a positive evaluation of all the proposed sites by an experts panel, eventually Spain and Croatia agreed on joining efforts and a single proposal was confirmed with Granada as reference site. F4E decision was that if DONES is built in Europe, it will be built in Granada.

In 2018, also promoted by Spanish and Croatian governments as well as F4E and EUROfu-sion, the IFMIF-DONES facility has been included in the European Strategy Forum on Re-search Infrastructures (ESFRI) Roadmap showing up the strategic interest of the facility for the EU scientific community.

Activities focused on the implementation arrangements of IFMIF-DONES has been recently initiated. In this framework, negotiations are taken place to clarify the organization in charge of the project, the governance of the work to be carried out, financial contributions by all the interested partners, etc. A final international agreement is expected by end of 2021.

The Spanish and Andalusia Governments strongly support the efforts required to develop the Spanish candidature and initial steps in the project preparation are being prepared inclu-ding the establishment of a Project Office, detailing the technical characteristics of the site and its infrastructures; as well as covering other aspects such as socioeconomics, licensing framework, waste management and decommissioning, as well as the construction of some auxiliary buildings in the proposed site.

It is no doubt that Spanish industry and its research community is ready to face the challenge to build and operate such prestigious facility. It has the required capabilities and knowhow, and the firm and unanimous support from local, autonomic and central governments.

Should the Spanish candidature succeed, the construction and operation of such a facility will have a tremendous positive impact; both in Gra-nada and Spain.

5

IFM

IF-D

ON

ES

Bird-Eye 3D view of the DONES site in Granada

DESCRIPTION

The INDUCIENCIA Technology Platform is a structured forum, led by the industry, with the goal of aligning the Spanish Industry and Academia. In this Platform, every agent interested or involved in the Science Industry sector participates and collaborates. Within INDUCIENCIA, the objectives for research and technological development in a medium- and long-term are defined.

INDUCIENCIA is made up by the Spanish agents involved in the Science Industry sector: Singular Scientific and Technological Infrastructures (ICTS - Infraestructuras Científicas y Técnicas Singulares), companies of all sizes, universities, scientific facilities and research or technology centres.

The Science Industry Sector is composed by the agents that design, build, construct and give service to scientific facilities in the fields of Astrophysics and Space Sciences, Fusion, Particle Physics / Accelerators, Energy and TICS, and Biology and Life Sciences.

The works and activities of INDUCIENCIA allow the Platform to orient and focus every effort towards the market in a more compromised scenario, planning and structuring innovation in the Science Industry sector.

MEMBERSHIP INFORMATION

Any Spanish agent involved or interested in Science Industry sector can join INDUCIENCIA. Membership is free of charge and can be requested by filling in the form found at https://www.induciencia.es/adherirse?lang=es

WORKING GROUPS

The Working Groups at INDUCIENCIA are specialized forums, whose objective is to analyze, debate and purpose the goberning board recommendations and/or concrete actions regarding the matters that affect the Working Group. They are created either by initiative or by suggestion from the INDUCIENCIA members.

The Working groups that currently opperate affect in a singular way a segment in the Science Industry sector (astrophysics and space sciences, accelerators and particle physics, fusion, biology and life sciences, energy and TICs, engineering and infrastructure for scientific faci-lities).

6

HOSTING ORGANISATION INDUCIENCIA, the Spanish Technological Platform of Science IndustryADDRESS P.I.Sigma, Xixilion 2, 1p of.5. 20870 Elgoibar (Gipuzkoa)WEB www.induciencia.es CONTACT PERSON Leonor Mendoza POSITION Collaborative projects responsible PHONE +34 943 20 18 36 EMAIL [email protected]

MAIN ACTIVITIES

INDUCIENCIA is actively and continuously creating different activities in order to:

- create a collaboration environment for the members to push and strengthen the Spanish Science Industry sector

- elaborate the proposal of a R&D strategical agenda for the sector and its segments

- identify and structure the existing capacities of the sector in Spain, promoting them abroad in any occasion available

- create forums of knowledge, informative exchange, synergy generations and specialized works, also fostering the cooperation among the members for specific projects

Specifically, INDUCIENCIA is currently working in:

- Creating and fostering collaboration spaces for the members

- Establishing the Working Groups

- Developing and promoting agreements between ICTS, GICs and Spanish companies

- Participating in the Project Advisory Committee of the ATTRACT initiative

- Developing a collaboration strategy together with the Spanish public administration (CDTI, AEI and ICEX)

- Participating and/or coordinating the joint Spanish participation in different national and international forums, events and conferences: Transfiere Forum, LCWS, SOFT, SPIE, IPAC, BSBF, IBF, IPAC…

- Organizing different workshops in order to show the business opportunities in the sector to the agents involved in it

7

IND

UC

IEN

CIA

Lunch networking session between Spanish and regional companies and institutions at ISFNT 2019. Budapest, Hungary, 2019

Mutual knowledge session Yebes Observatory-INDUCIENCIA. Yebes, Spain,

2019

Spanish Science Industry booth at IPAC 2018.

Vancouver, Canada, 2019

Technological Challenges in the Science Industry sector workshop.

Madrid, Spain, 2019

9

SPANISH COMPANIES

Company activities and skills

Abengoa is an international company that applies innovative technology solutions to sustaina-ble development in the energy and industrial sectors

Aerospace Department activities are the design, manufacturing and validation of electronic equipment for monitoring, control and testing as well as power distribution systems for Defen-se and Aerospace sectors

Large scientific facilities and national research facilities contracts

[AVIO-ARIANE] Switching Boxes and Automated Test Equipment for VEGA-C Upper Compo-site EMC Qualification Tests, 2018

[ADS-ESA] Automated Test Equipment for Ariane 6 CMFU and for QUANTUM RX Antenna and GEO-SCAU Unit for Airbus Defence and Space, 2016

[ASIAA] Production and verification of Bias Modules for Band 1 of ALMA (2016)

[ESO] Production and verification of Bias Modules and Cartridge Power Distribution Cards for Band 5 of ALMA (2014)

[ESO] Design, Production and validation of Automated Test Equipment for Bias Modules and Cartridge Power Distribution Cards for Band 5 of ALMA (2014)

[ASD-ESA] Automated Test Bench for Ariane 5 Launcher Electronics Airbus Defence and Space (2014)and Test Bench for Meteosat Third Generation (MTG) Power Distribution Unit for Airbus Defence and Space (2013)

[CERN] Design, Manufacturing and Test of Power Supplies for CERN, DO-(27885 and DO-27770 projects (2013)

10

COMPANY NAME ABENGOAADDRESS C/ Energía Solar nº1, Campus Palmas Altas, 41014 Seville (SPAIN)WEB www.abengoa.comTURNOVER 1.303 in year 2018EMPLOYEES 13.450 in year 2018SME NO CONTACT PERSON Sonia de la Rosa POSITION Head of Aerospace & Defence PHONE 34 646562989 EMAIL [email protected] [email protected]

R&D projects

[ESA] TDE for a Battery Management System (2019)

[ESA] TRP for improving the efficiency in energy generation of great installations ‘Loop Heat Pipe (LHP) Technology for Solar-Dynamic Energy Conversion (2016)

[ESA] TRP for Biodegradable Materials for Launchers Systems (2014)

[ESA] TRP for Environmentally Friendly Hydrogen Production (2013)

[ESA] GSP for Terrestrial & Space Energy Technology Roadmap (2013)

Markets

Naval / Aeronautics / Space / Energy / Defense

Quality certifications, nuclear qualifications

ISO 9001, ISO 14001, PCAL-AQAP 2120, UNE 166002R&D, OHSAS 18001

11

AB

EN

GO

A

Facilities for Aerospace department

COMPANY NAME AERNNOVA AEROSPACE, SAADDRESS C/ Leonardo da Vinci, 13, Parque Tecnológico de Álava, 01510 Miñano. Álava.WEB www.aernnova.comTURNOVER 683.1 M€ in 2018EMPLOYEES 4600 in year 2018SME NO CONTACT PERSON Dr. Miguel Ángel Castillo POSITION VP Technology Development PHONE +34945186126 EMAIL [email protected]

COMPANY ACTIVITIES AND SKILLS

Aernnova is a World-Class Supplier of Integrated Aerostructures, Components and Engineering Services. It is 100% Private Company, the 2018 key business figures are: 680 M€ Revenues, 4600 Employees in 7 Countries with 14 Locations and more than 20 different customers

Aernnova can take full responsibility over the complete life cycle of an Aerospace industrial Pro-gram: From Conceptual & Detail Design, Testing, Certification, Prototyping and Manufacturing to Product and In Service Support. Aernnova has an extensive experience and best-in-class com-posite structures capacities and capabilities and One-Stop-Shop from Raw Metallic Material to Manufacturing and Final Processing.

Aernnova has very strong capacities and capabilities in new complex product development, ma-nufacturing engineering and after market support, especially for complex composite structures. The key figures in this sense are as it follows:

* +15 Million Engineering Hours

* Strong Concurrent Engineering

* Self –Managed Teams and “Staffing”

* Fixed & Firm Prices and Time & Material

* On Site at Aernnova or at Customer

* Own Analysis Tools and Methodologies

* All skill sets: Design, Analysis, Testing, M&P, Tool Design, MRB, Certification, …

Aernnova holds a wide portfolio of Aerospace Certifications and Approvals from Airworthiness Authorities and Customers including Design (DOA), Production (POA) and Maintenance (MOA) from EASA and AP1020 from Airbus for the Management and Cascade of Design Organization Authority & Signatory.

Aernnova internal know- how and expertise in Developing new Light Weight Structures, Design, Stress, FEM Models, Fatigue and Damage Tolerance analysis, Materials and Processes selection, Quality- Test Management and Configuration Control are applicable to support Large Scientific Facilities technical challenges

12

LARGE SCIENTIFIC FACILITIES AND NATIONAL RESEARCH FACILITIES CONTRACTS

[CERN] Provision of mechanical design and engineering services (2018)

It consists on the provision of mechanical design and engineering services at CERN. The services consist of mechanical engineering, design and drawing activities for the accelerator complex, ex-perimental facilities and detectors

R&D PROJECTS

Aernnova has participated in the R&D phases of big commercial aerospace programs as:

• ESA – SEOSAT INGENIO: Mechanical Ground Support Equipment

• BOEING – 747/8 wing and fuselage sections, 787 wing and tail sections, 747 LCF Swing zone mechanism.

• AIRBUS – A380 Fuselage and Tail, A350 Wing and Tail.

• EMBRAER – 170/190 Rear Fuselage and Tail, 145 Wing, KC-390

• BOMBARDIER – C Series Center Wing Box, CRJ700/800/1000 Tail.

Aernnova has been active in R&D projects since 5th European Framework Program. In current CS2 Aernnova has got a very relevant partnership with Airbus, Onera, DLR, Tekniker, FIDAMC and other key European entities. These technology developments will result on integrated ground and flight demonstrators of different aircraft parts.

In particular and in relation to large scientific facilities, Aernnova has been performing focused Research and Technology Maturation projects:

• IÑUDE: Chopper design and mfg

• DINA: discs for Advanced Neutronic Investigations

• IMPRIME: Strategic advancements on materials through digital printing

• NIZE: Chopper integration within the overall equipment (neutron op-tics interfaces, mechanical interfa-ces, interface with general installa-tions…)

Markets

Aeronautics

Quality Certifications, Nuclear Qualifications

ISO 9001, ISO 14001

13

AE

RN

NO

VA

CERN LHC tunnel Pictures during LS2 (credit CERN)


AIMEN is an Innovation and Technology Centre founded in 1967 in Vigo on the initiative of a group of Galician entrepreneurs. Today, we are a national leader in research and in providing ad-vanced technological services in the fields of joining technologies, materials and laser technolo-gies applied to materials processing and a sought-after partner in international research projects.

Over 50 years in the service of industry, combined with our technical experts’ high levels of spe-cialisation and the unique nature and excellence of our facilities, endorse the quality of our multi-disciplinary and multi-sectoral technological offer.

We carry out our own research, and also partner with companies on R&D projects aimed at developing new technologies and incorporating technological improvements into their products and/or processes, including the development of prototypes and demonstrators. Aligned with a common purpose: to maximase business and industrial performance.

Our specialization areas in R&D are: Advanced Materials, Robotics & Control, Advanced Manu-facturing Processes and Environment.

Our unique services offer advanced, innovative and differentiating solutions that add value to products and processes and, ultimately, help to our clients become more competitive.

Our specialization areas in Industrial Services are: Manufacturing Engineering, Numerical Calcu-lation and Simulation, Mechatronics.

Our laboratories are backed by many official accreditations and recognitions that guarantee our impartiality and technological capabilities.


Equipos Nucleares S.A. “Laser Welding Of Monolith Port Blocks For Ess – European Spallation Source Project”. 2019-2020

Iberdrola Nuclear “Welding Of Barrel And Connection Pipes Of The Full Scale Prototype Of Iter First Wall Panels”. 2017-2019

Idom “Welding Study Of Different Welding Technologies Applied To The Manufacture Of Diag-nostic Shield Modules For Iter Ports”. 2017-2020

14

COMPANY NAME AIMEN TECHNOLOGY CENTREADDRESS Relva 27 A – TORNEIROS 36410 O PORRIÑO (PONTEVEDRA) WEB www.aimen.esTURNOVER 18 M€ in year 2019EMPLOYEES 230 in year 2019SME YESCONTACT PERSON David de Vicente POSITION Sales Director PHONE 986 344 000 EMAIL [email protected]

Equipos Nucleares S.A. | On-Site Machining Technology Development Implementing Of The Pro-ject “ Ocz8 - Iter Vacuum Vessel And Port Structure Welding”. 2015-2016

Equipos Nucleares S.A. | Backing Gas System Applied In Welding Process Project “0Cz8 - Iter Vacuum Vessel And Port Structure Welding”. 2014

Equipos Nucleares S.A. | Design And Development Of Rt Inspection Procedures And System For Its Application In Joints Welded By Ensa In The Project “0Cz8 - Iter Vacuum Vessel And Port Structure Welding”. 2014

R&D PROJECTS

LIGHTME: An open innovation ecosystem for upscaling production processes of lightweight me-tal alloys composites.

DT-NMBP-01-2018. GA nº: 814552

INTEGRADDE: Intelligent data-driven pipeline for the manufacturing of certified metal parts through Direct Energy Deposition processes

DT-FOF-04-2018. GA nº: 820776

MEMPHIS: Monitorización en entornos hostiles con sensores de fibra óptica

RETOS-COLABORACIÓN 2018

OPTOSTEEL: Optimizing the toughness of high strength steel weld metal

RFCS 2015. GA nº: 709936

NEWSOL: New StOrage Latent and sensible concept for high efficient CSP Plants

NMBP-17-2016. GA nº: 720985

Markets

Nuclear / Defense / Automotive / Naval / Aeronautics / Space / Energy / Oil & gas


ISO 9001, ISO 14001

15

AIM

EN

System prototype joints in situ machining for Vacuum Vessel

16

COMPANY NAME AIRBUS DEFENCE AND SPACE, S.A.U.ADDRESS Avenida de Aragón 404, 28022 Madrid, SpainWEB www.airbusdefenceandspace.comTURNOVER 43 M€ (Space Systems in Madrid) in year 2018EMPLOYEES 501 (Space Systems in Madrid) in year 2018SME NOCONTACT PERSON María del Mar Fernández Lisbona POSITION Key Account Manager Space Spain PHONE +34915863778 EMAIL [email protected]


Design and manufacturing of state-of-the-art space technologies satellites and launchers, inclu-ding design of structures for very stringent environments and antenna subsystems (both arrays and reflector antennas).


Selected contracts of potential interest to Astronomy facilities

• [ARIANESPACE] ARIANE 6 structures (2019 - Onwards)

• [ARIANESPACE] ARIANE 5 structures (1999 - Present)

• [ESA] JUICE structure, shielding and thermal subsystems (2018)

• [ESA] Cheops structure and prime for the whole satellite (2017). Successfully launched in Dec 2019.

• [Fusion for Energy] ITER Pre-compression rings (in glass fiber) (2013 - Present)

• [ESA] GAIA active antenna (2012)

• [ESA] GAIA satellite structure (2010)

• [CERN] Large Hadron Collider Support Posts (4600 items delivered) (2011)

• [CERN] Cylinder for the ATLAS experiment of the LHC (2011)

Selected R&D projects of potential interest to Astronomy facilities

• [FP7] EUCARBON (2016)

Markets

Space


ISO 9001

17

AIR

BU

S

Ariane 6

CHEOPSGAIA. Structure

JUICE. SSTS

GAIA. PhasedArray

ITER rings


ALE is one of the world’s major international heavy transport and installation contractors with a global network of operating centres and a large fleet of heavy cranes, specialist transport and installation equipment. As a complete solution provider for lifting, transporting, installing, ballasting, jacking and weighing large, heavy loads, organisations all over the world turn to us to push the boundaries of what’s possible with their high profile projects. Investment in technology, systems and equipment ensures we stay ahead: for example, our dedicated R&D facility is responsible for the Innovation Series, including equipment such as the AL.SK crane fleet and the Mega Jack system.

By investing as much in our people as we do in equipment, we have a world-class Combining exceptional project management with engineering intelligence, ALE offers worldwide heavy transportation and lifting services to all industry sectors. The company was founded in 1983 and has expanded steadily through a balanced strategy of organic growth and acquiring key companies whose experience enhances our specialist capabilities.management structure to support our technical potential. So as well as having the best project managers and engineers available today, we’ll have the best tomorrow, too.

By achieving maximum value from our next-generation equipment, we can effectively meet your requirements, building long-term strategic partnerships for an everimproving service.


Main awarded contracts:

1- [ITER] / 2019 / Transport the main coils from F4E Workshop to the assmbly Hall

2- [ANAV] / 2015 Transport and storage of the main reactor head at Vandellós NPP Spain

3- [ITER] /F4E/ 2015 Lifting gantry for the lifting of main coils in Cadarache, France

4- [SIEMENS] / 2015 Transport and installation of main components as turbine and generators in 2 power plants of total 4800 MW in Egypt

18

COMPANY NAME ALE HEAVYLIFT IBERICA S.A.ADDRESS P. I. Los Frailes, Crtra Alcala de Henares a Daganzo. Daganzo de Arriba 28814 MadridWEB www.ale-heavylift.comTURNOVER 121.000.000 euros in year 2016EMPLOYEES 1920 in year 2018SME YES CONTACT PERSON Alberto Quijano Rojo POSITION ACCOUNT MANAGER PHONE +34 636 597021 EMAIL [email protected]

R&D PROJECTS

Lifting offshore wind prototype in Canaries

Markets:

Nuclear / Naval / Energy / Oil & gas / Civil - Offshore - Renewables

Quality Certifications, Nuclear Qualifications:

ISO 9001, ISO 14001

19

ALE

Gantry crane PF coil

LIFTING PF5


• Educational Alibava System - EASy is a portable, compact and complete system for microstrip sensor characterization for educational purposes. The system introduces high-energy physics and particle detectors to physics students with hands-on experience. It familiarizes the students with concepts such as MIP, charge deposition, full depletion and interstrip pitch among others.

• Alivata System is a portable and compact readout system for silicon sensor characterization. Alivata is based on the GPn and HDRn ASCIC families of IDEAS and enables the user to read out or characterize each individual volume of silicon micro-dosimeters, silicon strip or pad sensors as well as SiPM based detector systems.

• XRay Beam Intensity & Position Systems: single and 4 quadrants systems to perform intensity and position measurements.

• Vacuum (KF 40), Standard (light shielded housing) and Naked (custom integration) configurations.

• Picoammeter especially suited for applications where multi-channel fast acquisition is a concern, i.e. feedback systems.

• Custom Detector and Electronics Development: we can develop detectors and electronics according with the customer needs.


[ESRF] – Laser System 515 nm (2019)

[Centro Nacional de Aceleradores] – Dossimetry System for Protons - (2019)

[CERN] – 3 Front End Cards for Stip Detectors – (2019)

[ESRF] – Laser System 980 nm (2019)

20

COMPANY NAME ALIBAVA SYSTEMSADDRESS C/ Can Domenech - Edificio Eureka – Campus UAB - 08193 Bellaterra – Barcelona - SpainWEB www.alibavasystems.comTURNOVER 90,000 in year 2018EMPLOYEES 3 in year 2018SME YES CONTACT PERSON Juan Herranz POSITION Director PHONE +34 935 868 832 EMAIL [email protected]

R&D PROJECTS

Development of an automatic control system for radon concentration in buildings (project fun-ded by the Spanish State Research Agency and FEDER funds, Program 2014-2020).

Markets

Science

Quality Certifications,Nuclear Qualifications

Science

21

ALI

BA

VA

Custom detectors and electronics development

Alibava System

Educational Alibava System -

EASy

XRay Beam Intensity & Position Systems


ALTER TECHNOLOGY TÜV NORD SAU (hereafter ATN), a member company of TÜV NORD GROUP, is a quality driven company providing procurement, engineering and test services for elec-tronic systems, equipment and E.E.E. components, within the space and harsh environment markets. ATN works in many markets including, but not limited to, Aerospace, Security, Transport, Energy, Health & Safety and Automotive.

TÜV NORD is a technical service provider with worldwide activities. With around 14.000 employees, is one of the largest technical service providers and it is present in over 70 countries in Europe, Asia, Africa, and the Americas. TÜV NORD is a reference in the provision of testing, inspection and certi-fication services for the Industry.


ATN has a very large experience as prime contractor within the European Space Agency (ESA) for the engineering and reliability testing of components for harsh environment application covering all range of technologies.

2019 [NASA/INTA-CAB] Screening and qualification o the ASIC of MEDA (Mars Environmental Dynamics Analyzer) for Mars 2020 mission.

2019 [F4E/HBM] Gamma radiation tests on vacuum vessel sensors

2017-today [ESA] “Characterization of the susceptibility of SpaceWire links to common mode” as prime contractor in consortium with Thales Alenia Space in Spain.

2015-2018: F4E-OMF-0555, ATN awarded with the contract for supporting F4E to develop internal control & compliance procedures for export control and Dual Use components.

2015-today: ITER - CFT_11268, ATN awarded for the Discharge Loop interface box (DLIB) design, qualification and validation and manufacturing of 150 units.

2014-2018: F4E-OMF-43, ATN awarded with the provision of support to the F4E ITER Department and Project Office Unit in the area of Project Management (F4E-OMF-43), and in particular the LOT 5, CE marking support.

22

COMPANY NAME ALTER TECHNOLOGY TUV NORDADDRESS c/ LA MAJADA 3, 28760, TRES CANTOS, MADRID WEB http://www.altertechnology.comTURNOVER 49 M€ in year 2018EMPLOYEES 205SME NOCONTACT PERSON Julián Gallego POSITION Commercial Director – EC Division PHONE 34 918 043 292 EMAIL [email protected]

2014: ATN as prime contractor for the R&D consortium that develops the Linear Accelerator of Particles which will be built in the Science Park of Aljaraque (Huelva, Spain). These project ma-nagement and technical capabilities are subject to be transferred to the Fusion for Energy (F4E) scope.

2014: ATN has performed the Helium vessels inspection for DESY XFEL (X-Ray Free-Electron Laser) for CIEMAT.

R&D PROJECTS

ATN provides engineering services regarding regulatory and product conformity requirements, particularly regulation application and product certification as well as dedicated engineering and testing services for components evaluation for harsh environments, as for the product as-surance services: Environmental conditions, reliability/ functional safety analysis, engineering, EMC testing, radiation and magnetics, radio communications and optical testing.

2018 [H2020] HOLDON “HgCdte APD Optimization for Lidar Detection Of greeNhouse ga-ses”

2019 [H2020] HEATPACK “new generation of High thErmAl efficiency componenTs PACKa-ges for space”

2019 [H2020] VIZTA “Vision, Identification, with Z-sen-sing Technologies and key Applications”

H2020. Proyectot SiphoDIAS. Optical transceivers para espacio a alta velocidad.

2014-2018 Several R&D ESA Projects: EUCLID, Slo-gan GaN technology, MTG Meteosat new satellites, Mul-tiPurpose Crew Vehicle (Orion MPCV), etc..

2014: ATN as prime contractor for the R&D consortium that develops the Linear Accelerator of Particles which will be built in the Science Park of Aljaraque (Huelva, Spain). These project management and technical capa-bilities are subject to be transferred to the Fusion for Energy (F4E) scope.

2014: ATN has performed the Helium vessels inspec-tion for DESY XFEL (X-Ray Free-Electron Laser) for CIEMAT.

Markets

Nuclear / Aeronautics / Space Defense / Automotive / Energy


IISO 9001, ISO 14001, ISO 17025: Testing Accredited Laboratory. ISO 17065: Certifica-tion Body, Notified Body (NB 2031) RED and EMC European Directives

23

ALT

ER

Magnetic, radiation and EMC test

Environmental and safety test


ALTRAN is a global leader in Engineering and R&D services that offers to its clients a new way to innovate by developing products and services of tomorrow. Altran works alongside clients on every link in the value chain, from conception to industrialization. For over thirty years, the Group has provided expertise to key players in Aerospace, Automotive, Defense, Energy, Finance, Life Sciences, Railway, and Telecoms sectors.

Our World Class Centers (WCC) bring the best of Altran to our clients worldwide. They de-velop offers & solutions in a specific domain (labs, technologies, methods, patents, certifica-tions…) and leverage unique teams of experts.

Our experience includes a dedicated offer focused on engineering projects in the fields of scientific instrumentation, telescopes and scientific facilities and ground/on board instrumen-tation, highlighting our skills in mechanical and electro-mechanical design, opto-mechanical design, structural and thermal simulations, development of electrical and control systems and support to product manufacturing, integration and testing.

LARGE SCIENTIFIC FACILITIES AND NATIONAL RESEARCH FACILITIES CON-TRACTS

[ESO] EELT M1 Segment Support System, subcontracted by CESA (2015)

[ESRF] Mechanical Drawing Works for the Source and the beamlines (2009)

[SAGEM] Design of FM3 Support System (2008)

[ESO] EELT Enclosure Prelimimary Design, subcontracted by IDOM (2007)

[ESO] EELT Wind Experiment Breadboard, partnership with IAC and JUPASA (2005)

[ALBA Synchrotron] ALBA Vacuum Chambers Analysis (2004)

[GRANTECAN S.A.] ELMER Mechanics (2003)

24

COMPANY NAME ALTRAN INNOVACIONADDRESS Parque Empresarial Las Mercedes, C/Campezo, 1, Edif 1, 28022 (Madrid)WEB www.altran.comTURNOVER 221.5M€ in year 2018EMPLOYEES +4200 in year 2018SME NOCONTACT PERSON Eugenio Pajuelo Lissén POSITION Team manager PHONE +34 616 89 83 17 EMAIL [email protected]

R&D PROJECTS

• EELT Composites. Structural ropes and composite materials for EELT altitude structure

• HERPLA. System for machining the support surface of the azimuth structure of a large telescope.

• ECOSAT. Solar airship for observation and communications applications.

Markets

Defense / Automotive / Naval / Aeronautics / Space / Energy / Oil & gas


ISO 9001, ISO 14001, EN 9100, ISO 20000, ISO 27001, ISO 166002, PMI REP, DGAM

25

ALT

RA

N IN

NO

VA

CIÓ

N

M1 Prototype Segment Subunit - Optomechanics

ELMER Mechanics

Wind Experiment Breadboard


ANÁLISIS Y SIMULACIÓN S.L. is a company with 23 years experience in the market (founded in 1997).

In 2019 AyS Group has merged with the innovative ATS Applied Tech. Systems B.V. (ATS Global). ATS Global is ‘The Independent Solution Provider for Smart Digital Transformation. This merger consolidates our leadership in the Spanish market and provides us with complementary tools to lead the Intelligent Digital Transformation market. This merger is enormously positive and allows AyS Group to continue to grow, improve and extend our services.

The union of strengths of both organizations will cover the broad spectrum of Digitalization Tech-nologies for the Manufacturing Companies and offer solutions for the integration of processes for product design and the manufacturing process. This extension of our knowledge positions AyS Group as a center of excellence and world reference of PLM and Manufacturing knowledge.

We will keep focusing in the mechanical engineering, using our know&how in different fields of the mechanical engineering: conceptual design, industrial development -CAD 3D, drawings, BOM, APQP and FMEA methodologies,…- but highly focused and with deep experience and know&how in the fields of numerical simulation (structural, fluid dynamics and manufacturing pro-cesses); instrumentation & data acquisition & data analysis; computer aided manufacturing (CAM) for substractive manufacturing; and additive manufacturing (metal and plastic).

We are working in the business of software implementation and in the business of mechanical engineering services.

In the business of software implementation we are the leading company in Spain to supply and implement cutting edge engineering solutions from the leading global companies:

- Product development and innovation (CAD-structural CAE and CFD)

- Manufacturing processes optimization (CAM-manufacturing CAE)

- Product Data Management (PDM) – Product Lifecycle Management (PLM)

- Additive Manufacturing

- IT hardware

- MES/MOM

26

COMPANY NAME ANÁLISIS Y SIMULACIÓN, S.L.ADDRESS C/ Leonardo da Vinci, 14, edif PIE Parque Tecnológico de Álava 01510 Miñano (Álava), SPAINWEB www.grupoays.esTURNOVER 10M € in year 2018EMPLOYEES 100 in year 2018SME YES CONTACT PERSON Iker Gutiérrez Llona POSITION Country Manager PHONE +34 902 105 496 EMAIL [email protected]

In the business of mechanical engineering services we are a company well recognized in the market.

Our solutions and services applied to the industrial sector give us the possibility to deliver a great value to our Customers, in their products and / or processes, reducing economic costs and im-proving the productivity and competitiveness. We put together knowledge, methodology and com-mitment to the Quality and the Customer.

With our 23 years background working together with societies, clusters, universities and training centers, we offer a yearly schedule of “open/standard training courses” and we offer, too, “Ad Hoc training courses” designed to provide exclusive knowledge to the companies.

Our staff, 45 engineers / technicians, has a lot of years of experience and knowledge in the main industries: space, aeronautic, automotive, wind energy, railway, biomechanic,…


[ESA] metop-sg series mission (2016): mechanical and thermal analysis of telecommunications units

[ESA] euclid mission (2016): mechanical analysis of scientific instrument

[ESA] mtg series mission (2014): mechanical and thermal analysis of telecommunications units

[ESA] smallgeo mission (2011): mechanical and thermal analysis of telecommunications units

[ESA] galileo mission (2006): mechanical and thermal analysis of telecommunications units

[ESA] smos mission (2002): mechanical and thermal analysis of telecommunications units

R&D PROJECTS

2019: NEWCAUTO project (product and process development of automotive components) of the Basque Government Hazitek Program.

2019: COSMOHS project (NEW TURBO SUPERCHARGER DRIVE SYSTEM FOR SUPER IN-TELLIGENT HYBRID ENGINES) of the Basque Government Hazitek Program.

2019: EFFORT project (ADVANCED, ENERGY-EFFICIENT DIGITAL ARCHITECTURE FOR THE MANUFACTURE OF COMPONENTS AND PRODUCTS) of the Basque Government Hazi-tek Program.

2011-2013: HIMAT project (Lightweight parts with hybrid materials for zero emissions vehicle) of the Basque Government ETORGAI program.

2011: MACTI project (Advanced manufacturing processes for parts in composite materials for the industry) of the Basque Government ETORGAI program.

2008: INTELIMPLANT project (Advanced biomaterials for a new generation of implants) of the Spanish Government CENIT program.

Markets

Automotive / Aeronautics / Space / Energy / Railway


ISO 9001, ISO 14001

27

AN

ÁLI

SIS

Y S

IMU

LAC

IÓN


Resistive and permanent magnet design and manufacture, with water or air cooled windings, and high precission laminated or solid magnetic yokes. Main applications so far include particle accelerators, magnetic separation and nanotechnology, among others.

Design and manufacture of superconducting magnets for applications such as particle accelerators, med-tech (protontherapy, MRIs etc.), motors/generators etc.

Cryogenic system design.

All necessary facilities are avaliable at our workshop, including: winding machines, vacuum-pressure impregnating devices, ovens, yoke manufacturing and assembly areas, testing laboratory and a 250 m2 clean working area.


• Design and manufacturing of a Quadrupole magnet for the AD Target Area (CERN)

• Coil supply for the Q74 L quadrupole magnets East Experimental Area (CERN)

• PSB Transfer Line Quadrupole Magnets for the LIU Project (CERN).

• Design and manufacture of dipolar magnets for the variable bunch compressor (VBC) in the second phase of the CLARA Project at Daresbury (STFC UK).

• Corrector Magnets for CNAO. 250 Kg. Laminated bonded yokes & water cooled coils.

• Combined horizontal/vertical corrector magnets, for the HIE-ISOLDE project (CERN). 50Kg. Solid iron yokes and water-cooled coils wound from hollow copper wire. Stringent dimensional tolerances.

• Quadrupoles for the Gantry 3 facility at Paul Scherrer Institute (Switzerland). Water-cooled coils wound from hollow copper wire, stacked magnetic yokes, Ø100 mm aperture. 730 kg. (PSI)

• Engineering design, manufacture and testing of the quadrupole magnets for the storage ring (ESRF Synchrotron)

28

COMPANY NAME ANTEC MAGNETS, S.L.U.ADDRESS Ramón y Cajal, 74 - 48920 Portugalete (Spain) WEB www.antecsa.comTURNOVER 750 k€ in year 2018EMPLOYEES 6 in year 2018SME YesCONTACT PERSON Rafael Iturbe POSITION General Manager (Magnets) PHONE +34 944 724 164 EMAIL [email protected]

• Combined superconducting magnets (2 dipoles + 1 superferric quadrupole) for X-FEL. 103 magnet series.

• Manufacturing and testing (magnetic and cold) of 1.600 Corrector Sextupole Magnets for the LHC (CERN);. rate of 40 units per month.

• Manufacturing and testing (magnetic and cold) of 200 Twin Corrector Octupole Magnets for the LHC (CERN); rate of 10 units per month.

R&D PROJECTS

• Design and manufacture of a Superconducting compact cyclotron for radioisotope production for PET medical applications. Project funded by CDTI (CENIT)

• Design and manufacture of a new concept of a wet basis magnetic separator.

• Design of a Superconducting 4m long Quadrupole for Hi-Lumi Project (CERN). Project funded by the UE.

Markets

Nuclear / Energy


ISO 9001

29

AN

TE

CCIEMAT Cyclotron ESRF Upgrade

LHC Injectors Upgrade LHC Injectors Upgrade


Applus Laboratories is a division of the multinational Applus that has presence in more than 70 countries WorldWide.

Since 1907, our testing expertise and our network of renowned laboratories makes us best pla-ced to support innovation through the whole product value chain, offering testing, product-deve-lopment and certification services.

We offer to our customers and partners:

a) State of the art and differential multidisciplinary laboratory facilities including Mechanical, Electric & Electronics, Fire and Cybersecurity, among others.

b) Turnkey Test Bench engineering services supported by our more than 100 years of uninterrupted testing activity.

c) Quality services and a solid management system backed by a large number of international technical approvals and customer recognitions.

d) Expertise in participating in challenging project, including European Funded projects and supporting large organizations in Aerospace, Automotive and Energy sectors.


[CERN] (2019-2020) HL-LHC Cryomagnets: Assembly Tooling

[ESA] (2018-2020) Control Command Test Bench for Ariane 6/Vega/Vega-C Thrust Vector Ac-tuator Sub-systems

[Royal Mint of Spain] (2017) Cybersecurity evaluation through the Common Criteria certifi-cation scheme for the third version of the Spanish Digital Identity Card Qualified Signature-creation Device.

30

COMPANY NAME APPLUS+ LABORATORIES (division of Applus+ Group)ADDRESS Campus UAB, Ronda de la Font del Carme, s/n, E-08193 Bellaterra (Barcelona) SpainWEB www.appluslaboratories.comTURNOVER 1 676 M€ (80 M€ Applus Laboratories) in year 2018 EMPLOYEES 22 800 (1 000 Applus Laboratories) in year 2018SME NO CONTACT PERSON Alfons Carpio / Elisabet Ribera POSITION R&D Program Manager /Corporative Innovation Division PHONE 667 185977 / 667 167675 EMAIL [email protected] / [email protected]

[ITER] (2016) Contract for the Execution of Mechanical Tests on Intercoil Structures at cryogenic temperatures

[ESA] - FLPP (2016) Curved panel structural test for Vega launcher

[ESA] (2015) Vibration & Shock Test in an Optical System for Euclides project

[ESA] (2013-2014) Material characterization of on AL structure for Vega launcher

R&D PROJECTS

Applus+ have more than 200 active research projects and involve more than 800 employees.

Applus Laboratories is active in cooperative research programs leading several ones.

Markets

Nuclear / Defense / Automotive / Naval/ Aeronautics / Space / Energy / Oil&gas / Civil Engi-neering (large building structures)


RCC-MR, ISO 9001, ISO/IEC 17025; EN 9100; Common Criteria (SOCIS); NADCAP

31

AP

PLU

S

Applus Electromagnetic Compatibility Test Facility

Applus Mechanical Test Laboratory CERN - HL-LHC Cryomagnets Assembly Tooling

Applus Laboratories Brand Laboratories Division

Applus Mechanical Test High Temperature Test Facility


ARRAELA is a technological company located in Galicia, with a great load in the area of investi-gation of materials and later development of Systems based on the same ones in two main areas, the NUCLEAR one and the one of ENERGY.

In the NUCLEAR area, we have developed highly efficient shielding materials and structural capabilities, as well as highly competitive, which makes them leaders in the market for Radio-protection of X-rays, and Neutrons. A last development executed in 2019, has not allowed to put in the market a constructive material of high efficiency as barrier to the RADON similar to the membranes but without the problems of risks of puncture of these, among other advantages.In the area of ENERGY, the developments have been focused on the Productive Circle based on the use of energy.

• energy capture.

• thermal storage.

• transport of stored heat.

• energy extraction and exchange.

• incorporation into the energy process.

In such a way that a good capture of thermal energy can be made with a material of own develop-ment of high absorptivity (2%) and high conductivity allowing the delivery of the captured energy.

On the other hand, excellent materials that allow us a good thermal accumulation of up to 1MWt/m3 of material, also of our own development, with excellent thermal conductivity in such a way that it allows the use of air as a heating fluid, and working ranges of up to 700ºC, based on Sensitive Heat, competitive and of simple engineering allowing the transport of the captured and accumulated energy.


[HOSPITAL DE CRUCES] Brachytherapy vault with concrete bricks. 2019

32

COMPANY NAME ARRAELA, S.L.ADDRESS Pol. Ind. vilar do Colo Rua Peteiro Parcela M3 Cabanas 15621 A Coruña SpainWEB ARRAELA.COMTURNOVER 253.000 €in year 2018EMPLOYEES 7 in year 2019SME YES CONTACT PERSON Juan Manuel Caruncho Rodado POSITION CEO PHONE +34629042662 EMAIL [email protected]

[HOSPITAL JUAN CARLOS I] Brachytherapy facility room, doors. 2019

[HOSPITAL VALL D’EBRON] Brachytherapy vault with concrete bricks. 2019

[FUNDACION CHAMPALIMAUD LISBOA]. Manufacture and delivery for mobile radiological shielding. 2018

[LASER PET (UNIVERSIDAD DE SANTIAGO DE COMPOSTELA)]. Manufacture and delivery for mobile radiological shielding. 2016

[CENTRO DE LASERES PULSADOS SALAMANCA]. Concrete walls, doors and bean dumpers for radiological protection. 2015-2016

[HOSPITAL DE COIMBRA PORTUGAL]. Vault with concrete bricks. 2015

[CIEMAT (MADRID)]. Neutrón shielding door for “Neutron Pattern Laboratory for CIEMAT”. 2012

[ALBA SYNCHOTRON] (Barcelona). Linacs plug’s and hutches guillotines.2011

[ALBA SYNCHOTRON] (Barcelona). 2 hutches in lead for ALBA storage rings at CELLS. These two hutches correspond to Optical Station and Experimental Station and a hoist with 1000kg. of capacity. Hutches were self-supporting structures. 2011

[ITN PORTUGAL]. Vault and door for neutron radiation. 2010

R&D PROJECTS

TEKRA : Development of construction material as a radon barrier. 2018

POLYPHEM: Development of materials and systems for thermal storage with oil. 2018

TANKSUN: development of materials and systems for thermal storage with salts. 2019

Markets

Nuclear / Defense / Naval / Energy

33

AR

RA

ELA

Thermal capture materialBunker CLPU Salamanca

Multipurpose concrete rays gamma and neutrons. Density 4Kg per m3

Oncological bunker door. Cuenca


Twoptics Systems Design SL was created in 2011 and began activity in earnest in 2012 using the commercial name ASE Optics Europe (ASE). The company is founded on the desire to have freedom to innovate. The main specialty is optical systems design and engineering, with founders being experienced professionals in optomechanical engineering and optics business, accumulating over 30 years of technical and business experience. The firm has developed complex photonics enabled systems, integrating physics, photonics, optics, and mechanics, electronics, scientific imaging and systems design. ASE has provided solutions for its customers in various markets, principally in: Optical Metrology, Medical instrumentation, Defence and Security and Large Scientific installations and lighting in applications in both imaging and non-imaging.

ASE has provided R&D services to programs or installations such as: ESRF, CIEMAT, ITER.

Additionally, ASE serves the private market as well, pulling innovation from one area to the other, allowing ASE to go beyond existing traditional thinking.


[ITER] – IVVS, 2018, Veolia Nuclear Solutions Ltd, F4E-OMF-0633-01-08, T08, Preliminary Design of the IVVS - Phase 1”

[ITER] – IVVS, 2016, Oxford Technologies Ltd., F4E-OMF-0633, 1550 nm, Engineering sup-port in the area of Remote Handling with F4E.

[ESRF Synchrotron], 2015, Objective Lens 150 mm objective to image at infinity a fluorescent screen. Design, manufacturing, assembly and test.

[ITER – IVVS], 2014, Oxford Technologies Ltd. F4E-574-CON-03-B. 800 nm, Re-design, pro-totype and test the IVVS probe optical system.

[ESRF Synchrotron], 2014, Objective Lens, 400mm collimation objective lens. Design, manu-facturing, assembly and test.

34

COMPANY NAME ASE OPTICS EUROPE (Twoptics Systems Design SL)ADDRESS Carrer Cerdanya 44, 08820 El Prat de LlobregatWEB www.aseoptics.comTURNOVER 800.000,00 in year 2018EMPLOYEES 12 in year 2019SME YES CONTACT PERSON Lidia Briquets POSITION Sales & marketing manager PHONE 937379863 EMAIL [email protected]

[ESRF Synchrotron], 2013, Objective Lens 0.5X - Design, manufacturing, assembly and test.

R&D PROJECTS

EUROSTARS – Eureka. Interempresas 2. 2017, MINALEM, Micro and Nano optical structures for high efficient technical emergency and general lighting.

H2020-NMBP-2016-2017, 2016, OPTOGENERAPY, Optogenetic Protein Therapy for Multi-ple Sclerosis, new interferon-ß (IFN-ß) drug delivery system to revolutionize Multiple Sclerosis treatment.

FP7-2013-NMP-ICT-FOF(RTD), 2013, FABIMED, Fabrication and functionalization of BioMe-dical Microdevices. WP10: optical inspection

Markets

Nuclear / Defense /Aeronautics / Space


ISO 9001

35

AS

E O

PT

ICS

EU

RO

PE

High N.A microscope objectiveASE Optics Europe facilities

3 Unique objective lenses for Synchrotron Beamlines


Asturfeito is specialized in supply of precision assemblies and turn-key systems for energy, marine, defense, aerospace and nuclear and Big Science markets.

With more than 25 years of experience Asturfeito has executed projects for more than 20 coun-tries covering the full value chain including engineering, manufacturing, mechanical / hydraulic / electrical assembly, systems integration, FAT testing and site assembly.

From our HQ office, using the latest design and simulation software, we provide engineering and design-to-cost support to our clients while our project management and quality teams assure the projects are delivered on-time according to the highest quality requirements.

Our 4 manufacturing workshops, with a total covered surface of 32.000 m2, boost a wide range of state-of-the art equipment including:

- Robotic welding

- Wide range of CNC machining centers – above 30 off - including 10 mts. diameter lathe or 150 tn. milling machine.

- 30x10x10 mts. blasting & painting cabins.

- Segregated area for stainless steel processing including pickling & passivating and fiberglass blasting cabins.

- Large mechanical assembly area with 25 mts under hook and separated clean area for integrations and testing.

Asturfeito location by Aviles Port allows the trouble-free delivery of large assemblies in one single piece with no limitation of weight or dimensions.


[Cimolai / ESO] – Design, manufacture, testing and site installation of M1 Segment Crane for [ELT] (2019)

36

COMPANY NAME ASTURFEITOADDRESS Avenida Metalúrgicos 14B, 33417 Avilés (Asturias), SpainWEB www.asturfeito.comTURNOVER 40 in year 2019EMPLOYEES 240 in year 2019SME YES CONTACT PERSON Álvaro Zarza POSITION Business Development Manager PHONE 34-985514024 / +34-650656625 EMAIL [email protected]

[ESS] – Design review, manufacturing, assembly and testing of Monolith Vessel Inner Shielding (2019)

[ILL] – Manufacturing, assembly and testing of Monochromator Shielding (2017)

[REEL / ITER] – Manufacturing of main girders for 750 tns. ITER main assembly hall cranes (2015)

[AURA – LSST] Telescope Mount. Including manufacturing engineering, fabrication, mechani-cal / electrical / hydraulic assembly, testing and site assembly ( (2014)

[CIEMAT/JT-60] – Manufacturing, Assembly and Testing of Cryostat Body for JT-60SA Toka-mak (2014)

[IDESA/JT-60] – Manufacturing, assembly and testing of Cryostat Base for JT-60SA Toka-mak (2012)

[ESO] – Supply of 25 radiotelescopes for ALMA project including manufacturing, mechanical assembly, electrical/hydraulic integration, verification & functional tests (2012)

[ILL] – Engineering and manufacturing of Gel Rack Support Futs for Heavy Water Containers (2012)

[ESRF] – Manufacturing of parts and components for beamline ID 16 (2010)

[GRANTECAN] – Manufacturing of side extensions of DEL EMTCS Vacuum Vessels and sup-ports for Osiris Imaging System (2009)

Markets

Nuclear / Defense / Naval / Aeronautics / Space / Energy / Oil&gas / Astronomy


ASME / ISO 9001 / ISO 14001 / ISO 1090-ISO 3834/2

37

AS

TU

RF

EIT

O

ALMA Radiotelescopes LSST Mount Assembly

Cryostat Body JT-60SA


AVS is proud to be one of the world’s leading companies in the design and development of custom-made equipment for Large Scientific Facilities and Research Infrastructure across the world.

With offices in Spain and France and subsidiaries in the UK and USA, we are strongly focu-sed on the development of outstanding mechanisms and instruments, and we aim to provide technology-based services to innovative and challenging projects in the fields of Particle Phy-sics, Fusion, Astrophysics and Space.

Our expertise covers design, manufacturing, assembly, tests and supply, providing our custo-mers all the way up from the conceptual design to the turnkey. Among our capabilities are en-gineering design, mechatronics, diagnostics and instrumentation, high-precision positioning systems in UHV, high magnetic fields, cryogenics and radiation, micro-mechanisms, opto-mechanical systems, deployment mechanisms and thermal control sytems for Space.


[F4E] Procurement of the Beam Line Components for the MITICA Experiment Stage 2 (2019-ongoing)

[ALBA] Supply of a third harmonic cavity prototype for the ALBA synchrotron light laboratory storage ring (2019-ongoing)

[F4E] Manufacturing engineering support for the diagnostics systems (2019-ongoing)

[ESS Bilbao] Lower and Medium Monolith Vessel (2018-ongoing)

[ESA] PDPUMP for mechanically pumped loop (2018-ongoing)

[IAC] Detailed design and manufacture of the two cryostats for the QUIJOTE project (2018-on-going)

[ILL] FIPPS: Fission Product Prompt Gamma-Ray Spectrometer (2017)

[ESS BILBAO] Design and manufacturing of the Target Drive Unit for ESS (2017-ongoing)

38

COMPANY NAME AVS Added Value Industrial Engineering Solutions S.L.U.ADDRESS Pol. Ind. Sigma, C/ Xixilion 2 Bajo, Pab.10 - 20870 Elgoibar (Gipuzkoa) SpainWEB www.a-v-s.esTURNOVER 14 M€ in year 2019EMPLOYEES 70 in year 2019SME YES CONTACT PERSON Miguel Ángel Carrera POSITION CEO PHONE +34 943 821 841 EMAIL [email protected]

[ESA] M2020 MEDA Instrument Wind Sensor 2 Structure and Mechanisms PRODEX (2017-ongoing)

[CERN] Supply of a precise transfer table for HL-LHC crab cavities in the SPS accelerator (2017)

[ESRF] Design and manufacturing of a soft X-Ray emission spectrometer (2016)

[ESRF] Delivery of 65 girders for ESRF upgrade (2016)

[ITER] Framework Contract: Manufacture of mechanical components and associated tests to support the development of the diagnostic equipment (2015-ongoing)

[UCM] MEGARA spectrograph (2015)

[CLPU] Design and manufacturing of beam transport for the VEGA petawatt laser (2015)

[ILL] Design and manufacture of the Thales instrument (2014)

[CERN] HIE ISOLDE intercryomodule diagnostics (2014)

R&D PROJECTS

[HAZITEK] Linear Compact Particle Accelerator -AVS leader- (2018-ongoing)

[H2020-SME Instrument phase 2] HEART: High Heat Rejection Thermal Control System (2017-ongoing)

[CDTI] ACTECA, Accelerators and related technologies for large scale scientific facilities (2016-ongoing)

Markets

Nuclear / Space / Energy / Oil&gas


ISO 9001 / EN 9100:9009

39

AV

S

Beam transport for a petawatt laser

Optomechanics for a petawatt laser


AWGE Technologies is a technological engineering company that concentrates its activities and skills in two main areas. On one hand Ultra High Vacuum and Cryogenics mixed with Mechanics for Large Research Infrastructures and Organisms and private corporations and on the other hand Radiofrequency and Microwaves for Large Research Infrastructures and Organisms as well as for private corporations. In both areas AWGE Technologies do carry out projects involving design, manufacturing, production and verification.

Our skills includes provision of innovative solutions on engineering design, manufacture, verifi-cation and test in the fields of particle accelerators, astrophysics, space, defence, industry and health sectors.


[IAC] (Astrophysical Institute of Canary Islands). Design, manufacture and supply of a test cryostat for HARMONI preoptics (2020)

[ALBA SYNCHROTRON]. Machining and verification of different vacuum mechanical pieces (2018-2020)

[IFCA] (Physics Institute of Cantabria). Wedge Bonding for new sensors for CMS at CERN (2019).

[ILL]. Detailed Study, Manufacturing, Procurement and Assembly of the ROC (Radial Oscilla-ting Collimator) and the Detector Support for the instrument XTREMED (2018).

[ILL]. Detailed Study, Manufacturing, Procurement, Assembly and Test of the Sample Table Stack for the instrument XTREMED (2018)

[ESS]. Detailed Design and Supply of the Waveguide Components for the RF Distribution Chains for the RFQ and DTL of the ESS-ERIC Accelerator (Lund, Sweden). Lot 2. Flexible waveguide sections (frequency 352.21 MHz) (2019)

[F4E]. Supply of Vacuum Flanges for the BPM Feedthroughs on the IFMIF/EVEDA Cryomo-dule (2018)

40

COMPANY NAME AWGE TECHNOLOGIES, S.L.ADDRESS Avda. De los Castros s/n. CDTUC Fase A, P-209 SantanderWEB www.awge.esTURNOVER 544.686,87 in year 2019EMPLOYEES 8 in year 2019SME YES CONTACT PERSON Constantino Ruiz Matanzas POSITION BUSINESS DEVELOPMENT MANAGER PHONE +34 659 927 888 EMAIL [email protected]

[ESS]. Detailed Design and Supply of the Waveguide Components for the RF Distribution Chains for the RFQ and DTL of the ESS-ERIC Accelerator (Lund, Sweden). Lot 3. “Special” waveguide sections (2018)

[ILL]. Study, Fabrication and Assembly of a Radial Oscillating Collimator (ROC) for the Instru-ment XTREMED (2018)

[CERN] (Conseil Européen pour la Recherche Nucléaire). Isolated Enamelled Vacuum Flanges for the LINAC-3 (2017)

[ESS]. Detailed design, Technical Support and Manufacture of Proton Beam Window Seal Mock-Up (2017)

PRIVATE CORPORATIONS

• INDRA. Design, Assembly and Test of different filter banks range 2-18 GHz (2019)

• INDRA. Design, Assembly and Test of a High Power Callibrator System (0,5-18 GHz) (2019)

• INDRA. Design, Assembly and Test of intermediate frecquency signal conditioners and RF signal conditioners (2018)

• CAF. RF Design and test for signalling and security balises as part of an automatic train protection (ATP) system (2018)

Markets

Nuclear / Defense / Space / Aeronautics / Health / Other Science

Quality certifications, nuclear qualifications:

ISO 9001

41

AW

GE

Cryostat for HARMONI preoptics

Flexible Waveguide

Magic T

Phase Shifter


BTESA is a leading technological group with long experience in the design, manufacturing and installation of radiofrequency equipment

BTESA is the Spanish leading provider of high power SSPA amplifier systems. Founded in 1995 and headquartered in Madrid, it holds a long experience in the design and manufacturing of ra-diofrequency equipment since its beginnings in the broadcast business.

The key of our successful record of RF equipment delivered all over the world is our powerful R&D department: 30% of BTESA staff, with specialization in all systems related with Solid state RF power amplifiers:

- Radiofrequency: experience for reliable transistor circuits

- Software: for internal logic control system and remote control

- Electrical: we design our own power supplies, with special care for surge protection

- Mechanical: careful cooling extends lifetime

The skill of our R&D team to design any RF product, together with the flexibility of the System Engineering department to adapt to any project, allowed BTESA to easily jump in 2014 into the Industrial, Scientific and Medical Applications, complying their highest quality standards.

BTESA is your partner for power amplifier systems, either for design and manufacture of custo-mized Solid State high power Amplifiers and drivers, or for a complete turn-key project, as well as for any manufacturing and testing requirement.


[ESS Bilbao], 2019: Design and manufacture of 7x Driver pulsed power 500W @ 352MHz 3RU.

[ILS], 2019: Design and manufacture of RF Solid state power amplifier 156kW pulsed power @ 200MHz.

[ESS Bilbao], 2019: Design and manufacture of 3x RF Solid state power amplifiers 30kW pulsed

42

COMPANY NAME BROAD TELECOM, S.A. (BTESA)ADDRESS Margarita Salas, 22. Parque Leganes Tecnologico. 28918 - Leganes (Madrid). SPAINWEB www.btesa.comTURNOVER 17,2 M€ in year 2018EMPLOYEES 81 in year 2018SME YES CONTACT PERSON Carlos Rosa POSITION Sales Manager PHONE +34 913274363. Ext.411 EMAIL [email protected]

power @ 352MHz.

[F4E], 2019: Supply of 16 liquid cooled loads of 200kW c.w. power.

[ALBA], 2018: Manufacture, supply and installation of sixteen (16) 80kW IOTs tubes at 499,654MHz and ten (10) trolleys with its auxiliaries for the ALBA Storage Ring RF transmitters.

[ALBA], 2018: Design, manufacture, supply and installation of one 50kW RF high power transmit-ter based on Solid State Amplifiers @ 500MHz for the ALBA Booster synchrotron (SSA).

[ADAM], 2018: Design and manufacture of 5x Driver pulsed power 2kW @ 750MHz 4RU.

[ADAM], 2018: Design and manufacture of 4x Driver pulsed power 1,3kW @ 750MHz 3RU.

[ALBA], 2017: Design and manufacture of 3x 600W driver @ 500MHz.

[CERN], 2017: Manufacture and test of 180 Solid-State Power Radio Frequency (RF) Amplifiers 3kW @ 17MHz for the PS (Proton Synchrotron Accelerator).

[ESS], 2017: Design and manufacture of 2x 200W driver @ 704MHz.

[CIEMAT], 2016: Design, Manufacturing and supply of 2x16kW RF Solid State Power amplifiers at 175 MHz, for the Buncher cavities of the MEBT of the IFMIF/EVEDA Accelerator Prototype (LIPAc), presently under construction in Rokkasho (Japan).

[CERN], 2016: Design and manufacture of 11 drivers 1200W @ 704MHz pulsed Solid State RF Amplifiers for the MB-IOT test bench system for ESS.

[CERN], 2016: Design and manufacture of 5 drivers 1000W @ 750MHz pulsed Solid State RF Amplifiers for the Medical RFQ.

[European XFEL], 2016: Manufacture and supply of 250 power supplies for the superconducting magnets of the European X-Ray Free Electron Laser.

[ALBA], 2015: Manufacture, supply and installation of 1 prototype and a series of 4 units of 80kW IOT tubes at 499,654MHz, with all their accessories, for the storage ring RF transmitters of ALBA synchrotron Light Source.

R&D PROJECTS

ACTECA: ‘ACCELERATORS AND RELATED TECH-NOLOGIES FOR LARGE SCIENTIFIC FACILITIES”, Industrial R&D CDTI funded project, awarded in a con-sortium of 7 companies within the CIEN funding pro-gram

Markets

Telecom & Broadcast


ISO 9001

43

BT

ES

A

50kW SSPA installed at ALBA Booster to replace an IOT


CADINOX, since 1966 is specialized in the detail design, fabrication, testing, assembly and machining of integral mechano-welded products. Cadinox has a large experience manufactu-ring in complex Stainless steels, Carbon Steels and Aluminium.

Cadinox has many references in Vacuum Chambers (high vacuum) Cryostat and large and complex structures.


[ILL]: FLIGHT VACUUM CHAMBER FOR WASP, 2018

[ILL]: FLIGHT VACUUM CHAMBER FOR H12-PHANTER, 2018

[CIEMAT]: IFMIF BEAM DUMP STRUCTURE + INSIDE & OUTSIDE CONES, 2018

[CERN]: CRYOSTAT 11T PROTOTYPE, 2017

[ELI]: LASER EXPERIMENTAL CHAMBER, 2017

[CLPU]: LASER COMPRESSOR AND EXPERIMENTAL CHAMBER, 2015 & 2016

[CERN]: HIE-SOLDE CRYOMODULES, 2013 & 2015

[CERN]: DTL TANK AND GIRDER, 2014

[CERN]: NA 62 RICH VESSEL, 2014

[CERN]: NA 62 STRAW STATIONS, 2014

[ESRF]: SMALL ANGLE SCATTERING BEAMLINE (SAXS), 2014

[HZB]: NEAT DETECTION CHAMBER, 2014

[ESS]: DTL TANK, 2014

[ILL]: IN16B VACUUM CHAMBER, 2011

[ILL]: IN16B DEFLECTOR CHAMBER, 2011

44

COMPANY NAME CADINOX SAADDRESS Okobio 32, 20491 Belauntza, Gipuzkoa WEB www.cadinox.com TURNOVER 12.500.000 EUROS In year 2018EMPLOYEES 80 in year 2019SME YES CONTACT PERSON Peio Lakarta POSITION Commercial director PHONE +34 618329793 EMAIL [email protected]

[GRANTECAN]: NASMYTH ROTATORS HIGH PRECISION, 2005

Markets

Nuclear / Aeronautics / Space / Energy / Oil & gas


ISO 9001, ISO 3834-2

45

CA

DIN

OX

CERN dtl tank

CERN rich vessel NA62

CLPU HV vacuum chamber ILL flight vacuum chamber for H12-panther

ILL flight vacuum chamber for wasp

CIEMAT IFMIF beam dump + inside & outside cones


CEIT is a nonprofit private research center with the mission to serve the industrial sector, carrying out projects of applied research and technological development. CEIT is a multidis-ciplinary center, whose work is oriented to different sectors: railway, aeronautical, automotive, health, manufacturing, energy, environment and ICT.

CEIT’s capabilities and interests with regard to large scientific facilities are:

- Development of materials and components for extreme environments: graphitic materials, self-passivating W alloys, ODS Steels.

- Design, production and processing of powders. Equipped with metal/gas atomizer to produce tailored metallic powders for Additive Manufacturing or (Near) Net Shape Technologies

- HIP. Consolidation of ceramic and metallic powders, removal of porosity in castings or components obtained by Additive Manufacturing

- Laser-related technologies: additive manufacturing of components and surface treatments and micromachining

- Solid state diffusion bonding. Equipped with HIP press.

- Failure analysis: identification of failure mechanisms (mechanical and thermomechanical fatigue, corrosion, fractography analysis…)

- Electronic and magnetic NDT for microstructural characterization and identification of defects and cracks

- Physical, Mechanical and microstructural characterization (SEM, TEM, AFM)

R&D PROJECTS

Strategic program for excellence qualification in Additive Manufacturing of metallic materials (CEFAM). CDTI - CERVERA. R&D project that covers the whole value chain of Additive Manu-facturing of metals for highly demanding sectors, like Large Scientific Facilities, Aerospace or energy. 2020-2023.

46

COMPANY NAME CEITADDRESS Paseo Manuel Lardizábal 15, 20018 Donostia-San SebastianWEB www.ceit.esTURNOVER 14 M€ in year 2018EMPLOYEES 224 in year 2018SME YES (Non-profit Research Centre)CONTACT PERSON Iñaki Yarza POSITION Corporate Development Manager PHONE 943 212800 EMAIL [email protected]

Additive Manufacturing of CuCrZr parts by Electron Beam Melting (EBM). EUROfusion. Produc-tion of powders by gas atomization with tailored composition and dense samples with a very fine dispersion of very fine nanoparticles in the as-built condition. 2019-2020.

Self-passivating tungsten alloys. EUROfusion. Selection of best alloying elements and design of the manufacturing route to minimize tungsten oxidation and develop a dense and stable oxide layer at the surface. 2014-2018 and 2019-2020.

ODS ferritic steels fabrication and characterization (STARS route). EUROfusion. Production of powders by gas atomization already containing all the alloying elements and avoiding, thus, me-chanical alloying. 2014-2018 and 2019-2020.

Material Characterization at room and elevated temperatures. ITER. Thermal conductivity and ther-mal expansion measurements, and microstructural characterization by TEM of materials of ITER components. 2016-2018.

Fusion Technologies. Solid state diffusion bonding of titanium and titanium alloys. Development of complex stainless steel components following (Near) Net Shape technology, by powder metallur-gy and HIP consolidation of powders. 2016-2018.

Supply of Full Scale Prototypes (FSP) of ITER Normal Heat Flux (NHF) FW Panels. ITER. Condi-tioning of surfaces (chemical cleaning) to be joined by HIP diffusion bonding; microstructural and mechanical characterization of materials. 2015-2017.

CompITER. Government of Cantabria, subcontracted by Leading Metalmechanic Solutions. Ceit’s task: Development of a simplified 10-fingers prototype to design proper cutting strategies of the fingers of the FWP of ITER to mitigate dis-tortions in the final component. 2015-2016.

Markets

Automotive / Aeronautics / Space / Energy / Oil & gas


ISO 9001, UNE 166.002 R+D+i Mana-gement Systems

47

CE

IT

Left elongated grains and Right fine Cr-rich precipitation inside Cu grains, in the EBM as-built condition Pilot plant gas atomizer to produce spherical powders


CEN Solutions has a long experience of more than 75 years in the provision of services to the electrical industrial market, focusing on design, development and implementation of al kind of electrical switchboards and electromechanical applications.

Company activities are focused on the following main markets:

• Fossil fuel generation

• Nuclear power generation

• Renewable generation

• Oil & Gas

• Industries and electrical substations

• Airports and Railway

• Water treatment plants

• Maritime sector

CEN Solutions has expanded in 2016 its engineering and manufacturing capabilities, having now a highly skilled and experienced team of 150 people with experience in the supply of equipment for international customers worldwide.

Company products involve low voltage and medium voltage equipment, both for power and control applications.

CEN Solutions participation and knowledge on nuclear projects has more than 40 years experience, with safety and non-safety equipment installed on nuclear power plants in Spain, Mexico, China and Taiwan.

For the proper project development we have a dedicated project management, who is suppor-ted with mechanical and electrical engineering offices that can provide bespoke solutions in accordance with project and customer requirements.

Two production centers are located in Sevilla with a total area rated 16.000m2, and located strategically in free trade zone to facilitate international operations.

48

COMPANY NAME CEN SOLUTIONSADDRESS Carretera de la Esclusa, s/n 41011 SevillaWEB www.censolutions.esTURNOVER 19.753.171,29€ in year 2018EMPLOYEES 163 in year 2018SME YESCONTACT PERSON Juan Pérez-Tinao Domínguez POSITION Business Development – International Markets PHONE +34 954 93 62 10 EMAIL [email protected]


[ITER] – Design and manufacturing SCS-N system (2013 – Ongoing)

[CERN] – DC Power Supply 0-5.400A, 1.800V (1993)

[CERN] - DC Power supply 0-20.000A, 17V (1991)

[CERN] – 2 DC Power supply 0-24.000A, 17V (1991)

[CERN] – DC commuted Power supply -10 --> +10V, -2.000 --> +2.000A (1991)

[CERN] – DC Power supply 0-20.000A, 25V (1990)

[CERN] – 40 AC Voltage Regulator 0-1.000A, 1.500kW (1987)

Collaboration with CERN started in the first stages of LHC, by the participation of the team with stances at site to work together during engineering phase prior starting manufacturing processes at our production center in Seville.

Markets

Nuclear / Defense / Naval / Aeronautics / Energy / Oil&gas


ISO 9001, ISO 14001

49

CE

N S

OLU

TIO

NS

DC Power Supply for CERN

SCS-N Qualification Cubicle Mechanical engineering

Sevilla Production Center


CiTD, the former ITD, is a company headquartered in Getafe close to Madrid. Its expertise is largely related to aerospace programs, being one of the leading engineering companies in the Spanish industry. This expertise embraces most of the engineering and design technologies also applicable for the development of Large Scientific Facilities Activities.

As an engineering company, with a core business in Electrical & Mechanical Systems, Structural Design & Analysis, and Instrumentation, our added value is based on our transnational manage-ment capabilities and our long experience in the development of international projects in highly technological environments.

Since 2017, its portfolio is beeing open to infrastructures and digital transformation (Industry 4.0) thru Digital Twin and BIM technologies as well as offering final products involving turnkey services via one-stop-shop concept thru a consolidated supply chain scheme. In this line CiTD is boosting metal additive manufacturing technologies for flyable certified parts for aerospace supported by topological optimization engineering and R&D projects. It is also offreing supply capabilities for: electrical harnesses, tooling and parts in general for a wide spectra applications.

CiTD brings its best value to customers and partners in terms of innovative solutions, cost efficien-cy and quality assurance.


Fusion for Energy: `Framework Services Contract in Cascade for the Provision in the field of: Lot 2, General Mechanical Engineering Design Analysis” (2018-2019).

CERN: “Provision of Mechanical Design Services On and Off the CERN Site” (2013-2018).

Under this framework contract a large collection of work packages involving design activities (3D and 2D) have been performed. The most relevant references are recorded here below:

- CiTD premises: Dipoles and quadrupoles magnets for ELENA ring; Support structure for beam stopper on LINAC4 accelerator; Cold Cathode Assembly; Vertical and horizontal gonios.

50

COMPANY NAME CiTD Engineering & Technologies, S.L.ADDRESS Avda. Leonardo da Vinci, 15. Edificio B, 2ª planta. 28906 Getafe (Madrid). SpainWEB www.citd.euTURNOVER 3.065.750 € in year 2018EMPLOYEES 56 in year 2018SME YES CONTACT PERSON Marta García-Cosío Carmena POSITION Head of Engeneering and Product Business Unit PHONE EMAIL [email protected]

- On site : LHC Interconnections ; Magnets, Vacuum chambers and tooling for several lines.

Fusion for Energy: “Competitive Multiple Framework Service Contract: Provision of CAD Design Support – LOT 1 – General Mechanical Design” (2013-2016).

Under this framework contract, two specific Task Orders have been carried out:

- ITER Vacuum Vessel 3D design for manufacturing: final definition of Digital Mock-up incorporating improvements for manufacturing (CITD premises)

- NHF FW Panels detailed design of main and minor variants: Suitability analysis according to ITER-blanket thermal and mechanical requirements. Digital mock-up and drawings (On site)

Fusion for Energy: “Industrial Cost Evaluation and Scheduling of the Cooling Plant for PRIMA (MI-TICA and SPIDER Experiments)” (2010).

The scope of the contract was to set the requirements for the design, manufacture, installation and testing of the Cooling Plant. (CITD premises).

R&D PROJECTS

CiTD is participating in several R&D projects either EU Commission funding either Spanish Gover-nment supported. The main relevant are:

- DIGESTAIR: Anaerobic plant in air transport for on-board waste treatment and management (Clean Sky 2 call).

- PAMIS: Personalized Additive Manufactured Implants for Scoliosis treatment (H2020 program)

- FASE: Additive Manufacturing for Space Sector (Retos-Colaboración Spanish program)

- ESA-GSTP-TECMSP-SOW-008450: Novel structural components for launchers/satellites applications using additive manufacturing technologies

It is also involved in self-generated R&D projects aiming but not limited to additive manufacturing process. As results, several IPs have been registered.

Markets

Nuclear / Defense / Naval / Aeronautics / Space / Other: Mechanical Engineering


ISO 9001, EN 9100

51

CiT

D

LHC interconnections ESA-AM scalmalloy bracket juice probe


Design of mechnical components, structures, machines and tooling

Analysis: statics, dynamics, kinematics, thermal, fatigue, CFD, vibro-acoustics, etc.

Manufacturing of special machines and production / testing tooling


[ESA] - 4000116156/15/NL/PS: Modular Deployable Structures - 2016

500 K€. Development of a reliable deployable unit cell that can be used to compose several kind of space structures, i.e., a large deployable mast (20 meters) and a large deployable re-flector (15 meters diameter). Expected final TRL achieved: 4

[ESA] - 4000114438/15/NL/CBi/GM: Passive Damped Deployment of full Composite Structures – 2015

50 K€. Research and development of the use of flexible epoxi resins in order to deploy full CFRP structures. These structures are composed of thin-walled composite deployable booms with CFRP tape-spring hinges. This flexible epoxy resin can be used to increase both the flexibility and damping characteristics of the CFRP, and has a potential number of space applications. Final TRL achieved: 3

[ESA] - A00011082: Assembly of Space CFRP structures with racing sailing boats techno-logy – 2011

50 K€. Innovative project devoted to apply the out-of-autoclave CFRP curing techniques coming from the racing sailing boats technologies to space composite products, by means of analyses and tests. Final TRL achieved: 4

Markets

Defense / Automotive / Naval / Aeronautics / Space


ISO 9001, ISO 9100

52

COMPANY NAME COMET INGENIERÍA, S.L.ADDRESS C/ Convento Carmelitas, 2, of.2, 46010 Valencia (Spain)WEB www.comet-ingenieria.esTURNOVER 1100 k€ in year 2019EMPLOYEES 25 in year 2020SME YES CONTACT PERSON M. Ángel Sierra POSITION Business Development Manager PHONE (+34) 96 340 9850 / (+34) 660 470 440 EMAIL [email protected]

53

CO

ME

T IN

GE

NIE

RÍA

Large Deployable Antenna

Deployable Reflector Structure

Demonstrator


Crisa, an Airbus company, is a well renowned supplier of complex on board electronics for space. More than 33 years’ experience, around 500 employees and more than 860 electronic units flown into space back Crisa’s capabilities in the design and manufacturing of complex electronic equip-ment for satellites and launchers.

The company’s activities cover a wide product range like system engineering, power distribution units, power control units, DC/DC converters, active antenna electronics, cooler electronics, laun-cher electronics, driving electronics, electrical propulsion electronics, front-end electronics, on board computers, remote terminal units, video processing, microelectronics or antenna driving.

In this way Crisa has played a relevant role in most ESA’s scientific or Earth Observation missions (ie. BepiColombo, Cheops, EarthCARE, GAIA, GOCE, Herschel/Planck, LISA Pathfinder, Mars and Venus Express, MTG, PAZ/Ingenio, Pleiades, Rosetta, Sentinels, SolarOrbiter, ….), many Telecom-munication programs for Commercial Operators (platforms AlphaBus, Eurostar E3000, OneSat, Quantum and SmallGEO) and NASA scientific missions (ie.Rover Curiosity – MSL, Rover 2020 to Mars). At the moment, the company is working on important scientific missions and programs like JUICE, Ariane 6 and Vega C launchers, Myriade Evolutions or MetOp.

Crisa has expanded its engineering and project management skills in other ground projects. Some of these projects include network architecture design for secure communications; control center implementation, operation and maintenance; archiving and cataloguing systems; remote operation.

Crisa is able to provide reliable electronics designed for harsh environments like space or fusion under radiation and no-maintenance conditions. The company has also a strong knowledge of system engineering and project management.


Crisa engineering activities are mainly framed within the space environment. Development of elec-tronics for space implies dealing with very high radiation levels, vacuum conditions, high tempe-rature changes, tolerance to shocks, and most of all, reliability, since no repair is possible. Some relevant contracts for scientific facilities achieved by Crisa are:

54

COMPANY NAME CRISA ADDRESS Calle Torres Quevedo, 9 (PTM)WEB www.crisa.esTURNOVER 71,8 M€ in year 2018EMPLOYEES 494 in year 2018SME NOCONTACT PERSON Juan Jesús Rico Peña POSITION Key Account Manager PHONE (34) 91 806 8808 EMAIL [email protected]

European Space Agency (ESA)

Electrical Power Subsystem (EPS) for JUICE mission to Jupiter, Electric Propulsion and PCDU for BepiColombo mission to Mercury, GOCE PCDU & Electric Propulsion IPCDU, On Board Computer for 2020 ExoMars Rover NASA mission to mars, among many other contracts with ESA.

Electronics for High Energy particle Physics

Crisa has been responsible for designing and manufacturing the Cryomagnet Avionics Box (CAB), a challenging electronic unit to power and monitor a superconducting dipole magnet that was built to form part of the Alpha Magnetic Spectrometer (AMS-02), a particle physics detector on board the International Space Station (ISS). The AMS was the first large superconducting magnet in spa-ce with application in radiation protection, propulsion system, power generation and energy storage.

The project was conducted under the technical supervision of CIEMAT, with funding provided by CIEMAT, CDTI and ETH-Zurich.

CODAC Engineering Support Framework contract

Crisa was awarded with an Engineering Support Framework Contract for Control & Data Acqui-sition Communication Systems (CODAC) and heating Current Drive division. Contract ref.: ITER/CT/6000000014.

R&D PROJECTS

Some of the most recent R&D projects:

• Development of High Power PCDU (Power Conditioning and Distribution Unit) for low orbit high power satellites, compliant to any Solar Panel Interface and Bus Voltage.

• High quality and reliability modular Instrument Control Unit (ICU) with flexible architecture.

• Design, integration and verification of High Voltage elements for satellite Electric Propulsion Systems, covering HET (Hall Effect Thruster), GIT (Gridded Ion Thruster) and HEMP (Highly Efficiency Multistage Plasma Thruster) technologies.

• Lead-free automatic manufacturing line for aerospace electronics.

• Optimized low-cost electronics for Mega Constellations

Markets

Defense / Space


ISO 9001, ISO 14001, PE-CAL/AQAP 2110, ECSS-Q-ST-70-38C, 08, 28, 38&26

55

CR

ISA

Class-100 clean roomManufacturing of space proven electronics


Cryogenics, vacuum, fabrication and installation of high pressure equipment, control systems and precision machining and welding.

Vacuum: We design and manufacture custom made vacuum chambers for pressures as low as 10-10 mbar. We also provide vacuum line installations and auxiliary systems such as lifting mechanisms, support structures, pumps and instrumentation.

Cryogenics: We fabricate and install customisable vacuum insulated lines for all cryogenic liquids. We also design and manufacture custom cryostats, thermal vacuum chambers and temperature control equipment for heating and cooling by cryogenic liquid or cryocooler.

High pressure: We design and fabricate CE approved high pressure vessels, reactors and cells compatible with cryogenic to high temperatures. We also install and legalise high pres-sure gas tubing and auxiliary equipment in laboratories.

Control systems: We design and build hardware and software based control systems for tem-perature, vacuum, high pressure gases and cryogenic liquids.

Precision machining and welding: We provide high tolerance machining for materials including inconel, Cu-Be, titanium and tungsten carbide. Our welders are certified in several techniques including TIG, brazing and orbital welding.


[CLPU] High vacuum equipment for Vega laser system (2019)

[CLPU] Semi-cylindrical vaccum chamber for Vega laser system (2017)

[CERN] Time projection chamber (2017)

[ESRF] Sample environment for high pressure diamond anvil cells (2016)

[IFMIF] IFMIF EVEDA Mechanical Structures (2015)

[CERN] DO-28141 - “Supply of supports for HIE-ISOLDE transfer line equipment” (2013)

[CERN] DO - 27581 - “The supply of five hydrogen buffer volumes” (2012)

56

COMPANY NAME CRYOVAC S.L.ADDRESS C/Arquimedes 40, 28946 Fuenlabrada, MadridWEB www.cryovac.esTURNOVER 2,5M€ in year 2018EMPLOYEES 9 in year 2018SME YESCONTACT PERSON Javier Luzarraga POSITION CEO PHONE +34 916065463 / 609068950 EMAIL [email protected]

[XFEL] XFEL Magnet Assembly (2011)

[ILL] High pressure large volume neutron diffraction cells (2010)

R&D PROJECTS

[MINECO-Retos Colaboración] Large Volume Cells for the Study of Materials in Extreme Con-ditions of High Pressure, Magnetic Field and Temperature, 2015-2018.

[CDTI-EEA Grants] Cryogenic Transfer Lines: The Next Generation, 2014-15.

[CDTI-IDI] Instrumentation for Small Diamond Anvil High Pressure Cells, 2013-14.

[CDTI-IDC] Conception of Large Volume High Pressure Cells for Neutron Diffraction, 2010-11.

Markets

Nuclear / Defense / Naval / Aeronautics / Space / Energy / Oil& gas / Other Medical and alimentary CT Engineering


ISO 9001, Official high pressure fabricator (FAP-147), installer (EIP-2-75) and repairer (ERP-2-3)

57

CR

YOV

AC

Adjustable support structures for IFMIF radiofrequency

equipment

CLPU vacuum equipment Dipole magnet with vacuum vessel for XFEL CLPU

semicylindrical equipment

CERN time projection chamber

Support structures for HIE-ISOLDE transfer line equipment


The CT Engineering Group provides engineering services to the aerospace, naval, defence, automotive, rail, industrial plants, energy, architecture and construction sectors, covering the entire product life cycle: from design, product and manufacturing to post-sales support engi-neering. Our mission is to provide innovative and technological solutions to make our custo-mers more effective and competitive.

With more than 30 years of experience, technical expertise and 1,800 engineers, we adapt to exceed the clients’ expectations. CT has more than 20 offices mainly in Europe (Spain, France Germany and UK), Brazil and India. CT has been involved in several projects for the nuclear sector during the last 10 years, with more than 100.000 hours in projects such as ITER, East Anglia, CERN or Fusion for Energy. Additionally, CT is a preferred supplier for product engi-neering services (E2S), manufacturing engineering services (ME3S) and Customer Services (CS) to the Airbus Group, a preferred supplier of engineering for Navantia, Tier 1 for GDELS, as well as in the automotive sector in Nissan, Renault, SEAT and Audi facilities, in the rail sec-tor, with Talgo and in industrial plants, with Repsol and CEPSA.


SABIC. Field Planner and Reliability Engineering Services at SABIC plant in Cartagena (2019 - present): CT has been providing a numerous team of Product Support Engineering to per-form maintenance, planning and monitoring activities at SABIC’s plant, including collaboration on Reliability Engineering Services for all the Maintenance 4.0 activities.

Iberdrola. EAST ANGLIA ONE Project. (2017- present): We have provided engineering ser-vices during the whole commissioning process of the offshore substation. We performed the collection of information of the different systems by using SCADA system as well as the control and functional tests performed during both onshore and offshore commissioning pro-cesses.

Arturo Merino Benítez (AMB) International Airport in Santiago de Chile (2017- present). CT’s Architecture Engineering & Construction (AEC) area has provided façade and roof enginee-

58

COMPANY NAME CT INGENIEROSADDRESS Avda. Leonardo da Vinci, 22. Parque Empresarial La Carpetania 28906 Getafe (Madrid, Spain)WEB www.thectengineeringgroup.com TURNOVER 135M€ in year 2018EMPLOYEES 1,800 in year 2018SME NOCONTACT PERSON José Evelio Jiménez POSITION Country Manager for Spain PHONE +34 91 683 20 30 EMAIL [email protected]

ring for the enlargement of the new passenger terminal of AMB airport in Santiago de Chile by using BIM methodology.

TAMOIN. Kimberly and Clarke in Querétero Mexico (2016 - 2017). CT has developed the entire the civil, structural, piping and electrical detailed engineering design of a Cogeneration Plant developed by Iberdrola and Tamoin for Kimberly and Clarke in Querétero Mexico. CT also de-signed the Interconnection between the cogeneration and the existing Plant.

ITER. Integration and redesign of the substations PBS41 and PBS43 (2015 - present). CT’s Electrical Engineering Business Unit has been working with Siemens and Ferrovial in the ITER Project (France). We started doing the integration and redesign of the existing engineering on the 22 kV and 6,6 kV substations of the American part (PBS43). We have also worked on the complete integration of all the different parts (400 kV, 66 kV, 22 kV and 6,6 kV) in the two huge substations of the project, the American one (PBS43) and the Chinese one (PBS41). We have already energized the substations of the American, 400 kV, 22 kV & 6,6 kV Substation (PBS43) as well as the Chinese 400 kV Substation (PBS41) and delivered all schematics of Chinese Substations (PBS41) .

SEAT Martorell (2015- present). CT has been developing 3D models for the SEAT Factory in Martorell by laser scanning point clouds and modelling all the facilities and work sites and pro-vided engineering and project management for the foundations of presses, automated ware-houses and structural

R&D PROJECTS

TOKAMAK (ITER) (2017-2019). CT collaborated with CIEMAT in the mechanical design of the visible and infrared spectrum diagnostics system of the Tokamak nuclear fusion reactor. CT also designed the system for assembly and regulation of the optical elements and diagnostics system. During 2016- 2017, CT has had an expert in complex CFD calculations working on Tokamak’s cooling system at the ITER facilities in Cadarache.

CEA Caradache. Experimental installation on the hydro-mechanical behavior in a nuclear reac-tor (2016-2017). CT participates in this R&D project providing a mechanical tool to manipulate hydraulic tensil tool in Laboratory. The scope of the project concerns an experimental installa-tion on the hydro-mechanical behavior in a nuclear reactor.

Markets:

Nuclear / Defense / Automotive / Naval / Aeronautics / Space / Energy / Oil& gas / Rail /Architecture & Construction

Quality certifications, nuclear qualifications:

ISO 9001, ISO 14001, EN9100 and ISO 27001, DGAM, ISO 18001, ISO45001

59

CT

ING

EN

IER

OS

Iberdrola substation installed at german Wikinger offshore wind farm. Photo Iberdrola


DAS PHOTONICS was created in 2005 as a spin-off company from the Nanophotonic Te-chnology Centre (NTC - Polytechnic University of Valencia, http://www.ntc.upv.es/), focused on the development of innovative value-adding products based on our proprietary photonics technology. Our products are at the forefront of R&D in Photonics for Space, Defence, and Aeronautics. DAS is recognized internationally as a leading company in the field of RF-photo-nics for Defense and Space applications. The company exploits the advantages of photonics technology to offer solutions with improved bandwidth, mass and power consumption, com-pared with electronic/RF implementations.

For Space, DAS develops solutions for both, ground segment and on-board systems, exploi-ting the benefits provided by photonic technology, such us significant mass, size and power consumption reduction, instantaneous bandwidth (from near DC to above 40 Ghz) phase sta-bility, long transmission distance as well as EM immunity. The current applications developed by DAS Photonics are in the line of photonics links for digital and anologue signals remoting, multi-frequency conversion and antenna beamforming.


[ESA] 4000120740/17/NL/AI 2017 Optical Harness for Future L-band Radiometer

[ESA] 4000122614/17/NL/FG 2017 Single String Photonic Payload (SSPP) and Multi String Photonic Payload (MSPP)

[INTA]- Exomars-2013 Proposal for the development of the RAMAN laser unit.

[ESA] AO/1-6034/09/F/MOS -2009 - Future Architecture of ESA Deep Space Stations for Enhanced Mission Support. Reference: GRST-SYST-GST-SOW-1002-OPS-GSS

[ESO] Front End Integration Centre Local Oscillator Photonic Reference Synthesizer Test Module (LOTRM) - 2008 Generation of mm-Wave LO by using photonic harmonic conversion techniques (27.3 GHz till 124.34 GHz) in order to be used as test equipment for validating the ALMA radiotelecope front-ends (Atacama, Chile) – Reference 19766/ESO/08/17259/YWE

60

COMPANY NAME DAS PHOTONICS, S.L.ADDRESS Camino de Vera, s/n, Edificio 8F, 2ª Planta, 46022 ValenciaWEB www.dasphotonics.comTURNOVER 5.6M € in year 2018EMPLOYEES 69 in year 2018SME YES CONTACT PERSON Santiago Simón POSITION Business Development Director PHONE (+34) 963 55 61 50 EMAIL [email protected]

R&D PROJECTS

[ESA] ARTES 5.1. AO/1-5395/07/NL/EM –2012- Optical Multi-Frequency Conversion Unit for Broadband Transparent Analogue Repeaters

[ESA] ARTES 5.2 & ARTES 3.4. -2011 -IoV - Optical RF distribution Flight Demonstrator

[ESA] ARTES 5.1. -2011 - Opto-Microwave Wideband Reconfigurable Receiver

[ESA] TRP AO/5809/08/NL/CP - 2009 - Electro-photonic ADC

… up to 18 ESA projects (TRP, GSTP, GSP, ARTES, …)

Markets

Defense / Aeronautics / Space


ISO 9001, AQAP 2110, ISO 9100

61

DA

S P

HO

TON

ICS

QV-band photonic multi-frequency converter flying in EUTELSAT 7C

Ruggedized RF optical delay line

RF optical delay line

Rack mounted photonic RF analogue link up to 40 GHz

PhotonicRF analogue linkfor space applications


• Space systems engineering

• Data processing systems (Earth observation, science…)

• Implementation and operation of space surveillance & tracking (SST) telescopes

• Satellite and payload systems integration


[INTERNAL FUNDING] Deimos Sky Survey: Implementation and Upgrades of SST Telesco-pes and Processing Centre (2015-2017)

[ESA] Spanish Space Surveillance and Tracking System (S3T): Data Centre Catalogue Gene-ration (2015-2017)

[ESA] SEISOP, Space Weather Prediction System (2011)

[ESA, CDTI, INTERNAL], Various SST Object Cataloguing Campaigns based on Optical Ob-servations (2006-2014)

R&D PROJECTS

[H2020] SWAMI: Space Weather Atmosphere Model and Indices

[FP7 & H2020] NEOShield (1 & 2) 2 - Near-Earth Object Impact Mitigation & Prevention, 2012 & 2015

[ESA] Sentinel-3 Instrument Processing Facility, 2012 (example of the many references in data processing systems)

[ESA] DCII – SSA Data Centre Processing Chain and Sensor Simulator, 2012

[ESA] SN-VII NEO Impact Effects and Mitigation Measures, 2011

62

COMPANY NAME DEIMOS SPACEADDRESS Ronda de Poniente 19 Edificio FITENI VI, 28760, Tres Cantos, Madrid, EspañaWEB www.elecnor-deimos.comTURNOVER 23,3 M€ in year 2018EMPLOYEES 380 in year 2018SME NOCONTACT PERSON Lucía Senchermés POSITION Business Development and Marketing Engineer PHONE +34 918 063 450 EMAIL [email protected]

Markets

Defense / Naval / Aeronautics / Space / ICT Solutions


ISO 9001, ISO 14001, PECAL/A CAP 2110

63

DE

IMO

S

Deimos Ground Station - Elecnor Deimos - Integration of the 10 m TTC Ground Station for Deimos-2 Satellite, 2013

Deimos Sky Survey+ESA - Refurbishment of CENTU1 & TRACKER telescopes for Space Surveillance and Tracking at ELECNOR Deimos integration facilities, 2015


DRAGADOS, S.A and its group of companies form part of ACS Group Construction Division.

ACS Group appears in 2018 ENR Global Construction Book as the 7th largest International Contracting Group with a total annual turnover of 36.66 Billion € in 2018 and the 1st Inter-national Contractor.

DRAGADOS, S.A. is founded under the Spanish Law and it has been incorporated in the Ma-drid Mercantile Register (Spain) for 70 years by former companies. DRAGADOS, S.A. is nowa-days the largest Construction Contractor in Spain with total sales of 4,792 Million € in 2018.

DRAGADOS has been present in the international markets during more than 40 years, wor-king in different and important projects, and some of them have reached great worldwide acknowledgement.

DRAGADOS, S.A and its Subsidiaries have more than 13,000 employees, 17 Branches in Spain and it has offices in Poland, Ireland, United Kingdom, USA, Canada, Chile, Argentina, and Peru. In all these countries, DRAGADOS, S.A. carries out its activities in the Civil Works field (from Transportation Infrastructures, Hydraulic and Underground Works to Marine Works or Environmental Infrastructures). DRAGADOS is also working in the Vertical Building Sector.

DRAGADOS, S.A. has carried out some outstanding projects all over the world:

Civil Engineering Works: Roads, Highways (more than 12,000 km executed), railways and subways (5,000 km constructed), bridges (more than 2,000 Km), hydraulic works (more than 250 dams), airports (4 million m2 of runways and 1.2 million m2 of Terminals), industrial ins-tallations, marine works (more than 300 km of breakwaters and wharves), urban planning, sewage systems and power plants.

Vertical Building Works: Apartment and Commercial buildings, Tourist Resorts, Industrial Buil-dings, Sport and Cultural Facilities, Restaurants, Office Complexes and Car Parks (more than 3,642 building projects).

The experience, human resources, technical capability and financial solidity of DRAGADOS enables it to deal with any project regardless of its complexity or size.

As a major international contractor, DRAGADOS has extensive experience working on cha-

64

COMPANY NAME DRAGADOS, S.A. ADDRESS Avenida del camino de Santiago, 50, Madrid. SpainWEB www.dragados.comTURNOVER 4,792 Million euros in year 2018 EMPLOYEES 12,509 in year 2018SME NOCONTACT PERSON Juan Miguel Pérez Rodríguez POSITION International Business Development Manager PHONE +34 (91) 703.81.14 EMAIL [email protected]

llenging projects, including complex building and tunneling projects during all the phases of the project: since first analysis to the process of selection of subcontractors, complying with all contractual requirements for the different materials.

DRAGADOS is a specialist in the construction of buildings for clients that seek the best re-sult for their proposed structures, require strict construction schedules, the application of new project-specific construction technologies, and high quality facilities and finishes all under the guideline of a sound quality and project management program.

DRAGADOS provides its Clients with its management experience on major construction as well as its deep knowledge of every phase of building process, especially regarding the coor-dination and inspection of the different suppliers and subcontractors. DRAGADOS also offers to its Clients an integrated management system where quality, environment, community and safety are addressed in an interrelated approach. DRAGADOS provides the required expertise to be ISO 9000 and ISO 14000 compliant and implements OSHAS 18000.

In 2016, DRAGADOS obtained the Certificate of Energy Management System issued by AE-NOR according to UNE-EN-ISO-50001. In 2018 DRAGADOS obtained the “Certificate of Information management for the capital/delivery phase of construction projects using building information modelling” in accordance with PAS 1192-2:2013, BS 1192:2007 and BS 1192-4:2014 issue by BSI Assurance UK Limited.


• LHC - Civil Engineering Construction, Package 2 - Contract T053/ST/LHC at Point 5 (CMS), Cessy (France) / C.E.R.N. - European Organization For Nuclear Research / 2005

• Ascó Nuclear Power Plant Units I and II / Refrigeration and Water Discharge Enlargement in Ascó, Tarragona (Spain) / Ascó Nuclear Association / 1995

• Nuclear Power Plant in Trillo, Guadalajara (Spain) Unión Fenosa / 1988

• Vandellós Nuclear Power Plant Group II Civil Works in Vandellós, Tarragona (Spain). / Ascó-Vandellós II Nuclear Association / 1985

• Refrigeration Towers (Natural flow) for Trillo Nuclear Power Plant Group I in Trillo, Guadalajara (Spain). / Unión Fenosa / 1983

• Almaraz Nuclear Power Plant Civil Works in Almaraz, Cáceres (Spain). / Almaraz Nuclear Power Plant / 1975


ISO 9001, ISO 14001, ISO 45001, 166002:2014, ISO 50001:2011

65

DR

AG

AD

OS

Ascó


Extreme precision machining of copper components and systems for accelerating structures and associated devices (discs, pets, yokes, extraction systems, RFQs, …)

Collaborative projects for design, manufacturaring, assembly and test of BUNCHERS, CYCLOTRONS, NANO-MOVERS.

Cryo-mechanisms and free form optics for space or ground optical instruments

Actuation, positioning, power and accessory transmission systems.


[CIEMAT] – ACCELERATING STRUCTURE FOR CLIC – 2019

[AIRBUS DS] – REFLECTORS FOR METOP MISSION - 2018

[CIEMAT] - CYCLOTRON FOR MEDICAL APPLICATION – 2016

[CEA] – CRYOMECHANISM FOR EUCLID MISSION - 2016

[CIEMAT] – BUNCHER IFMIF – 2015

[CIEMAT] – MOVERS XFEL – 2014

R&D PROJECTS

4ACCEL CDTI - Design, Manufacturing and Testing of a Technological Demonstrator of an Linear Collider Accelerating Structure based on the quadrant or half shape concepts – 2010 (leader DMP, partners CERN-CIEMAT)

Markets

Defense / Aeronautics / Space / Proton therapy, Photolitography, Air-Bearing systems


ISO 9001, EN9100

66

COMPANY NAME EGILE MechanicsADDRESS Pol. Ind. Kurutz Gain, 12-13, 20850 Mendaro (Guipuzcoa)WEB www. egile.esTURNOVER 23 M€ in year 2018EMPLOYEES 190 in year 2018SME YESCONTACT PERSON Philippe ROULET POSITION Commercial Director PHONE +34 647 64 29 60 EMAIL [email protected]

67

EG

ILE

ME

CH

AN

ICS

Buncher. CIEMAT (IFMIF)

Cyclotron. CIEMAT

PET (CERN)

Disc (CERN)

Reflectors for METOP Mission


EIIT is a leading engineering company, with experience in the design, manufacture and commissio-ning of test equipment for all industry fields, supply automation solutions for the assembly, functio-nal testing, simulation and quality control of electronic components for consumer, automotive, energy sector and aerospace electronics. EIIT strives to surpass customer expectations, by having a highly trained and motivated engineering department and very flexible project management ap-proach, allowing us to deliver our products and projects without delays.

EIIT started business in 1986. EIIT based its foundations on offering high levels of engineering, security and the vision required to start a business focused on the development of automatic test systems for electronics such as ICT (In Circuit Testing) and functional tests; This product line conti-nues to be developed, increasing the technological capabilities and possibilities for different levels and customer requirements and standards. In 2000, EIIT began its activities in the aeronautics industry, transferring its previous knowledge and experience in automatic test systems and beco-ming a renowned supplier in most Airbus divisions, including Airbus Defence & Space and Airbus Helicopters. In 2016 we started to work with bid Science installations in several projects for ITER


ITER INTERLOCK DISCHARGE LOOP INTERFACE BOXES (DLIB) CUBICLE, 2019-20

Design, supply and testing of 2 cubicles housing 30 Discharge Loop Interface Boxes (DLIB) and Bypass Loop Interface Boxes (BLIB) (15 per cubicle). The contracted scope of work includes:

• Design the cubicles as per ITER PCDH guidelines and deliver design documentation.

• Design and execute the test procedures

• CE Marking of the two cubicles.

• Packing and transportation of the manufactured cubicles to IO headquarters, where they will be installed

ITER INTERLOCK DISCHARGE LOOP INTERFACE BOXES (DLIB) FUNCTIONAL TESTER, 2017

The test system will include up to 12 DLIB`s with the possibility of making loops from 2 DLIBS

68

COMPANY NAME EIITADDRESS Camino Robledo de Chavela, 9B, 28210 Valdemorillo, MadridWEB www.eiit.comTURNOVER 10M€ in year 2018EMPLOYEES 104 in year 2019SME YES CONTACT PERSON Pablo Moraga Montejo POSITION Business Unit Manager PHONE +34 918904614 EMAIL [email protected]

up to 12 DLIBS. The capabilities of the DLIB to be checked are:

1. Verify that loop current can be regulated between 7-17 mA with the terminator which has built-in resistors.

2. Verify that events in the range of 5-24V DC range can be read by DLIB

3. Verify the first event can be recorded when two or more interlock events happen in different DLIBs.

4. Verify the PROFINET communication can work properly with DLIBs and with different topologies: 12 DLIB in linear, in star and linear star in mix.

ITER // INDUSTRIALISATION AND PROCUREMENT OF THE ITER INTERLOCK DISCHARGE LOOP INTERFACE BOXES (DLIB), 2015-2017

The interlock current loops are hardwired connections between the different equipment involved on the protection of the ITER superconducting coils and associated systems. This includes the quench detectors, fast discharge units, protective make switches and AC/DC converters.

The Discharge Loop Interface Box or DLIB is a common mechanical and electrical interface to all the ‘users’ of these hardwired loops.

When an interlock event requiring a fast discharge of the superconducting coils occurs, the infor-mation is transmitted from the sensors to the actuators by the interruption of 3 redundant discharge loops.

- This electronic component has the main task of maintaining the continuity of the three wires of the loop, while interfacing the users of the loop.

- Each DLIB reads the states of each sensor or controller, provided also via three wires, and propagate the state to the loop opening it or keeping its previous state. Depending on the case, it is configured to send the controller/actuator an ‘open loop’ state if the loop has been opened. This way the controller is able to react based on the state of the loop.

- Each DLIB is also connected to a PLC for monitoring and testing purposes.

Markets

Defense, Automotive, Aeronautics, Space


ISO9001, ISO9100

69

EII

T

DISCHARGE INTERFACE LOOP – DLIB for ITER


Elytt Energy it is an innovative Spanish company, working in high technology projects, solving the needs of our clients, in the field of the energy and the particles accelerators, we currently have projects in Germany, USA, France, Italy and Switzerland

Design and manufacture fusion reactor structural systems, design of superconducting magnets for material characterization, design of TF and PF coils

Designs and manufacture resistive and superconducting electro magnets for particle accelerators of all types and designs and manufacture current regulated power supplies with high stability, low noise and reliability used in accelerators and research laboratories.The company provides a complete electromagnetic engineering, design, manufacture, and test service.

Designs standard and custom-built resistive magnets, reaching from small correctors, to very large magnets, 2D and 3D is used for magnetic field modeling.

Our workshop has all manufacturing facilities necessary, winding machines, vacuum system, oven, inert gas oven and all measurement equipment

Elytt Energy offers complete magnet systems including vacuum chambers, supporting stands and matching power supplies

Dipole magnets, Quadrupole magnets, Multipole magnets, Spectrometer systems, Kickers, Sep-tums and Bumper magnets, Scanning magnets.

Also, the following related services are available, Mechanical calculations, Beam optical calcula-tions, Vacuum calculation and design, On-site Installation.


• Supply of 21 Superferric dipoles. Magnets for the Super Fragment Separator project at GSI/FAIR Darmstad

• Design and Manufacture of the superconductor quadruple magnet (QUACO) for the HL LHC at CERN

• Design and Manufacture of 132 magnets for the Energy Recovery Linear Accelerator CBETA Project CORNELL UNIVERSITY at USA

70

COMPANY NAME ELYTT ENERGY, S.L.ADDRESS Calle Orense 11, 2º BWEB www.elytt.comTURNOVER 7 Million € in year 2018 EMPLOYEES 50 in year 2018SME YES CONTACT PERSON Ángel García POSITION Sales Manager PHONE +34619039199 EMAIL [email protected]

• Design and Manufacture of 16 superconducting solenoid packages for CEA SARAF project & supply 8 superconducting solenoids

• Supply of 400 Outer Vessel Coils (OVCs) for ITER

• Supply of the handling and impregnation tooling required for the production of the PF coil magnets for ITER, a contract worth of 30 Million

• Design and manufacturing of permanent magnet quadrupoles for the drift tube of the Linac for CERN, BRAC and to INFN Legnaro for ESS Lund

• Supply a Vacuum Impregnation System for CERN European organization for nuclear research

• Manufacturing of 10 Toroidal Field Coils for ITER. 110 Tones each.

• CERN. Supply of storage ring quadrupole magnets for the SESAME project

• CERN Supply of Beam Transfer line Quadrupole Magnets for the HIE-ISOLDE Facility

Markets

Energy / accelerators and research laboratories


ASME, ISO 9001

71

ELY

TT

EN

ER

GY

Quadrupole Magnets

Toroidal Field Coils for ITER F4E


Empresarios Agrupados Internacional, S.A. is an engineering consultant/architect-enginee-ring company founded in 1971. Acting for international operations as Empresarios Agrupa-dos Internacional, S.A., it has a permanent staff of over 1000.

EA is a leading organisation with significant experience worldwide. It provides complete so-lutions in the fields of consultancy, project management, engineering and design, procure-ment, construction management, testing planning, nuclear safety support, quality assurance, as well as support to operation in the following areas and industrial sectors:

• Nuclear power plants (new built) and support to NPPs in operation

• Conventional power generation (coil and gas)

• Aerospace

• Defence and civil aviation

• Information technology

• Large infrastructures and scientific research installations

• Innovative nuclear systems and research reactors for fission and fusion technologies

• Decommissioning and radioactive waste management, including design of low and intermediate level waste treatment and spent fuel storage facilities


[SCK.CEN/MYRRHA], Implementation of the innovative MYRRHA research reactor 2019-ongoing

[EUROFUSION-DONES] 2019 Dones-PreP (ESFRI), Support for the preparatory phase for the DEMO Orientated Early Neutron Source IFMIF/ DONES 2019-ongoing

[ABEN], MODELING AND SIMULATION STUDY FOR RADIOPHARMACEUTICAL DIS-TRIBUTION LOGISTICS, 2019-ongoing

72

COMPANY NAME EMPRESARIOS AGRUPADOS INTERNACIONAL, S.A.ADDRESS Calle Magallanes, 3 28015 Madrid (Spain)WEB www.empresariosagrupados.esTURNOVER 42.398,42k€ (year 2018)EMPLOYEES 918 (42 trainees included) (year 2019)SME YESCONTACT PERSON María Teresa Domínguez Bautista / Patricia Cuadrado POSITION Advanced Projects and R&D Director / Advanced Projects and R&D Business Development Manager PHONE +34 913098022 / +34 913098188 EMAIL [email protected] / [email protected]

[CDTI], ACCELERATORS AND ASSOCIATES SCIENTIFIC TECHNOLOGIES FOR LARGE FA-CILITIES (ACTECA), 2017-ongoing

[ITER Organization], Final design of the Connection Pipes for the Test Blanket System Contract (TBS-CP), 2016-ongoing

[CIEMAT/ EUROFUSION], DONES (DEMO-Oriented Neutron Source), 2016-ongoing

[CIEMAT/ EUROFUSION], Test Blanket Modules (TBM) Systems, 2015-ongoing

[ITER Organization], Tokamak Cooling Water System (TCWS) – Thermohydraulic Analysis, 2015-on-going

[ITER Organization], Central Safety System Nuclear (SCS-N), 2013-ongoing

[F4E-ENGAGE], Architect Engineering Services for ITER Building, 2010-ongoing

[Jules Horowitz Reactor], Structural design and analysis of primary Heat Exchangers, 2007-on-going

R&D PROJECTS

EA has carried out several nuclear projects for international institutions and research and develo-pment programmes of the European Union, the World Bank and the European Bank for Recons-truction and Development.

EA has participated in more than twenty (20) EURATOM projects, funded by the EU Framework Programmes for the development of advanced nuclear reactor technologies (GEN IV).

EA has more than twenty (20) years of experience in the field of nuclear fusion technology develo-pment, starting with the ITER Engineering and Design Phase (EDA) through contracts with EFDA (EU) (1994-2004), followed by the ITER Realization Phase since 2004, through contracts with IO, F4E and Ciemat.

Markets

Nuclear / Defense / Space / Energy / Oil&gas


ISO 9001, ISO 14001

73

EM

PR

ES

AR

IOS

AG

RU

PA

DO

S

MYRRHA, Multi-purpose Hybrid Research Reactor for High-tech Applications. Credit www.tractebel-engie.com

Tokamak. Credit ITER (www.iter.org )


Electronic design of sensors and actuators, including high speed electronics, for operation in har-sh evironments: extedded temperature range, radiation and vacuum. FMECA, Part Stress, Worst Case and Reliability analysis.


• European Space Agency, Asteroid Impact Mission (AIM) Cubesat Opportunity Payloads, 2015 - 2016.

Project to study the possibility of a Cubesats mission accompanying the maiden spacecraft to the asteroid Dydimos after the impact of the NASA DART impactor. EMXYS participated as subcontractor of the Royal Belgium Observatory to propose a lander to study the gravity and surface properties of the asteroid.

• Consejo Superior de Investigaciones Científicas, Design and validation of the electronics module for ultraviolet spectrometers, 2017-2019.

Electronic system to drive an ultraviolet spectrometer to be deployed into low Earth orbit to look for anthropogenic gases that contribute to greenhouse effect.

• European Space Agency, Electrically Coupled Angular Encoder for Long-Life Mechanisms, 2019.

Angular sensor with no contact parts between the moving elements for medium resolutions of up to 16 bits to be used ion harsh environments (vacuum, radiation and extreme temperatures).

• European Space Agency, Low Cost Low Resolution Position Sensor (LRPS), 2019-2020.

Angular sensor with no contact parts between the moving elements for low resolutions of up 10-12 bits to be used ion harsh environments (vacuum, radiation and extreme temperatures) and low cost (below 5000€).

74

COMPANY NAME EMBEDDED INSTRUMENTS AND SYSTEMS S.L.ADDRESS Parque Científico UMH, Avda. de la Universidad sn, 03202 Elche, Alicante, SpainWEB www.emxys.comTURNOVER 408.026,92 in year 2018EMPLOYEES 8 in year 2019SME YES CONTACT PERSON José A. Carrasco POSITION CEO PHONE 34 966 442 304 EMAIL [email protected]

R&D PROJECTS

• On board computer for the control of a fibre optics transceptor, 2019.

Computer to control an optical transceiver for free space communications.

• Space free optical transceptor for satellite communications, 2019-2020.

Optical transceptor for free space communications of up to 100Mbps.

75

EM

XY

S

Angular sensor with no mechanical contact for

harsh environments under test for adjusting its accuracy to 16-bits

(0.01 degrees)

Rack unit for testing infrared cameras for space applications

the rack includes computer controlled power supplies and instrumentation equipment

Power supply for an ultraviolet spectrometer

Working in EMXYS ISO 7 clean room

Detail of rack unit for testing charge Coupled Devices for ultraviolet cameras

Testing a FPGA based PCB to test camera CMOS sensors under a vacuum environment


Ensa, Equipos Nucleares S.A., was created in 1973 to design, build and operate an industrial plant to undertake the manufacturing of primary components of Nuclear Steam Supply Sys-tems of any type of reactors.

Over the years Ensa has delivered different heavy components (reactor pressure vessels, steam generators, pressurizers, core structures) in collaboration with the main international reactor vendors for nuclear power plants all over the world.

Ensa is also supplying owned and other designs of spent fuel storage and transportation systems as racks and casks. A Services Division was launched in 1980 to offer special ca-pacities in the areas of maintenance, site repairs, modifications, retrofits, installation works, waste treatment, conditioning area and high experience in the market of decommissioning and dismantling nuclear and radioactive facilities.

Nuclear Components:

Reactor pressure vessels, steam generators, pressurizers, core structures, main coolant pi-ping, supports, tanks of different types, fuel element hardware, etc.

Elements for spent fuel storage and/or transport:

Owned tailor-made design and license solutions for high density racks for wet storage, spent fuel transport and storage casks, spent fuel storage canister and overpacks, handling casks systems at site.

Other products:

Components for research centers and development programs.

Technology Services:

Analytical engineering, special projects, robotic applications, laboratory services.

SERVICES AREA

Plant Maintenance:

Nuclear and conventional plant maintenance.

76

COMPANY NAME Equipos Nucleares S.A. (ENSA)ADDRESS Avda. Juan Carlos I, nº8 39600 Maliaño, Cantabria, SpainWEB www.ensa.es/es/TURNOVER 44.8 mill. euro in year 2018EMPLOYEES 480 in year 2018SME NOCONTACT PERSON Rubén Moreno Zubelzu POSITION Marketing and Sales - Business Development PHONE 942 200 101 EMAIL [email protected]

Radwaste Treatment-Conditioning and Decommissioning of nuclear and radioactive installations:

Supply of equipment and services, cu cutting and disassembly of equipments, decontamina-tion, treatment and conditioning of waste.


2007: Feasibility Study for the development and manufacturing of European test modules for Iter project (EU-TBM).

2007: Feasibility Study for the Vacuum Vessel ITER project (EU-TBM).

2008: Advance Distortion Simulation Techniques during the manufacturing of structures for large plants.

2012: Contract for the Vacuum Vessel and Port the Assembly. The scope of this contract awar-ded in 2012 by ITER Organization is the assembly at site of the Vacuum Vessel Sectors and its ports. This work required the development of many qualifications, processes (welding, control, testing, etc.) and associated devicesand tools.

2007: Feasibility Study for the development and manufacturing of European test modules for Iter project (EU-TBM).

2007: Feasibility Study for the Vacuum Vessel ITER project (EU-TBM).

2008: Advance Distortion Simulation Techniques during the manufacturing of structures for large plants.

2012: Contract for the Vacuum Vessel and Port the Assembly. The scope of this contract awar-ded in 2012 by ITER Organization is the assembly at site of the Vacuum Vessel Sectors and its ports. This work required the development of many qualifications, processes (welding, control, testing, etc.) and associated devicesand tools.

Markets

Nuclear / Energy


ASME, RCC-MR, ISO 9001, ISO 14001, CEFRI, ISO 3834, ISO 17025, OHSAS 18001, UNE 166002, ISO/IES 27001, HAF 604, KHNP.

77

EN

SA

Supplied stainless steel tank of TritiumVaccuum Vessel Assembly


Esteyco is an independent engineering and consulting firm with over 180 employees and 50 years of experience all over the world.

Activities in Big Science cover the design, analysis, manufacturing, assembly, testing and com-missioning of complex structures and mechanical systems. This is implemented through either an integrated approach, spanning the whole development cycle, or specialized consultancy services at different stages of the project.

Esteyco’s focus is on non-conventional developments with stringent thermal and/or mechanical constraints that require going beyond what is common practice in structural and mechanical engineering. In-depth knowledge of engineering principles and state-of-the-art capabilities are applied by Esteyco to ensure compliance with requirements. Main Esteyco assets include:

I) Large experience in the design and manufacturing of complex and one-of-a-kind mechanical systems

II) Advanced analysis capabilities and sound engineering judgement in an extremely wide range of disciplines

III) Familiarity with main design and construction codes

IV) Combined and strongly coupled civil-mechanical engineering approach, essential for those developments involving large components and complex interfaces

V) Expertise in instrumentation and state-of-the-art developments in the engineering-oriented interpretation of experimental data

VI) Mechatronics


[Fusion for Energy ] F4E-0950-01, “Preliminary and pre-final design of the HCPB TBM set – Analyses and design validation” (2019-2023): Design by analysis of the TBM set, implementation of design changes, instrumentation and control, integration of TBM sets into the TBS and imple-mentation of PE/NPE regulation.

78

COMPANY NAME ESTEYCO S.A.ADDRESS Menéndez Pidal 17, 28036 Madrid, SpainWEB www.esteyco.comTURNOVER 17.1 M€ in year 2018EMPLOYEES 181 in year 2018SME YES CONTACT PERSON Fernando Rueda POSITION Head of ESTEYCO Mechanics PHONE +34 91 359 78 78 / +34 661 10 20 43 EMAIL [email protected]

[UKAEA] UKAEA T/VT087/19, “STEP WP5 - Fusion Power Plant - Breeder Blanket Design Cha-llenge” (2019-Ongoing): Development of conceptual designs for fusion Breeder Blankets within UKAEA’s program to start investigating the viability of a Spherical Tokamak for Energy Production (STEP).

[ITER Organization] IO/17/CT/4300001624, “Design Finalization and Development of Recons-truction Algorithms for the Operational Instrumentation of the Internal Components (Blanket Mo-dules & Divertor)” (2018-Ongoing): Definition of the Operational Instrumentation (BOI/DOI) and generation and testing of ‘reconstruction algorithms’ for the monitoring of non-directly-measura-ble quantities during electromagnetic transient events, based on advanced signal processing of different BOI/DOI sensors.

[ITER Organization] IO/CT/16/4300001322, “Cryostat Analysis and Structural Integrity As-sessment” (2016-Ongoing): Structural integrity assessment of the ITER Cryostat based on the development of different thermal and structural as well as global and local finite element models of the system.

[ITER Organization] IO/CT/16/4300001330, “Vacuum Vessel Pressure Suppression System (VVPSS) Analysis and Structural Integrity Assessment” (2016-2018): Design finalisation of the Vapour Suppression Tanks and relief line and corresponding thermo-hydraulic and thermo-me-chanical analyses, as well as structural integrity assessment of the system.

[Fusion for Energy ] F4E-0503, “Framework service contract for the provision of engineering support in the area of seismic, dynamic and structural analyses of ITER buildings and mechanical components – Lots 1 (Seismic analysis and design) & 3 (Structural analysis and design)” (2015-2019): 3.0 M€ framework involving the analysis and design of multiple ITER components, inclu-ding the derivation of the official floor response spectra for the Tokamak Complex, the updated set of seismic analyses for the 23,000 ton Tokamak machine and the design of multiple critical ITER components, such as the supporting structure for the Tokamak machine.

R&D PROJECTS

[CDTI-IAC] Proyecto INNO-2018 1012 “Advanced technologies for solar telescopes” (2018-2019)

[CDTI-CIEMAT] Proyecto CIEN IDI-20160851 “Accelerators and technologies associated to Big Science projects (ACTECA) – Design of systems and components for metal liquid loops” (2017-2020)

Markets

Nuclear / Defense / Naval / Aeronautics / Space / Energy


RCC-MR, ISO 9100, ISO 14001

79

ES

TE

YC

O

Development of the European Test Blanket Modules (TBM) for ITER

Scaled prototype for testing of control and actuation strategies for the European Solar Telescope

(EST) main structure


Fagor Automation designs and manufactures Numeric Controls (CNC), drives, motors and encoders for automatization and control of diverse equipments. The encoder wide range comprises high accuracy open or enclosed linear and angular models with analog or absolute digital interfaces.

Along 40 years of history the company has deployed a strategy based in two main pillars; i) Development of know-how increasing the added value for customers; ii) International growth. As a result the company develops its own software, hardware, electronics, optics and mecha-nics for the diverse products what has yielded 30+ patents. Besides, the worldwide com-mercial network comprises owned subsididaries in 16 countries and is present in many other countries through distributors.

Fagor Automation is a recognised provider of solutions in the market that excels in the quality of the products, unbeatable delivery times, flexibility and outstanding support and service to customers thoroughout the complete process.


Fagor Automation specific products have been incorporated in Large Scientific Infrastructu-res by direct Purchase Orders issued or through integrators. Among others the products have been directly sold to:

1) Advanced Photon Source (APS) at the U.S. Department of Energy’s Argonne National Laboratory

2) SLAC National Laboratory operated by Standford University for the U.S. Department of Energy Office of Science

3) Australian Synchrotron which belongs to the the Australian Nuclear Science and Technology Organisation (ANSTO)

A comprehensive network of customers, contractors or subcontractors of main projects that integrate Fagor products in their equipments constructed for Large Scientific Infrastructures is also maintained.

80

COMPANY NAME FAGOR AUTOMATION ADDRESS Barrio San Andrés 19, 20500 Mondragón WEB www.fagorautomation.com TURNOVER 61 M€ in year 2018 EMPLOYEES 600 in year 2018 SME NO CONTACT PERSON José Óscar Fernández Lorences POSITION Responsable Marketing Negocio Feedback PHONE 34 619 210 018 EMAIL [email protected]

Undulators are the most common equipment using linear absolute encoders for controlling the gap between the magnets. Specific projects of undulators using Fagor encoders have been published in several scientific articles presented at dedicated Particle Accelerator Conferen-ces. Other equipped applications comprise anti-collision systems or index tables.

R&D PROJECTS

Fagor Automation counts with its own R&D department and Technological Center consisting of nearly 85 engineers, scientists and technicians, including several PhD graduates in engi-neering or science disciplines.

Fagor Automation participates in projects funded by national institutions. It is also proactive in becoming partner in European funded projects. The Scientific Infrestructures may benefit of the developments and advantages rendered by those projects. From a new enhanced op-toelectronic technology named as 3STATECH to specific mechanical designs accounting for temperatura or other magnitudes variations. It is the main objective to supply highly accurate, repeatable and robust products for fine positioning and smooth control solutions.

Markets

Machine-tool, Metrology and positioning Equipment, ParticleScience equipment and instru-mentation


ISO 9001

81

FAG

OR

AU

TOM

AT

ION

Linear encoders, angular encoders and CNC systems for equipment automatization


Since its foundation in 1952 Ferrovial has become one of the leading infrastructure and services operators, committed to developing innovative and sustainable solutions.

The company has more than 92.113 employees and a presence in over 15 countries. It is a mem-ber of Spain’s blue-chip IBEX 35 index and is also included in prestigious sustainability indices such as the Dow Jones Sustainability Index and FTSE4Good.

The company’s activity is carried out through four business lines: Construction, Services, Toll Roads and Airports.

Ferrovial Agroman is the construction branch of the Ferrovial. It is internationally renowned for its design capacity and construction of exceptional projects of all kinds and it has a stable presence in diverse strategic markets, with an amount of turnover 5.193 M€ in year 2018 representing 90% of the whole Ferrovial.

Ferrovial Agroman is currently working on the ITER project contributing with its expertise in cons-truction of large industrial facilities, as well a deep knowledge of a wide range of civil works and M&E activities.

The company has also been involved in all major nuclear projects in Spain.

Its extensive experience is endorsed by having implemented more than 542 km of tunnels, 15.681 km of New Roads (including 4.678 km of P3 Highways and 5.451 km of New Railway Track (including 1.027 km of High-Speed Rail). It also stands out for its commitment to safety and environment.


Contracts Awarded to Ferrovial Agroman,S.A in the ITER Complex Caradache.

[F4E] - (TB06) HV Electrical Equipment - 2014

Design, supply, installation, commissioning, testing and maintenance of electrical equipment (PBS43 and PBS41.PP) and design, construction, commissioning, testing and maintenance of buildings and associated infrastructure (F4E-OPE-428).

82

COMPANY NAME FERROVIALADDRESS Ribera del Loira, 42 28042 Madrid, SPAINWEB www.ferrovial.comTURNOVER 5737 M€ in year 2018EMPLOYEES 92.113 in year 2018SME NO CONTACT PERSON Manuel Manjón POSITION Construction Contracting Department PHONE +34 932 403 030 EMAIL [email protected]

[F4E] - (TB05) Design & Build Buildings 32,33 and 38 - 2013

Includes the buildings 32 and 33 of 4.875 m2 each, where will be done the conversion of power supply for the energization of the magnets, and the building 38 which has an area of 778 m2 and will be where reactive power will be controlled. The main feature of these buildings is the existence of electromagnetic fields generated by the equipment included and this requires avoiding the use of ferrous materials in the range of the fields, and forcing to use concrete reinforced with fibers for some of the pillars, building walls and slabs of concrete of pits. The foundation will be underground to avoid being affected by electromagnetic fields.

[F4E] - (TB07) Design & Build Buildings 64,67,68 and 69 - 2013

Includes the Building 67 of 7.740 m2 which corresponds with storage tanks of hot and cold water for cooling towers, the building 68 of 416 m2 for water pumping station, the building 69 of 1.500 m2 for heat exchangers and the building 64 of 540 m2 for water treatment.

In this contract, the building 67 is the work most important because its scope includes design, civil works and the installations, highlighting the foundations, structure and waterproofing of “hot & Cold basin”

[F4E] - (TB03) Civil Engineering & Finishing Works - 2012

Includes a total of 11 buildings, storage areas, and bridges between buildings, highlighting among them the Tokamak complex (building 11-Tokamak, 14-Tritium and 74-Diagnostic) where will be located the reactor and 13-assembly building where will take place the previous assembly of elements.

Ferrovial was a semi-finalist in the tender of:

[F4E] - (TB04) Hvac, Electrical, I&C , Handling equipment, Liquid Networks.- 2013

Markets

Nuclear / Defense / Automotive / Naval / Aeronautics / Energy / Oil&gas


ISO 9100, ISO 14001, ISO 50001, Certificate of Quality System for Building and civil works ser-vices at the sites of the Spanish nuclear power plants. (UNE 73401:1995)

83

FE

RR

OV

IAL

Aerial View, October 19 © ITER Organization-EJF Riche Tokamak Assembly pit, March 19 © ITER Organization-EJF Riche


FRACTAL SLNE is a private company belonging to the technological activities sector. FRAC-TAL was founded in August 2005, being now almost 15 years old. We provide consultancy in Management, System Engineering, RAMS analyses, Optics and opto-mechanics, Mechanics, Software and Control systems, mostly for scientific projects.

FRACTAL customers are Research and operation centres and universities, and also enginee-ring private companies, working all of them in Research & Development Projects for scientific applications.

Our main area of expertise is the development of professional astronomical telescope, instru-mentation and software. Most of FRACTAL’s consultants worked at GRANTECAN Company, in charge of the development of the 10-m telescope, the GTC, in the areas of Management, System Engineering, Instrumentation and Software.

FRACTAL specific expertise has allowed us to participate in large instruments in international collaboration, such as CARMENES (for the 3.5m telescope at Calar Alto, in operation since 2015) and MEGARA (for the 10 m GTC, in operation since 2017), in both FRACTAL was in such of the Management and System Engineering, as well of other technical work packa-ges. More recently FRACTAL is contributing Management and System Engineering for the development of the Telescopio San Pedro Mártir, a 6.5m telescope in Baja California, project participated by two Mexican Research institutions (IA-UNAM in Mexico DF and INAOE in Puebla) and two in the United States of America (Smithsonian Astrophysical Observatory and the University of Arizona’s Department of Astronomy / Steward Observatory). Since 2017 8and until 2022) FRACTAL has a contract with South West Research Institute (San Antonio, USA) for Optics, Mechanics and Cryogenics, of SCORPIO instrument for the 8.2m Gemini telescope.

Starting from the basic scientific requirements, FRACTAL can produce feasibility studies, de-signs (at different levels) or even the development of the whole scientific project. In particular, FRACTAL can do the specification, design, acquisition and tests of collimators, cameras, fil-ters, prisms, and Volume holographic gratings (VPHs), especially for Astronomy applications and measuring systems. FRACTAL has also developed proprietary software tools for Mana-gement and System Engineering and has a human resources business line, https://www.

84

COMPANY NAME FRACTAL S.L.N.E.ADDRESS C/ Tulipán 2, portal 13, 1A. E-28231 Las Rozas de Madrid (Madrid)WEB www.fractal-es.comTURNOVER 1.011.539,86 €, in year 2018EMPLOYEES FRACTAL works with a team of 12 senior consultantsSME YESCONTACT PERSON María Luisa García Vargas POSITION GENERAL MANAGER PHONE +34 916379640 / +34 630737981 EMAIL [email protected]

fractalastrojobs.com/.

FRACTAL has two know-how license agreement with ESO: for Continuous flow cryostat tech-nology (2015) and for Anti-Vibration mounts for Cold heads (2018).

FRACTAL’s projects and references

www.fractalslne.es/files/IntroducingFractal.pdf

A presentation of the company is on-line:

www.fractalslne.es/files/FRACTAL-Services-Instrumentation-and-software-general.pdf

Markets

Astronomy and Astrophysics / Management. System Engineering and Software

85

FR

AC

TAL

Volume Phase Holographic gratings for ARES spectrograph at Joan Oró telescope(customer IEEC, Barcelona)

MEGARA spectrograph for the GTC 10m telescope during the assembly

at laboratory in Universidad Complutense (customer UCM,

Madrid)


FUS_ALIANZ® is a young Spanish Technology-based small company. F_A® starts activity by 2015 as a highly qualified R&D and specialized provider of Technology Services. Our costu-mer are typically large and small Companies, R&D Technology Centers and Universities. Such initial service profiling is overlaps the F_A® own engineering and R&D activities. Specifically, F_A® engineering and R&D is targeting at present a wide set of products and developments in different sectors of Industry of Science business. FUS_ALIANZ® is, at present, pushing developments towards: (A) the industrial scaled provisions of base-of-design materials with Nuclear Quality Assurance: as (1) special structural alloys produced by new manufacturing powder metallurgy routes; and (2) industrial production of fusion functional materials as lead-lithium eutectics and lithium-ceramics; (B) Supercomputing platforms for advanced nuclear design and predictive nuclear systems modeling software; (C) New nuclear active diagnostics sensor concepts with special intensification in tritium in nuclear effluents.


The background of FUS_ALIANZ® professionals´ in the Industry of Science market has been built for decades through collaborations among a large set of EU National Institutions and companies worldwide. Specific focuses of the Company activities within the Industry of Science area are devoted to European Spallation Source (ESS-Bilbao) and Nuclear Fusion activities (ITER and beyond).

R&D PROJECTS

• Producción de cerámica litiada convencional (silicato) y exótica (plumbato, plumbo-• Towards Integrated computational platform development for nuclear components design analysis. CONTRACTOR: Génie et Conseils (2012). Sector: NUCLEAR FUSION.

• Development of steady-state tritium predictive simulation tools in HYSIS /Aspen+ commercial software. CONTRACTOR: INPROCESS CONSULTING AND TECHNOLOGY GROUP (2013) as support to a PI+D awarded by CDTI. Sector: NUCLEAR FUSION.

86

COMPANY NAME FUS_ALIANZ® SCIENCE, ENGINEERING AND CONSULTINGADDRESS Nord 19, Atico, El Vendrell (Tarragona)WEB www.fus-alianz.euTURNOVER aprox. 400 k€ in year 2019EMPLOYEES 4 in year 2019 SME YESCONTACT PERSON Dr. Luis A. Sédano POSITION Innovation Dept., Director PHONE + 34 657208460 EMAIL [email protected]

• ITTSIM2016® Project. Development of dynamic tritium predictive simulation tools in HYSIS /Aspen+. CONTRACTOR: INPROCESS CONSULTING AND TECHNOLOGY GROUP (2016) as support to a PI+D awarded by CDTI. Sector: NUCLEAR FUSION.

• PROTOCODAC® Project (COntrol Data Access and Communication prototyping for tritium mass-balance dynamic control demonstration in ITER (2014) as support to a PI+D awarded by CDTI. CONTRACTOR: PROCONSYSTEMS S.A., Sector: NUCLEAR FUSION.

FUS_ALIANZ® OWN R&D PROJECTS (NUCLEAR FUSION SECTOR)

• EUTECTICS®: Industrial production of LLE under nuclear QA standard

• TSENSORS®: Active sensing of tritium concentration in nuclear effluents.

• New injector developments for powder metallurgy.

• Robot Scientist Machines based on Artificial Intelligence for exploitation of Massive Data experiments in Big Science.

• New double-tube pipes coupling for Remote Handling.

Markets

Nuclear / Space / Energy


Procedures started for ISO9001, 14025

87

FU

S A

LIA

NZ

Advanced loops (Liquid Metal, Helium, SC CO2) for high power extraction

Design and detailed engineered double pipe connector for fast remote handling


FYLA laser s.l. develops unique and singular all fiber - ultrafast pulsed lasers. Our products are focused and installed into high-end sectors and applications targets as Life Sciences and Semiconductors , into the whole value chain, together with large scientific institutions and initiatives, as key clients and partners, covering all kind of photonics based research, from fundamental to applied research developments, trough the use and integration of our proprie-tary all fiber lasers.


[CERN]- Development and Supply of a Femtosecond Laser for a TPA- TCT System (year 2018/2019 )

R&D PROJECTS

PROYECTO IMDITA 2016/146: The main objective of this project is to develop an integrated laser lighting equipment for high-resolution biological-clinical microscopy equipment, such as time-resolved fluorescence microscopy (FLIM) and Multiphoton microscopy (MPM)

PROJECT LASERCOMB: The main objective of the project is the development and market uptake of a fibre laser frequency comb (LASERCOMB) that will enable the new communica-tion paradigm based on EONs and Super-Channels. The project has received funding from the call SME INSTRUMENT of the European Union’s Horizon 2020 program under the grant agreement Nº 826882.

PROJECT FEMTOCOLORS: The mail goal of this project is the recruitment of a postdoctoral researcher from other countries (not Spain) to explore an innovation business idea: the de-velopment of a Femtosecond (Fs) Temporally Coherent Supercontinuum (SC) Fiber Laser for Multi-Photon Microscopy (MPM). FYLA LASER S.L. has recruit a highly qualified specialist in photonics, that is not available in the Spanish job market, but whose knowledge has been crucial to open up opportunities for innovation and significant growth for the enterprise. “This project has received funding from the European Union’s Horizon 2020 research and innova-tion programme under grant agreement No 739697”

88

COMPANY NAME FYLA LASER s.l.ADDRESS Ronda Guglielmo Marconi 12, 46980 Paterna (Spain)WEB www.FYLA.comTURNOVER < 1 M€ in year 2019EMPLOYEES 15 in year 2019SME YES CONTACT PERSON Ismael Almazán Fernández POSITION Chief Executive Officer PHONE 0034 672774055 EMAIL [email protected]

PROYECTO IMDIGA/2017/98: The goal of the project is to optimize the laser development process by using advanced design, calculation, simulation and analysis tools. To do this, FYLA will implement new technologies specialized in the design process (CAD) of lasers and their components, as well as in the calculation, analysis and simulation of their properties (CAM - CAE).

Markets

Nuclear / Defense / Space / Big Science

89

FY

LA L

AS

ER

Laser - CERN

Assembly - CERN


GMV is a privately owned technological business group with an international presence. Foun-ded in 1984, GMV offers its solutions, services and products in very diverse technologically-advanced sectors, including space, big science and information technologies.

With respect to Big Science, GMV’s current offer via services contracts or projects inclu-des development and Implementation of Central/Local/User Control Centers; Instruments processing, monitoring and control, and calibration; Data Processing Framework: Automatic Process Execution, Monitoring and Control (Event driven/Data driven), Multi-Sensor Pro-cessing Environment, Automatic Resources Reallocation, Algorithm Development and Vali-dation, Support Transparent Scalability, Data Fusion and Data Mining, Archive, Catalogue and Dissemination; Application of multivariate analysis (PLS: Partial Least Squares regression) for predictive maintenance; Advanced machine vision algorithms: optical tracking, pose es-timation and navigation algorithms; Visualization, Validation & Analysis Tools. Simulators for R&D, Analysis, Training and Ops support; Planning and Scheduling Solutions; Custom HW/SW Development and Independent Hardware/Software Verification; Specialized Engineering Services, including Project Management Support and System Integration, Verification & Qua-lification and RAMS Analysis; Autonomous robotics solutions; Robotic Test Facility (platform-art); Physical and Cybersecurity solutions; Operation and support services 7x24.


[ESS] Framework Consultancy Agreement with two contracts: Support to ESS Integrated Control System Division with embedded engineer (2018) and network engineer (2019)

[ITER Org] Development, Maintenance and Support Services for the NDS Driver for MTCA Devi-ces in the context of their use in CODAC Core System (2018)

[ESS] Provision of Integration Services for ESS Integrated Control Systems (2018)

[JAEA] Development, integration and test of Local Control Systems to the LIPAC Central Control System (2017)

[ESA/Airbus] Scatterometer Ground Processor Simulator & Prototype Tools in MetOp-SG (2016)

90

COMPANY NAME GMVADDRESS C/ Isaac Newton 11, Parque Tecnológico de Madrid, 28760 Tres Cantos (Madrid)WEB www.gmv.com TURNOVER 195M€ in year 2018EMPLOYEES 1850 in year 2018SME NOCONTACT PERSON Julio Vivero POSITION Business Partner PHONE +34918072100 EMAIL [email protected]

[JAEA] Engineering Support for IFMIF/LIPAc Control System Integration (2016)

[Eumetsat] EPS-SG Mission Control and Operations Support (2016)

[ESA] Design of the Framework Planning System for ESA’s Science Missions (2016) [ITER Org] NDS Core Software Support for CODAC Core System (2016)

[ITER Org] Remote Handling Engineering Support, in consortium (2015)

[ESA] LISA Pathfinder (gravitational waves) Science Data Management Support (2015)

[ESA] SWARM (magnetic measurements) System-Performance Simulator / Operational Instru-ment Data Processor (2015)

R&D PROJECTS

CDTI: VirtualPAC, Deployment, management and secure operation of control systems involved in the control and operational network of an industrial plant (2019)

EC: ERGO, European Robotic Goal-Oriented Autonomous Controller (2018)

CDTI/CIEN: PRODUCTIO, PROductivity InDUstrial EnhanCement through enabling TechnlOgies (2017)

CDTI/CIEN: Accelerators and Associated Technologies for Big Scientific Facilities (2017)

Markets

Nuclear / Defense / Automotive / Naval / Aeronautics / Space / Energy / Oil & gas / ITC


ISO 9001, ISO 14001, CMMI Level 5, UNE-EN 9100, PECAL/AQAP 2110-2210-2310, UNE-ISO/IEC 20000-1, UNE-ISO/IEC 27001, ISO 22301, UNE 166002, NRTL-C/US, UN/ECE N. 10

91

GM

V

Instrumentation and Control for Large Scientific Facilities


GTD is a global technology company committed with the Design, Integration and Operation of high-value, complex, “mission-critical” Applications and Systems all over the world. The main activity sectors of GTD are Big Science, Space, Robotics, Aeronautics, Defense&Security, Logistics&Transportation. Our fields of action include Instrumentation & Control, Supervision & Control Rooms, Software Engineering and Operational Intelligence. We bring together the combined expertise in the areas of system engineering for High Energy Physics laboratories, Telescopes, Fusion Reactors, Space Ground Systems, Embedded Systems for Space Vehicles and Satellites.


[F4E] Front End Cryogenic Distribution System (FECDS) I&C HW and SW; Torus and Cryostat Cryopumping System (TCCS) I&C Integration with FEDCS; Remote Handling: GENROBOT Test Bench Validation and integration at DTP2; Final Design of the Magnetic Diagnostic plant system controller hardware and software; Design and implementation of the Mini CODAC Development for the ITER SSEN and PPEN; Contract for Instrumentation & Control Ser-vices (2017-2022); Design and implementation of the Mini CODAC Development for ITER Buildings; Remote Handling: GENROBOT Development; Instrumentation, Control & (Fast) Protection Systems for European Gyrotron test facility and ECT – FALCON; Design and im-plementation of the Alarm Survey System extension; Development of HMI and PLC interface (PSH) for LN2 plant; Preliminary Design of the Instrumentation and Control system for the HCLL PbLi Loop; Advanced Conceptual of the Magnetic Diagnostic plant system controller hardware and software

[ITER] Framework Contract for CODAC Development and Maintenance

[FERROVIAL/ITER] Control and Supervision for Load Centers and TB05, TB06 Buildings

[ENGIE/ITER] Control and Supervision for Load Centers 05 and 14

92

COMPANY NAME GTD SISTEMAS DE INFORMACIÓN SAUADDRESS GARCIA I FARIA, 17 – E08005 BARCELONAWEB www.gtd.euTURNOVER 21,99M€ in year 2018EMPLOYEES 202 in year 2018SME NOCONTACT PERSON Javier VARAS POSITION Director GTD Science, Infrastructures & Robotics PHONE 34 934 939 300 EMAIL [email protected] Ricardo BENNASSAR POSITION Sales Manager – Space Business Unit PHONE +34 934 939 300 EMAIL [email protected]

[OMEGA/ITER] Control and Supervision for TB04 Buildings

[ESA] Data Circulation and Dissemination

[ESO] Alma Common Software ACS

[CNES] Ariane Group Ariane 6 Control Bench Family

[CNES/ESA BEAP] Instrumentation and control for launchers solid engines tests

[EUMETSAT MTG] Level 2 Processing Facility

[CTA] Cybersecurity Consultancy

[ESS] Framework Consultancy Agreement concerning Electrical Engineering, Instrumentation and Control

R&D PROJECTS

EU H2020 SAMMBA (2019)

EU 2020 ENVOL (2019)

CriticalLogic (2016-2017) IDI-20160121 ULTRAFAST FUNCTIONAL SAFETY, PROTECTION SYSTEM WITH HIGH, RELIABILITY AND AVAILABILITY

Markets

Defense / Naval / Aeronautics / Space / Energy / Defense&Security / Logistics&Transportation / Science (High Energy Physics’ laboratories, Fusion Reactors, Telescopes…)


ISO 9100, EN9100, AQAP2110, 2210 and CMMI CL

93

GT

D

ITER vacuum vessel - (C) ITER Organization - www.iter.org


• Manufacturing of Telescope Domo.

• Dedicated to the manufacturing of heavy mechanical equipments including, welding, machining and final integration (assembly).

• Precision machining.


• [GTC]: Manufacturing of boggies. 2016

• [CERN] 2015

• [ITER]: Toroidal Field Coils Bench. 2014-2015

• [ATST] (Idom): Manufacturing of Domo. 2012-2013

Markets

Nuclear / Automotive / Aeronautics / Space / Energy / Oil&gas / Machine Tool Industry


ASME, ISO 9001

94

COMPANY NAME HILFAADDRESS Barrio Arteagoiti, Nº 8 , 48970 Basauri, VizcayaWEB www.hilfa.comTURNOVER 4.477.300 in year 2018EMPLOYEES 45 in year 2018SME YES CONTACT PERSON Igor Zarandona Vega POSITION Managing director PHONE 34 690 933 823 EMAIL [email protected]

95

HIL

FA

Manufacturing of Domo


The company has 1 nuclear power plant license (Cofrentes), and has ownership participation in six more (Almaraz I&II, Trillo, Vandellós II, Ascó II and S.M. de Garoña), owning a total of 3.060MWe.

It has some technical and engineering skills inherited from Iberdrola Engineering and Cons-truction, the former engineering branch from Iberdrola that was previously in the CDTI cata-logue.


Iberdrola Engineering and construction had some relevants contracts in ITER, mainly the supply of Toroidal Field Coils and the supply of First Wall Panels prototypes.

[F4E, ITER]: Manufacturing of a Full-scale Prototype of the ITER NHF First Wall (FW) Panel (2014 – 2019): These panels comprise a stainless steel and CuCrZr copper alloy heatsink covered with beryllium tiles, designed to meet a complex set of requirements which include thermal and mechanical loads. This prototype will qualify series production of these panels.

[F4E, ITER]: Supply contract for the Manufacturing of 10 Toroidal Field Coils Winding Packs (2010-on going). The Winding Packs (WP) that belongs to the ITER fusion magnet system which consists of 18 “D” shaped coils. Each WP is measuring approximately 14 X 9 m and weighing 110 tons. In order to complete each WP is has been required to develop novel and sophisticated tooling to be constructed on a large scale.

Markets

Nuclear / Energy


ASME, ISO 9001, ISO14001, Innovation certificate UNE 166002, OSHAS 18001, Homolo-gation by Supplier Evaluation Group

96

COMPANY NAME IBERDROLA GENERACIÓN NUCLEARADDRESS C/Tomás Redondo 1, MadridWEB www.iberdrola.esTURNOVER 1000M€ in year 2019EMPLOYEES 1000 in year 2019SME NOCONTACT PERSON Ignacio Hermana Mendioroz POSITION Servicios a Centrales Nucleares-Servicios Técnicos Nucleares PHONE +34638091721 EMAIL [email protected]

97

IBE

RD

RO

LA

Finished First Wall Panel Semi Prototype

First Winding Pack with representatives of all parties involved


Founded in 1993, IDESA has grown to currently become one of the most recognized and respec-ted companies in the design, fabrication and supply of static and modular equipment worldwide.

IDESA is an engineering and manufacturing company, one of the leading suppliers of large ma-nufactured equipment such as Coke Drums, Vacuum Columns, Fractionators, Reactors; as well as all types of Vessels and Drums.

With 48’000 m2 of indoors manufacturing areas and its privilege location close to the Port of Avilés, IDESA meet any demand from the Oil&Gas and Offshore Wind Energy sectors.

The Company has long experience and reputation in the high quality demanding Oil&Gas and Marine Energy sectors, so its processes and quality procedures are the most adequate to operate in Large Scientific Facilities and National Research Facilites sector.

Since May 2014, Idesa is part of GRUPO DANIEL ALONSO (GDA).


A) MANUFACTURING OF CRYOSTAT BASE FOR JT60-SA PROJECT

In the context of JT-60Sa Project developed in Naka (Japan), IDESA was awarded with the con-tract for the fabrication and shop assembly of the Cryostat Base. This structure, weighing around 300 ton and with a diameter of 12 meters, is an assembly comprising seven big stainless steel sectors, that are to be bolted together during final assembly in Japn There are three “lower level” 120º sectors (the Lower Structure sectors), and three “upper level” 120º sectors (the Double Ring sectors) resting on the Lower Structure Sectors. The seventh piece is the Cylindrical Shell, loca-ted inside the DR sectors, and resting onto the LS sectors. This solution was adopted in view of the dimensional restrictions to the final land transport between Hitachi Port and final destination at Naka site.

The thicknesses of the structure are mostly betwwen 80 and 100 mm. Most of welds are butt or corner welds, full penetration type, so a great amount of weldment is involved. Thus, the control of

98

COMPANY NAME Ingeniería y Diseño Europeo S.A. (IDESA)ADDRESS Paque Científico Tecnológico de Gijón C/Profesor Potter nº 105 - 33203 Gijón/Asturias/SpainWEB www.idesa.netTURNOVER 58 M€ in year 2018EMPLOYEES 95 in year 2018SME NOCONTACT PERSON Víctor Jesús Martínez Pérez POSITION Operations Director PHONE (+34) 985 175 705 EMAIL [email protected]

the distorsion produced during welind activities was essential to fabricate a welded structure that at a later stage can be machined within the required tolerances.

B) REVISION AND UPDATE OF SDC-IC CODE FOR ITER PROJECT

Several ITER components, referred to as in-vessel Components, are located inside the ITER Va-cuum Vessel; they will be subjected to special operating and enviromental conditions (neutron ra-diation, high heat fluxes, electromagnetic forces, etc.). The effects of irradiation on them, including embrittlement, swelling and creep, were not addressed in the existing commercial codes. These conditions are different from conditions in fission reactors and create challenging issues related to the design of these components. The tasks covered were:

(a) Modification of design rules, incorporating rules from recently developed codes, and development of specific design rules to cover ITER specific issues and operational conditions

(b) Demonstration of consistency between design rules in SDC-IC and european standards used for manufacturing, in particular EN 13445; identifying areas where consistency is not provided

(c) Assessment of the compliance with the Essential Safety Requirements of the French Regulations (ESP and ESPN)

R&D PROJECTS

EU 7th RTD Framework Programme – The HIPERWind Project

• CDTI EEA GRANTS – Joints-Off | Low-Cost and High-Durable Offshore Foundation

• LIFE+ CO2FORMARE | Use of C02 as a subtitute of chlorine-based chemicals used in O&M industrial processes for macrofouling remediation

• RFCS JABACO Project | Development of Modular Steel Jacket for Offshore Windfarms

• RFCS REFOS Project | Life-Cycle Assessment of a Renewable Energy Mult-Purpose Floating Offshore System

Markets

Nuclear / Energy /Oil&gas


ASME, ISO 9001, ISO 14001, OHSAS 18001 , ISO 3834, EN 1090 , PED MO-DULES H y H1, PUBLIC REPUBLIC OF CHINA, MANUFACTURE LICENSE OF SPECIAL EQUIPMENT “LEVEL A2” CTR RUSSIAN FEDERATION

99

IDE

SA

Flexicoking unit - There are only 7 in the world - IDESA manufactured last 2 units


IDOM is an international firm specializing in Engineering, Architecture and Consulting. IDOM operates globally in areas such as power generation, oil & gas, renewable and alternative energies, manufacturing industry, civil infrastructures, nuclear plants, large technological and scientific facilities, architecture and unique challenging engineering projects.

IDOM ADA leads the company activity in technologically advanced and challenging projects involving applied mechanics, structural design, electronics & control.

IDOM ADA fully develops INSTRUMENTS AND FACILITIES for astronomers, nuclear and particle physicists, researchers in atomic energy, medicine and others. In these fields, there is always a demand for the most advanced technology and innovative solutions, time and again involving a breakthrough from what was used before. As important as the technical challenge, is the definition and development of the project up to the construction and commissioning of the facilities in time and within budget. And this is our commitment.


[ESO] Extremely Large Telescope (ELT) Prefocal Station A Main System (2018-2023)

[UK Atomic Energy Authority/ESS] ESS Active Cells Confinement and Shielding: Component Transfer Hatch (2019-2021)

[VTT/CEA] Design, Manufacturing and Commissioning of,

- Hot Cell Gamma and X-ray (HGXR) Equipment in the ECE Hot Cell JHR (2016-2020)

- two units of Underwater Gamma and X-ray (UGXR) Collimators (2015-2020)

- two units of Underwater Gamma and X-ray (UGXR) Benches (2014-2020)

[GRANTECAN] Cassegrain Station (Instrument Rotator + A&G Optomechanics) Design and Fabrication (2017-2019)

100

COMPANY NAME: IDOMADDRESS Avda. Zarandoa 23, 48015 BilbaoWEB www.idom.com/projects/ada/TURNOVER 300M€ in year 2019EMPLOYEES 3500 in year 2019SME NOCONTACT PERSON Amaia Zarraoa Garmendia POSITION Head of Strategic Development IDOM ADA PHONE +34 944797676 EMAIL [email protected]

[IAC] William Herschel Telescope (WHT) Prime Focus Rotator (2017-2019)

[CFHT Corporation] Concept Design of the MSE Telescope Structure (2016-2017)

[F4E] Integration Design of Diagnostics into ITER Ports (2014-)

[AURA] DKIST Enclosure Design, Fabrication, Factory Assembly and Testing (2010-2014)

[GRANTECAN] Folded Cassegrain Sets (Instrument Rotator + A&G Optomechanics) Design and Fabrication (2010-2012)

[ESS-Bilbao] High Power Spallation Target Development (2008-2011)

[ESO] E-ELT Dome and Foundations Preliminary and Final Design (FEED Study) (2007-2011)

[IAC] Design and Fabrication of QUIJOTE CMB Telescopes (2007-2015)

Markets

Nuclear / Space / Energy / Oil&gas / Science


ASME, RCC-MR, ISO 9001, ISO 14001

101

IDO

M

Extremely Large Telescope (ELT) Prefocal Station A Main System design by IDOM ADA (Client ESO)

Hot Cell Gamma and X-ray (HGXR) Equipment for JHR (Clients VTT CEA)


IDONIAL is a Spanish private and non-profit technological centre, which aims at contributing to the promotion and development of the business fabric proactively through the application of in-novation and technology as a strategic instrument for improving the competitiveness of industrial companies through R&D&I projects and provision of technological services, both in the field of advanced materials, as well as in products and manufacturing processes.

The activities developed by IDONIAL include the performance of R&D projects, technical as-sistances and technological services, collaborating with industries on the development of either added value or cost-reduction solutions. Research performed in IDONIAL is multidisciplinary and targets Materials (including Steel & Metallic Materials), Advanced Manufacturing (Additive Manu-facturing, Welding & Joining Technologies), Digital Industry (Industry 4.0) and Engineering (Nu-merical Simulation, Mechanical and Electronic Engineering). In addition, relevant Technological Services are available.

The areas of specialization of interest for Large Scientific Infrastructures include Welding, Struc-tural Mechanics or the development of new metallic materials, all of them included in the Steel & Manufacturing areas, where the whole cycle of such metallic materials and alloys is included, i.e. from development, fabrication routes and characterization to application. The activities performed deal with extending service life, optimising in-use behaviour, improving mechanical, wear or corro-sion resistance, increasing their formability and weldability and studying new materials selection and application. The IDONIAL Welding Technologies Research Unit has wide experience in the performance of weldability studies of any metallic material as well as in selection of the optimal welding parameter, study of the quality in welds, development of PQR/WPS/WPQ and design of manufacturing technical instructions. IDONIAL can manufacture special welded mock ups and special NDT calibration blocks with advanced welding processes, and develops global and con-ceptual manufacturing routes with the best configuration, according to customer requirements for several industrial sectors.

The engineering area makes available to the industry the most technologically advanced and innovative tools for the design and analysis by means of the Finite Element Method (FEM), and Fluid-Dynamics Analysis (CFD) providing a complete service in product and process design, op-timitization, validation and cost reduction. The area counts on extensive experience in process

102

COMPANY NAME FUNDACIÓN IDONIALADDRESS Parque Científico Tecnológico de Gijón, Zona INTRA. Avda. Jardín Botánico, 1345 33203 Gijón, AsturiasWEB www.idonial.com TURNOVER 10M€ in year 2018EMPLOYEES 160 in year 2018SME NOCONTACT PERSON M. Armindo Guerrero POSITION Head of Engineering Area PHONE +34 985 129 120 EMAIL [email protected]

simulation, including manufacturing processes such as welding, additive manufacturing, rolling.


[ITER] IO/19/CT/4300001968: Manufacture a Prototype of a Generic EDFW (2019-2020)

[ITER] Purchase Order Nº 4100008012: Trails to assess the impact of Short Cycle Stud Welding (SCSW) on narrow Gap TIG pressure retaining welds on Iter VV.

[ITER] Purchase Order Nº 4100007911: Required Welding Exam and Assessment. (2019)

[ITER] Purchase Order Nº 4100007724: D1, D2, D3 deliverables as per Technical Specification ITER_D_XT9X2X V1.0. (2019)

[ITER] Purchase Order Nº 4100007760: Trails re impact bosses attachment. (2019)

[ITER] IO/18/CT/4300001820: Mock-up for manufacturing feasibility demonstration of cooling implementation on vertical blades of the Modular Diagnostic Shielding Module. (2018-2019)

[ITER] IO/18/CT/4300001783. Development of (EC) Electrical Feedthroughs. (2018-2019)

[ITER] IO/CT/4300001437. Thermal-hydraulic FE model of the integrated equatorial port plugs. (2017–2018)

[ITER] IO/17/CT/4300001530. Development of Electron Cyclotron (EC) Electrical Feedthroughs. (2017-2018)

[ITER] IO/CT/4300001452. Diagnostic Shield Modules (DSM) Plugging Mock ups. (2017–2018)

R&D PROJECTS

CIBER-POS: Virtual Design of Cyber-Physical Production Optimization Systems for Long Produc-tion Factories – RFCS-2015-RPJ-709669

RED WELDS: Rapid Evaluation of Distortions in Welded Structures. ManuNet Program. Ref: IDE/2013/000229

MODELCOR: Modular Simulation Tool for In-Service Behaviour Prediction of the Cooling Water Systems of the Steelmaking In-dustry. RFCS-CT-2013-00033.

TECNOFUS: Programa de Tecnología de Fusión. Consolider In-genio 2010. CSD-2008-00079

Markets

Nuclear / Defense / Automotive / Naval / Energy / Oil&gas


ASME, ISO 9001, ISO 17025, ISO 17020

103

FU

ND

AC

IÓN

IDO

NIA

L

RED-WeldS - Tool to predict welding distortion in large welded assemblies


Ingeciber is an Engineering company founded in 1986 specialized in the Finite Element Method (FEM) and CAE Simulation tools. We offer Engineering Consultancy Services, tra-ining services, CAE Software Distribution and Technical Support in the Civil and Mechanical engineering industries.

Our Software Development and Consultancy Engineering Departments have over 30 years of experience in the CAE applied to Mechanical, Civil and CFD engineering including the FU-SION and FISION Nuclear Power Sector. Additionally, we have the required knowledge to per-form any structural and CFD simulation analysis using our own CAE software as CivilFEM for ANSYS and CivilFEM powered by Marc, and other CAE tools such as ANSYS Space¬Claim, CFD++, ParticleWorks, Flownex and other applications.

Since Ingeciber was founded, we have always been present in the most innovative enginee¬ring sectors. Our activities have been also to provide ITER/F4E and some NPP projects with the analysis, design and checking structures, devices and equipment using CAE consulting with FEM and CFD software. Ingeciber has been selected by Fusion for Energy for a Service Contract for the provision of Engineering Support in the field of Mechanical Analysis for the Vacuum Vessel.


1. “DHAMRA LNG TANKS DESIGN”. WHESSOE, 2019.

2. “DESIGN REVIEW OF THE SAFETY BUILDING (10UKD) FROM HANHIKIVI-1 NPP”. FENNOVOIMA, 2019.

3. “Seismic Analysis of a Jetty Analyzer Structure Layout. Dunkerque LNG Terminal Plant.” EMERSON, 2018.

4. “Finite Element Analysis of Vibration and Frequency Transmission from the Compressor Fun¬dation Blocks into the Building B51. ITER Project TB03”. FERROVIAL-AGROMÁN, 2018.

104

COMPANY NAME INGECIBERADDRESS C/ Vivero, 5, 3º2, 28040 Madrid. SpainWEB www.ingeciber.com TURNOVER 750,000 € in year 2019EMPLOYEES 16 in year 2019SME YESCONTACT PERSON José Miguel Moreno POSITION CEO PHONE +34 91 386 2222 EMAIL [email protected]

5. “MOCHOVCE SEISMIC RE-EVALUATION OF EMO 1&2 NPPs”. ENEL, 2014.

6. “F4E main contract awarded”: F4E-OMF-356 Framework service Contract for the “Provision of Engineering Support in the field of Mechanical analysis for the Vacuum Vessel”. Awarded (IO Portal) October 2012.

7. “Design and checking of structural elements of buildings of the Nuclear Plant type AP 1000”. Westinghouse, 2011.

8. “Modeling and design features for the seismic analysis of the IRIS vessel, core barrel and internals”. ENSA, 2010.

R&D PROJECTS

AZIMUT (2010-2013): The aim of this R&D project was to generate the needed know-how and technology to develop an off-shore wind turbine of 15 MW in 2020. This project was coor¬dinated by GAMESA and 11 companies and 22 Research Centers participated.

EUREKA (CAEDAMTEC) (2015-2016): Research and Development of Advanced Techno-lo-gies for CAE Analysis and Design of Large Dams under construction stages, non-linear envi¬ronment behavior and earthquake loads.

MININGFEM (2017-2019) Research and Development of Advanced Mathematical Models and Technologies for optimum CAE Analysis and Design of Pits and Tunnel Mines.

Markets

Nuclear / Automotive / Naval / Energy / Oil&gas / Construction


ASME, ISO 9001, NRC USA

105

ING

EC

IBE

R

Reinforced concrete tankReactor renewal inside an old prestressed NPP containment


Design and manufacturing of large electro-mechanical components including large telescope domes

Design of solar collectors, cylinder parabolic 2D, including manufacturing and erection acti-vities

Design of solar disc collectors 3D, both heliostats and Stirling collectors

Design and construction of dynamic metallic structures

General metallic structures, including large infraestructures as fooball stadiums, bridges or airports


Constrats in Astronomy:

[CEFCA, OAJ] Design and construction of mail dome for the javalambre survey telescope T250, 2013-2014

Other constracts in Science & Space:

[F4E, ITER] Manufacture, supply and assembly of metal structures, facades and metal decks in TB06, 2016

[CNES, ESA] Payload cargo container for the space project Ariane, 2000

R&D PROJECTS

[INTERNAL FUNDING] New analytical concept to design & develop new metallic structure configurations for photovoltaic panels, 2019-2020

[INTERNAL FUNDING] CFD wind loads analysis on structures, 2014

[CDTI] Metallic structures for solar concentrator collectors, 2013

106

COMPANY NAME INGEMETAL, S.A.ADDRESS Paseo Rosales 26, 50008, ZaragozaWEB www.ingemetal.esTURNOVER 22.7 M€ in year 2018EMPLOYEES 136 in year 2018SME YESCONTACT PERSON Mr. Javier Collado Mrs. Sara Morales (Quality Manager) POSITION Technical Director PHONE +34 976 59 10 30 EMAIL [email protected] [email protected]

Markets

Nuclear / Aeronautics / Energy


ISO 9001, ISO 14001, WELDING EUROPEAN ENGINEER

107

ING

EM

ETA

L

ESA, Payload cargo cotainer project Ariane 2000

ESA, Payload cargo cotainer project Ariane 2000

JST, Design & Construction of the Javalambre survey telescopeT250 main Dome, 2014


Industrialization and assembly of electronic boards and complete electronic products for di-fferent applications, in harsh environment and considered safety critical for different sectos including Cientific Installations.

Assembly of harnesses for power applications, communications including fiber optics cables (multi and mono mode).

All fully inspected and tested. CoC and production documents


[CERN]: ELMB MOTHER BOARDS, BEAM ENERGY ACQUISITION 3U (BEA/3U), BEAM ENERGY METER (BEM), BEAM ENERGY INTERLOCK (BEI, BEAM ENERGY CONTRO-LLER (BEC, BEAM ENERGY ACQUISITION 6U (BEA/6U), BEAM ENERGY ACQUISITION 3U (BEA/3U), TPA EDA-03500-V1-1, ITS PU LEFT REV.2 17026-3L, ITS PU RIGHT REV.2 17026-3R, TARJ. EDA-03791-V2-0

[ILL]: CARTE MED32, M32MB, RDL DATA LVDS, TARJ. MCC V2, FFSD FLAT CABLE, MEZ-ZA_NUM_MDR, Board COOLTOT

R&D PROJECTS

Device for measuring creatinine on the blood, Device for controlling different tools from a dro-ne, device to help with rehabilitation to people with ictus, device for electrical vehicles, device for people taken multiple medications, sensors for different applications (safety in people)

Markets

Nuclear / Defense / Naval / Aeronautics


ISO 9001, ISO 14001, ISO9100, IPC-610, IPC-620

108

COMPANY NAME INSYTE Electronics, S.A. ADDRESS C/ Calidad, 6 PI Los Olivos, Getafe 28906 SpainWEB www.insyte-electronics.esTURNOVER 7,7MEuros in year 2018EMPLOYEES 76 in year 2018SME YES CONTACT PERSON Raquel Rodríguez Quintero POSITION CEO PHONE +34916010991 EMAIL [email protected]

109

INS

YT

E

Automatic varnish machine

Complex and long cables for communications, fiber optics and power

Press-fit technology

Complex assembly of boards Internal cabling for racks and boxes


INTARCON is a Spain-based company dedicated to designing, manufacturing, marketing and servicing a full range of refrigeration equipment for commercial and industrial sectors.

The mission at INTARCON is to develop and offer the markets a wide range of innovative solu-tions for the most reliable, efficient and sustainable operation of refrigeration facilities.

The human team of INTARCON has valuable experience of over 35 years in the fields of refri-gerations, air conditioning and related thermal appliances, focusing thte effort on the conception and development of a wide range of innovative refrigeration solutions.

Presently, INTARCON has supplied more than 40 000 units and systems to more than 40 coun-tries all over the world by mean of a sales and service network in more than 30 countries.

INTARCON is highly concerned about the environment and carries out many R&D projects con-ducted to develop environmentally friendly solutions based in energy saving and efficiency, with natural refrigerants.


[ESO] Desing, manufacturing and testing of custom-made -25ºC glycol chillers for ESO Paranal site, in Atacama desert in humedity, to maintain accurate conditions for the electronic and optical equipment of VLTi auxiliary telescopes. (2013-2014-2015)

[CERN] Precision chiller (2013)

R&D PROJECTS

[CDTI] INDIRA – Research and development of an innovative product for industrial refrigeration with R-717 (NH3) (2019) Exp. IDI20191161

[CDTI] EJERCER – New refrigeration and air conditioning system based on ejector technology applied to high efficiency refrigeration cycles with natural refrigerants for commercial and indus-

110

COMPANY NAME Industrias de Tecnologías Aplicadas en Refrigeración y Conservación, S.L. (INTARCON)ADDRESS P.I. Los Santos, Bulevar de los Santos 34; P.Box 410; 14900 Lucena (Córdoba), EspañaWEB www.intarcon.comTURNOVER 18 M € in year 2019EMPLOYEES 190 in year 2019SME YES CONTACT PERSON Eduardo López Sáez POSITION Chief Financial Officer PHONE +34 957 50 92 93 EMAIL [email protected]

trial refrigeration (2018) Exp. ITC 20181143

[CDTI] Efficity – Development of efficient refrigeration cycles for ultra-light electrical urban trans-port and domestic applications with high performance air cooling and predictive maintenance solutions (2016) Exp. ITC 20161113

[CDTI] DESEHVAC – Design and development or air conditioning processing of air cooling with control of temperature and humidity by means of nanometric spray of desiccant liquids (2015) Exp. ITC 20151330

[CDTI] ECOMARKET - New refrigerant system with natural refrigerant for supermarket (2015) Exp. ITC 20151100

HUMIDEX Project – Coworkers as suppliers with committee company (2014)

[IDEA] Effimarket – Expansion of production capacity in manufacturing plant for industrial refri-geration equipment (2013)

[CDTI] AIRE – Variable capacity efficient air conditioning systems for electric buses (2013) Exp. ITC 20131012

[CDTI] Development of prototypes and series of a new generation (2008) Exp. IDI 20080962

Markets

Defense / Energy / Oil&gas


ISO 9001, RoHS, CE, F-Gas

111

INTA

RC

ON

INTARCON chiller installed at ESO premises, Atacama desert, Chile

Sigilus 1


INTEGRASYS, established in 1990, is a SME software development and engineering com-pany. It is specialized in RF analysis, as well as in the design, development and integration of Real-Time and Non-Real-Time software for monitoring critical infrastructure and automated systems in the telecommunication and aeronautical fields. Integrasys performs tailored pro-jects for customers and develop its own products for monitoring and controlling of distributed systems. The company also develops software for systems, such as multimedia terminals, man machine interface GUIs, services access software for broadband interfaces and tailored turn-key measurement systems under computer control in the areas of quality assurance, conformance testing, satellite signal monitoring and surveillance and type approval test certi-fication of telecommunications equipment. Since 1993, Integrasys is participating in interna-tional R&D projects, individually or working in consortium with other partners.


Integrasys main capacities for ITER activities involve providing R&D and consultancy services in software-based monitoring and control systems. In this regard, our main skills are related to signal monitoring, network manager and managed applications over SNMP, middleware, RF & microwave automated test and measurement systems, development of software and technology based on open standards and for embedded systems. Therefore, our main interest in ITER is about CODAC related activities.

R&D PROJECTS

[CERN]: WHITE-RABBIT, 2010-2012 project

Development and integration of industrial control system with 2900 nodes of a fully deter-ministic Ethernet-based network for general purpose data transfer and synchronization with sub-ns accuracy over fiber and copper lengths of up to 10 km. Integrasys has developed and integrated the overall control system, the switching embedded driver, routing table unit, remo-te management functions and conformance testing.

[ESA]: Ka-METROCAL (Ka-Band Metrology and Calibration System) 2015-2016 project

112

COMPANY NAME INTEGRASYS SAADDRESS Calle José Echegaray 8, edificio 3, planta 1, oficina 3 - Las Rozas, CP 28232, MadridWEB www.integrasys-space.comTURNOVER 1,6 M € in year 2018EMPLOYEES 18 in year 2018SME YES CONTACT PERSON Álvaro Sánchez García de Viedma POSITION CEO PHONE +34 91 631 68 46 EMAIL [email protected]

The project aims to design, manufacture and test a high precision (+/- 0.5 dB uncertainty) metrology and calibration system breadboard and application software for Ka Band able to perform fast, accurate and inexpensive Rx Carrier Power measurements for different satellite services in Ka-Band.

H2020 European Commission, REA: RESISTO, 2018-2021 project

RESISTO project is about Prevention, detection, response and mitigation of the combination of physical and cyber threats to the critical infrastructure of Europe. RESISTO implements an innovative Decision Support System to protect communication infrastructures from combined cyber-physical threats exploiting the Software Defined Security model on a suite of state of the art cyber/physical security components and services for detection and reaction in presence of attacks or natural disasters. We participate in this project with some of the main actors in the telecom market, such us Telecom Italia, British Communications, Orange, Ericsson, etc.

Markets

Defense / Aeronautics / Space / Oil&gas


CMM-2 (Software Development)

113

INT

EG

RA

SY

SCarrier Monitoring System – Controlsat

VSAT AutoCommissioning – Satmotion Pocket

Link Budget Tool

VSAT Network Maintenance – Alusat


• Consultancy

• Technical Assistance

• Engineering and Operations Services

• Turn-Key Projects


[ESA] ESAC Scientific Astronomy Operatión and Development Support, several contracts fron 2005 to date, 10 Engineers and Scientists.

[INTA-CSIC] Astrobiology Center. Assistance in scientific, divisive and engineering matters. 11 ISDEFE consultants through two assignments.

[INTA] Through different assignments, it provides assistance to INTA in the scientific-technical programs in which it participates. More than 250 ISDEFE consultants at INTA of which 45 participate in the management of INTA infrastructure and scientific programs in which the Institute participates.

[NASA] Support to Radio-astronomy Activities in Madrid Deep Space Communications Cen-tre, MDSCC, 2000 to date.

R&D PROJECTS

[CDTI] Cherenkov Telescope Array Feasibility Study for CTA, 2010

[INTA-ESA] Cooperation in Education for Science and Astronomy Research CESAR, 2010 – to date.

Markets

Defense / Aeronautics / Space / Energy


ISO 9001, ISO14001, PECAL/AQAP 2110

114

COMPANY NAME Ingeniería de Sistemas para la Defensa de España S.A., S.M.E., M.P. (ISDEFE)ADDRESS C/ Beatriz de Bobadilla 3, 28040 MadridWEB www.isdefe.es TURNOVER 146,57M€ in year 2018EMPLOYEES 1.628 in year 2018SME NOCONTACT PERSON Mr. Manresa, A. POSITION Development Manager PHONE +34914115011 EMAIL [email protected]

115

ISD

EF

E

TBT Telescope in the Satellite Tracking Station at Cebreros

CESAR Project Telescope, ESA-Cebreros


Since 60 years, Jema designs and manufactures Static Power Converters for different sectors, such as Power Plants, Oil & Gas, Plasma Physics, Particle Accelerators, Magnetic Resonance Ima-ginary (MRI), Railways, Smart, Grid, Renewable Energy and Electromobility. We are customer orien-tated, developing bespoke systems and solutions which meet specific requirements of each project. These are innovative solutions with high technological content. The company is part of Irizar Group (3300 employees and yearly turnover over 700 M€).

Jema can supply a range of Power Supplies for the different magnet coils and heating systems used in a nuclear fusion installation. Over 20 years, Jema has developed several custom power supplies for most of the Experimental Fusion Reactors in Europe (MAST, JET, W7X, TJ-II, TCV, etc). Jema is interested in continuing its commitment with the Fusion Community, especially in Power Supplies for the different magnet coils and heating systems used in a nuclear fusion installation.


Science – Particle Accelerators

[ESS Lund] 12 x HVPPS Klystron Modulators 115kVdc/100A, 14Hz (2017)

[RAL- ISIS] 4 x HVPS Tetrode 20kV/20A (400kW) (2016)

[IFIC- IFIMED] 2 x HVPPS Klystron 150kV/110A, 16,5MW peak, 5us pulse, 400Hz rep rate (2016)

[CIEMAT- IFMIF] 7 x HVPS Tetrode 11kV/34A (375kW); 4 x HVPS Tetrode 8kV/45A (360kW) (2015)

[ESS Bilbao] 2 x HVPPS Klystron 120kVdc/60A, 7.2MW peak, 9% duty cycle (2015)

[ESS Bilbao - SNS Oak Ridge] 1 x HVPPS Klystron 85kVdc/160A, 14MW peak, 9% duty cycle (2013)

[ESS Bilbao- ITUR] Power supplies for ion source; 110kVdc/120mA, 25kVdc/2A, 80Vdc/100A, 800Vdc/2A (2010)

[GSI - DESY-II] 1 x AC Dipole 1330V/1004A; 1 x DC Dipole 1560V/520A; 2 x Quadrupole 210V/650A; 3 x Sextupole 85V/200A, <10ppm (2009)

116

COMPANY NAME JEMA ENERGY SAADDRESS Paseo del Circuito 10 20160 Lasarte-Oria (Gipuzkoa)WEB www.jemaenergy.comTURNOVER 45.183.660 € in year 2018EMPLOYEES 170 in year 2019SME NOCONTACT PERSON Goretti Beunza POSITION Marketing and Communication PHONE +34 943 37 64 00 EMAIL [email protected]

Science – Fusion Energy

[CCFE- MAST upgrade] 1 x HVPPS for Positive Ion Neutral Injector (PINI) 80kVdc/70A, 5,6MW, 2% duty cycle (2018)

[Tokamak Energy- ST40] 1 x BvU PS 12kA ±500V, 1 x Central Solenoid PS +17.1kA -14.5kA 1Kv, 1 x Toroidal Field PS 100kA/100V 0,6s pulse (2017)

[TAE- C2W] 2 x Electrode PSU 5kV/300A 50ms pulse (2017)

[F4E- JT60SA] 1 x MHVPS 60kV/2x55A pulsed 100s, 2 x BPS 35kV, 100mA and 2 x APS 50kV/100mA (2018)

[TAE- C2W] Pulsed magnet PS; 1100V/3600A cells can be combined up to 4 in series and parallel (max 63MW) 2016)

[CCFE- MAST upgrade] Multi-megawatt IGBT brake chopper and a high-current crowbar (2015)

[CEA Cadarache- JT60SA] 1 x Toroidal Field PS 1kVdc/±20kA, 20MW continuous; 4 x Equili-brium Field PS ±1 kVdc/±20 kA and ±1 kVdc/+10 kA,-20 kA, 12% duty cycle (2016)

[ENEA- JT60SA] 4 x Central Solenoid + 2 x Equilibrium Field PS 1kV/±2*10kA, 12% duty cycle; 2 x Fast Plasma Positioning PS 2kV/±5kA, 7% duty cycle (2017)

[CCFE- MAST upgrade] Toroidal Field Power Supply 340Vdc/133kA, 45MW, 0,3% duty cycle (2015)

[IPR- ITER gyrotron test] 1 x Solid State HV Crowbar -70kV (2011)

[CCFE- MAST upgrade] 1 x HVPPS for Positive Ion Neutral Injector (PINI) 80kVdc/70A, 5,6MW, 2% duty cycle (2010)

[EFDA- JET]4 x Seriable Power Supplies ±12kVdc/±5kA, 60MVA, 10% duty cycle for Enhanced Radial Field Amplifier (ERFA)] (2009)

[CIEMAT – TJII] 1 x HVPPS for Electron-Cyclotron Resonant Heating (ECRH) gyrotron 80kVdc/50A, 0,1% duty cycle (2007)

[EFDA- JET] 8 x LTT crowbars 130kV (2009)

[IPP- Wendelstein 7-X] 10 x Control Coils Power Supplies ±30Vdc/±3Ka (2002)

[EFDA- JET] 2 x HVPPS for Neutral Beam Enhancement (NBE) 130kVdc/130A, 16,9MW, 3% duty cycle and crowbars (2003)

Markets

Automotive / Energy / Oil&gas


SO 9001, ISO 14001

117

JEM

A E

NE

RG

Y

JEMA facilities ESS-Bilbao Project


OVERVIEW: LEADING is focused on complex mechatronic and mechanical solutions with high levels of innovation by integrating different capabilities and workshops; engineering, machining, mechano-welding, complex joining and tooling manufacturing.

FUSION CAPACITIES: mechanical design with development of 3D models and 2D drawings, en-gineering simulation studies, machining simulation, welding simulation…

Components manufacturing: precision machining of parts, advanced joining technologies, bery-llium management & manufacturing, coatings, thermal treatments, mechatronics, NDT and DT examination among other services.

INTERESTS IN FUSION PROGRAM: advanced mechatronic and mechanical solutions with high levels of innovation for small and medium size components.


[F4E] – Manufacturing of Welded Support Mock-Ups – Ref. F4E-OPE-1060 [2019]: Manufactu-ring of a new design of BCM support (clamshells and pipes) welded by TIG Process.

[ITER] – Tokamak Assembly Contract no.2 (TAC-2) – Ref. I0/19/CT/4300001900 [2019]: Me-chanical assembly and installation of Tomakamak systems and subsystems.

[F4E] – BCM Supports Broadening of Scope of Cost Estimation Activities – Ref. F4E-OPE-0833-01 - DNO #42674 [2019]: Design and cost estimation of the Blanket Cooling Manifold System.

[F4E] – Manufacturing Concept Design of the First Wall Panels – Ref. F4E-OPE-443-03-01 – DNO #39538 [2018]: Modification of detailed assessment of the scope (Manufacturing Concept Design of FWP).

[STFC] – TS1 Project Beryllium Reflector – Ref. UK SBS PR17134 [2018]: Supply of a modular solid beryllium reflector assembly for Target Station 1 of ISIS Neutron

[F4E] – Manufacturing of Prototypes of the Supports of the Blanket Cooling Manifold (BCM) Sys-tem and Application of Coatings on Different Items – Ref. F4E-OPE-0833 [2018]: Manufacture and supply of prototypes of pipe supports of the BCM system.

118

COMPANY NAME LEADING METAL MECHANIC SOLUTIONS, S.L.ADDRESS Barrio La Agüera, s/n - 39409 San Felices de Buelna (Cantabria) SpainWEB www.leading.esTURNOVER 18M € (2019)EMPLOYEES 150SME YES CONTACT PERSON Marcos Pérez POSITION Business Development Director PHONE (+34) 610 261 493 EMAIL [email protected]

[ITER] – Tokamak Assembly Preparation Building Engineering – (subcontracted) Ref. IO/17/CFT/10015153/ABN [2018]: Support to perform the Beryllium First Wall (Be FW) trial fits and storage of the Be FWs.

[ITER] – Sub-assemblies for ITER Vacuum Vessel – subcontracted by AMW (Ansaldo Nucleare & S.p.A, Mangiarotti S.p.A) [2017]: Machining manufacturing of poloidal segments for ITER vacuum vessel sectors.

[F4E] – Manufacturing of an Alternative Design Mock-Up (ADMU) – Ref. F4E-OPE-443-03 – DNO #10336 [2017] and 58833 [2019]: Development activities carried out for the ADMU with Be armour.

[F4E] – Splice Plate Custom Machining for JT-60SA TF-Magnet – Ref. F4E-OPE-0805 [2016]: Rapid ‘just-in-time’ custom machining and delivery of splice plates batches used for the assembly of the JT-60SA TF Magnet Outer Intercoil Structure.

[ESS] – Fabrication of ESS Target Cassetes – Ref. 162/16 [2016]: Serial manufacturing of 36 Cassetes to be placed in Target Wheel of European Spallation Source.

[F4E] – Supply of Full-Scale Prototypes of the ITER Normal Heat Flux (NHF) First Wall (FW) Pa-nels – Ref. F4E-OPE-443-03 (IV-PT) [2014]: Supply of a prototype for Normal Heat Flux (NHF) of a panel for the first protective wall of ITER (FWP), Scale 1:1 (FSP: full-scale prototype); and the development of related technology.

[F4E] – Fabrication of a Standard Semi-Prototype of the ITER Normal Heat Flux (NHF) First Wall (FW) Panels – Ref. F4E-OPE-394 (IV-PT) [2012]: Supply of one First wall (FW) semi-prototype as well as the related technology developments as required for the manufacture.

[F4E] – Engineeering Support in the Area of Plant Systems – Ref. F4E-2008-OPE-017 (ES-AC) [2009]: Provide plant engineering support in the fields of design, assembly, integration and testing.

R&D PROJECTS

REFLECTOR Be (ID18-XX-011): I+C=+C 2018 – Apoyo a Proyectos de I+D

ESS TARGET (IDI-20160181): PID Individual CDTI.

FUSION TECHNOLOGIES (IDI-20151082): PID Colaboración CDTI.

COMP_ITER (2013/INN/054): Línea INNOVA 2013. Gobierno de Cantabria.

ITER BLANKET (IDC-20101156): IdC CDTI.

Markets

Nuclear / Defense / Aeronautics / Space / Oil&gas


ASME, RCC-MR, ISO 9001, ISO 14001

119

LEA

DIN

G

TS1 Project Beryllium Reflector


LIDAX is a technology company founded in 2000. LIDAX develops high advanced Optical & Opto-electronics units used as part of Space or On-ground instrumentation, from design through to the delivery of integrated and tested equipment.

Our Optical Units are essential in Optical and IR Instruments which operates from IR, VIS up to UV wavelength and may include precise passive/active thermal control elements and, if necessary, high accuracy positioning mechanisms.

LIDAX’s space product family includes:

• Optical Units for Spectrometers

• Telescope Optics & Mounts

• Cryogenic Mirrors / Folding Mirrors

• Optical Heads / Lens Barrels

• Beam Splitters

In a fully integrated and equipped centre of 1800 m2, LIDAX concentrates the development office for design and engineering activities, the assembly, integration/clean room areas (ISO 5 & ISO 7), the thermal testing laboratory & optical metrological equipment (e.g. CMM in Clean Room Area).


[EU R&D Center] Feasibility Study of a Mass Spectrometer on board of a Scientific Mission 2019

[ESA/INTA] Development of EXOMARS RAMAN Instrument: iOptical Head Thermo-Mechanics & Autofocus Mechanism, 2014

[ESA/THALES] Development of FCI&IRS Telescope Optics for MTG Satellite Series: Optical Mounts and Environmental Test Campaign. Thermo-Mechanics, 2013

[ESA/AIRBUS] Development of Co-alignment Sensor-ATLID Earthcare Satellite: Thermo-Mecha-nics, 2012

120

COMPANY NAME LIDAXADDRESS C/ Antonio Alonso Martín, 1. 28860 Paracuellos de Jarama (Madrid/SPAIN)WEB www.lidax.comTURNOVER 3.3 M€ in year 2018EMPLOYEES 30 in year 2018SME YESCONTACT PERSON Mr. Jesús Aivar Mateo POSITION Business Development Manager PHONE +34 91 678 08 05 EMAIL [email protected]

[ESA] Cryogenic Testing Campaign of EchO Fine Steering Tip/Tilt Mechanism, 2011

[ESA/THALES] Development of a Coarse Lateral Sensor PROBA 3. Thermo-Mechanics, 2009

[IAC] Atmosphere and Telescope Simulator for New Adaptative Optics, 2009

[ESA/INTA] Development of a Focal Plane Assembly for BEPICOLOMBO Satellite MIXS-T & MIX-C. Thermo-Mechanics, 2007

[ESA/INTA] Development of a Focal Plane Assembly for PLATO Satellite. Thermo-Mechanics, 2009-2019

[ESA/INTA] Development of JWST Mid IR Instrument Simulator 4 Cryogenic Folding Mirror, 2008

[IAC] Elmer Folding Mirrors for the Gran Telescopio Canarias. 2005

[IAC] Primary mirror M1 lateral supports for the Gran Telescopio Canarias (GRANTECAN) Thermo-Mechanics 2001

R&D PROJECTS

[New Space Company] Optical Mounts Development for Standard High-Resolution Multispectral Cameras for EO Microsatellites.

[INTA] High Conductance Thermal Management Components for the ATHENA IFU Instrument 2019.

[ESA] Development of Cryogenic Heat Switches 30-80K for Focal Plane Assemblies & Cryocoo-lers in EO/Scientific Instruments, 2015

[UE] Development of a Deployer Mechanism & Carrousel for an Ultrasonic Planetary Core Drill for Space Robotic Exploration 2014

[ESA] Development of a Family of Space Planetary Gearboxes (Dry Lubricated), 2012

Markets

Aeronautics / Space / Astronomy On Ground / ITER


ISO 9001, ISO 9100

121

LID

AX

Optical Lens R+D Clamping Solutions for EO HR Multispectral Camera (LIDAX credits)

MTG FCI-TA Telescope alignment tests (LIDAX’s Contribution on circles)


Mecánicas Bolea has four main activities:

- Industrial Maintenance

Maintenance is one of the most experienced Division of Bolea Group. Our major clients be-long to the industrial, chemical & petrochemical, and shipbuilding sectors.

We have available all the necessary resources and equipments to provide to our clients any service and technical solution that they may require, such as heat exchange, gearboxes, pumps and valves repairs, milling machine works, welding jobs, laser alignments, onsite plants maintenance, etc.

- Aeronautics

In 1998, Mecanicas Bolea began its career in theaeronautic sector, as a supplier of large welded structuresfor the aircraft tooling and equipment industry.

In 2012, the Aeronautic Division was created, integratingthe design of aircraft tooling with the supply of goodsand equipment, thus providing a holistic response to ourclient’s needs, i.e. from concept development to the finalonsite installation of tooling equipment.

Nowadays, Mecanicas Bolea is classified as Tier 2 AIRBUSsupplier for the direct provision of specific componentsand aircraft related tooling.

- Oil & Gas

With over 30 years of experience in the supply of goodsand industrial units, Mecanicas Bolea is a solid providerof services in the area of Oil & Gas. We encompass mostof the stages within a project: from the initial designand implementation of manufacturing processes, to theas-sembly and onsite commissioning.

Our range of products and services includes: reactors,tanks, furnaces, skids, complete vacuum units,distillation, evaporation, heat transfer, heat exchangers,air coolers and a wide range of pressure vessels thatare calculated, modeled and executed according tointernational design codes in our workshops and offices.

122

COMPANY NAME MECÁNICAS BOLEA S.A. ADDRESS Avda. Bruselas, S/N (P.i. Cabezo Beaza) 30353 Cartagena Murcia (España)WEB www.mecanicasbolea.com TURNOVER 18.602.995,15 € in year 2018EMPLOYEES 204 in year 2018SME YES CONTACT PERSON Eladio Valcárcel Sánchez POSITION Managing Director PHONE +34 968 324 220 EMAIL [email protected]

In addition, we are present in the different petrochemicalplants that we support, with the capa-bility to carry outconstruction, assembly and piping installation, industrialunits and fuel storage tanks, as well as the delivery ofturnkey projects.

- Food & Pharma

Our food and pharmaceutical division providesa broad range of services and equipment to thedifferent national and international clients. We can carry out complete complex projects-applicable for different processes, oriented to fulfilour client’s needs and most demanding requirements.

From the manufacturing of small containers ofsanitary finish up to the supply of tailored ma-chinery and production plants turnkey projects. Within our most distinctive products, we wish tohighlight our autoclaves for pharmaceutical use,horizontal mixers for foodstuff, and plants forpreserve concentration.


[GTC] Instituto Astrofísico de Canarias. GLIC19-004 Half Moon Platform Gran Telescopio de Canarias, 2019-2020

[ILL] D16 detector pressure vessel machining, 2019-2020

[CTA] (Cherenkov Telescope Array), Instituto Astrofísico de Canarias. LIC-19-005 Azimut structures for LST-2, LST-3,LST-4, 2019-2020-2021

[CTA] Instituto Astrofísico de Canarias. LIC-18-023 Azimutal Locking System LST1, 2019

[CERN] Alignment tables for TANB, 2018

Markets

Defense / Naval / Aeronautics / Space / Energy / Oil&gas


ASME, ISO 9001, ISO 14001

123

ME

CÁ

NIC

AS

BO

LEA

Azimutal Locking System LST1-CTA Precision Machining


Company:

Metromecánica offers solutions in the metrology field, from the dimensional control of one part, to the adjustment of geometry and automation of the more complex installation.

We have an experience of more than 16 years at industrial solutions, with direct presence national and international.

Metromecánica is a company with high qualified staff, our instruments and software are last generation.

Optimization, efficiency, flexibility, study of processes, technology and quality. Those words are in our philosophy, quality is our main objective, also being a global partner with high capacity to act everywhere in the world.

Quality:

We at Metromecanica make a daily effort to reach our objectives, a task that carries certification to ISO 9001, NADCAP and EN9100 standards, a process-management system that comply with all our clients’ needs and expectations.

The Quality and Environmental model that we have adopted leads us to constant on-going impro-vement, in which client focus and client focus and on-going training team, besides their compro-mise with the Environmental are the two main strands in process of improvement, thus achieving an increase in the effectiveness and efficiency of our services.

“Planning, Communication, Responsibility, Ability and Compromise with the Environmental are the four pillars that under pin our company policy, and that consolidated the Quality and Environmen-tal Management System that has been adopted.”

Services summary:

- Automation and integration of 3D metrology operations

- Alignment and metrology inspection

- Geometry adjustment: Production tooling and its maintenance

124

COMPANY NAME METROMECÁNICA SLADDRESS Polígono Malpica Calle E nº 32-39 Nave 43, 50016 Zaragoza, EspañaWEB www.metromecanica.comTURNOVER 4.5M€in year 2018EMPLOYEES 45 in year 2019SME YES CONTACT PERSON Fernando Comín POSITION General Manager PHONE +34 639 201 666 EMAIL [email protected]

- Dimensional verification of production parts.

- Parts and tooling scanning. Reverse engineering process

- Geometry in machine tools.

- Metrology personnel.

- Portable measuring equipment renting.

- Documentation development

- 3D Metrology training


[ITER] - “Alignment & Metrology” (2019)

[ESO] “Optical Alignment Strategy”

[F4E] - “Supply of metrology instrumentation”


R&D PROJECTS


[ITER] -“Alignment & Metrology” (AÑO 2015)

DICON - Desarrollo de nuevos sistemas avanzados de control dimensional en procesos de fabri-cación de sectores de alto impacto. (IPT-2011-1191-020000) (AÑOS: 2011-2012-2013-2014)

SINIDE - Sistema inteligente de acabado de piezas y utillajes mediante sistema de pulido y des-barbado IPT-020000-2010-034 (AÑOS: 2010-2011-2012-2013)

Markets

Nuclear / Defense / Automotive / Naval / Aeronautics / Space / Energy


ISO 9001, ISO 14001

125

ME

TR

OM

EC

ÁN

ICA

Laser tracker Measurement ITER


The company has expertise in the development of special materials (ceramics, ceramic-com-posites) for extreme environments and in the manufacturing of top-end products based on them. The company has skills in the synthesis and conditioning of new materials, starting from precursors and on the shaping and densification of these materials into final parts. The shaping processes, available in the company, are slip casting, pressure casting, cold isostatic pressing and green machining. The densification processes, available in the company, are con-ventional sintering and pressure-assisted sintering (spark plasma sintering and hot-pressing).

The company has a solid background in the development and consolidation of oxidic ceramic materials (zirconium oxide, aluminum oxide and its composites), graphite-metal carbide com-posites, refractory metals (Mo, W) and Cermets (TiC, TiN).

The company supplies its products to different market sectors: big science, automotive, oil and gas, jewelry, metal forming, chemical and thin-film industry.

Technologies and Capabilities

Spark plasma sintering: This technology is used for the company to produce special materials (i.e. graphite-molybdenum material for collimators) but it can be also used for the joining of dissimilar materials (i.e. refractory metals to ceramics).

UHTCMC´s: Nanoker is participating in a H2020 project funded by the EU called Charme (see below). The materials developed, under the framework of this project, are ceramic com-posites with a melting point higher than 3000 ºC and with the capacity to resist harsh envi-ronments at a temperature higher than 2000ºC. They have been designed to be used in the space industry as nozzles for combustion engines and TPS (thermal protection systems) to protect from heat fluxes due to its extremely high thermal insulation capacity.


[ITER], [2019], [CIEMAT], [EUROFUSION]: Development of complex shape alumi-na components for Maple-U test facility. Manufacturing of several components based on

126

COMPANY NAME NANOKER RESEARCH SLADDRESS Polígono Industrial de Olloniego, Parcela 22-A, Naves 5-7, 33660, Oviedo, Principado De AsturiasWEB www.nanoker.comTURNOVER 2,5M in year 2019EMPLOYEES 25 in year 2019SME YES CONTACT PERSON Samuel Menéndez POSITION MANAGING DIRECTOR PHONE +34 610 223 437 EMAIL [email protected]

a 99.7% purity alumina for the multi-effect facility (Maple-U) that is designed to investi-gate material interactions for liquid metal breeder/coolant flow systems for fusion energy.

[CERN], [2018], [IT-4201]: Manufacturing of 380 blocks for collimators in the HL-LHC based on a graphite-molybdenum composite (1.35 M€)

[CERN], [2018], [DO/TE]: HV Ceramic Insulators for UHV Injection / Ejection Kicker Magnets (120k€)

[ITER], [2014], [CIEMAT], [EUROFUSION]: Development of different self-doped alumina grades by using colloidal routes and advanced processing technologies.

R&D PROJECTS

[CDTI], [2018], [SINTEX]: Development of a new generation of carbonaceous materials for the use in extreme environments. The project deals with the development of a graphite-metal carbide composite and a copper-diamond composite to be used in the next generation of collimators in the HL-LHC (CERN) and with potential applications in other industries (heat sink in electronics).

[H2020], [2016], [CHARME], [grant 685594]: Next generation ceramic composites for combus-tion harsh environments and space. The EU-funded project CHARME aims to combine the best features of CMC´s and UHTCs to design, develop, manufacture and test a new class of Ultra High Temperature ceramic composites (UHTCMC´s) with self-healing capabilities. The role of Nanoker in the project is the upscaling of the production of materials and the manufacturing of prototypes.

[Eurostars], [2016], [Cercoat], [project E10527]: New ceramic sputtering targets manufactured by SPS using tailored powders for TCO (Transparent Conductive Oxide) coating deposition. The role of Nanoker is the manufacturing of sputtering targets by spark plasma sintering and the synthesis and conditioning of new materials for this specific application. The knowledge generated on this project can be applied to produce different type of targets for thin film applications.

127

NA

NO

KE

R

Large scale Spark Plasma Sintering (SPS)


NATEC is an engineering company specialized in engineering analysis: nonlinear and coupled analysis in the mechanical, thermal, fluid dynamics and electromagnetic fields. Main capabili-ties demonstrated in projects carried out in the framework of ITER are:

Structural integrity assessment according to nuclear codes (RCC-MR, ASME and SDC-IC) of VV components, Port Plugs and In-Vessel components.

Welding process simulation to predict distortions during the manufacturing of the ITER com-ponents:, Diagnostic Port Plugs, Toroidal Field Coil Cases and Vacuum Vessel sectors.

Mechanical design, engineering and manufacturing analysis of ITER Equatorial and Upper Prot Plugs.

Electromagnetic analysis of plasma disruptions and other electromagnetic events.


[F4E-OMF-0938-01]: Provision of engineering support in the area of electromagnetic and electromechanical analysis of ITER components. (2020)

[ITER/CT/6000000209] Diagnostic structural engineering. Supply of engineering services for the ITER diagnostics. (2019)

[ITER/CT/14/4300001017]: Mechanical, thermo-hydraulic and electro-magnetic analysis of ITER diagnostics component (2017)

[ITER/CT/4200001628] - Mechanical Design and Manufacturing of ITER Diagnostics Com-ponents (2017)

[ITER/CT/4300001412]. Engineering structural integrity justification for diagnostic attach-ments to the ITER VV and FE Analysis for the PPD Division. (2016)

[ITER/CT/4300001396]. Engineering support for the ITER Diagnostic Team. Thermo-me-chanical, structural and seismic analysis of diagnostic components. (2016)

128

COMPANY NAME NUMERICAL ANALYSIS TECHNOLOGIES S.L.ADDRESS c/Marqués de San Esteban, 52 Entlo D. 33206 Gijón, Asturias EspañaWEB www.natec-ingenieros.comTURNOVER 450K€ in year 2019EMPLOYEES 8 in year 2019SME YES CONTACT PERSON Francisco Javier Ordieres Tuero POSITION General manager PHONE 34 984 19 96 92 EMAIL [email protected]

[F4E-OMF-0508-01].Electromagnetic Analyses of the European TBM Sets and the Collective Thompson scattering system. (2016)

[ITER/CT/4300001412]. Engineering support for the IC&LH Section. Contribution to the de-sign assessment. (2014)

[ITER/4300000850]: Diagnostic Engineering Support with emphasis on bolometer and visi-ble infra-red. (2013)

[ITER/CT/43000000866]. Engineering support for the ITER diagnostic design, with particu-lar emphasis in the areas of mechanical, TH and EM analysis. (2013)

[F4E-OMF-356]: Provision of Engineering support in the area of mechanical analysis for the VV (ESMAVV). (2012)

[ITER/CT/12/4300000598]: Engineering support for mechanical, thermo-hydraulic and elec-tro-magnetic analysis for the ITER diagnostic components. (2012)

[F4E-2008-OPE-297 (ES-AC)]: Toroidal Field Coil Case Welding Simulation. (2011)

[F4E-2009-OPE-033 (ES-AC)]: Revision of the Structural Design Criteria for In-Vessel Com-ponents (SDC-IC).(2010)

[F4E-2008-GRT-024 (PMS-DG)]: Detailed design of a representative equatorial port plug.

Markets

Nuclear / Energy / Oil&gas


ISO 9001

129

NA

TE

C

Welding distortion prediction for Iter components


Nortemecánica is a reference in manufacturing, assembly and commissioning of capital goods, machinery and spare parts for the industry, with over 25 years’experience.

Nortemecánica, posted sales in excess of €6 million, more than 70% of which comes from its intensive activity with countries all around the world.

In its own facilities (7.150m2), following activities are developed:

- Boiler making and welding

- Machining and adjustment

- Assembly and testing

- Quality control

- Verification

Nortemecánica currently employs 40 people and is equipped with the high technology standard. We incorporate the latest technical advances, like for example, two Laser Trackers and a heated area for verification and assembly at constant temperature that has been recently built at our premises. This area and the heated room in which the 6 meter-long-milling machine is located, allows us to achive tolerances without precedents (30 microns in 5 meters length).


[ESS-Lund]- Manufacturing and supply of 116 In-Bunker Base Plates (2019)

Description: delivery of the raw material and manufacturing of 116 base plates for ESS Research facility located in Lund, Sweden, including inspection, testing and delivery.

[ESS - Bilbao] - Manufacturing and supply of Tuning Beam Dump components (2018-2019)

Description: Manufacturing and supply of the Tuning Beam Dump Steel Shielding and T-Copper

130

COMPANY NAME NORTEMECÁNICA, S.A.ADDRESS Area Industrial de Tabaza I, parcel E-5, E-33469 Carreño, Asturias, SpainWEB www.nortemecanica.esTURNOVER 6M€ in year 2018EMPLOYEES 40 in year 2018SME YES CONTACT PERSON Susana Fernández POSITION Export Manager PHONE +34 985 57 98 57 EMAIL [email protected]

Block for ESS Research facility located in Lund, Sweden.

[XFEL] - Manufacturing and supply of 9 Insertion Device Support Systems (2018-2019)

Description: Production, assembly, testing, documentation, packing and supply of nine (9) undula-tor carriages. Motion control system, alignment and commisioning included.

[ESRF] - Manufacturing and supply of ID Support Systems (2018)

Description: Manufacture, testing, and delivery of four 2.0 M long In-Vacuum carriages and one prototype of Single Axis carriage for the ESRF-EBS accelerator complex.

[ESRF] - Manufacturing and supply of 65 Girders (2016-2018)

Description: Manufacturing, assembly, testing and delivery to the ESRF site of 65 girders assem-blies for the ESRF Storage Ring.

[SESAME] - Manufacturing and supply of 16 Girders and one prototype (2014-2016)

Description: Desing and Manufacturing of Girder-System of the SESAME Storage Ring.

[CELLS] - Manufacturing and supply of supply of 32 Girders and one prototype (2007-2008)

Description: Manufacture and supply of 32 Support Structures for the Storage Ring of the ALBA Synchrotron and its prototype.

[CERN] - Manufacturing and supply of 14 Schuffling Module Vacuum Vessels (2005-2006)

Description: Manufacturing and supply of 14 Schuffling Module Vacuum Vessels and 2 prototypes for the Large Hadron Collider (LHC).

Markets

Nuclear / Energy / Oil&gas


ASME, ISO 9001, ISO 3834-2

131

NO

RT

EM

EC

ÁN

ICA

Manufacturing and supply of undulator carriages for the European Synchrotron Radiation Facility

Support structures for the Storage Ring of the SESAME Synchrotron in Jordan


Obeki calculates, designs, manufactures and tests low voltage electric generators and motors for applications with special requirements such as not standard speed and torque require-ments, harsh ambient conditions, vibration, shock, seismic certification for nuclear power plant installations, etc.


[ITER] F4E-OPE-285 (2016) Supply of Slewing Motor for DCHLB Tokamak/Assembly Hall Cranes

Supply of electric motor. Design, manufacturing and testing of a 2,1 kW three phase electric motor for Slewing movement for DCHLB Tokamak/Assembly Hall Cranes.

Markets

Nuclear / Naval / Energy / Oil&gas / Industrial & tower cranes / steel plants / water manage-ment


ISO 9001, UNE 73401 (Quality Assurance in nuclear installations)

132

COMPANY NAME OBEKI ELECTRIC MACHINES ADDRESS C/Barazondo 3, Pol. Ind. Apatta, Apatta Erreka, 20400 Ibarra, SpainWEB www.obeki.comTURNOVER 7 M€ in year 2019 EMPLOYEES 45 in year 2019SME YES CONTACT PERSON Gorka Astarbe Escudero POSITION General Manager PHONE +34 943 67 99 00 EMAIL [email protected]

133

OB

EK

I

Motor supplied within the contract [ITER] F4E-OPE-285 (2016) Supply of Slewing Motor for DCHLB TokamakAssembly Hall Cranes

A set of OBEKI microspeed brake-motors manufactured for a French nuclear power plant


Obuu is a fast-growing SME with 3 main legs, focused on Aerospace, Energy, Railway and Big Science sectors:

-Engineering Services: We’re problem solver engineers, experts in CAD design, FEM analyses, and prototyping. We accompany the customer through all the steps of the Life Cycle of the product, from the idea to the certifications and delivery.

- STOCKWATCH, Logistics Intelligence Cloud Platform: We have an innovative cloud platform for stock optimization, where our clients can link their investment in fixed asset from their maintenance of complex machines (aircraft, train, wind generators, etc) with their systems availability. So they can find the most optimum provisioning strategy, saving money while improving their efficiency.

-R&D: Thanks to our expertise in engineering and software, we are prepared to build very abroad projects linked to Industry 4.0 and IoT, where we put together our data analysis and software implementation capabilities with our material, processes, standards, and mechanics knowledge. Currently we are into several R&D projects related below.


[ITER], December 2019, “IO/19/17922/DAL: Lot 7: VVTS Port Shroud Assembly Tools” – Awarded with this contract with the objective of deliver, from the design to the ma-nufacture, and testing of 3 tools for the assembly of the upper, equatorial and lower port shroud. The main challenge of this contract is to create the most optimal design form the design-to-cost point of view to be able to deliver all the sets within a limited bud-get.

[ITER], 2019, “Assembly Processes, Equipment and Machining Contracts” – We prequalified, as Lead contractors, in consortium with a multinational Company for Lot6 and Lot7

R&D PROJECTS

NEOTEC (CDTI), 2016: National funding program to start the development of a tool for a

134

COMPANY NAME OBUU TECH SLADDRESS Avenida Gregorio Peces-Barba, 1WEB www.obuu.es TURNOVER 220k€ in year 2018 351k€ estimated 2019EMPLOYEES 10 in year 2019SME YES CONTACT PERSON Mario Inglés Esteban POSITION Cofounder PHONE 618 646 255 EMAIL [email protected]

stock optimisation software.

CAM, 2019, TEMACON: Consortium leaded by Airbus and with participation of FIDAMC, IM-DEA, and 3 SMEs. Our work package consists in to create a method to study some physical properties of the largest carbon fibre part manufactured for an aircraft, by studying deforma-tion and other parameters, and later building a tool to process this information automatically.

RIS3 SMEs (Madrid Region), 2019: “Regional funding program to develop a new algorithm for the optimisation of consumables for maintenance stock, in collaboration with the Operational Research department of Universidad Complutense de Madrid”.

DataPitch (UE H2020), 2019: “Develop a new stock optimization algorithm to be applied into the mass production sector with the multinational plastics company Greiner Packaging”.

ESA-BIC (Madrid Region), 2017: Collaboration with European Space Agency to evolve the stock optimisation software into a cloud platform (SaaS).

Airbus Bizlab, 2015: Collaboration with Airbus to optimise the Initial Provisioning Lists (IPL) for Ground Support Equipment.

Renfe TrenLab, 2019: Develop of a stock optimization method into railway maintenance with Spanish national operator Renfe.

General Electric “Digital Industry Progam” 2018: R&D program to integrate the stock optimisa-tion cloud software into their Industry 4.0 and IoT cloud services platform “Predix”.

ALSTOM GrabCAD Challenge, 2018: Challenge winners consisting in the Redesign the Struc-tural Support of the Metropolis Metro Underframe.

Markets

Nuclear / Naval / Aeronautics / Energy / Oil&gas / Railway

135

OB

UU

TE

CH

LiftingTool assembly SBSCC v35

COMPANY ACTIVITIES AND SKILLS: (General Description)

Proactive R&D provides valuable expertise, equipment and leadership in the field of Research and Development.

• High precision mechanics,

• Optomechanics,

• Complex Finite Element Analyses,

• UHV design,

• Cryogenics design,

• System integration,

• Procurement of equipment.

Proactive R&D proposes an extremely flexible and collaborative framework according to the customer’s needs. We can provide from punctual and specific support within one single phase of the project, until full end-to-end -from concept design to final verification of the hardware work-packages.


[UNIVERSIDAD DE SEVILLA] - Supply of a Vacuum Chamber with Temperature Control System form -150° to 200° C (2019)

[ILL] - Supply of a Collimator for Neutros (2019)

[ILL] - Final Design and Procurement of an Optical Bench for the instrument XTremeD (2019)

[ILL] - Final Design and Procurement of an Monochromator Support for the Instrument XTre-meD (2019)

[ESRF] - Supply of a Watter Cooled Optical Mask System for BM18 (2019)

[ESRF] - Supply of Primary Slits Supporting and Aligment System (2019)

136

COMPANY NAME PROACTIVE R&DADDRESS Av. Diagonal, 429, 3rWEB www.proactiverd.comTURNOVER 293.000 in year 2018EMPLOYEES 4 in year 2018SME YESCONTACT PERSON Juan Herranz POSITION Director PHONE +34669556004 EMAIL [email protected]

[ESS BILBAO] - Design and Procurement of 2 Emittance Meter Units for the MEBT of ESS (2018)

[ESRF] - Supply of 2 set of RF Contact Fingers for ESRF-EBS Collimators (2017)

[ESS BILBAO] - Design and Procurement of 2 Emittance Meter Units for the MEBT of ESS (2017)

[ESS BILBAO] - Design and Procurement of 6 Scrapers for the MEBT of ESS (2017)

[ESS BILBAO] - Design and Procurement of 3 Wire Scanners for the MEBT of ESS (2017)

[CAHA] (Centro Astronómico Hispano Alemán)- Supply of the Optical Mount for the Echelle of CARMENES instrument (2017)

[ESRF] - Suppy of a Secondary Slits System for ID 21 (2017)

[CAHA] Instituto de Astrofísica de Canarias - Supply of the Optical Mount for the Fiber Exit Unit of CARMENES instrument (2015)

[ESRF] - Supply of a magnetic field measurement system for the Cryogenic Permanent Mag-net Undulator (CPMU) (2015)

R&D PROJECTS

Development of a Cryo Preparation Unit able to deliver gas nitrogen in a large range of tem-peratures (80 – 180 K) with very high stability (few mK). These two characteristics give this device great versatility in terms of its field of application. This project is funded by the Spanish State Research Agency.

Markets

Science Industry

137

PR

OA

CT

IVE

R&

DIrradiation Chamber for Electronic CNA - SPAIN

High Precision Linear Stage System ALBA Synchrotron - SPAIN

SCRAPERS ESS Bilbao - MEBT-ESS – SWEDEN


Procon Systems is an industrial engineering contractor specialised in process automation, instrumentation and control. We are in the market since 1995 and our headquarters are loca-ted in Badalona (Spain).

The team of Procon Systems is formed by a group of young engineers and technicians with wide expertise and experience. The staff of about 75 employees is composed of 80% of en-gineers and technicians. Procon Systems has adapted its organisation to the growth achieved due to the continued confidence of our customers during the last years.

Our project teams are based on qualified professionals with expertise in various technologies and are responsible for the total integration of the project.

Thanks to the confidence of our customers, PROCON SYSTEMS has consolidated as one of the leading companies in the market, developing its activities both in the domestic and inter-national market. (80% export sales).

PROCON SYSTEMS is a very dynamic company, oriented to the quick utilisation of the last available technologies in the market. The projects developed by the company include a wide range of services for the industry.

The main business areas are the automotive and the big scientific facilities, including the most significant European scientific installations such as CERN, ITER, ESS. ALBA and ESO.

Skills:

- Functional personnel system experts.

- Complete engineering development, fabrication and support services.

- Control system development for different systems (Access Control, HVAC,..


[ITER], Central Safety System – Ocupational Safety (CSS-OS), 2020

138

COMPANY NAME PROCON SYSTEMSADDRESS Arquimedes 26, Badaloan 08918, SpainWEB www.proconsystems.netTURNOVER 16,2 M€ in year 2018EMPLOYEES 75 in year 2018SME YES CONTACT PERSON Mr Daniel Marchante POSITION Big Physics Business Unit Manager PHONE +34 93 460 99 40 EMAIL [email protected]

[ESO], 8-M Coater System Overhaul, 2019

[ALBA], NOTOS Beamline, 2019

[ALBA], LOREA Beamline, 2018

[CERN], SPS Personnel Protection System (PPS), 2017

[ESS], Control System (Process, Infrastructure and Safety) Consultancy, 2017

[CERN], Ventilation Control Systems TDC2 TCC2, 2016

[CERN], HVAC Control System BAF3, 2015

[ALBA], Personnel Safety System (PSS), 2012

[CERN], HVAC Control System Proton Synchrotron (PS), 2012

[ITER], Internal Configuration Guidelines of I&C cubicles, 2010

[ITER], Prototyping Interlock Control System (ICS), 2010

R&D PROJECTS

Ecosistem de Trazabilidad Integral, 2018

PROTOCODAC Technological Demonstration at Prototyping Level of Experimental instru-ments p proin Conventional Control Systems for Advanced Nuclear Facilities, 2015

Markets

Big Physics


ISO 9001

139

PR

OC

ON

SY

ST

EM

S

CERN PPS SPS Test Platform

Procon I&C Cabinets Procon Systems For Iter


RAMEM www.ramem.com provides solutions in the design, manufacture and certification of equi-pment and components for research centers (astronomy and particle physic) and also for Aeros-pace industries.

RAMEM is backed by the expereince and technology acquired since 1958, with the manuctared of more than 20,000 different equipment or components. As a result, we participate in programs such as the: ESRF, RAL, ALBA, CMAM, GRANTECAN, E-ELT, INTERNATIONAL SPACE STA-TION or MARS SCIENCE LABORATORY.

RAMEM is specialized in engineering and manufacturing of short series of parts and prototypes with high precision requirements and complex geometries (mechanized and mechano-welding)

Human Resources: engineers, doctors, and technicians make up a multidisciplinary work force of 45 people.

Software & Hardware Resources: Design and mechanical analysis, Documentation, Machining (CNC and EDM), Welding (TIG, MIG-MAG and laser), Assembly, Dimensional control, Inspection, Proofs and testing.

Quality Assurance: UNE-EN 9100 & UNE-EN ISO 9001


• Vacuum Chamber to allow the electron beam inside the Particle Accelerator Japan - LIPAC - CIEMAT

• Conical Tube, Shielding & Tooling for the Particle Accelerator Japan - LIPAC - CIEMAT

• Mechanical manufacturing and assembly of Subassemblies of the first prototypes of the Supports for the Primary-Mirror Segments of the E-ELT (ESO -in consortium with CESA)

• Mechanical manufacturing and assembly of Subassemblies of the Supports for the Primary-Mirror Segments of the GRANTECAN (IAC -in consortium with CESA)

• Mechanical components of the Rover Environmental Monitoring Station REMS, part of the MARS SCIENCE LABORATORY NASA (Centro de Astrobiología)

140

COMPANY NAME RAMEM S.A.ADDRESS Verano, 9 - 28850 Torrejón de Ardoz – Madrid - SPAINWEB www.ramem.comTURNOVER 3 M€ in year 2019EMPLOYEES 45 in year 2019SME YESCONTACT PERSON Emilio Ramiro Arcas POSITION CEO PHONE +34 914044575 EMAIL [email protected]

• Mechanical components for TRIBOLAB, equipment design for carry out micro-gravitation tribology experiments on INTERNATIONAL SPACE STATION (INTA)

• Manufacturing and assembly of X-Z tables of submicrometric precision for the positioning of quadrupoles, XFEL accelerator (CIEMAT)

• Design, Manufacturing and Assembly of the Primary Slits for Linear Accelerator of CMAM facility (PCM)

• Design, Manufacturing and Assembly of Test Bench for Magnetic Calibrations for the ALBA Synchrotron (CELLS - IFAE)

• Redesign, Manufacturing and Assembly of Polarizer Interchanger for RAL (UK) neutron accelerator (CSIC)

• Miscellaneous equipment for the Spanish beam lines of ESRF (CSIC)

• Design, Manufacturing and Assembly of Robot for Remote Detection of Gamma Radiation for (CIEMAT)

R&D PROJECTS

RAMEM has research lines in innovative manufacturing such as: Laser Welding and Additive Manufacturing

RAMEM participates in R & D projects such as:

* EMA4FLIGHT & VALEMA: Development and VALidation of ElectroMechanical Actuators and Electronic Control Units for Flight Control Systems. H2020 Clean Sky 2, projects references: 738042 & 755615

* HyproCell Development and validation of integrated multiprocess HYbrid PROduction CELLs for rapid individualized laser-based production H2020 project reference 723538, FoF call

* SELENA (CDTI), contract: EXP 00080416 / IDI-20150633, manufacturing of AM parts

* ICARO (CDTI), for the replacement of TIG welding by laser welding in complex aircraft parts

* PROSAVE (CDTI), Advanced Systems for an Airplane More Eco-efficient, development of systems for more ecologic aircrafts

* GANS (Gas Aerosol Nucleation Spectrometer) project funded by Eurostars (2012-2014)

* BUONAPART-E (Better Up-scaling and Optimization of Nanoparticle and Nanostructure Production by Means of Electrical Discharges) project FP7

Markets

Defense / Aeronautics / Space / Energy / Research Centers


ISO 9001, ISO 14001, OASIS International Aerospace Quality Group

141

RA

ME

M

Support for Primary Mirror of GRANTECAN


ROMPAL is an Electronic Manufacturing Services (EMS) company founded in 1972. Since then, it has been focused on the industrial and scientific sector which allows it to respond to production series of short and large units.

Specialized in high technology and quality. First EMS in Spain that assembles SMD in 1985, BGA in 1999 and also PoP (Package on Package) in 2008.

Ability to assemble all existing packages in the market (PoP, Flip-Chip, ...) and also footprint, up to 01005 in passive components.

To achieve the highest quality, Rompal uses SPI, AOI and Rx machines during the production process. Also, the ability to carry out any type of test (boundary scan -JTAG-, test in circuits, functional test ...) to deliver a final device with all the guarantees.

If necessary, there is the possibility of applying a conformal coating and mechanical assembly.


Rompal has callaborated with CERN since about thirty years ago in different projects and contracts. Also in different projects with some Spanish scientific research centers (EURA-TOM-CIEMAT, CSIC, IFIC, University of Valencia, University of Sevilla, Starlab…). Below de-tailed some of them.

Fiber optic drivers for high-speed data transmission of collision results (CERN).

Manufacture of circuits to increase the energy of collisions (CERN).

Detectors to discover the Higgs boson (IFIC/CERN).

Continuous circuit production for experiments and CERN management.

Prototypes of the Control device to develop Rx telescope under the sea (NIKHEF)

DAQ-ROC4SENS for CMS Upgrade (Sevilla University)

142

COMPANY NAME ROMPAL INGENIEROS S.A.U.ADDRESS C/ Montserrat Roig, 23. Pol. Ind. PedrosaWEB www.rompal.esTURNOVER 7,5M€ in year 2018EMPLOYEES 50 in year 2019SME YES CONTACT PERSON Benito García Santos POSITION Sales Manager PHONE +34 93 261 84 20 EMAIL [email protected]

Equipment to track satellites from land to monitor sea level (STARLAB).

R&D PROJECTS

As Rompal’s main activity is focused on EMS, it does not develop R&D projects directly, but it can work side by side to provide advice and guidance during the product design phase, to optimize its industrialization.

Markets

Nuclear / Defense / Automotive / Naval / Aeronautics / Energy / Oil & gas / Telecom / Investigation / Electromedicine


ISO 9001, IPC-610, JEDEC

143

RO

MP

AL

Example of an assembled PCBA Front view of the Rompal facilities

SMD component assembly lines

Main sectors of activity


Since 1974, RYMSA RF (a Sener Aeroespacial brand) specializes its activity in the design, ma-nufacturing and commercializing of RF and microwave components for several applications on the scientific, defense, air traffic control and broadcasting business, providing standard and turkey solutions and services for customers an all five continents.

This experience has been strongly developed over the years leading us to today’s market leadership position, with capabilities to manage each project from conceptual design, through manufacturing to on-site installation and commissioning.

Principal products and solutions: complex RF systems for industrial and scientific applications (as particle accelerators or fusion laboratories), RF components and accessories, complete radiating system for secondary air traffic control radar, complex custom-made broadcasting antenna systems, filters and channel combiners for broadcasting purposes and turnkey bro-adcasting system solutions. Bases its high-value-added competitive position on the control of key technology in the markets in which it operates, allowing it to meet the needs of its custo-mers in an innovative, flexible and cost-efficient way.

RYMSA RF designs & produces equipment for large scientific facilities, such as particle ac-celerators or fusion laboratories, offering a complete high-technology radiofrequency and electrical product portfolio covering all needs both at the level of intake power as well as at working frequency level, including all kinds of accessories. All products are qualified to work under both normal pressurization and vacuum conditions. RYMSA’s organizational structure, 100% focused in engineering is optimal for adapting the final characteristics to the specific needs of each project, allowing a rapid and reliable response to the specific requirements of each client..


[FAIR] Supply of coaxial rigid line components for RF distribution network for FAIR, (2019)

[ESS-ERIC] Supply of coaxial rigid line components for RF distribution network for ESS-ERIC MEBT cavities (2019)

144

COMPANY NAME RYMSA RF, S.L.UADDRESS Crta. Campor Real, km. 2,100, 28500 Arganda del Rey, MadridWEB www.tryo.es/rymsarf/ TURNOVER 9 M€ in year 2018EMPLOYEES 68 in year 2018SME YESCONTACT PERSON Alberto Martínez POSITION Business Development PHONE +34 91 876 06 99 EMAIL [email protected]

[ESS Bilbao] Design and Supply of waveguide components for RF distribution networks for ESS-ERIC RFQ and DTL cavities (2018)

[CERN] Manufacturing, Integration and Cabling of Output Filters and High Frequency (HF) Transformers for converter R2E-LHC (2017)

[GSI] Supply of coaxial rigid line components for RF distribution network for GSI (2017)

[CERN] Several supplies of waveguide and coaxial transmission line components (2017/2018)

[ALBA-CELLS Synchrotron] Supply of a WATRAX (WAveguide TRansition to coaxial to con-nect the RF power source to Storage Ring and Booster cavities of ALBA (2017)

[DIAMOND Light Source] Supply of coaxial rigid line components for RF distribution network for Diamond (2017)

[ITER Organization] Supply of several junction boxes for electrical and control cables in hazard environment (2016).

R&D PROJECTS

[CIEN], [2016], [Aceleradores y Tecnologías asociadas para Grandes Instalaciones Científi-cas]: Design of an advanced low loss high RF power combiner based in a resonant cavity. The combiner will allow adding more than 100 high power RF inputs in one output reducing the insertion losses and maximizing the efficiency beyond the current limits.

Markets

Nuclear / Defense / Energy


ISO 9001

145

RY

MS

A

Manufacturing Premises for RF Waveguide Manufacturing

RF Double Directional Coupler Probe for CERN LHC


Design, fabrication and installation of complex steel structures (plants, modular units, singular structures) and pressure vessels (columns, reactors, heat exchangers) for the Oil & Gas (refi-ning, petrochemical, LNG, offshore and subsea), Power & Energy (generation, power plants) and, in lesser amount, for the Scientific, Government, Civil Construction and Recreation indus-tries.


[NASA / JPL], Supply and installation of two 34m deep space antennas, 2017-2020, Madrid

[NASA / JPL], Supply and installation of two 34m deep space antennas, 2012-2015, Canberra

[NASA / JPL], Supply and installation of one 34m deep space antenna, 2001-2004, Madrid

[IGN], 40m radio telescope (Instituto Geográfico Nacional), 2002-2005, Yebes

[Grantecan], Supply and installation of 10,4m multimirror telescope, 2001-2005, La Palma

[Carnegie Inst], Magellan II Telescope enclosure, fabrication, 1998-1999, Chile

[Carnegie Inst], Magellan I Telescope enclosure, fabrication, 1994-1996, Chile

[NASA / JPL], Supply and installation of one 34m deep space antenna, 1995-1997, Madrid

[NASA / JPL], Supply and installation of one 34m deep space antenna, 1994-1996, Canberra

[CARA], Keck Telescope (California Ass. for Research in Astronomy), 1989, Hawaii

[NASA / JPL], Supply and installation of one 34m deep space antenna, 1986 Goldstone

[NASA / JPL], Supply and installation of one 34m deep space antenna, Madrid

146

COMPANY NAME SCHWARTZ HAUTMONT CONSTRUCCIONES METÁLICAS S.AADDRESS Av. de la Canonja 9, 43480 Vila-seca (Tarragona, SPAIN)WEB www.shcm.esTURNOVER 53,5M€ in year 2018EMPLOYEES circa 500 in year 2018SME NOCONTACT PERSON Josep M. Sans POSITION Project Manager PHONE +34 977390000 EMAIL [email protected]

Markets

Nuclear / Energy / Oi l& gas / Science, Government, Civil Construction, Recreation


ASME, ISO 9001 ISO 14001

147

SC

HW

AR

TZ

HA

UT

MO

NT

Keck telescope shop fabrication GranTeCan installation in La Palma

DNS 34m antenna installation in Australia DSN 34m reflector dish back structure shop fabrication


Scientifica is a company devoted to the development and manufacturing of electronics for the science ans space markets. With experience and technical skills in four main core technolo-gies (Electronics, Signal processing & Control, Precision mechanics and Composite materials & Structures), Scientifica has collaborated with several European scientific facilities and insti-tutions like ISIS, CIEMAT, ESS-Bilbao, ILL, HZB, JET and CERN.

Scientifica has an important activity in the development of radiation detectors in various fields, such as position sensitive neutron detectors for neutron scattering applications and ionization chambers for fusion diagnostics applications.

It is also important its activity in the design and development of electronic systems -analog and digital- for different applications like SiPM readout integrated circuits, diagnostics (fusion and particle physics), motion control and detectors.

In addition, expertise in composite materials leads to a remarkable activity in radiation hard materials and other new materials and parts developed and manufactured for structural and functional purposes in a wide range of applications.


[CIEMAT] Development of an H/D Permeation Sensor for PbLi metal liquid (2019)

[CERN] Development and manufacturing of eMUSIC based readout electronics for the SHIP Timing Detector Prototype (2018)

[ILL] XtremeD (3He trench-MWPC Neutron Detector) Prototype and first modules assembly (2018)

[GTC] Design and supply of control system of the MOS of MEGARA instrument (2017)

[JET] Design and supply of 16 channel Low Noise Transimpedance Amplifier (2016)

[ESS Bilbao] Design and supply of multipixel neutron detector platform (2016)

148

COMPANY NAME SCIENTIFICA INTERNATIONAL, S.L.U.ADDRESS Pol. Ind. Sigma, C/ Xixilion 2 Bajo, Pab.10 - 20870 Elgoibar, Gipuzkoa, SPAIN WEB www.scientifica.esTURNOVER 347 k€ in year 2018EMPLOYEES 6 in year 2018SME YES CONTACT PERSON Mr. José Manuel Núñez POSITION CTO PHONE +34 943 12 72 85 EMAIL [email protected]

[ILL] Manufacturing of 6 CF analyzer’s structures (2012)

[ISIS] Supply of position sensitive neutron detector for PEARL Instrument (2010)

R&D PROJECTS

[IFIC] Development of KS and XS thermal conductive resin (2019)

[CIEMAT] Design of radioconductivity diagnostic system (2014)

[CERN] Design and simulation of a Faraday cup for a beam diagnostic system for HIE ISOLDE (2011)

Markets

Nuclear / Space / Science

149

SC

IEN

TIF

ICA

16 channels Digital Signal Processing System (FPGA)

WLSF Position Sensitive Neutron Detector

EGSE for Sampling Tool Mechanism

eMUSIC SiPM readout miniBoards


Highly specialized in the analysis of radiation transport problem by the use of three-dimensio-nal Monte Carlo tools, mainly MCNP familiy of codes.

Main capabilities in the area of fusion include:

- Design of shielding elements, design of buildings layout for the installation of radiation sources, design of shielding materials for fusion spectrum neutrons

- Analysis of neutron damage, neutron activation, neutron heating and gas production

- Analysis of residual dose at shutdown due to the neutron activation of the shielding materials and of the components near the neutron source. Impact on Waste Management.

- Determination of residual dose maps.

- Licensing of Nuclear and Radioactive Facilities


[Fusion for Energy] Shielding design and residual dose analysis for European TBM (2013)

Design of the shield layout for the European Tritium Breeding Modules intended for installa-tion in Equatorial Port Plug #16 of ITER. Includes the study of the different shielding material options, different layouts for the coolant pipes through the shielding, the calculation of the ac-tivation of the shielding itself and of the surrounding structural elements and of the equipment located nearby and the final calculation of the residual dose after shutdown.

[CIEMAT] Preliminary design of IFMIF beam dump (2016)

Conceptual design of the IFMIF facility defining the thickness of the building walls around and the ceiling over accelerator beam dump. Calculation of dose at operation and after shutdown. Definition of a shielding device to reduce the activation in front of the beam dump opening.

[CIEMAT] Design of local shielding of IFMIF-EVEDAbeam dump (2010)

150

COMPANY NAME SEA Ingenieria y Analisis de Blindajes S.L.ADDRESS Av. Atenas 75, Las Rozas 28232 MadridWEB www.seaingenieria.esTURNOVER 100k€ in year 2018EMPLOYEES 3 in year 2018SME YES CONTACT PERSON Pedro Ortego POSITION Technical Director PHONE +34695183077 EMAIL [email protected]

Analysis of the limiting dose points in the existing facility building (Rokkasho) in order to opti-mize the shielding elements. Design of a new local shielding using a combination of heavy and light materials. Definition of a especial room in front of the beam dump entrance to redfuce the activation of the equipment present in the accelerator vault. Calculation of activation and dose maps around the beam dump.

[CIEMAT] Conceptual Design of shielding and room walls for DONES beam dump (2013)

Design of local shielding, design of neutron attenuation device, analysis of HEBL equipment activation, assessment of walls and ceiling adequacy in building design

[LSC (Canfranc Underground Lab)] Shielding design and licensing as Radioactive Facility (2019)

R&D PROJECTS

[ITER Organisation ] Vitrified B4C (2016)

Development of a shielding material based on boron carbide with the use of a binding made of boron silicate.

Markets

Nuclear

151

SE

A IN

GE

NIE

RÍA

DONES Beam Dump Shielding

Neutron dose around DONES Beam Dump Neutron flux gradient through the TBM shielding


SENER is a private engineering and technology group founded in 1956. It seeks to offer its clients the most advanced technological solutions and enjoys international recognition.

SENER Aeroespacial is the company inside the group for Space, Defense and Science mar-kets with long tradition in mechanical systems and recently in radio-frequency systems with the incorporation of Tryo Group.

In the field of Large Scientific facilities, SENER Aeroespacial is recognized fo r its capability to perform multi-disciplinar projects in opto-mechanics, instrumentation, mechanics, optical electronics and SW and large mobile structures, actuators and control infrastructures.


Astronomy: Mechatronics, optomechanics and structures for Ground and Space telescopes

[ESO] ELT M5 M2 and M3 Cells. Mechanisms for large mirrors (2017)

[IAC/ING] WEAVE Prime Focus Translation System and Optical Corrector (2015 )

[ESO] ALMA radiotelescopes, Amplitude Calibration Robotic Arms: 70 units (2008-2012)

[ESO] VLT GRAAL Main Assembly. Rotator with Adaptative Optics (2007-2010)

[GTC] EMIR instrument DTU & CSU Electronics and Control in cryogenics (2005-2015)

[GTC] M2 Drive System. Hexapod and Tip-tilt mechanism (2000-2005)

[ESA] ARIEL: M2 Mirror Mechanism Cryogenic Actuator (2019 - )

[MICINN/ROSCOSMOS] WSO: Far UV Front End Electronics (2018 - )

[ESA] JUICE: Antenna, Magnetometer Boom and JANUS/GALA Electronics (2016 - )

[ESA] SOLAR ORBITER: Antennas, Booms & Instruments Subsystems, (2010 -18 )

Particle Physics:

[ALBA] X-Ray Mirror Bender with nanometre correction (2014 - 2018)

152

COMPANY NAME SENER AEROESPACIAL S.A. ADDRESS C/ Creu Casas i Sicart, 86-88. Parc de l’Alba. 08290 Cerdanyola del Vallès (Barcelona)WEB www.aerospace.sener TURNOVER 120 M€ in year 2018 (589 M€ for SENER group)EMPLOYEES 700 in year 2018 (2.300 for SENER group)SME NOCONTACT PERSON Joan-Manel Casalta POSITION Science Programs Director PHONE +34 93 227 65 63 EMAIL [email protected]

[CIEMAT] Participation in the design and supply of the L3 experiment for LEP (CERN)

[ESS Bilbao] Studies for ESS preparatory phase and auxiliary equipment (2006-12)

Fusion

[F4E/IO] Micromechanical analysis for the Pre-compresion Rings (2012 - )

[EFDA/ITER] Remote Handling design studies: Cassette Toroidal Mover (2000-2005)

R&D PROJECTS

[INTERNAL FUNDING] Ground Telescopes Mirror Cells actuating systems (2018 - )

[INTERNAL FUNDING] X-Ray mirror Bender detailed design and prototype (2015-2016)

[CDTi/INTERNAL FUNDING] FUSKITE: Tritium recovery experiment Testing (2011-2015)

Markets

Nuclear / Defense / Naval / Aeronautics / Space / Energy / Oil&gas


ISO 9001, ISO 14001

153

SE

NE

R A

ER

OE

SP

AC

IAL

X-Ray Mirror Nanobender

ELT M2-M3 Cell (ESO-L Calçada) WEAVE Focus Translation System


SERTEC is a Spanish company with 22 years of experience. Its main activities are focused in engineering, test and instrumentation of structures, composite materials, tooling and control systems, as well as automation and systems (UAVs, antennas).

Activity is focused in turnkey projects including engineering services as analysis, design, deve-lopment, management and manufacturing of systems, equipment, tooling and non-conventional structures in the following areas: aeronautics, space, defence, simulation, railways, marine, au-tomotive and nuclear.

SERTEC has developed and integrated designs and systems, for companies such as AIRBUS, BOEING, IAI, INDRA, NAVANTIA, TALGO, CAF, CERN and ESA.

Competences have been carried out in product design as well in tooling design. CATIA V5 Ex-perience in PDM and PLM software. (Sprint, Optegra, Primes, Smart team). Mechanical design supported by stress analysis department with NASTRAN, PATRAN, FEMAP, ABAQUS, ANSYS FLUENT, ESA CRACK, ADAMS software.

Experience in programs such as A380, A350, A320 NEO, A400M, C295 and CN235, Arabian High speed train, CERN and ESA deep Space

SERTEC is currently included as main supplier in Airbus commodity for tests, CERN suppliers, ESA, RENFE.

SERTEC also owns automation and mechatronics department for tooling and test benches. In addition Acquainted with 7th FP has been awarded with projects in the Clean Sky project. SERTEC also participates in projects funded by the CDTI (Spanish governmental research and development centre).

SERTEC is currently composed by 40 engineers established in new facilities in Tecnogetafe with 400m2 engineering office. 800m2 industrial plant (assembly and testing).

Quality management system is certified according ISO 9001, EN 9100, ISO 14001 and PECAL 2110/2310.

154

COMPANY NAME SERTEC SLADDRESS Av. Rita Levi Montalcini 14, Parque tecnológico Tecnogetafe 28906 Getafe (Madrid)WEB www.sertec.netTURNOVER 2.5 MM in year 2018EMPLOYEES 40 in year 2018SME YESCONTACT PERSON Pablo Carbellido Ranz POSITION Business Director PHONE +34 663953056 EMAIL [email protected]


[ESA]- X-Band Cryogenic Feed Prototyping. 2015.

[CERN]-Provision of civil engineering works. 2013.

R&D PROJECTS

SPARTAN 2019 AEI CLUSTER Study of Possibilities: Augmented reality as a tool for aeeronau-tic industry.

HUBS TEMACOM 2019 COMUNIDAD DE MADRID Tecnologías para fabricación avanzada en materiales compuestos de nueva generación.

WELTMAP 2019 CLEANSKY Development and evaluation of a manufacturing process for an aircraft composite wheel.

FUSINBUL 2019 CLEANSKY Full scale innovative pressure bulkheads for Regional Aircraft Fuselage barrel on-ground demonstrators.

CIEN AVANWINGLET 2019 CDTI Investigación en tecnologías de fabricación avanzada para la producción competitiva, flexible y eficiente de winglets de material compuesto.

EDA001 2019 EJERCITO DEL AIRE Modernización de remolque con pedestal para video trac-king de blancos aéreos.

FLAP 2018 INTERCONNECTA Fabricación altamente integrada de superficies móviles de ma-terial compuesto.

TANDEM 2018 INTERCONNECTA Desarrollo de tecnologías flexibles para la fabricación adi-tiva de componentes con altos requerimientos basados en composites termoplasticos de fibra continua.

CENER 2018 Suministro de sistema de actuación para ensayo de torre de aerogenerador.

CMT001 2018 CIEMAT - Liquid metal divertor design.

CMT002 2018 CIEMAT - DONES systems alligment study.

CMT003 2018 CIEMAT - Design and calculation of the deployable robotic system for TIR.

HELIODRON 2017 AGENCIA ESTATAL INVESTIGACION - FEDER Desarrollo de un avión solar remotamente pilotado para misiones de vigilancia.

Markets

Nuclear / Defense / Automotiv / Naval / Aeronautics / Space / Energy

155

SE

RT

EC


Seven Solutions (www.sevensols.com) is the global leader in ultra-accurate and deterministic time transfer and frequency distribution for industrial and scientific applications. The company participates from early stages in diverse scientific infrastructures (particle accelerators and distributed radio-astronomy facilities) in Time and Synchronization, as well as frequency dis-tribution.

Seven Solutions participates in different High Energy Physics facilities addressing mainly developments related to LLRF and BPMs in particle accelerators.

For over ten years, Seven Solutions has worked successfully in cutting-edge projects from different sectors such as telecommunications, smart-grid, space, defense and scientific faci-lities (e.g. particle accelerators and radio-telescopes). More recently involved in Fintech and datacenters

Usually, Seven Solutions focus its R&D efforts in the Big Science Market.


[GSI], 2019, REFERENCENO.0150009958: Supply of hardware products

[F4E], 2018, F4E-OFC-0935: IFMIF

[F4E], 2018, F4E-OFC-0889: IFMIF

[CERN], 2018, DO-30856: Supply of hardware products

[CERN], 2018, DO-30550: Provision of Electronics Engineering Consultancy Services

R&D PROJECTS

Innoglobal, 2017, White Rabbit Switch high reliability interoperability: https://sevensols.com/

156

COMPANY NAME SEVEN SOLUTIONSADDRESS Calle Periodista Rafael Gomez Montero 2, CETIC-UGR 13, 18014, Granada, SpainWEB https://sevensols.com/TURNOVER 2.500.000€ in year 2018EMPLOYEES 42 in year 2019SME YES CONTACT PERSON Trinidad García Fernández POSITION R&D Department PHONE +34 958285024 EMAIL [email protected]

index.php/projects/innoglobal/

H2020-EMPIR, 2018, WRITE: White Rabbit for Industrial Timing Enhancement https://seven-sols.com/index.php/projects/write/

H2020, 2017, CLONETS: https://sevensols.com/index.php/projects/clonets/

Innoglobal, 2018, TSN_4S: TSN-based deterministic networks for RF systems https://seven-sols.com/index.php/projects/tsn4s/

Markets

Space / Energy


ISO 9001, ISO 14001

157

SE

VE

N S

OLU

TIO

NS

E-ELT M5FU Conceptual Design and Demonstrator (Credits ESO)

White Rabbit switch v 3.4White Rabbit Zynq Embedded Node Time Provider


SUPRASYS is a technology-based company with wide expertise in the fields of cryogenics, vacuum and superconductivity. Its capacities are focused in the multiphysics analysis, electro-magnetic systems and laboratory instrumentation and testing.

It is oriented to give support in technical challenging projects to Large Scientific Facilities, Universities, Research Institutes and Enterprises for Big Science Industry. SUPRASYS also gives support for the whole process of technological solutions developments.


[CIEMAT] Technical support for the definition of an assembly process for the MCBXF magnet (2019)

Technical support in the manufacturing of an orbit corrector prototype for the “HiLumi HL-LHC”. Aim is to guarantee the assembly process and developing detailed tooling to complete eventually the assembly.

[UKAEA] Superconducting magnet feasibility study (2018)

Aim was to analyse the superconducting magnet feasibility for a large-scale fusion test bench: MTF (Module Test Facility), renamed as CHIMERA. The test rig can apply a static field of 4 T together with an orthogonal collapsing field of 0.5 T decreasing at 20 T/s in a volume of approximately 600 mm x 600 mm x 1600 mm; simulating plasma disruptions and Vertical Displacement Events.

[Final user: STFC; Contractor: ANTEC] Technical support for the modifications in a dipole for CLARA linear accelerator, ANTEC (2018)

Calculation and evaluation of a design modification in a dipole for the linear accelerator CLA-RA (Daresbury, UK).

[Final user: University of Malaga; Contractor: The Vacuum Projects] Technical support for the development of a Mars atmosphere simulation chamber (2018)

SUPRASYS participated in the thermal and structural analysis, supporting in the definition of

158

COMPANY NAME SUPRASYS S.L.ADDRESS Av. Lehendakari Aguirre, 11, 7º Dpto. 7. 48014, Bilbao -Spain-WEB www.suprasys.esTURNOVER 165,827.64 € in year 2018EMPLOYEES 3 in year 2018SME YES CONTACT PERSON Santiago Sanz Castillo POSITION Chief Technology Officer (CTO) PHONE +34 946 85 58 37 EMAIL [email protected]

some critical components.

R&D PROJECTS

[Final user CERN, CIEMAT, CEA, NCBJ; Contractor ANTEC] Technical support for QUACO Phase II (2017)

The QUACO project is part of the interaction regions magnets in HiLumi-LHC. The scope is to procure 2 pilot magnets (Q4) of 3.8 m with two 90 mm apertures, integrated gradient of 440 T with 120 T/m in the transverse plane, at 1.9 K for the matching sections.

Project has been developing in three phases: conceptual, detailed design and prototype manu-facturing. SUPRASYS gave support during the Phase II, including:

-Magnet conceptual and detailed design

-Multiphysics FEM simulations including structural and EM analysis

-Mock-up design and testing

The 2D and 3D static non-linear EM simulations were conducted with ANSYS APDL. The EM forces were calculated and coupled to the structural analysis.

Markets

Nuclear / Defense / Naval / Energy / Railways


ISO 9001

159

SU

PR

AS

YS

3D FEM model of a Mars atmosphere simulation chamber

Mechanical simulation of a first of a kind double aperture superconducting

quadrupole

EM simulation of the transient effects on superconducting coils after rapid discharge in a magnetic test bench

Single aperture superconducting quadrupole magnet mock-up after testing

at 77 K


TECNALIA (www.tecnalia.com) is the product of the merger in 2010 of eight technology cen-tres, some of which had up to 55 years of history. Currently it is one of the most important private applied research centres in Spain and Europe.

TECNALIA offers products and technological solutions for scientific Infrastructures and Science Industry in the following areas:

Construction and Environment

- Support the design of new facilities and physic infrastructure (locations selection, environmental design for the facilities,mobility impact, best environmental practices).

- Contribution to the civil work of singular features.

- Infrastructure management, control and maintenance.

Energy Efficiency

- Design and development of power electronics equipment.

- Control systems for power converters, and IGBT’s.

- Superconductivity: magnets, motors, cryogenics …

Advanced Materials and Processes

- Development of new materials and their characterization in extreme conditions.

- Heat treatments and surface coatings and conservation.

- Welding process (brazing, soldering).

Control, data access, communication and remote handling

- Autonomous navigation systems.

- Handling systems based on parallel kinematics.for Remote handling.

- Complex data analysis and knowledge management: Data acquisition &.Data Mining.

160

COMPANY NAME Fundación Tecnalia Research & Innovation (TECNALIA)ADDRESS Parque Tecnológico de Bizkaia, c/Geldo, Edificio 700, BizkaiaWEB www.tecnalia.comTURNOVER 110.000.000 in year 2018EMPLOYEES 1407 in year 2018SME NOCONTACT PERSON Hugo Martínez de Lahidalga Fernández POSITION Desarrollo de Negocio IdC PHONE +34 664 359 613 EMAIL [email protected]

Testing and Certification

- Testing and Certification of electrical equipment.

- Assessment of materials and components behaviour against corrosion phenomena, stress, fatigue, etc.

- Conformity evaluation of electrical equipment, diagnosis and maintenance of equipment in facilities and supplier qualification.

- Chemical characterization, metallurgical and mechanical.

- NDT (Non Destructive Test) and special test.


[F4E], F4E-OFC-618, Provision of destructive and non-destructive testing of materials at room and elevated temperatures, 2016

[CERN], IT-4191/TE/HL-LHC, Quadrupole Corrector First-of-a- kind for HL-LHC (QUACO Pre-commercial Procurement), 2016

[ECMWF] Copernicus_C3S_52, Evaluation and Quality Control Function for the Sectoral In-formation Systems, 2015

R&D PROJECTS

Role Acronym Title ID Programme Start date

Coord SIDER Radiation shielding of composite space enclosures

262746 FP7-SPACE 01/12/2010

Coord SMARTEES Multifunctional components for agressive enviroments in space applications

262749 FP7-SPACE 01/01/2011

Coord ROV-E LIGHTWEIGHT TECHNOLO-GIES FOR EXPLORATION RO-VERS

262744 FP7-SPACE 01/01/2011

Part HarmLES Dry lubricated Harmonic Drives for space applications

263162 FP7-SPACE 01/06/2011

Markets

Nuclear / Defense / Naval / Energy / Railways


ISO 9001

161

TE

CN

ALI

A

Vacuum tank in the laboratory for advanced surfaces


Tecnatom was set up in 1957 as a Spanish engineering company specialized in guaranteeing the operation and maintenance of nuclear power plants to the highest levels of safety.

The company supplies services and products with a high technological content, frequently de-signed and developed in-house, tailored to the needs and requirements of different clients and markets, in the following areas: Inspection Services, Training, Long-term Operation, Operation Support, Simulation Services, Control Rooms, Fuel Inspection, Component Engineering, Testing Service, Emergency Management, Decommissioning and Plant operation.

Nowadays, Tecnatom is an international business group with subsidiaries in USA, France, China, Brazil and Mexico, carrying out project in more than 40 countries worldwide. The Company has adapted its technological capabilities to a very demanding environment, contributing with innova-tive solutions to the global energy challenge.

Among the main activities, Tecnatom has been involved in the European Fusion programme (spe-cially in ITER) providing support in the field of Non Destructive Testing, Remote Handling, Robo-tics activities, Nuclear Safety and Simulation of processes.

The main contracts related to GICs are listed below.


[ITER/DEMO]:

- Qualification of ultrasonic inspection procedures for the inspection of welds in the fabrica-tion of Vacuum Vessel and fabrication of mechanical scanners (contract F4E-2010-OPE-068, ITER/12/4300000724, contract IO/CT/19/4300002015), Toroidal Field Coil Cases closure welds (contract F4E-OPE-414), pre-compression rings fabricated in glass fibber (contract ITER-F4E-OPE-345), first wall panels (inspection of elements of the first prototype).

- Structural Design Criteria for the Lip Welded Seals refinement and validation (IO/CT/19/4300002047).

- Development of ultrasonic and visual testing inspection procedures for DEMO (contract

162

COMPANY NAME TECNATOM, S.A.ADDRESS Avda. Montes de Oca, 1, 28703-San Sebastián de los Reyes, MadridWEB www.tecnatom.esTURNOVER 101.224.112 € in year 2018EMPLOYEES 727 in year 2018SME NOCONTACT PERSON María Del Carmen Pérez Melguizo POSITION R&D PROJECTS PHONE (+34) 916598659 EMAIL [email protected]

WPRM-AWP2015-RM-5-1-3-T00).

-[ITER-NBI]: RH Studies and interfaces (subcontracted by CIEMAT). 2007-2008.

-[ITER]: Workshop on Safety Culture Campaign. Safety Culture Survey (contract IO/CT/4300000993).

- Development of UT Inspection techniques to assess the integrity of Divertor Joints. Subcon-tracted by CIEMAT.

- Feasibility studies: automatic inspection of ITER Vacuum Vessel welds (TW6-TVV-HPRIB) (subcontracted by Iberinco). Analysis and Design of the feasibility of the components mainte-nance of the neutral beam injector (subcontracted by CIEMAT).

R&D PROJECTS

-Advanced manufacturing technology for science industry. Application in the field of fusion (FUSION TECHNOLOGIES). National research project, funded by CDTI. EXP 00081275 / IDI-20151084.

Markets

Nuclear / Defense / Aeronautics / Space / Energy / Oil&gas


ASME, ISO 9001, ISO 14001, CEFRI, ISO 17025, INPO, EPRI

163

TE

CN

ATO

MCMT Power Plants Monitoring Centre

Qualification of UT inspection procedures for precompression

rings (ITER)

Qualification of UT inspection procedures for Vacuum Vessel

welds (ITER)

SOUL Knowledge management and learning platform

UT inspection of First Wall Pannels prototypes (ITER)


Key Research Facilities, Infrastructure and Equipment:

TECNOBIT is an advanced engineering company focused on Aerospace & Defence markets with a high technological content. The company was founded in 1976 and began working with the Ministry of Defence in 1983. TECNOBIT has two work centers. The main headquarters and commercial offices are in Madrid while most of the design, development and manufacturing is carried out at its Valdepeñas facility 200 Km south of Madrid.

TECNOBIT has decades of experience managing and providing state of the art solutions for many of the larger and complex European programs as Eurofighter, Airbus A-400M, etc. The company is currently divided in two main areas of activity. Around these two areas, TECNOBIT develops and manufacture a wide range of electronics equipment and solutions for several mar-kets and lot of national and international customers.

Aerospace:

• Space. Flight equipment for electronic processing, communications, crypto, and Ground segment activities as for Galileo PRS (Security Module developer and manufacturer).

• Avionic Systems. Flight (critical and not critical) and ground support equipment for several platforms (mainly for Airbus Defense and Space, but also for Lockheed Martin, etc.).

Defence and Security:

• Optronics systems. Both IR cameras and Electro-Optical platforms (equipment and algorithms).

• Tactical and Crypto Communications. Multilink Processor, Crypto Systems and Key Management Systems.

• Tactical Datalinks and Crypto Systems.

• Tactical Simulators.


[INTA] National infrastructure for Galileo PRS Receivers management (ESPRES project), 2019

164

COMPANY NAME TECNOBIT S.L.U. ADDRESS C/ Marie Curie, 19 28521 Rivas-Vaciamadrid (Madrid) SpainWEB grupooesia.com/ingenieria-tecnobit/TURNOVER 47.120.000€ in year 2018EMPLOYEES 371 in year 2018SME NOCONTACT PERSON Juan Carlos Castellanos POSITION Business Development Manager PHONE +34 91 661 71 61 EMAIL [email protected]

R&D PROJECTS

• Development of the inhibit sequence LTE: It consists of developing an inhibit sequence of LTE with more efficient methods as the ones based on sweeping.

• Demonstrator of Unmanned Aerial Vehicle (UAV) inhibitor: Prototyping of a technological demonstrator of an inhibit system for UAV, by reusing off-the-shelf designs and products of Tecnobit.

• TMS-DEF+: Improvement of the MINISDEF mobile communication system by introducing confidential, secure voice enhancements as well as gateway between secure and unsecure calls.

• High Power Inhibitor: Industrialization of a frequency inhibitor system for use in jail environments, by bringing technologies developed for the Sparta inhibitors.

• CASTOR-3F420 (HDL y HR) (T-9038): Developments for Tecnobit’s optronic products

• ADDED FUNCTIONALITIES FOR IRST: Enhancements applied to the IR Search and Tracking system of Tecnobit.

• Engine 8x8: Development of the Engine 8x8 PN MIC-STD Development of a new PN for Airbus.

• Displays V8x8: Development of the Displays for the V8x8 vehicle.

• VLAD (VMF Link Advanced Demonstrator): Development of a link for tactical mission co-ordination between two units.

• PRS GALILEO IDI - GPS RECEIVER SECURITY MODULE: Demonstrator of a security module for the Galileo PRS receiver.

• EBOX Development of the advanced avionics on-board a general purpose smallsat.

• Free Space Optics: Development of electronic assemblies for Free Space L.aser communications in Low Earth Orbit

Markets

Defense / Naval / Aeronautics / Space


ISO 9001, ISO 14001, EN9100, EN9110, PECA, AQAP-2110/2310

165

TE

CN

OB

IT

Eurofighter FLIR AIRBUS A400-M AMS


TEKNIKER is a technological centre and legally constituted as a private not-for-profit Foun-dation. Its mission is to help industry sector to increase its innovative capacity by means of generating and applying technology and knowledge to compete.

The activity is carried out by 284 highly trained and committed people, of which 20% hold a PhD degree people in its personnel, 50% show MsC, engineering or equivalent long-course degrees, being the rest technicians, short-course degree holders and trainees (dates 2018).

TEKNIKER likes to define itself as a Mechatronics and Manufacturing Technologies centre. In a commonly accepted terminology, TEKNIKER is a manufacturing or industrial production and design centre. It mainly specialises in

- Design and Manufacturing of advanced mechatronic products.

- Advanced calculations and simulations. Control and automation.

- Process knowledge on a wide range of manufacturing technologies: Chip removal processes (milling, turning, drilling, WEDM, penetration EDM, high speed machining, laser machining, ultrasonic assisted machining, micro-machining, ultraprecision process etc.), laser welding etc.

- Technologies of information, control, automation, electronics and autonomous systems.

- Thin layer deposition by PVD, micro-nano engineering of layers, design, development and characterization of thin layers etc.

- Solving problems related to friction, wear and lubrication

- High precision, miniaturisation and micro/nanotechnologies.

On a different, on manufacturing level, offered activities and technologies include: System regulation and control (machine tools, chemical plants, wind energy, actuators, converters), automation of processes and means, magnetic levitation, electronics (wireless communica-tions, plug and play devices, power harvesting), information systems (data mining, artificial intelligence, health monitoring, diagnostics and prediction, semantics), cognitive systems (2D and 3D vision, image processing, positioning and navigation, human-machine interaction).

166

COMPANY NAME TEKNIKERADDRESS C/ Iñaki Goenaga 5. 20600 Eibar, GipuzkoaWEB www.tekniker.esTURNOVER 26,2 M€ in year 2018EMPLOYEES 284 in year 2018SME R&D CenterCONTACT PERSON Luis Uriarte Ibarrola POSITION Deputy General Manager PHONE 648 12 27 84 EMAIL [email protected]

All this is offered as a complete solution to the customer: From the innovative idea to a high added value product, including the integration of heterogeneous technologies (optics, mecha-nics, nanotechnologies, materials) into a single solution in order to develop advanced solutions, up to the product design and industrial-scale production.


[ESS]: Ion Source Test Stand (2010-12), Remote Clamp UHV. Test stand and Accessories (2019-20), 660kVA Modulator Elevation System (2019).

[F4E-ITER]: Divertor, Multilink inspection tool (2018-19). Development of the “First Wall Panels” (2010). Safety systems for decanning and cutting of the fingers in FWP prototypes (2016).

[ILL]: Institute Laue Langevin-neutrons for science (France): IN8C line elements: neutron mo-nochromator, analyser and collimator (2000). IN1 – TAS/LAGRANGE: spectrometer, analyser, vacuum chambers, instrument base, collimators, beryllium support, protections (2010). Detec-tor chamber for D1b (2010). XtremeD monochromator shielding (2018-20)

[ISIS]: Neutron and Muon Source (UK): MARI neutrons transmission monitor (2006). Vacuum Tank for the LET Spectrometer, inner shielding (2008). WISH Instrument: sample tank, transi-tion chamber, supporting structures (2008). FETS project: Beam Stop (2010)

[CERN]: Organisation Européenne Pour La Recherche Nucléaire. DTs for LINAC4 (2010)

[GTC] (Canary Islands Great Telescope): Nasmyth Rotators (2002) and Simulation and calcu-lation of the Telescope structure (2002).

[LSST] (Large Synoptic Survey Telescope) (2015-20): Control and safety systems. Connec-tion with the general system of the observatory. Interlock safety system. Drive and control of the azimuth cables rotator. Camera cable wrap rotator. M1 and M3 mirror covers. Large scale metrology.

R&D PROJECTS

LINAC-7: Technologies for the development of compact particle accelerators. (Basque Gover-nment / ELKARTEK-2018-20)

IKERTU: Linear compact particle accelerator. (Basque Government / HAZITEK-2018-21)

NIZE: Neutroi ikerketarako zientzia ekipamendua – neutron science research equipment (Bas-que Government / HAZITEK-2018-19)

Markets

Defense / Automotiv / Aeronautics / Space / Energy / Bio-medicine, Infraestructures, Machine Toll and Manufacturing, e-Health


ISO 9001, UNE 166002:2014

167

TE

KN

IKE

R

LSST validation of the design, manufacturing and mounting of

camera cable rotation


Teknoservice is a 100% Spanish owned company with more than 28 years of experience in the new technologies sector. We provide comprehensive solutions while taking great care to ensure the quality and excellence of our services.

The fact that we have become a benchmark company for the ICT sector, and the high standard services that our team provides to each of our customers are testimony of our position as market leader. Under our TTL brand, we use cutting edge technology to produce a wide range of profes-sional desktop computers, laptops, tablets, workstations, servers and massive storage enclosures. Our products are constantly monitored and updated by the engineering and networking labora-tory, which manages the R&D projects. Every single one of our products is tested thoughtfully during at least 8 hours. Our broad IT solutions portfolio includes our own developed tailored operating system TTLOS and desktop & applications virtualization TTLVD.

Teknoservice ‘s comprehensive technology maintenance service and our worldwide authorized service centers network allow our IT equipment and solutions to be kept up to date and opera-tional at all times.

Teknoservice is the only Spanish CERN supplier for servers, massive storage systems, high per-formance desktop PCs, and the only one provider of NUCs computers for CERN to date.

Teknoservice is a company committed to the society and environment, having multiple certifica-tions guarantying its compromise. It also contributes with various cultural associations and enti-ties. Our strong position in favor of quality and professional products is in our DNA. We developed a work methodology that distinguish us from others, offering an unprecedented level of perso-nalization while covering all the requisites of our clients. This work model gives to Teknoservice a very high level of loyalty from its clients.

As an example of our commitment with research community, we signed a contract with CIEMAT and Seville University at the end of 2019. This contract formalizes the technological and scientific collaboration between the three parts to face current and future R&D projects.


[CSIC] (Scientific Investigations Superior Council) Several contracts of Computers, Monitors, Ta-

168

COMPANY NAME TEKNOSERVICE S.L.ADDRESS Avda. Albaida 1, P.I. PIBO Bollullos de la Mitación (Sevilla), SpainWEB www.teknoservice.esTURNOVER 20,8 M€ in year 2019EMPLOYEES 120 in year 2019SME YES CONTACT PERSON Alejandro González Iglesias POSITION R&D Manager PHONE +34 689 611 488 EMAIL [email protected]

blets, Audiovisual Systems, Storage Arrays, and Servers (since 2011 to the present)

[ALTER TECHNOLOGY] Several contracts of Computers, Laptops, Monitors, Switches, SAIs, Sto-rage Arrays, and Servers (since 2013 to the present)

[AGQ TECHNOLOGICAL CORPORATE] Several contracts of Computers, Laptops, Monitors and Storage Components (since 2019 to the present)

[CERN], DO-30931/IT, 340 Ultracompact high performance NUC Computers (2018)

[CERN], IT-4350/IT, 92 (23 quad) CPU Servers for Physics Data Processing (2017)

[CERN], IT-4299-IT, 1000 High Performance Computers (2017)

R&D PROJECTS

TTLOS: is a GNU/Linux based system tailored to our clients’ needs with a focus on embedded devices and thin clients. It is extremely lightweight and modular and features a complete ecosystem. This Operating System is not base under any other Linux Distribution, is working on more than 40.000 machines used by the biggest public and private companies in our country. This project was proposed to participate in CERN’s OpenLAB. One of the main values for this product is its security: With a very low attack surface, and high frequency updates.

TTLVD: is a VDI and IaaS system inspired by the same philosophy behind our TTL O.S. project: very lightweight and highly customizable solution. This is how this system distinguishes itself from others: Highly available from the start, agent/client less, lightweight, GPU Accelerated. As TTL O.S. every single aspect of the product is minded with security: Any communication is secured by high quality TLS encryption. Currently, this solution is implemented and working in six High Resolution Hospital placed in differences zones of Andalusian geography and it is being certificated for his installation in the biggest health organization in Spain.

Panoramik: is a complete solution to support “good management” legislations. Capable of streaming multiple sources, 180º HD video recording and with one button operation, scheduled recordings, and plays well with the audio systems that are already in place.

IA Based Storage Failure Prediction: currently we are developing a solution fo-cused in storage array device failure prediction. This project involves the Seville University (https://www.us.es/) and CIEMAT (http://www.ciemat.es/) in a close industrial researching collaboration. The main function of this solution is to predict the failures of storage devices using artificial intelligence with enough time to re-place it and avoid data loss. Once finished, this solution will be included in our TTL storage arrays, giving to our customers an added value whit our hardware.

Markets

Defense / Automotiv / Aeronautics / Space / Energy / Biomedicine, Infraes-tructures, Machine Toll and Manufacturing, e-Health


ISO 9001, UNE 166002:2014

169

TE

KN

OS

ER

VIC

E


Thales Alenia Space Spain is the country’s leading space company in export markets, with over 28 years of experience in the design, development and sale of advanced space systems and equipment. The company has contributed to more than 500 satellites, space probes and vehicles used in telecommunications, Earth observation, science, exploration, navigation and orbital infrastructure missions. Investing some 12% of sales in R&D, Thales Alenia Space Spain offers a wide range of solutions spanning the design and integration of payloads and subsystems for telecommunications, data transmission and TT&C (tracking, telemetry and command), optical observation instruments, radiofrequency equipment, data processing and digital electronics, and network management systems for the ground segment.

Thales Alenia Space Spain has a solid background in designing, manufacturing and testing critical systems for space applications devised to survive the harsh thermal and radiation envi-ronment of outer space and planetary missions. This background comprises a deep knowled-ge of the effects of radiation on electronic components as well as RAMS assessments for data processing and robotic systems.


[NASA]-WFIRST TT&C Transponders for NASA’s Next Generation Space Telescope-2019

[CNES]-STFO Fiber Optic infrastructure for remote access to satellite on the Guyana Launch Center-2018

[ESA]-Euclid Dark Energy Space Observatory: Data Transmission and TT&C Subsystem-2018

[IAA]-Main Electronics Unit (MEU) For the Plato Mission Instrument (ESA)-2017

[ESA]- ExoMars Rover Actuator Drive Electronics -2016

[ESA]- Scallable Sensor Data Processor (SSDP) Development of a rad hard MPSoC chip for sensor data processing-2016

[ESA] – Sentinel 3 satellite Radiation Analysis Responsible-2015

[ESA]-JUICE Mission to Jupiter : Radiation and Charging Analysis for B2 phase – 2015

170

COMPANY NAME THALES ALENIA SPACE ESPAÑA, S.A.ADDRESS Einstein 7, 28760, Tres Cantos (SPAIN)WEB www.thalesaleniaspace.comTURNOVER 77M€ in year 2018EMPLOYEES 300 in year 2018SME NOCONTACT PERSON Ángel Álvaro POSITION R&D Manager PHONE +34 91 807 79 77 EMAIL [email protected]

R&D PROJECTS

H2020-SEPHY: Radiation Characterization of a SPACE ETHERNET PHYSICAL LAYER TRANSCEIVER-2018

H2020-VEGAS: Verification and Radiation Tests of High Capacity European FPGA-2017

H2020-CERBERO: Cross-layER multi-oBjective design EnviROnment for critical cyberphysi-cal systems-2017

ECSEL-AQUAS: Aggregated Quality Assurance for Systems-2017

H2020-I3DS: Integrated 3D Sensors suite-2017

Markets

Defense / Automotiv / Aeronautics / Space / Energy / Biomedicine, Infraestructures, Machi-ne Toll and Manufacturing, e-Health


ISO 9001, UNE 166002:2014

171

TH

ALE

S A

LEN

IA

Thales Alenia Space España has a complete 1700m2 ISO 8 cleanroom for manufacturing and test

Thales Alenia Space España Optical Laboratory (ISO5) for instrument integration and test

Thales Alenia Space España premises in Tres Cantos, Madrid


Thermal Vacuum Projects (TVP) is a company supported by a professional experience of more than 20 years in the field of high vacuum, UHV and cryogenic technology, specialized in design, manufacturing, assembly, testing and integration of systems, developing projects for different Big Science laboratories.

Since its foundation in 2006, TVP has participated in projects with main National and Inter-national Research Centers such as CERN, ESO, ESA, ESRF, ALBA, CIEMAT, CSIC or INTA, being a well-recognized company in these R&D centers.

TVP has all capabilities from design to machining, welding and testing for the delivery of tai-lored solutions. This, added to the expertise achieved in all these years, makes TVP a reliable partner for developing state-of-the-art vacuum and cryogenics systems.


[INTA] High Power Vacuum Chamber (2018)

[ESO] FIAT Vacuum Vessel (2017)

[ILL] XtremeD Detector vessel (2017)

[CERN] HIE ISOLDE Diagnostic Boxes (2016)

[ALBA] Supply of Front end for experimental line 20-LOREA (Part 2 Mobile Masks) (2016)

[ESS-Bilbao] Manufacturing of three resonant cavities BUNCHER for MEBT (2016)

[IAC] Manufacturing and supply of a cryostat for Testing Infrared Detectors (2016)

[CERN] Helium Vessel Cryostat (2015)

[IAC] QUIJOTE FGI (2014)

[LPI (Uni. Valencia)] Supply, manufacturing and assembly of mechanical structure (EM), colli-mator (C) and passive shield (EP) for instrument MXGS of mission ASIM (2014)

[INTA] Cryostat for Testing 50kg samples to 4 K (2013)

172

COMPANY NAME THERMAL VACUUM-PROJECTS, S.L.U.ADDRESS Parc Empresarial Tactica, Carrer dels Velluters 17 46988 Paterna (Valencia) SpainWEB www.vacuum-projects.netTURNOVER 1,1 M€ in year 2017EMPLOYEES 12 in year 2017SME YES CONTACT PERSON Mr. David Gutiérrez POSITION CTO PHONE 34 961 344 831 EMAIL [email protected]

[CNA] Sample holder with remote control (RADLAB) (2012)

[CIEMAT] Supply and manufacturing of 105 units set of superconducting magnets for main lineal accelerator of European XFEL (2011-2015)

[ESO] Helium Lines for ALMA (2011)

[IFIC (CSIC-UV)] Beam Position Monitor Prototype (2010)

[IAC] Cryostat and Optical Bench for EMIR instrument for Gran Telescopio Canarias (GRAN-TECAN) (2008-2012)

R&D PROJECTS

[IFIC UV-CSIC] Development of a prototype Stripline Kicker or the Clic Damping Ring at CERN (2010)

Markets



ISO 9001, UNE 166002:2014

173

TH

ER

MA

L V

AC

UU

M-P

RO

JET

S

[CIEMAT] Set of superconducting magnets for main lineal accelerator of European XFEL, 2011-2015.

[CIEMAT] Set of superconducting magnets for main lineal accelerator of

European XFEL, 2011-2015.


The Services TSK provides are the design, procurement, construction, commissioning, ope-ration and maintenance of Power Plants (both conventional, renewable energy and hybrid power plants), Electrical Substations, Power Transmission and Distributions Systems, and all kind of Industrial Facilities (cement, food, material handling, and process lines), O&G, Waste to Energy, Material Handling facilities and Environmental projects.

TSK is a pioneer in Power Generation through hybridization, with references in plants that combine photovoltaic energy with diesel and electrical storage, integrated solar combined cycles or PV + CSP + thermal energy storage + electrical energy storage. TSK is also a pioneer technology company in energy storage solutions at utilities scale with high availability and fast response.

TSK has sucessfully executed more than 150 EPC projects in more than 50 countries in Afri-ca, America, Asia and Europe.


[KISR] / Shagaya Solar Thermal Plant / Year 2019

[KISR] / Shagaya Photovoltaic Plant / Year 2017

[TSK] / La Africana Solar Thermal Plant / Year 2012

[ESO] / ALMA 17 MW Multifuel power Plant / Year 2011

R&D PROJECTS

SIGMA, Rejection estimator in a collector’s assembly line of a CSP plant. On-line monitoring of the mounting errors. IDEPA (Regional level)

HIDRA, Development of an automatic hydraulic system in case of emergency that replace a UPS for CSP collectors. IDEPA (Regional level)

SOLIZA, Operation strategies optimization of CSP plants to maximize the energy production Ministery of economy (National level)

174

COMPANY NAME TSK ELECTRÓNICA Y ELECTRICIDAD, S.A.ADDRESS Ada Byron, 220 / 33203-GijónWEB www.grupotsk.comTURNOVER 1.100 M€ in year 2018EMPLOYEES 1.072 in year 2018SME NOCONTACT PERSON Jaime González POSITION Business Development Manager PHONE +34 984 49 55 00 EMAIL [email protected]

SHALTER, New hybrid system PV-CSP with thermal energy storage. CDTI (National level)

BELENOS, Development of an efficient salt heater for PV-CSP hybrid plants. CDTI (Natio-nal level)

BISOLARRAIL, Development of bimetallic storage tanks for high temperatures. IDEPA (Re-gional level)

SOLWARIS, Solving Water Issues for CSP plants. H2020 (European level)

SIMON, Market introduction of a new Heat Transfer Fluid based on silicon for CSP plants. Solar-era.net (European level)

HPS-2, Pilot CSP plant with molten salts as Heat Transfer Fluid. German ministry of economy an energy (National level)

CAPTure, Competitive Solar power towers with air as Heat Transfer Fluid. H2020 (European level)

SolFieOpt, Development of algorithms to optimize the solar field layout in tower CSP plants. Solar-era.net (European level)

CSP-FoSyS, Weather forecast system for CSP plants. ESA (European level)

Wobas, Irradiation nowcasting for CSP plants. German ministry of economy an energy (Natio-nal level)

Markets



ISO 9001, UNE 166002:2014

175

TS

K

ALMA Multifuel Power Plant (2011)

ALMA Multifuel Power Plant (2011)

Sistema Almacenamiento Térmico de Energía en Central Termosolar


TTI is a high technology innovative company in Radiofrequency and Antennas and Ground Sta-tions. TTI works in the technological forefronts of telecom, radio-astronomy, aerospace, defence and science sectors. TTI provides fully integrated solutions, from design to manufacture and tes-ting.

Radio-astronomy, Deep Space Stations and Satellite Ground Stations main areas of ex-pertise:

• Cryogenic Low Noise Amplifiers (Cryo LNAs) and Warm LNAs,providing very low noise figure, cutting edge performance, and extremely satable and high reliable products.

• RF Components: Feeders, Polarisers, OMTs and Diplexers

• Solid State Power Amplifiers: outstanding modular solutions based on GaN technology, providing graceful degradation, low power consumption and high reliability.

• Cryostats: custom and laboratory solutions down to 4K

• Monitoring & Control systems

• Turnkey Receivers: highly integrated receivers

Particle Physics main areas of expertise:

- Solid State Power Amplifiers: based on GaN technology, up to tens of kWs and covering a wide range of frequencies. The equipment is developed according to reliability, technical efficiency and lower cost criteria


[ALBA] Driver SSPAs 500W @500MHz (2019, 2017, 2016, 2015)

Narrow bandwidth SSPA drivers to be used in ALBA synchrotron.

[ESA/ESOC] Frame Contract for FEC (Front-end Controller), CSMC (Central Station M&C sys-tem) and PPIU (Power Plant Interface Unit) in ESA’s Ground Stations (since 2017)

176

COMPANY NAME TTI NORTE S.L.ADDRESS C/ Albert Einstein 14, 39011 Santander (Spain)WEB www.ttinorte.esTURNOVER 9.5MEURO in year 2016EMPLOYEES 85 in year 2018SME YES CONTACT PERSON Miguel Peña POSITION Commercial PHONE +34 942291212 EMAIL [email protected]

[CERN] Driver amplifiers (Qty. 312) of the new power amplifier for the SPS 200 MHz RF system (2014)

High performance SSPA driver amplifiers to upgrade de SPS (Super Proton Synchrotron)

[ESO] Cryogenic LNAs for ALMA observatory bands 5, 7 and 9 (2014, 2009, 2007)

[ESA/ESOC] Ka band SSPA 100W for ESA Deep Space Stations (2014)

Future deep space missions will require the presence of a Ka band uplink and downlink to increase throughput between ground station and spacecraft.

[VIRAC-VENTSPILS] Development, installation, tests and training of receiver systems for radio-telescopes RT-16 & RT-32 (2012)

[CIEMAT] Design and manufacturing of Test Bench for High Power RF coupler conditioning (2012)

R&D PROJECTS

[CDTI] LOCATION – Innovative developments of low cost high power amplifiers for scientific ins-tallations (2015)

[CDTI] ICH15 - Design of a proton accelerator with CH/IH type structure for radioactive isotopes production and uveal tumor treatment (2015)

[CDTI] Critical Technologies Development of Amplifier, LLRF and Coupler subsystems (2014)

Markets

Defense / Aeronautics / Space


ISO 9001

177

TT

I NO

RT

E1,25KW SSPA at 200MHz S band Cryogenic Low Noise Amplifier

S and X band Feeder SSPA 100W at 34GHz

179

SPANISH PUBLIC RESEARCH ENTITIES

181

ASTRONOMY

DESCRIPTION

The IAA is a research institute belonging to the Consejo Superior de Investigaciones Científicas (CSIC), located in Granada (Andalucía, Spain). The main activities of IAA (CSIC) are devoted to: i) carry out front-line research in the field of Astronomy and Astrophysics; ii) development of space-borne and ground-based instrumentation.

More information: http://www.iaa.es

MAIN EQUIPMENT OR FACILITIES

- Mechanical & electronic workshops

- Clean room for instrumentation AIV (ISO8)

- Clean room for electronics AIV (ISO8)

- Optics laboratory (ISO 8)

- Cosmic Dust laboratory

- Operation of astronomical observatories:

Operation of astronomical observatories: 1) Calar Alto Observatory (CAHA) is a joint infrastruc-ture from CSIC and Junta de Andalucía, and the IAA (CSIC) is the reference institute. Sierra Nevada Observatory. Telescopes: 3.5m, 2.2m and 1.23m. 2) (OSN) is operated by the IAA (CSIC). Telescopes: 1.5m and 0.9m.

PROJECTS UNDER DEVELOPMENT

Currently the IAA is involved in the development of the following instruments: PHI (Solar Or-biter; ESA), GALA/JANUS (JUICE; ESA), PLATO 2.0 (ESA), IMaX + and SCIP (Sunrise III; NASA USA, Germany & Spain), Comet Interceptor, ENVsion

TECHNOLOGY CAPABILITIES

- Technological development of rocket-, balloon-, and space-borne astronomical payload instru-mentation for science and exploration missions (including solar and planetary exploration mis-sions), that cover many related fields like:

> Electronics engineering: development of power distribution units (PDU), data processing units (DPU), mechanism controller units (MCU), electrical ground support equipment (EGSE) and on

182

HOSTING ORGANISATION INSTITUTO DE ASTROFÍSICA DE ANDALUCÍAADDRESS Glorieta de la Astronomía s/n, 18008-GranadaWEB www.iaa.esCONTACT PERSON Antonio Alberdi Odriozola POSITION Director PHONE +34 958 230534 EMAIL [email protected]

board software for instrument control using FPGAs.

> Mechanical engineering: cryo-vacuum technology, high accuracy mechanics and FEA structural analysis. This know-how has been successfully applied in projects such as CARMENES (CAHA Observatory), ALMA (Band 1) and has allowed us to come in consortia such as GIADA (ESA) and HIRES (ESO).

> Optical design of astronomical instrumentation in visible and infrared ranges: telescopes, spec-troscopy, imaging, photometry and polarimetry.

> Assembly, integration and verification of instrumentation (AIV).

> Software development: control software development for telescopes and astronomical instru-mentation; development of pipelines for processing astronomical data and data archives; Exper-tise in VO (Virtual Observatory) standards and services; Big Data solutions for data processing; User-friendly tools for analysis and reproducibility

- Project management More information: http://udit.iaa.csic.es/

SUMMARY OF RESEARCH SERVICES

The IAA leads the Spanish participation in the Square Kilometre Array (SKA, http://spain.skatele-scope.org/) and provides (within the context of the SKA): interaction with international consortia/groups for strategic alliances, positioning of Spanish industry, representation of Spanish groups in SKA meetings, support to membership in different SKA consortia and own participation in SKA PAF, SDP and SKA Regional Centres design/prototyping activities.

183

INS

TIT

UTO

DE

AS

TR

OF

ÍSIC

A D

E A

ND

ALU

CÍA

CARMENES instrument end-to-end cryogenic development

IM Janus Filter Wheel for JUICE ESA

DESCRIPTION

Centro Astronómico Hispano Alemán (CAHA) operates an optical astronomical observatory at mount Calar Alto. At 2168 m over sea level, Calar Alto Observatory hosts six research telesco-pes, equipped with a wide suite of state-of-the-art instruments. Owned by the Spanish Consejo Superior de Investigaciones Científicas (CSIC) and the regional government Junta de Andalucía, Calar Alto provides data for many fields of astrophysics, for scientists from different centres and universities worldwide. Observing time is allocated in a flexible way, in service or visitor modes, for long term and legacy projects, for granted time programs at CSIC and Junta de Andalucía, and for programs proposed by researchers at other institutions (20 % of open time). Apart from the main scientific tasks, the facilities and the observatory’s staff provide also some additional services for industrial, scientific and educational customers.

MAIN EQUIPMENT

The telescopes that currently used under direct control of CAHA are: 3.5 m reflector; 2.2 m reflector; 1.23 m reflector; 0.80 m Schmidt camera. The 3.5 and 2.2 m telescopes are locally operated in service or visitor mode. The 1.23 and 0.8 m telescopes are normally remotely operated by the users. Main instruments:

• 3.5 m: CARMENES VIS+NIR hi-res spectrograph, PMAS integral field spectrograph, Omega2000 prime focus IR camera, LAICA prime focus VIS imager;

• 2.2 m: PANIC wide-field NIR imager, CAFÉ hi-res échelle spectrograph, AstraLux VIS lucky imager, PlanetCam VIS+NIR lucky imager, CAFOS focal reducer (direct imaging, mid-res spectroscopy and polarimetry);

• 1.23 m: DLR CCD direct imager; 0.8 m: comercial CCD camera.

Visiting instruments are also admitted.

Two vacuum chambers for coating mirrors up to 3.5 m diameter.

INSTRUMENTS UNDER DEVELOPMENT

The most recent instrumentation in use is under a continuous process of HW and SW impro-vement and upgrade, specially the most complex ones: CARMENES and CAFÉ spectrographs, PANIC NIR camera. Other instruments under development, for sky quality monitoring: NCavex

184

HOSTING ORGANIZATION CENTRO ASTRONÓMICO HISPANO-ALEMÁN (CALAR ALTO OBSERVATORY)ADDRESS Sierra de los Filabres (POBox 11), ES-04550-Gérgal (Almería, Spain)WEB www.caha.esCONTACT PERSON Jesús Aceituno Castro POSITION Director PHONE (+34) 950 632 500 EMAIL [email protected]

extinction monitor; Excalibur multi-band advanced robotic extinction monitor; Spica all-sky low-res spectrograph.

Currrently CAHA is searching for a new instrumental concepts to be developed for it flagship tele-scope, the 3.5m. This concept will be selected from the instrumental ideas that will be presented during a science workshop for Calar Alto to be held at IAA-CSIC in March, 2020.


Control electronics. Computer network design and management. Virtual machine design and ma-nagement. Massive scientific data archiving. Mechanics and electronics workshops. Operation and maintenance of industrial heavy cooling and heating facilities.Heavy hydraulic systems. High vacuum. Advanced mirror coating in vacuum chambers. Instrument design, construction and ope-ration.

SUMMARY OF RESEARCH SERVICES Astronomical night-time observation in the optical: Direct imaging (VIS and NIR), high spatial resolution imaging (VIS and NIR), mid and high resolution spectroscopy (VIS and NIR), polarimetry and spectropolarimetry (VIS).

PROCUREMENT PROCESS

185

CE

NT

RO

AS

TR

ON

ÓM

ICO

HIS

PA

NO

-ALE

MÁ

N

View of CAHA's greatest telescope (3.5 m aperture)

DESCRIPTION

The Observatorio de Sierra Nevada (OSN) is a high mountain observatory located at 2896 me-ters of altitude within the Sierra Nevada National Park (Granada, Spain). The observatory be-longs to the Instituto de Astrofísica de Andalucía (IAA-CSIC), which operates and manages it. Its southernmost high-altitude location in continental Europe, together with the dry climatic condi-tions of Sierra Nevada, makes the OSN an excellent place for carrying out, not only astronomical observations, but other experiments and studies. For this, in addition to the main building, there are secondary facilities which complete the infrastructure available.


The OSN has a main building that shelters the living facilities and two optical telescopes with Ritchey-Chrétien configuration and two Nasmyth foci:

- 1.5 m telescope (T150): CCD Peltier Camera

- 0.90 m telescope (T90): CCD Peltier Camera and six-channel Stömgren photoelectric photometer

Besides, it has some annexed minor buildings that shelter:

- SATI-MIMA Fabry-Perot interferometer to measure atmospheric emissions

- Seeing monitor

- Five high-sensitivity CCD cameras to continously monitor the sky for meteors and fire balls

- GPS Topo-Iberia station

- Several instruments to continuously measure the sky quality


A technical update of the Strömgrem photoelectric photometer is under way. The instrument is expected to be back in the East focus of the T90 in mid 2020.


The technical support and maintenance of the OSN is performed by the IAA Instrumental and Technological Development Unit (UDIT, Unidad de Desarrollo Instrumental y Tecnológico). UDIT

186

HOSTING ORGANISATION OBSERVATORIO DE SIERRA NEVADAADDRESS Loma de Dílar. Parque Nacional de Sierra Nevada. Granada, SpainWEB www.osn.iaa.csic.es/CONTACT PERSON Cristina Rodríguez López POSITION Director of the Observatorio de Sierra Nevada PHONE +34 958 12 13 11 EMAIL [email protected]

participates in projects for the development of astronomical instrumentation for both ground-ba-sed telescopes and space missions. The OSN receives support in different areas:

- Electronics: the control of the telescopes, domes and instruments were developed by UDIT staff and this technical support is regular and essential. It is complemented by, among others, the de-sign and development of analogical and digital circuits, power electronic or PCBs.

- Mechanics: the development of mechanical structures, as well as the maintenance of mechanical components for the OSN. Optomechanics, high precision positional systems and thermal analysis of mechanical components.

- Optics: optical design of instruments and components. Regular maintenance and cleaning of the telescopes’ mirrors. Measurements of transmittance, absorbance and reflectance of the optical filters.

- Software: maintenance of data archives and control software for the instrumentation.


The OSN provides astronomical observations using the instruments attached in both telescopes. The Time Allocation Committee (TAC) evaluates the proposals for observing time at OSN twice a year.

There are three observing modes: service, remote and in-situ (visitor) modes. The observations are carried out by the night assistant in ‘service’ mode, while in ‘remote’ mode, the observations are remotely carried out by the astronomer with the help of the OSN staff.

PROCUREMENT PROCESS

The OSN belongs to Instituto de Astrofísica of Andalucía (IAA– CSIC), therefore, the procurement process is the same. In accordance with the Royal Legislative Decree 3/2011, November 14th, which approved the consolidated text of the Spanish Law of Public Sector Contracts

187

OB

SE

RV

ATO

RIO

DE

SIE

RR

A N

EV

AD

A

Aerial view of the Observatorio de Sierra Nevada

OSN Telescope T90OSN_Telescope T150

DESCRIPTION

The IAC, a worldwide reference research centre in astrophysics, is a public research Con- sortium comprised by the Observatorios de Canarias (OOCC) and two headquarters, in Tenerife and La Palma. It has a Technology Division with facilities and technical staff involved in the development of the most advanced instrumentation projects for.

In addition, the IAC has set up IACTEC a technological and business collaboration space whose mission is to develop in the Canary Islands an innovative ecosystem for the transfer of high tech-nology between the public sector and companies, taking advantage of the scientific and technolo-gical capital of the IAC. This new Science Park, will offer businesses space of more than 4000 m2, equipped with clean rooms and multipurpose laboratories.


1) Optical Laboratory: area of 160 m2, equipped with optical instruments and other elements.

2) Optical fibre Laboratory: preparation, characterization and integration of optical fibres and bundles; the lab is equiped with STRASBAUGH and ENGIS polishing machines.

3) Electronics and Electromagnetic compatibility (EMC) Laboratories: design, integration and testing of electronic elements. Facilities includes shielded isolated room of 35 m3.

4) Laboratory of Imaging and Sensors for Astronomy (LISA): accurate calibration and characterization of visible wavelength detectors.

5) Climatic chamber of 8000 liters of usable capacity, capable of simulating environments from -200C to 750C and 40% to 98% relative humidity, with 20C/minute temperature gradient.

6) Mechanical Integration Laboratory: equipped with appropriated tools, precision measuring devices, and general purpose test cryostats and vacuum and cryogenic hardware.

7) Computer Aided Design & Engineering Laboratory: houses powerful hardware and software to support mechanical design and analyze optical and mechanical systems.

8) Metrology Laboratory: includes a three dimensional measuring machine with precision of a few microns, and two portable coordinate measuring machines (CMM).

9) Electronics Workshop: design of electronics systems, assembly and test.

10) Mechanical Workshop: holds five numerically controlled high precision machines.

11) Large instrument assembly, integration and verification room: With a floor area of 540m2 and 10 m high, the lab is a 100000 class cleanroom.

188

HOSTING ORGANIZATION INSTITUTO DE ASTROFÍSICA DE CANARIAS (IAC)ADDRESS C/Vía Láctea S/N, 38205-San Cristóbal de La Laguna, TenerifeWEB www.iac.esCONTACT PERSON Prof. Rafael Rebolo López POSITION Director PHONE 34 922 605201 EMAIL [email protected]


In addition, the IAC conducts instrumental projects for space facilities (PLATO, NISP, SOPHI), ope-ration and viability of telescopes (EST, EELT, OPTICON, SOLARNET), infrared instruments (HAR-MONI, HIRES, EMIR, MIRADAS, FRIDA,NIRPS), visible instruments (HORS, ESPRESSO, WEA-VE, HARPS3), high-spatial resolution systems (GTCAO-LGS, AOLI, EDiFiSE, EST) or microwave instruments (TGI-QUIJOTE, FGI- QUIJOTE, SANCHO). Moreover, the IAC is fostering IACTEC, has three main lines of work: (1) In Micro-Satellites IACTEC works in the development of a sub-meter resolution camera (including optics and detector); (2) In Medical Technology to design and build a device for detection of diabetes ulcers by using thermal and microwave imaging; (3) in Large Tele-scopes to support the most relevant projects in which the IAC plays a major role: European Solar Telescope (EST), Cherenkov Telescope Array (CTA), and New Robotic Telescope (NRT).


Main capabilities are focused in Optical system design and testing, Mechanical and opto- mechanical system design and development, Cryogenic and vacuum system design and development, Preci-sion mechanics, Adaptive optics, Fibre optics, Control systems, Sensor cha- racterisation, Project management, Systems engineering, Electronic system, Software design and Laser communications.


The IAC’s Technology Division, inc close coordination with IACTEC, provides technology, develop-ment and production support for research and technology projects.

PROCUREMENT PROCESS

Law 9/2017, of 8 November 2017, on Public Procurement, which transposes Directives 2014/23/EU and 2014/24/EU of the European Parliament and of the Council, of 26 February 2014, into Spanish law.

For more information: Institutional Projects and Technology Transfer Office. www.iac.es/otri e-mail: [email protected]

189

INS

TIT

UTO

DE

AS

TR

IFÍS

ICA

DE

CA

NA

RIA

S

Integration in the AIV room of EMIR, a wide-field camera and multi-object spectrograph in the near infrared,

designed and built by the IAC for the Gran Telescopio CANARIAS.

© Pablo López /IAC.

Integration in the AIV room of the TGI (Thirty Gigahertz Instrument), the second instrument

for the QUIJOTE Experiment, at theTeide.© Pablo López /IAC.

DESCRIPTION

The 10.4m Gran Telescopio Canarias (GTC) is currently the world’s largest optical-infrared tele-scope. The GTC is an initiative of the Instituto de Astrofísica de Canarias, and is funded by the Spanish Administration and the Canary Islands Autonomous Community with the international participation of institutions in Mexico (UNAM and INAOE) and in the US (University of Flori-da). The public company Gran Telescopio de Canarias, S.A. (GRANTECAN) is responsible for its construction, operation, maintenance and development. GTC is fully operational since 2009.


The GTC was designed to be a versatile telescope, able to simultaneously host different instruments at up to seven focal stations, whose use can be switched in few minutes. Currently five instruments are installed at the telescope and routinely offered to the scientific community: OSIRIS, EMIR, MEGARA, HORuS, and CanariCam or HiPERCAM. See www.gtc.iac.es/instruments/instrumentation.php.

OSIRIS is an imager and spectrograph for the optical wavelength range. It allows standard broad-band imaging and long-slit spectroscopy, as well as narrow-band tunable filters imaging and multi-object spectroscopy (MOS). Its field of view is 7x7arcmin2.

EMIR is a near-infrared camera and spectrograph equipped with several state-of-the-art high-technology subsystems, such as a cryogenic robotic system of reconfigurable slits able to simul-taneously obtain spectra of 50 targets. EMIR capabilities include broad-band and narrow-band imaging, and long-slit and MOS spectroscopy over a field of view of 6.7x6.7 arcmin2.

MEGARA is a MOS and IFU visible spectrograph with R up to 20,000.

CanariCam is a thermal infrared camera and spectrograph with polarimetry and coronography capabilities.

HORuS is a R=25000 single source fibre spectrograph for the visible range (visiting instrument).

HiPERCAM is a high-speed (up to 1000 Hz), multi-band (ugriz) camera (visiting instrument)


The main Cassegrain focus is going to be fully equipped during 2020, and OSIRIS will be migra-ted there during 2021.

190

HOSTING ORGANISATION GRAN TELESCOPIO CANARIAS (GTC)ADDRESS C/Vía Láctea S/N, 38205-San Cristóbal de La Laguna, TenerifeWEB www.gtc.iac.esCONTACT PERSON Dr. Romano L.M. Corradi POSITION Director PHONE +34 922 425720 EMAIL [email protected]

New common-user scientific instruments are under development. They are:

MIRADAS, a MOS near-IR spectrograph with R=20000. It is under construction at the University of Florida and expected to be mounted at the GTC during 2020.

FRIDA, a near-IR imager and IFU spectrograph (up to R=30000), which is being developed at UNAM, México. It is expected at the GTC in 2022. It will be fed by an Adaptive Optics system un-der development at the IAC. A laser guide system will be also implemented at a later stage.

Other undergoing projects are a profound restructuring of the GTC IT facilities and software ar-quitecture, the development of software and hardware tools to improve the automatization and optimization of the operations, a strong programme to control obsolescence of the telescope and infrastructure, and the implementation of energy-efficient and sustainable solutions.


GRANTECAN has a wide expertise in the design of telescopes and their instrumentation. This includes various related technologies such as optics, mechanics, opto-mechanics, optoelectronics, visible and IR detectors and related systems, cryogenics, control systems and related software, etc.


The GTC provides advanced observing capabilities to the astronomical community. While formal partners are Spain, Mexico and the University of Florida, GTC is open to the interest of other user communities, both via scientific and technical collaborations and agreements. Along these lines, a Collaboration Agreement was signed in 2016 with the Academy of Science of China. Access to GTC observing time is done via the corresponding Time Allocation Committees. Data are obtained in service-queue mode, or in visiting mode. More information at http://www.gtc.iac. es/observing/observing.php

PROCUREMENT PROCESS

191

GR

AN

TE

LES

CO

PIO

DE

CA

NA

RIA

S

Outside view of Gran Telescopio Canarias

DESCRIPTION

The Instituto de Astrofísica de Canarias (IAC) administers this Singular Scientific and Techni- cal Infrastructure (ICTS), formed by the Observatorio del Roque de los Muchachos (ORM), in La Palma, and the Observatorio del Teide (OT), in Tenerife. The excellent astronomical quality of the sky at the Canary Islands –protected by law – makes these observatories astronomical reserves, open to the international scientific community since 1979. Currently the OOCC host telescopes and instruments belonging to more than 60 institutions from 25 countries, being the most important set of astrophysical infrastructures within the Northern Hemisphere for visible and infrared nocturnal and solar research, and the largest collection of multinational telescopes worldwide.

MAIN EQUIPMENT

• ORM offers one of the most complete telescope arrays around the world. There are a number of night-time observation telescopes: GTC, WHT, TNG, NOT, INT, LT, Mercator, SQFT and JKT. It also has two solar telescopes: SST and DOT, and other infrastructures like the Cherenkov telescopes, MAGIC I and II and FACT, SuperWASP, two DIMMA, SHABAR, CILBO and the ESFRI Research Infrastructure CTA-North.

• OT is suitable to study the sun, concentrating the best European solar telescopes: GREGOR, THEMIS, and VTT. In addition, it also has a number of night-time observation telescopes: TCS, Stella I and II, OGS, SONG, IAC80, MONS, SLOOH I and II, BRT, XO, EarthShine, TADn, MASTER, LCOGT CILBO, EAST and TIZON. Most are remote or robotically operated. The OT has a Solar Physics Laboratory with some instruments: two telescopes –QUIJOTE I and II- to study the Cosmic Microwave Background Radia-tion and experiments to check the sky quality: DIMMA, SHABAR, SQM-LE, AstMon


• The IAC conducts projects on the operation and viability of telescopes (E-ELT, EST, FDI, OGS, OPTICON), infrared (EMIR, MIRADAS, FRIDA, HARMONI, CARMENES, HIRES), and visible (HORUS, ESPRESSO, GREGOR, WEAVE, DESI) instrumentation, adaptive optics (GTCAO and LGS, EDiFiSE, FastCam, AOLI) or microwave (QUIJOTE). Mayor research infrastructures projects include CTA-North, EST and NRT among others.

192

OBSERVATORY OBSERVATORIOS DE CANARIAS (OOCC) HOSTING ORGANIZATION Instituto de Astrofísica de Canarias (IAC)ADDRESS • Observatorio del Roque de los Muchachos: Pico del Roque de los Muchachos, Garafía (La Palma, Spain) • Observatorio del Teide: Izaña (Tenerife, Spain) WEB www.iac.esCONTACT PERSON Prof. Rafael Rebolo POSITION Director PHONE 34 922 605 201 / 34 922 605 200 EMAIL [email protected]


• The IAC develops much of the technology used for its research programmes in-house. The Technology Division is responsible for designing, developing and building the instruments needed for astrophysical observation. The IAC Instrumentation Area provides technology, development and production support for research and technological development projects.

• The expertise of the division includes the following areas: Optical system design and testing, Mechanical and opto-mechanical system design and development, Cryogenic and vacuum system design and development, Precision mechanics, Adaptive optics, Fibre optics, Control systems, Sensor characterization, Project management, Systems engineering, Electronic systems, Software design and Laser communications

• Requests from individuals, public or private entities outside the IAC which relate to require human or material resources administered by the IAC Instrumentation Area are managed by the OTRI office.


• Under the terms of the Agreement on Cooperation in Astrophysics, Spain provides the site in return for a percentage of the available observing time at each of the telescopes or instruments. Observing time is awarded through the Time Allocation Commission (CAT), comprising a Solar Committee and a Night Time Committee.

• There are different schemes to apply for observing time: ordinary calls (twice a year); Spain-Mexico GTC collaborative time; IAC-Nordic collaborative time; Director Discretionary Time; International Time Programme. Every semester, a number of nights of CAT time are available to service observations of short scientific programmes. The Service Time observations are carried out by the IAC’s Support Astronomers Group, and are available in six telescopes: WHT, INT, NOT and TNG at ORM, under CAT time and TCS, IAC80 at OT, under non-CAT time.

PROCUREMENT PROCESS

Law 9/2017, of 8 November 2017, on Public Procurement, which transposes Directives 2014/23/EU and 2014/24/EU of the European Parliament and of the Council, of 26 Fe-bruary 2014, into Spanish law

For more information: Institutional Projects and Technology Trans-fer Office. www.iac.es/otri e-mail: [email protected]

193

OB

SE

RV

ATO

RIO

S D

E C

AN

AR

IAS

Panoramic view of Roque de los Muchachos Observatory

DESCRIPTION

The Yebes Observatory, located in the municipality of Yebes (Guadalajara) is a research institute which belongs to the Spanish National Geographic Institute (Ministry of Transport, Mobility and Urban Agenda). The Observatory is devoted to developing and constructing instrumentation in the field of radio astronomy, as well as to observing astronomical sources in the radio spectrum to achieve a better understanding of our Universe and our Earth.


1) The 40m radiotelescope is a Nasmyth-Cassegrain antenna which operates in the centimetre and millimetre wave range (2 to 90 GHz). It is the most important observing instrument of the Observatory of Yebes, and therefore, its flagship. The telescope works in two different modes: as an element of several international interferometric networks like the European VLBI Network and the Global Millimeter VLBI Array and as a single dish telescope. For the first type of observations the telescope is equipped with instrumentation that allows to record and transfer big volumes of data at very high speed to the correlator centers. As a single dish element it is equipped with an ultra wide 18 GHz spectral backend, state of the art, connected to the 32-50 GHz and 72-90 GHz receivers.

2) The 13.2 m radiotelescope of the Observatory of Yebes, is one of the most active and impor-tant elements of the VLBI Global Observing System (VGOS). It is also the main node of the Red Atlántica de Estaciones Geoespaciales (RAEGE). The telescope is specially designed to perform geodetic VLBI VGOS observations, and as such it is equipped with a high wide band receiver bet-ween 2 and 14 GHz and its slew speed is 12 degrees/second in azimuth and 6 degrees/second in elevation.

3) Microwave and Millimeter Wave Cryogenic Labortories. The Observatory of Yebes is a center for the development of radioastronomy devices and receivers and it is considered an international reference in this area of Astronomy for its quality and reliability. There are several laboratories for the design, copnstruction and measurement of low noise amplifiers and passive components, for the development and construction of receivers, a laboratory for the measurement of optical devi-ces like feeds, waveguides and OMTs, an electroplating laboratory and a laboratory of electronics for the development of detectors, boards and general electronic equipment. The construction of all elements is supported by two precission mechanical workshops equipped with CNC milling machines and lathes.

4) The gravimeter pavilion. This building hosts one relative and one absolute gravimeter as well

194

HOSTING ORGANISATION OBSERVATORIO DE YEBES – INSTITUTO GEOGRÁFICO NACIONALADDRESS Cerro de la Palera S/N, 19141 Yebes, GuadalajaraWEB astronomia.ign.es/web/guest/icts-yebes/CONTACT PERSON Pablo de Vicente Abad POSITION Director PHONE +34 949 290 311 EMAIL [email protected]

as two seismographs. All instruments inside are placed on pillars connected to the rock bed. The temperature of the chamber is very well controlled to minimize noise in the data.


- NANOCOSMOS is an ERC synergy grant funded with 15 M€ that encompasses several institu-tions in Spain and France. Its goal is the study of the formation of grains in interstellar space. These grains are key for the formation of planets and the posterior rise of life. The OY is the responsible for the construction of Radioastronomy receivers both for the telescope and the laboratories.

- RADIONET is 15 M€ ERC funded project that manages funding for all European radiotelescopes. The IGN takes part , among others, in two joint research activities: BRAND and AETHRA. The goal of BRAND is the construction of a wide band cooled radioastronomy receiver between 1.4 and 15 GHz. AETHRA is devoted to the development of technology for multibeam receivers, mainly in the millimeter wave range.

- JUMPING JIVE. This is an ERC project funded with 3 M€ that encompasses several European countries. It is devoted to the upgrade and extension of VLBI activities within Europe.

- YLARA is a project, funded by the EU (FEDER) whose goal is the construction of an optical SLR telescope for the determination of relative positions of satellites orbiting the Earth with respect to the SLR station. These positions allow to determine the most important Earth Orientation Parameters.


The different facilities of Yebes infraestructure provide capabilities focused in the design, assem-bly and characterization of active and passive microwave and millimeter wave devices at ambient and cryogenic temperature, development of cryogenic receivers, design and characterization of antennas, microwave circuits, gravity measurements and time and frecuency measurements. The experience of the staff also provide a big expertise in software control and analysis.


- Astronomical Observations with the 40 m radio telescope. Two modes are currently available: VLBI and single dish.

- Geodetic VLBI Observations with the 13.2m and the rest of the RAEGE radio telescopes.

- Design, assembly and characterization of microwave circuits and cryogenic receivers

- Continuous observations of satellites with two GNSS receivers.

- Continuous monitoring of the gravity field with a relative and absolute gravimeter

PROCUREMENT PROCESS

In accordance with Spanish Law 9/2017, November 8th, of Public Sector Contracts

195

OB

SE

RV

ATO

RIO

DE

YE

BE

S

40 m radiotelescope at night

DESCRIPTION

The Institut de Radioastronomie Millimétrique (IRAM) was founded in 1979 and is operated as a French-German-Spanish collaboration. Its partner institutions are the Centre National de la Re-cherche Scientifique (CNRS) in France, the Max Planck Gesellschaft (MPG) in Germany and the Instituto Geográfico Nacional (IGN) in Spain. The IGN participates with a fraction of investment and operation expenses and, in return, IGN gets a fraction of the observing time on each IRAM telescopes and a participation in Administrative and Technical Committees. The observatories are supported by the IRAM offices and laboratories in Granada and Grenoble.

IRAM operates two observatories, the NOEMA Interferometer at the Plateau de Bure (France) and the observatory at Pico Veleta located in Sierra Nevada (Granada, Spain), 2850 m high.

Partnership with national and international space research organisations includes ESA, NASA and CNES. IRAM also is a major partner in the international ALMA project, the giant radio observatory in the Chilean desert.


The observatory at Loma de Dílar, close to Pico Veleta in Sierra Nevada hosts an open air, millime-ter single-dish radio telescope of 30 m diameter with a paraboloidal main reflector. The mount is Alt-azimuth and fully steerable, made of steel on a concrete pedestal. The telescope has a homolo-gous design and is thermally controlled and the reflector surface precision is 55 microns. The total weight of the moving parts is 800 tons. The frequency range of operation 73 to 350 GHz and the angular resolution 30 to 7.5 arcsec. Backends for continuum, spectroscopy and VLBI observations are available.

The instrumentation comprises three high-performance receivers: HERA (HEterodyne Receiver Array) is a dual-polarization heterodyne receiver comprising two arrays of 3 x 3 pixels each, with a frequency range 215 to 270 GHz and usable bandwidth four 4 GHz. EMIR (Eight MIxer Receiver)is a four-band heterodyne receiver with dual-polarization covering the range between 73 and 350 GHz. Instantaneous observation of two bands with a usable bandwidth of 16 GHz and two polari-sations are possible. Finally, NIKA2 (New IRAM KID Array 2) is a dual-band camera operating with three frequency-multiplexed kilopixels arrays of Lumped Element Kinetic Inductance Detectors (LEKID) cooled at 150mK. NIKA2 is designed to observe simultaneously the intensity at 1.15 mm (260 GHz, 2 x 1140 pixel arrays -one per polarisation) and 2.0 mm (150 GHz, 1 x 616 pixel array). In addition, it allows for polarisation observations at 1.15 mm. NIKA2 is built by an international

196

HOSTING ORGANISATION INSTITUT DE RADIOASTRONOMIE MILLIMÉTRIQUE (IRAM)ADDRESS Pico Veleta, Sierra Nevada (Granada, Spain)WEB www.iram-institute.orgCONTACT PERSON Miguel Sánchez Portal / Rafael Bachiller POSITION Director IRAM-Granada / Director Observatorio Astronómico Nacional (IGN) PHONE +34.958.805.454 / +34.91.265.3404 EMAIL [email protected] / [email protected]

consortium, led by the Institute Neel (Grenoble, France).

In addition to the receivers, several spectrometers are available for the heterodyne receivers: the Fast Fourier Transform Spectrometer (FTS) with 32 GHz bandwidth and 200 kHz resolution or 8 GHz bandwidth and 50 kHz resolution. The WILMA autocorrelator with 18 units of 1 GHz band-width and 2 MHz resolution; and the VESPA autocorrelator with a very high resolution of up to 3.3 kHz. In addition, the telescope is equipped with a Very Long Baseline Interferometry (VLBI) terminal.


IRAM intends to carry out an ambitious refurbishment of the 30m telescope in two areas: moder-nisation of the servo-control system, including azimuth and elevation trains, subreflector control and wobbling system, and to improve the primary mirror (reflector) surface accuracy, thermal behaviour and gain-elevation curve. The onset of this activity is planned by 2021. Moreover, IRAM is currently developing new multi-beam heterodyne receivers in two bands at a wavelength of 3 mm (5 x 5 pixel) and 1 mm (7 x 7 pixel). Prototype instruments will be likely tested at the telescope by the end of 2020.


Design of parabolae and their control systems, design and production of ultra-sensitive super con-ducting detectors and complex receiver systems, high-speed digital electronics and advanced data reduction software. Groups and laboratories at IRAM: Frontend team; SIS-Lab; Backend team; Mechanical workshop group; Computer group. The IRAM workshop is equipped with the latest generation of CNC lathes and milling machines and non-contact measuring microscopes.


The observing time must be obtained by international competition. Proposals for observations with the IRAM telescopes may be submitted twice per year through the Proposal Management System PMS. The submission period starts about three weeks before a deadline. Submission deadlines are currently around mid-March and mid-September each year for the Summer (01 June-30 Novem-ber) and Winter (01 December-31 May) scheduling periods.

PROCUREMENT PROCESS

Main contracts are awarded by IRAM-Grenoble. Moreo-ver, the local contracts related to the operation of the IRAM 30-m radiotelescope (both for goods and services) are awar-ded by IRAM-Granada. In both cases, IRAM performs as a pri-vate company subjected to the French or the Spanish law, res-pectively.

197

INS

TIT

UT

DE

RA

DIO

AS

TR

ON

OM

IE M

ILLI

MÉ

TR

IQU

E (

IRA

M)

IRAM 30m telescope at Pico Veleta (Sierra Nevada, Spain)

DESCRIPTION

The Centro de Estudios de Física del Cosmos de Aragón (CEFCA) is a foundation of public interest of the Government of Aragón that was created in 2008 (i) to define and construct the Observatorio Astrofísico de Javalambre (OAJ), (ii) to implement the data center “Unidad de Pro-cesado y Archivo de Datos” (UPAD), with capacity to provide raw, reduced and calibrated data to the whole scientific community, and (iii) to carry out and promote the scientific exploitation of the data produced by OAJ and UPAD. The main scientific topics of CEFCA focus on Galaxy Forma-tion and Evolution and Cosmology.

More information: http://www.cefca.es


- The Observatorio Astrofísico de Javalambre (OAJ), managed and operated by CEFCA.

- Unit for Processing and Data Archiving (UPAD): data center designed to process and archive all the images collected by the OAJ telescopes. The UPAD provides raw, reduced and calibrated data on a quasi-real time basis through the External Data Access Machine (EDAM) conceived to allow efficient access to the scientific database and sky images for the astronomical community and the general public.

- Scientific High Performance Computing system: computing cluster (540 cores) available for scientific analysis carried out by researches at CEFCA.

- GALÁCTICA: visitor center for the outreach and promotion of Astrophysics. It hosts and operates up to nine telescopes, three of them (80cm, 40cm and a 15cm solar telescope) will be devoted to activities for the general public, schools, universities, amateur astronomy and research centers. The other six will be used for the hosting of external telescopes.


- CEFCA is developing several technological projects directly related with the operation of the OAJ, such as the panoramic camera JPCam, the OAJ Global Observatory Control System and the JPCam@JST/T250 image quality control system, among others.

- As part of the UPAD, CEFCA is developing specific T80Cam and JPCam data pipelines, value added catalogues and data access tools (VO compatible), among others. In addition, the required

198

HOSTING ORGANISATION CENTRO DE ESTUDIOS DE FÍSICA DEL COSMOS DE ARAGÓN (CEFCA)ADDRESS Plaza San Juan, 1, Planta 2, 44001 TeruelWEB www.cefca.esCONTACT PERSON Javier Cenarro Lagunas POSITION Director PHONE +34 978 221 266 EMAIL [email protected]

hardware and software to allow for external data storage at the UPAD’s facilities is under develo-pment.

- CEFCA is in charge of the developments in GALÁCTICA: domes and telescopes, communication and network facilities and control software for the operation of the telescopes. Outreach exhibition material is under CEFCA responsibility as well.

- CEFCA is involved in the development of the Baby-IAXO (an intermediate experimental stage before International Axion Observatory - IAXO).


CEFCA has expertise in several areas of technological development for astronomical telescopes and instrumentation, such as control (hardware and software), mechanics, electronics and optics. Also expertise in project management, assembly, integration and verification of ground-based ins-trumentation, software development, astronomical data processing and archiving, VO standards and services, user-friendly tools.


Access to OAJ telescopes and instrumentation.

Access to raw, reduced and calibrated sky images and scientific databases to the astronomical community and general public.

CEFCA has signed several collaboration agreements with national and international research institutions and consortia.

External data storage service is under development.

PROCUREMENT PROCESS

199

CE

FC

A

CEFCA Unit for Processing and Data Archiving (UPAD)

DESCRIPTION

The Observatorio Astrofísico de Javalambre (OAJ) is an astronomical observatory built and operated by the Centro de Estudios de Física del Cosmos de Aragón (CEFCA). It is located at an altitude of 1956m within the municipality of Arcos de las Salinas (Teruel, Spain). The observatory’s main purpose is the compilation of large-scale multi-filter astronomical surveys used as the basis for leading-edge research on astrophysics and cosmology.

More information: http://oaj.cefca.es


The observatory is fundamentally structured around two large field-of-view, world-class optical telescopes:

- Javalambre Survey Telescope (JST/T250), a 2.55 m aperture, F#3.5 alt-azimuthal telescope designed to optimize image quality over the 3 degrees diameter field of view. The main scientific instrument is JPCam, a 1.2Gpixel instrument conceived to carry out the J-PAS survey.

- Javalambre Auxiliary Survey Telescope (JAST/T80), an 83 cm, F#4.5 telescope that provides a 2 degrees diameter field of view. The telescope is equipped with T80Cam, a panoramic CCD camera conceived to carry out the J-PLUS survey.


JPCam is a wide field, 1.2 Gpixel direct imager equipped with a mosaic of 14 9.2k-by-9.2k, 10μm pixel detectors plus 12 auxiliary detectors for auto-guiding and image quality control. The cryostat is actuated by a hexapod system to optimise optical alignment during operation. The instrument, that admits up to 70 filters, will be commissioned during the first half 2020.

The Global Observatory Control System (GOCS) is a global tool under development to mana-ge, monitor, control and maintain all observatory systems including, not only astronomical, but infrastructure and general facilities as well.


The main OAJ technology capabilities are:

- Coating facility: Composed by a coating chamber and a mirror cleaning unit. The coating

200

HOSTING ORGANISATION OBSERVATORIO ASTROFÍSICO DE JAVALAMBREADDRESS Plaza San Juan, 1, Planta 2, 44001 TeruelWEB www.cefca.esCONTACT PERSON Antonio Marín-Franch POSITION OAJ Manager PHONE +34 978 221 266 EMAIL [email protected]

chamber is a 4m diameter vacuum chamber that admits mirrors up to 3m diameter.

- Class 100.000 clean room.

- Opto-mechanical equipment: metrology equipment, Spectrophotometer and reflectometer.

- OAJ has expertise in several areas of technological development for astronomical telesco-pes and instrumentation, such as control (hardware and software), mechanics, electronics and optics.


Open time observation projects: The OAJ offers 20% of Open Observing Time to the astro-nomical community through periodical calls for proposals. Detailed information can be found in http://oajweb.cefca.es/observingtime/description. Observations are executed in queue mode by the observatory staff.

Long term, legacy observation projects: CEFCA/OAJ can sign agreements with other ins-titutions and/or consortia to carry out long term, legacy observation projects. At present, the following Memorandums of Understanding exist:

- EUCLID: Between Euclid Consortium of the European Space Agency (ESA) and CEFCA for the provision data with JPCam to complement Euclid space telescope observations.

- J-PAS: A collaboration agreement between ON (Rio de Janeiro), IAG/USP (São Paulo), IAA-CSIC and CEFCA to carry out the J-PAS survey.

- GALANTE: A collaboration agreement between IAA-CSIC and CEFCA to carry out the GALANTE project.

PROCUREMENT PROCESS

The OAJ belongs to and is managed by CEFCA. Therefore, CEFCA’s procurement process applies entirely to the OAJ.

201

OB

SE

RV

ATO

RIO

DE

JA

VA

LAM

BR

E

The OAJ Javalambre Survey Telescope JST250

The OAJ vacuum chamber for aluminizing mirrors of up to 3m diameter

203

FUSION

DESCRIPTION

LNF is the Spanish partner of the Eurofusion consortium, who manages the European Integra-ted Fusion programme. In addition to its own research in this field, LNF coordinates the work of around fifteen “linked third parties” , universities, R&D centres and industries withon Eurofusion.

In addition, LNF participate sin experiments and developments for the international projects JET, W7X, JT60, ITER,DEMO and IFMIF (IFMIF-EVEDA and IFMIF-DONES)


The group is presentely formed by around 130 people (basically physicists, enginners and technicians ). LNF operates the TJ-II stellarator facility and a number of Fusion Technology facilities. Alltogether the facilities form the “LNF” ICTS (singular scientific-technical facility) , included in the Spanish ICTS programme.


JET (UK, owned by the European Union). Participation in experiments, developoment of fast camera systems, development of disruption prediction algorithms

W7X (Germany). Participation in experiments, development of pellet injector and microwave re-flectometer

JT60 (Japan). Design and procurement of the cryostat

ITER (France, International partnership). Work on: control& data acquisition, visible/infrared viewing system, microwave reflectonetry system, neutronics, tritium transport calculations

DEMO ( pre design phase). Materials (structural & fucntional) irradiation experiments and mode-lling, liquid metals (lithium, lithium/lead), breeding blankets (dual coolant), remote handling, neu-tronics, nuclear safety , stellarator reactor configurations, socioeconomic studies (with CIEMAT Energy Department)

IFMIF-EVEDA (Japan). Accelerator components: RF system, beam diagnostics, high energy beam transmission, medium energy beam transmission, beam dump. IFMIF integrated design, medim flux irradiation cell.

IFMIF-DONES (design phase). Project leadership, project control, integrated design, accelerator components, safety. Site studies (host proposal).

204

HOSTING ORGANIZATION CIEMAT-Laboratorio nacional de Fusión (LNF)ADDRESS Av. Complutense 40, 28040 MADRIDWEB www.ciemat.esCONTACT PERSON D. Carlos Alejaldre Losilla POSITION Director General PHONE +34 913466411 EMAIL [email protected]


Mechanical engineering. Finite elements calculations, CAD-CATIA design, vacuum systems, leak detection, cooling systems

Fabrication & assembly. Own workshop, limited size components

Electrical engineering. Power electronics, signal electronics, high power RF systems.

Nuclear calculations. Neutronics

Sensors: X-ray, UV, Visible, Infrared, Millimeter wave radiometry, Microwave. Fast particles.

Materials characterization: SIMS, FUB milling, nanonindenter, ductility test, optical & electrical pro-perties.

Liquid metals: lithium, lithium/lead

Data. Data management, data mining


Services related to the above technologies

205

CIE

MA

T

TJ-II experiment

IFMIF RF System, shipped to Rokkasho, Japan

JT 60 Cryostat design

Cryostat body , under fabrication at Asturfeito, Asturias

207

PARTICLE PHYSICS

DESCRIPTION

ALBA Synchrotron is a Research Infrastructure based on a 3 GeV 3rd generation synchrotron facility, supporting national and international scientific communities, both academic and industrial. Presently has eight operating beamlines, four more in construction and capability for another set of nine. Available techniques are dedicated to advanced matter characterization in life science and material science. It is owned 50% by the Spanish MINCI and 50% by GenCat.


Structural characterization of materials: X-ray powder diffraction, both with high resolution and high pressure; X-ray magnetic dichroism; X-ray scattering and reflectivity; X-ray photoemission microscopy. Structural characterization of bio samples: macromolecular crystallography; X-ray scattering at small and wide angle; soft X-ray cryomicroscopy and tomography, IR spectromicroscopy.

Chemical characterization of bio and material samples: X-ray absorption spectroscopy; X-ray fluorescence; IR spectromicroscopy; X-ray photoemission microscopy, including Near Am-bient Pressure Photoemission.

Others: magnetic measurement laboratory; radiofrequency laboratory; vacuum laboratory; op-tics and metrology laboratory; electronic laboratory; bio laboratory.


Angle resolved photoemission spectroscopy; protein crystallography for micro crystals, instrumentation and detector dedicated beamline with powder diffraction and absortion spectroscopy, Fast hard X-ray tomography and radioscopy.


Accelerator technology (magnet, radiofrequency, vacuum, diagnostics, services, controls), IT capabilities, optics and metrology, mechanical engineering including high precision design and realization, civil infrastructures for high-tech research facilities, technology transfer.

208

HOSTING ORGANISATION ALBA SynchrotronADDRESS Carrer de la Llum 2-26, 08290, Cerdanyola del Valles, Barcelona, SpainWEB www.albasynchrotron.esCONTACT PERSON Alejandro Sánchez POSITION Industrial Liaison Office Director PHONE 00 34 935924419 EMAIL [email protected]


Academic and industrial access to all scientific instruments and laboratories, technology transfer, innovation, scientific outreach to society

PROCUREMENT PROCESS

209

ALB

A

©ALBA Synchrotron

©Sergio Ruiz and ALBA Synchrotron 1©Sergio Ruiz and ALBA Synchrotron

DESCRIPTION

Public Research Center focused on energy, environment, technology and specific areas of fundamental research. Aimed at developing activity on research and development in collabo-ration of academic institutions and innovation within collaborative projects and contracts with industry.


Superconducting laboratories. Magnet testing laboratories. Power Electronics, electronics and mechanical capabilities. Radiofrequency labs. Electro-mechanical Testing labs. Workshops for mechanical and electronics development.


HiLumi, FCC, EuroCirCol, ARIES2, iFAST, CLIC, UNDIGEN MAS, SMARTWEC, SEA TITAN, SPAII, MIREDCON, Hyperloop.


Capabilities on the development of accelerator components for basic research sciences and social applications. Development of magnetic systems, superconducting magnets, compact accelerator design and development. Conceptual and detailed design. Dynamic studies. Power electrical systems for energy generation and storage.


Collaboration on state of the art research on accelerator technologies for scientific and social applications.

210

HOSTING ORGANISATION CIEMATADDRESS Avenida Complutense, 40. 28040 Madrid. SpainWEB www.ciemat.esCONTACT PERSON Luis García-Tabarés POSITION Head of the Electrical Engineering Division. Dept. of Technology PHONE +34 913 357 196 EMAIL [email protected]

211

CIE

MA

T

MCBX_3 high field SC MAGNET- HL LHC CERN

MCBX_1 high field SC MAGNET- HL LHC CERN

DESCRIPTION

ESS Bilbao is a public consortium of the Spanish and Basque governments, bringing knowled-ge and added value in particle accelerator and neutron scattering science and technologies; by leveraging its In-Kind Contributions to the European Spallation Source ERIC, in Lund (Sweden).


ESS Bilbao has an R&D Centre at the Bizkaia Technology Park and an Advanced Welding Faci-lity (AWF) at Jundiz (Vitoria) hosting the support laboratories and the infrastructures developed within its in-house projects:

- Injector: composed by an Ion Source Hydrogen Positive (ISHP) – ECR type; and a LEBT (Low Energy Beam Transport) producing a pulsed proton beam at 45 KeV, 40 mA, up to 2.84 msec, 50 Hz.

- RFQ (Radio Frequecy Quadrupole): able to accereate, bunch and focuss the protons from 45KeV to 3MeV. First segment under testing.

- RF Test Stand: a fully equipped High power RF test stand, providing up to 3MW peak at 352 MHz, for testing and conditioning of RF components such as power couplers, cavities, etc..

- Low power RF laboratory: covering a broad range of RF accelerator technologies: electro-magnetic design and simulations, RF measurements, cavity characterization and electronics and control.

- Vacuum laboratory; having all the capabilities to ensure the compatibility and correct operation of components working under Ultra High Vacuum environment (<10-7 mbar), including vacuum gauge calibration, leak detection and outgassing testing.

- Advanced welding Facility (AWF): Electron-beam welding, vacuum brazing furnace, clean room, metrology, for specialized welding processes of different metals and a broad range of dimensions.


ESS Bilbao is the representing entity of the Spanish Government channelling its in-kind contri-bution to the construction phase (2014-2025) of the European Spallation Source ERIC, in Lund (Sweden). This contribution represents the 3% of the ESS ERIC construction cost, , totalling around 50 M€, and broken down in the following work packages:

212

HOSTING ORGANISATION ESS BILBAOADDRESS Parque Tecnológico de Bizkaia, calle Laida Bidea 207 B semisótano 2, 48160 Derio, Vizcaya EspañaWEB www.essbilbao.org CONTACT PERSON Mario Pérez POSITION Executive Director PHONE 94 607 66 20 EMAIL [email protected]

• MEBT (Medium Energy Beam Transport Line): complete subsystem to match accelerator RFQ output and DTL tank input, including design, manufacturing and testing of cavities, magnets, diagnostics, control, assembly and integration.

• RF Systems: 6 complete RF Chains, 1 for RFQ and 5 for DTL tanks, composed by klystrons, modulators, loads, waveguides, interlocks and LLRF.

• TARGET: design, construction and testing of the following target subsystems: target wheel, drive unit and shaft; monolith vessel; proton beam window; proton beam instrumentation plug; and tuning beam dump.

• MIRACLES INSTRUMENT: Time-of-Flight backscattering instrument for polymer science, energy materials and magnetism studies. Prime contractors: design, manufacturing, assembly & cold commissioning.

ESS Bilbao is also actively collaborating in other projects Worldwide in the realm of particle acce-lerators and neutron scattering science and technologies.


Design, prototyping, manufacturing, testing of components, subsystems and systems for particle accelerator, target and neutron instruments


Design, prototyping, manufacturing, testing of components, subsystems and systems for particle accelerator, target and neutron instruments

PROCUREMENT PROCESS

Public procurement procedures are conducted by ESS Bilbao according to the Spanish Law (Law 9/2017 of 8 November on public sector contracts). This policy applies to all contracts signed with regional, national and international companies. ESS Bilbao has also joined the Spanish Public Procurement Platform.

213

ES

S B

ILB

AO

Monolith Vessel during manufacturing process

MEBT Assembly at ESS Bilbao premises

TRA

ININ

G

EN

GIN

EE

RIN

G-C

ON

SU

LTA

NC

IES

-STU

DIE

S-R

ES

EA

RC

H

Dat

a P

roce

ssin

g

Mec

hani

cal E

ngin

eerin

g

Ele

ctric

al E

ngin

eerin

g

Opt

o-m

echa

nica

l Eng

inee

ring

Opt

ical

Eng

inee

ring

Ele

ctric

al/M

echa

nica

l Eng

inee

ring

Opt

o-el

ectr

onic

Eng

inee

ring

Man

agem

ent

Arc

hite

ct,C

ivil

Eng

inee

ring

Sci

entifi

c R

esea

rch

CO

NS

TRU

CTI

ON

(B

UIL

DIN

G &

RO

AD

)

Site

Pre

para

tion

(site

- an

d ea

rthw

orks

)

Ste

el s

truc

ture

s

Hea

ting,

coo

ling,

Ven

tilat

ion,

Air

cond

ition

ing

Com

pres

sed

air

Wat

er s

uppl

y an

d tr

eatm

ent

Ele

c.+

pow

er s

uppl

y, w

ind/

sola

r

Roa

ds

ELE

CTR

ICA

L

Con

trol

and

com

mun

icat

ion

Cab

les

Sw

itchg

ear a

nd S

witc

hboa

rds

Pow

er C

ondu

ctor

s an

d S

uppl

ies,

Cab

les

Mea

sure

men

t and

Reg

ulat

ions

Pow

er S

uppl

y C

ompo

nent

s

Ele

ctric

al M

aint

enan

ce

ELE

CTR

ON

ICS

Pow

er S

uppl

ies

- Tr

ansf

orm

ers

Circ

uit B

oard

s

RF

and

Mic

row

ave

Com

pone

nts

and

Equ

ipm

ents

Func

tiona

l Mod

ules

and

Cra

tes

Mea

surin

g In

stru

men

ts

Pas

sive

Com

pone

nts

Act

ive

Com

pone

nts

ME

CH

AN

ICS

Raw

Mat

eria

ls

Equi

pmen

t/To

ols

(mac

hine

tool

s, w

eldi

ng, p

orta

ble/

spec

ial t

ools

, etc

.)

Man

ufac

ture

and

Sup

ply

of P

rodu

ce

Sta

ndar

d pr

oduc

tion

item

s G

ener

al m

achi

ning

Cas

ting

+ m

oldi

ng, f

orgi

ng

Wel

ding

, pre

cisi

on w

eldi

ng

She

et m

etal

wor

k

Cus

tom

mad

e pc

s

Pre

cisi

on M

achi

ning

Wor

k an

d S

uppl

y of

Pro

duce

Cus

tom

mad

e pc

s

Sta

ndar

d pr

oduc

tion

item

s

Spa

rk e

rosi

on m

achi

ning

Spe

cial

ized

Man

ufac

ture

Com

bine

d te

chno

logy

ass

embl

ies

Wor

king

of s

pec.

met

al/a

lloys

Hea

t tre

atm

ent,s

urfa

ce tr

eatm

t

Fibr

egla

ss, c

ompo

site

, pla

stic

Cer

amic

s m

ould

ing

+ m

achi

ning

INFO

RM

ATIO

N T

EC

HN

OLO

GY

Har

dwar

e (c

omm

s, c

ompu

ters

, wor

ksta

tions

)

Sto

rage

Sys

tem

s

Dat

a co

mm

unic

atio

n

Sof

twar

e (P

LC, d

evel

opm

ent,

CA

D/C

AM

, FE

M, e

tc.)

Con

sulta

ncy

(mai

nten

ance

, out

sour

cing

)

OP

TIC

S

Opt

. gla

ss, b

lank

s, c

ryst

als

Mirr

ors,

pris

ms,

filte

rs, fi

bres

, dev

ices

, las

ers,

etc

.

Opt

ical

Tre

atm

ent o

f Mat

eria

l, co

atin

g

Man

ufac

turin

g of

Opt

o-M

echa

nica

l Dev

ices

Labo

rato

ry E

quip

men

t - P

ositi

onin

g E

quip

men

t

Opt

oele

ctro

nic

dete

ctor

s an

d co

mpo

nent

s

Pho

to/F

ilm E

quip

men

t, M

ater

ials

and

Con

sum

able

s

VAC

UU

M A

ND

LO

W T

EM

PE

RAT

UR

E T

EC

HN

OLO

GY

Cry

ost.,

cham

bers

,vess

els-

cstm

d

Pum

ps,p

ump-

syst

.,leak

det

ecto

r

Tube

s,se

als,

fittin

gs,s

tdd.

com

p

Con

trol

sys

tem

s, m

easu

rem

ent i

nstr

umen

t, ga

uges

Ref

riger

atio

n eq

uipm

ent

Sto

rage

+ha

ndlin

g cr

yoge

nic

liqui

ds

TRA

NS

PO

RTA

TIO

N

Hoi

stin

g ge

ar,c

rane

s,lif

ts,e

tc

INS

PE

CTI

ON

TE

STI

NG

AN

D C

ON

TRO

L

ABENGOA l l l l l l l l l l l l l l

AERNNOVA l l l l l l l l l l l l l l l

AIMEN l l

AIRBUS DEFENSE & SPACE l l l l l l l l l l l l

ALE HEAVYLIFT IBERICA l

ALTER TECNNOLOGIA l l l l l l l l l l l l l l l l l l l l l

ALTRAN l l l l

ANALISIS Y SIMULACION l l l

APPLUS l l l l l

ASE OPTICS l l

ASTURFEITO l l l l l l l l l l l l l l l

AVS l l l l l l l l

AWGE TECHNOLOGIES l l l l

BTESA l l

CADINOX l l

CEN SOLUTIONS l l

CITD l l l l l l

COMET INGENIERIA l

CRISA l l

CRYOVAC l l l l l l l l l l l l

DAS PHOTONICS l l l

DEIMOS l l l l l l l l l l l l l l

DRAGADOS l l l l l

EGILE MECHANICS l l l l l l

ELYTT l

EMPRESARIOS AGRUPADOS l l l l l l l l l l l l l l l l l l l

EMXYS l l l l

ESTEYCO l l l

FAGOR AUTOMATION l l

FERROVIAL l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l

FRACTAL l l l l l l l l

GMV l l l l l l

GTD SISTEMAS DE INFORMACIÓN l l l l l l l l l l l l

HILFA l l l l l l l

IDESA l l l l l l l

IDOM l l l l l l l l l l l l l l l l

IDONIAL l l l

INGECIBER l l l l

INGEMETAL l l l l l l

TRA

ININ

G

EN

GIN

EE

RIN

G-C

ON

SU

LTA

NC

IES

-STU

DIE

S-R

ES

EA

RC

H

Dat

a P

roce

ssin

g

Mec

hani

cal E

ngin

eerin

g

lect

rical

Eng

inee

ring

Opt

o-m

echa

nica

l Eng

inee

ring

Opt

ical

Eng

inee

ring

Ele

ctric

al/M

echa

nica

l Eng

inee

ring

Opt

o-el

ectr

onic

Eng

inee

ring

Man

agem

ent

Arc

hite

ct,C

ivil

Eng

inee

ring

Sci

entifi

c R

esea

rch

CO

NS

TRU

CTI

ON

(B

UIL

DIN

G &

RO

AD

)

Site

Pre

para

tion

(site

- an

d ea

rthw

orks

)

Ste

el s

truc

ture

s

Hea

ting,

coo

ling,

Ven

tilat

ion,

Air

cond

ition

ing

Com

pres

sed

air

Wat

er s

uppl

y an

d tr

eatm

ent

Ele

c.+

pow

er s

uppl

y, w

ind/

sola

r

Roa

ds

ELE

CTR

ICA

L

Con

trol

and

com

mun

icat

ion

Cab

les

Sw

itchg

ear a

nd S

witc

hboa

rds

Pow

er C

ondu

ctor

s an

d S

uppl

ies,

Cab

les

Mea

sure

men

t and

Reg

ulat

ions

Pow

er S

uppl

y C

ompo

nent

s

Ele

ctric

al M

aint

enan

ce

ELE

CTR

ON

ICS

Pow

er S

uppl

ies

- Tr

ansf

orm

ers

Circ

uit B

oard

s

RF

and

Mic

row

ave

Com

pone

nts

and

Equ

ipm

ents

Func

tiona

l Mod

ules

and

Cra

tes

Mea

surin

g In

stru

men

ts

Pas

sive

Com

pone

nts

Act

ive

Com

pone

nts

ME

CH

AN

ICS

Raw

Mat

eria

ls

Equi

pmen

t/To

ols

(mac

hine

tool

s, w

eldi

ng, p

orta

ble/

spec

ial t

ools

, etc

.)

Man

ufac

ture

and

Sup

ply

of P

rodu

ce

Sta

ndar

d pr

oduc

tion

item

s G

ener

al m

achi

ning

Cas

ting

+ m

oldi

ng, f

orgi

ng

Wel

ding

, pre

cisi

on w

eldi

ng

She

et m

etal

wor

k

Cus

tom

mad

e pc

s

Pre

cisi

on M

achi

ning

Wor

k an

d S

uppl

y of

Pro

duce

Cus

tom

mad

e pc

s

Sta

ndar

d pr

oduc

tion

item

s

Spa

rk e

rosi

on m

achi

ning

Spe

cial

ized

Man

ufac

ture

Com

bine

d te

chno

logy

ass

embl

ies

Wor

king

of s

pec.

met

al/a

lloys

Hea

t tre

atm

ent,s

urfa

ce tr

eatm

t

Fibr

egla

ss, c

ompo

site

, pla

stic

Cer

amic

s m

ould

ing

+ m

achi

ning

INFO

RM

ATIO

N T

EC

HN

OLO

GY

Har

dwar

e (c

omm

s, c

ompu

ters

, wor

ksta

tions

)

Sto

rage

Sys

tem

s

Dat

a co

mm

unic

atio

n

Sof

twar

e (P

LC, d

evel

opm

ent,

CA

D/C

AM

, FE

M, e

tc.)

Con

sulta

ncy

(mai

nten

ance

, out

sour

cing

)

OP

TIC

S

Opt

. gla

ss, b

lank

s, c

ryst

als

Mirr

ors,

pris

ms,

filte

rs, fi

bres

, dev

ices

, las

ers,

etc

.

Opt

ical

Tre

atm

ent o

f Mat

eria

l, co

atin

g

Man

ufac

turin

g of

Opt

o-M

echa

nica

l Dev

ices

Labo

rato

ry E

quip

men

t - P

ositi

onin

g E

quip

men

t

Opt

oele

ctro

nic

dete

ctor

s an

d co

mpo

nent

s

Pho

to/F

ilm E

quip

men

t, M

ater

ials

and

Con

sum

able

s

VAC

UU

M A

ND

LO

W T

EM

PE

RAT

UR

E T

EC

HN

OLO

GY

Cry

ost.,

cham

bers

,vess

els-

cstm

d

Pum

ps,p

ump-

syst

.,leak

det

ecto

r

Tube

s,se

als,

fittin

gs,s

tdd.

com

p

Con

trol

sys

tem

s, m

easu

rem

ent i

nstr

umen

t, ga

uges

Ref

riger

atio

n eq

uipm

ent

Sto

rage

+ha

ndlin

g cr

yoge

nic

liqui

ds

TRA

NS

PO

RTA

TIO

N

Hoi

stin

g ge

ar,c

rane

s,lif

ts,e

tc

INS

PE

CTI

ON

TE

STI

NG

AN

D C

ON

TRO

L

INSYTE ELECTRONICS l

INTARCON l l

INTEGRASYS l l

ISDEFE l l l l l l l

JEMA ENERGY l

LEADING METAL MECHANICAL SOLUTIONS l l l l l

LIDAX l l l l l l

MECANICAS BOLEA l l

METROMECANICA l

NANOKER l

NATEC l l l

NORTEMECANICA l l

OBEKI l l l l

OBUU TECH l l l l l l l l l l

PROACTIVE R&D l l

PROCON SYSTEMS l l l l

RAMEM l l l

ROMPAL l l l l

RYMSA l l l

SCHWARTZ HAUTMONT l l l l l l l l l l l l l l l l l l l l

SCIENTIFICA l l l l

SENER AEROESPACIAL l l l l l l l l l l l l l l l l l l l

SERTEC l l l l l l

SEVEN SOLUTIONS l l l l l l l

SUPRASYS l

TECNALIA l l

TECNOBIT l l

TEKNIKER l l l l l l l l l l l l l l l l l l l l l

TEKNOSERVICE l l

THALES ALENIA SPACE l l l

THERMAL VACUUM PROJECTS l l l l l l l

TSK ELECTRONICA Y ELECTRICIDAD l

TTI NORTE l l l l l

ASTRONOMY

CIV

IL E

NG

INE

ER

ING

AN

D B

UIL

DIN

GS

Bui

ldin

g w

ork

Roa

dwor

ks

Inst

alla

tion

and

supp

ly o

f pip

es

Elec

trica

l ins

talla

tion

wor

k (h

v=>

36kv

, mv

=>

1kv

&<

36kv

, lv=

<1k

v)

Sup

ply

& in

stal

latio

n of

hea

ting

and

air-

cond

ition

ing

equi

pmen

t

Hoi

stin

g ge

ar

Wat

er s

uppl

y an

d tr

eatm

ent

Mis

cella

neou

s: c

ompr

esse

d ai

r,fire

det

ectio

n,fu

el o

ils,lu

bric

atin

g oi

ls,b

uild

ing

mat

eria

ls,fi

repr

oofin

g m

ater

ials

,sca

ffol

ding

,hea

t and

so

und

insu

latio

n, fa

lse

floor

s,st

orag

e eq

uipm

ent

Mai

nten

ance

- c

lean

ing

Roa

d tr

ansp

orts

ELE

CTR

ICA

L E

NG

INE

ER

ING

Sw

itchg

ear a

nd d

istr

ibut

ion

boa

rds

(hv

= >

36

kv, m

v =

> 1

kv

& <

36

kv, l

v =

< 1

kv

if no

t diff

eren

t ind

icat

ion)

Pow

er tr

ansf

orm

ers

for a

c di

strib

utio

n

Pow

er c

able

s, b

usba

rs a

nd a

cces

sorie

s (h

v =

> 3

6kv

, mv

= >

1

kv &

< 3

6kv

, lv

= <

1 k

v)

Con

trol

and

com

mun

icat

ion

cabl

es

Em

erge

ncy

pow

er s

uppl

ies

and

ups

Rea

ctiv

e po

wer

com

pens

ator

s an

d ha

rmon

ic fi

lters

(hv

= >

36k

v, m

v =

> 1

kv &

< 3

6kv,

lv =

< 1

kv

if no

t diff

eren

t ind

icat

ion)

Ac/

dc &

ac/

ac p

ower

con

vert

ers

(rat

ed c

ontin

uous

pow

er fr

om

100

kva

to 1

mva

)

Ac/

dc &

ac/

ac p

ower

con

vert

ers

(rat

ed c

ontin

uous

out

put

pow

er a

bove

1 m

va)

Sup

erco

nduc

ting

mag

nets

(win

ding

pac

ks)

Sta

ndar

d in

dust

rial m

easu

rem

ents

, con

trol

, and

regu

latio

n

Mis

cella

neou

s (tr

ansf

orm

ers,

ac

mot

ors,

indu

stria

l fitti

ngs,

light

ing

equi

pmen

t, in

sula

tion

mat

eria

l, m

aint

enan

ce) /

ele

ctric

al e

ngin

ee-

ring

(hv

=>

36k

v, m

v =

> 1

kv &

< 3

6kv,

lv =

< 1

kv

if no

t diff

eren

t in

dica

tion)

Com

pone

nts

for e

lect

rical

eng

inee

ring

(hv

= >

36

kv, m

v =

>

1kv

& <

36

kv, l

v =

< 1

kv)

ELE

CTR

ON

ICS

Act

ive

com

pone

nts

/ el

ectr

onic

s

Pas

sive

com

pone

nts

/ el

ectr

onic

s

Mea

surin

g in

stru

men

ts fo

r ele

ctro

nics

Pow

er s

uppl

ies

- tr

ansf

orm

ers

/ el

ectr

onic

s

Func

tiona

l mod

ules

and

cra

tes

Rf a

nd m

icro

wav

e co

mpo

nent

s an

d eq

uipm

ent

Circ

uit b

oard

s

Mis

cella

neou

s( ra

cks,

cas

ings

, box

es, c

hass

is, f

ans,

ser

vo-m

o-to

rs, t

acho

s, s

ynch

ros,

bat

terie

s, h

eat e

xcha

nger

s)

Ass

embl

y an

d w

iring

wor

k /

elec

tron

ics

DAT

A P

RO

CE

SS

ING

Com

pute

rs a

nd w

orks

tatio

ns

Sto

rage

med

ia

Perip

hera

ls

Inte

rfac

es

Sof

twar

e

Con

sum

able

s fo

r dat

a pr

oces

sing

Sto

rage

furn

iture

(dat

a pr

oces

sing

)

Dat

a co

mm

unic

atio

n

ME

CH

AN

ICA

L E

NG

INE

ER

ING

SU

PP

LIE

S A

ND

MA

NU

FAC

-TU

RIN

G T

EC

HN

IQU

ES

Sup

ply

of ra

w m

ater

ials

Mac

hine

tool

s, w

orks

hop

and

qual

ity c

ontr

ol e

quip

men

t

Cas

ting

and

mou

ldin

g /

man

ufac

turin

g te

chni

ques

Forg

ing

& p

late

s/ m

anuf

actu

ring

tech

niqu

es

Boi

ler m

etal

wor

k /

man

ufac

turin

g te

chni

ques

She

et m

etal

wor

k /

man

ufac

turin

g te

chni

ques

Gen

eral

mac

hini

ng w

ork

/ m

anuf

actu

ring

tech

niqu

es

Pre

cisi

on m

achi

ning

wor

k /

man

ufac

turin

g te

chni

ques

Spe

cial

ized

man

ufac

turin

g te

chni

ques

VAC

UU

M A

ND

LO

W-T

EM

PE

RAT

UR

E T

EC

HN

OLO

GY

Vacu

um p

umps

Ref

riger

atio

n eq

uipm

ent /

vac

uum

& lo

w-t

empe

ratu

re te

chno

.

Gas

-han

dlin

g eq

uipm

ent

Sto

rage

and

tran

spor

t of c

ryog

ens

Mea

sure

men

t equ

ipm

ent /

vac

uum

and

low

-tem

pera

ture

Low

-tem

pera

ture

mat

eria

ls

Vacu

um c

ompo

nent

s an

d ch

ambe

rs

Low

-tem

pera

ture

com

pone

nts

Mis

cella

neou

s: lu

bric

ants

,clim

atic

test

cha

mbe

rs, o

vens

, eva

pora

tors

SP

EC

IAL

TRIT

IUM

SY

STE

MS

AN

D C

OM

PO

NE

NTS

Sm

all b

ore

tubi

ng a

nd fi

ttin

gs fo

r gas

ser

vice

Valv

es fo

r gas

ser

vice

s

Inst

rum

enta

tion

Gas

pum

ps a

nd c

ompr

esso

rs fo

r gas

ser

vice

Glo

ve b

ox c

ompo

nent

s

Wat

er d

etrit

iatio

n sy

stem

com

pone

nts

Spe

cial

mat

eria

ls fo

r trit

ium

pro

cess

ing

Atm

osph

ere

detr

itiat

ion

syst

em c

ompo

nent

s

RE

MO

TE H

AN

DLI

NG

SY

STE

MS

Rem

ote

hand

ling

tran

spor

ters

and

robo

tic d

evic

es

Man

ipul

ator

s

Rem

ote

hand

ling

tool

ing

View

ing

& m

etro

logy

sys

tem

s

Spe

cial

ised

kno

wle

dge

DIA

GN

OS

TIC

S &

DE

TEC

TOR

S

Det

ecto

rs

Oth

er o

ptic

al, r

f and

spe

ctro

scop

ic e

quip

men

t

EN

GIN

EE

RIN

G S

UP

PO

RT

SE

RV

ICE

S

Civ

il an

d pl

ant e

ngin

eerin

g -

serv

ices

and

con

sulta

ncy

Mec

hani

cal e

ngin

eerin

g -

com

pone

nts

serv

ices

and

con

sulta

ncy

Mec

hani

cal e

ngin

eerin

g -

syst

ems

and

plan

ts -

ser

vice

s an

d co

nsul

tanc

y

Rem

ote

hand

ling

and

asse

mbl

y -

serv

ices

and

con

sulta

ncy

Ele

ctric

al e

ngin

eerin

g -

serv

ices

and

con

sulta

ncy

Nuc

lear

and

saf

ety

engi

neer

ing

- se

rvic

es a

nd c

onsu

ltanc

y

Ele

ctro

nics

and

info

rmat

ics

- se

rvic

es a

nd c

onsu

ltanc

y

ABENGOA l l l l l l l l l l l l l l l l

AERNNOVA AEROSPACE l l l l

AIMEN l l l

AIRBUS l l l l l

ALE l l l l

ALTER l l l l l l l l l l l l l

ANALISIS Y SIMULACION l

ANTEC l

APPLUS l l l l l l l

ARRAELA l

ASE OPTICS l

ASTURFEITO l l l l l l l

AVS l l l l l l l l l

AWGE l l l l l l

BTESA l l

CADINOX l l l

CEIT l

CEN SOLUTIONS l l

CITD l l l l l

COMET l

CRISA l l l

CRYOVAC l l l l l l l l l l l l l l

CT INGENIEROS l l l l l l l l l l l l l l l l l l l l l l l l l l l l

DAS PHOTONICS

DEIMOS l l l l l l l l l

DRAGADOS l l l l l

EGILE MECHANICS l l l

EIIT l l l l

EMXYS l l l l

ELYTT l l l l l

EMPRESARIOS AGRUP. l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l

ENSA l l l l l

ESTEYCO l l l l

FAGOR AUTOMATION l l

FERROVIAL l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l

FRACTAL

FUS_ALIANZ l l l l l

FYLA LASER

GMV l l l l l l l l l l l l l l l l l l

CIV

IL E

NG

INE

ER

ING

AN

D B

UIL

DIN

GS

Bui

ldin

g w

ork

Roa

dwor

ks

Inst

alla

tion

and

supp

ly o

f pip

es

Elec

trica

l ins

talla

tion

wor

k (h

v=>

36kv

, mv=

>1k

v &

< 3

6kv,

lv =

<1

kv)

Sup

ply

& in

stal

latio

n of

hea

ting

and

air-

cond

ition

ing

equi

pmen

t

Hoi

stin

g ge

ar

Wat

er s

uppl

y an

d tr

eatm

ent

Mis

cella

neou

s: c

ompr

esse

d ai

r,fire

det

ectio

n,fu

el o

ils,lu

bric

atin

g oi

ls,b

uild

ing

mat

eria

ls,fi

repr

oofin

g m

ater

ials

,sca

ffol

ding

,hea

t and

so

und

insu

latio

n, fa

lse

floor

s,st

orag

e eq

uipm

ent

Mai

nten

ance

- c

lean

ing

Roa

d tr

ansp

orts

ELE

CTR

ICA

L E

NG

INE

ER

ING

Sw

itchg

ear a

nd d

istr

ibut

ion

boa

rds

(hv

= >

36

kv, m

v =

> 1

kv

& <

36

kv, l

v =

< 1

kv

if no

t diff

eren

t ind

icat

ion)

Pow

er tr

ansf

orm

ers

for a

c di

strib

utio

n

Pow

er c

able

s, b

usba

rs a

nd a

cces

sorie

s (h

v =

> 3

6kv

, mv

= >

1

kv &

< 3

6kv

, lv

= <

1 k

v)

Con

trol

and

com

mun

icat

ion

cabl

es

Em

erge

ncy

pow

er s

uppl

ies

and

ups

Rea

ctiv

e po

wer

com

pens

ator

s an

d ha

rmon

ic fi

lters

(hv

= >

36k

v, m

v =

> 1

kv &

< 3

6kv,

lv =

< 1

kv

if no

t diff

eren

t ind

icat

ion)

Ac/

dc &

ac/

ac p

ower

con

vert

ers

(rat

ed c

ontin

uous

pow

er fr

om

100

kva

to 1

mva

)

Ac/

dc &

ac/

ac p

ower

con

vert

ers

(rat

ed c

ontin

uous

out

put

pow

er a

bove

1 m

va)

Sup

erco

nduc

ting

mag

nets

(win

ding

pac

ks)

Sta

ndar

d in

dust

rial m

easu

rem

ents

, con

trol

, and

regu

latio

n

Mis

cella

neou

s (tr

ansf

orm

ers,

ac

mot

ors,

indu

stria

l fitti

ngs,

light

ing

equi

pmen

t, in

sula

tion

mat

eria

l, m

aint

enan

ce) /

ele

ctric

al e

ngin

ee-

ring

(hv

=>

36k

v, m

v =

> 1

kv &

< 3

6kv,

lv =

< 1

kv

if no

t diff

eren

t in

dica

tion)

Com

pone

nts

for e

lect

rical

eng

inee

ring

(hv

= >

36

kv, m

v =

>

1kv

& <

36

kv, l

v =

< 1

kv)

ELE

CTR

ON

ICS

Act

ive

com

pone

nts

/ el

ectr

onic

s

Pas

sive

com

pone

nts

/ el

ectr

onic

s

Mea

surin

g in

stru

men

ts fo

r ele

ctro

nics

Pow

er s

uppl

ies

- tr

ansf

orm

ers

/ el

ectr

onic

s

Func

tiona

l mod

ules

and

cra

tes

Rf a

nd m

icro

wav

e co

mpo

nent

s an

d eq

uipm

ent

Circ

uit b

oard

s

Mis

cella

neou

s( ra

cks,

cas

ings

, box

es, c

hass

is, f

ans,

ser

vo-m

o-to

rs, t

acho

s, s

ynch

ros,

bat

terie

s, h

eat e

xcha

nger

s)

Ass

embl

y an

d w

iring

wor

k /

elec

tron

ics

DAT

A P

RO

CE

SS

ING

Com

pute

rs a

nd w

orks

tatio

ns

Sto

rage

med

ia

Perip

hera

ls

Inte

rfac

es

Sof

twar

e

Con

sum

able

s fo

r dat

a pr

oces

sing

Sto

rage

furn

iture

(dat

a pr

oces

sing

)

Dat

a co

mm

unic

atio

n

ME

CH

AN

ICA

L E

NG

INE

ER

ING

SU

PP

LIE

S A

ND

MA

NU

FAC

-TU

RIN

G T

EC

HN

IQU

ES

Sup

ply

of ra

w m

ater

ials

Mac

hine

tool

s, w

orks

hop

and

qual

ity c

ontr

ol e

quip

men

t

Cas

ting

and

mou

ldin

g /

man

ufac

turin

g te

chni

ques

Forg

ing

& p

late

s/ m

anuf

actu

ring

tech

niqu

es

Boi

ler m

etal

wor

k /

man

ufac

turin

g te

chni

ques

She

et m

etal

wor

k /

man

ufac

turin

g te

chni

ques

Gen

eral

mac

hini

ng w

ork

/ m

anuf

actu

ring

tech

niqu

es

Pre

cisi

on m

achi

ning

wor

k /

man

ufac

turin

g te

chni

ques

Spe

cial

ized

man

ufac

turin

g te

chni

ques

VAC

UU

M A

ND

LO

W-T

EM

PE

RAT

UR

E T

EC

HN

OLO

GY

Vacu

um p

umps

Ref

riger

atio

n eq

uipm

ent /

vac

uum

& lo

w-t

empe

ratu

re te

chno

.

Gas

-han

dlin

g eq

uipm

ent

Sto

rage

and

tran

spor

t of c

ryog

ens

Mea

sure

men

t equ

ipm

ent /

vac

uum

and

low

-tem

pera

ture

Low

-tem

pera

ture

mat

eria

ls

Vacu

um c

ompo

nent

s an

d ch

ambe

rs

Low

-tem

pera

ture

com

pone

nts

Mis

cella

neou

s: lu

bric

ants

,clim

atic

test

cha

mbe

rs, o

vens

, eva

pora

tors

SP

EC

IAL

TRIT

IUM

SY

STE

MS

AN

D C

OM

PO

NE

NTS

Sm

all b

ore

tubi

ng a

nd fi

ttin

gs fo

r gas

ser

vice

Valv

es fo

r gas

ser

vice

s

Inst

rum

enta

tion

Gas

pum

ps a

nd c

ompr

esso

rs fo

r gas

ser

vice

Glo

ve b

ox c

ompo

nent

s

Wat

er d

etrit

iatio

n sy

stem

com

pone

nts

Spe

cial

mat

eria

ls fo

r trit

ium

pro

cess

ing

Atm

osph

ere

detr

itiat

ion

syst

em c

ompo

nent

s

RE

MO

TE H

AN

DLI

NG

SY

STE

MS

Rem

ote

hand

ling

tran

spor

ters

and

robo

tic d

evic

es

Man

ipul

ator

s

Rem

ote

hand

ling

tool

ing

View

ing

& m

etro

logy

sys

tem

s

Spe

cial

ised

kno

wle

dge

DIA

GN

OS

TIC

S &

DE

TEC

TOR

S

Det

ecto

rs

Oth

er o

ptic

al, r

f and

spe

ctro

scop

ic e

quip

men

t

EN

GIN

EE

RIN

G S

UP

PO

RT

SE

RV

ICE

S

Civ

il an

d pl

ant e

ngin

eerin

g -

serv

ices

and

con

sulta

ncy

Mec

hani

cal e

ngin

eerin

g -

com

pone

nts

serv

ices

and

con

sulta

ncy

Mec

hani

cal e

ngin

eerin

g -

syst

ems

and

plan

ts -

ser

vice

s an

d co

nsul

tanc

y

Rem

ote

hand

ling

and

asse

mbl

y -

serv

ices

and

con

sulta

ncy

Ele

ctric

al e

ngin

eerin

g -

serv

ices

and

con

sulta

ncy

Nuc

lear

and

saf

ety

engi

neer

ing

- se

rvic

es a

nd c

onsu

ltanc

y

Ele

ctro

nics

and

info

rmat

ics

- se

rvic

es a

nd c

onsu

ltanc

y

GTD l l l l l l l l l l l l l

HILFA l l l l l

IBERDROLA l l l l l l l l l l l l l l l l l l l l l

IDESA l l l

IDOM l l l l l l l l l l l l l l l l l l

IDONIAL l l l

INDRA l l l l l l

INGECIBER l l

INGEMETAL l l l l l l

INSYTE l

INTARCON l

INTEGRASYS l l

ISDEFE

JEMA l

LEADING l l l l

LIDAX l l l l l

MECANICAS BOLEA l

METROMECANICA l l l l l l l l

NANOKER l l

NATEC l

NORTEMECANICA l

OBEKI l l

OBUU TECH l l l l l l l

PROACTIVE l l l l

PROCON l l l

RAMEN l l l l l

ROMPAL l l l l l

RYMSA l l l l l

SCHWARTZ H. l l l l l l l l l l l l l

SCIENTIFICA l l l l l l

SEA l l

SENER l l l l l l l l l l l l l l l l l l l l

SERTEC l l l l l l l

SEVEN SOLUTIONS l l l l l l l l l l l

SUPRASYS l

TECNALIA l l l

TECNATOM l l l

TECNOBIT l l

TEKNIKER l l l l l l l l l l l

TEKNOSERVICE l l l

THALES ALENIA l l l

THERMAL VACUUM

TSK l

TTI l l l l

FUSION

CIV

IL E

NG

INE

ER

ING

Site

Ada

ptat

ion

Wor

ks fo

r Par

ticle

Acc

eler

ator

s

Des

ign

and

cons

truc

tion

of b

uild

ings

for a

ccel

erat

or fa

cilit

ies

Cle

an ro

oms

HVA

C s

yste

ms(

heat

ing,

ven

tilat

ion,

air

cond

ition

ing)

Fire

det

ectio

n an

d sa

fety

Ele

ctric

al s

yste

ms

for b

uild

ings

ME

CH

AN

IC A

ND

ME

CH

ATR

ON

IC

Hig

h pr

ecis

ion

mec

hani

cs a

nd m

ecat

roni

cs

Hig

h pr

ecis

ion

alig

nmen

t and

met

rolo

gy

Des

ign

and

man

ufac

turin

g of

larg

e m

obile

str

uctu

res

Des

ign/

man

ufac

turin

g su

ppor

t str

uctu

res:

gird

ers,

inse

rtio

n de

vice

s su

ppor

ts,e

tc .R

F po

wer

sys

tem

s de

sign

ELE

CTR

ICA

L S

YS

TEM

S

Des

ign/

man

ufac

ture

of p

ower

con

vert

ors

for a

ccel

erat

ors

Des

ign/

man

ufac

ture

of h

igh

stab

ility

pow

er s

uppl

ies

for m

agne

ts

Pul

sed

pow

er te

chno

logy

Man

ufac

turin

g of

sup

erco

nduc

ting

cabl

ing

ELE

CTR

OM

AG

NE

TIS

M A

ND

SU

PE

RC

ON

DU

CTI

VIT

Y

Des

ign/

man

ufac

turin

g of

war

m m

agne

ts

Des

ign/

man

ufac

turin

g of

sup

erco

nduc

ting

mag

nets

Des

ign/

man

ufac

turin

g of

per

man

ent m

agne

ts

RA

DIO

FRE

CU

EN

CY

SY

STE

MS

Des

ign/

man

ufac

turin

g of

RF

war

m c

aviti

es

Des

ign/

man

ufac

turin

g of

RF

supe

rcon

duct

ing

cavi

ties

Des

ign/

man

ufac

turin

g of

RF

acce

lera

tor s

truc

ture

s

Des

ign/

man

ufac

turin

g of

wav

egui

des

Des

ign/

man

ufac

ture

of R

Fpre

ampl

ifier

s an

d am

plifi

ers

Des

ign/

man

ufac

ture

of R

F m

odul

ator

s

Hig

h vo

ltage

pow

er s

uppl

ies

for R

F st

ruct

ures

Inte

grat

ion

RF

pow

er s

yste

ms

CR

YOG

EN

IS A

ND

VA

CU

UM

Des

ign/

man

ufac

turin

g of

vac

uum

ves

sels

Des

ign/

man

ufac

turin

g of

ultr

a hi

gh v

acuu

m s

yste

ms

cavi

ties

Des

ign/

man

ufac

turin

g of

cry

omod

ules

Cry

ogen

ic p

lant

s an

d sy

stem

s

TAR

GE

TS, D

ETE

CTO

RS

, IN

STR

UM

EN

TATI

ON

AN

D S

OU

RC

ES

Par

ticul

es ta

rget

s fo

r exp

erim

ents

Opt

omec

hani

c in

stru

men

tatio

n

Sem

icon

duct

or a

nd g

aseo

us-t

ype

dete

ctor

s

Sci

ntill

atio

n-ty

pe d

etec

tors

Bea

m d

iagn

ostic

s sy

stem

s

Low

-noi

se e

lect

roni

cs

Des

ign/

man

ufac

turin

g of

pro

ton/

ion

sour

ces

Lase

rs

SO

FTW

AR

E A

ND

CO

NTR

OL

Adv

ance

d da

ta s

torin

g an

d pr

oces

sing

Des

ign

of s

imul

atio

n to

ols

Acc

eler

ator

s/st

orag

e rin

g co

ntro

l sys

tem

s

Tim

ing

and

sync

hron

izat

ion

syst

ems

Mac

hine

pro

tect

ion

syst

ems

Per

sona

l saf

ety

syst

ems

Rem

ote

hand

ling

for r

adio

activ

e en

viro

nmen

ts

RA

DIO

AC

TIV

ITY

PR

OTE

CTI

ON

Rad

iopr

otec

tion

mat

eria

ls

Rad

iatio

n m

onito

ring

and

safe

ty

SP

EC

IALI

ZE

D M

AN

UFA

CTU

RIN

G P

RO

CE

SS

ES

Wel

ding

and

spe

cial

uni

on p

roce

sses

(EB

M, b

razi

ng, b

ondi

ng..)

Spe

cial

mat

eria

ls m

anuf

actu

ring

(Nio

bium

, Bor

on N

itrid

e, C

U (e

x O

2)

ABENGOA l l l l

AERNNOVA l l l l

AIMEN l

AIRBUS l l l

ALIBAVA SYSTEMS l l l l

ALTER l l l l l l l l l l l

ALTRAN l l

ANALISIS Y SIMULACION l

ANTEC l l l l

APPLUS l l l l l l

ARRAELA l l

ASE OPTICS l

ASTURFEITO l l l l l l l

AVS l l l l l l l l l l

AWGE l l l l l l l l l l l l l

BETESA l l l l l l

CADINOX l l l l l l l l l

CEIT l

CEN SOLUTIONS l l

CITD l l l l l l l

COMET INGENIERÍA l

CRISA l l l

CRYOVAC l l l l l l l

CT INGENIEROS l l l l l l l l

DRAGADOS l l l

EEAA l l l l l l l l l l l l l l

EGILE MECHANICS l l l

ELYTT l l l l l l

EMXYS l

ENSA l l l l

ESTEYCO l l l

FAGOR AUTOMATION l

FERROVIAL l l l l l

FYLA LASER l

GMV l l l l l l l

IDESA l

IDOM l l l

PARTICLE PHYSICSC

IVIL

EN

GIN

EE

RIN

G

Site

Ada

ptat

ion

Wor

ks fo

r Par

ticle

Acc

eler

ator

s

Des

ign

and

cons

truc

tion

of b

uild

ings

for a

ccel

erat

or fa

cilit

ies

Cle

an ro

oms

HVA

C s

yste

ms(

heat

ing,

ven

tilat

ion,

air

cond

ition

ing)

Fire

det

ectio

n an

d sa

fety

Ele

ctric

al s

yste

ms

for b

uild

ings

ME

CH

AN

IC A

ND

ME

CH

ATR

ON

IC

Hig

h pr

ecis

ion

mec

hani

cs a

nd m

ecat

roni

cs

Hig

h pr

ecis

ion

alig

nmen

t and

met

rolo

gy

Des

ign

and

man

ufac

turin

g of

larg

e m

obile

str

uctu

res

Des

ign/

man

ufac

turin

g su

ppor

t str

uctu

res:

gird

ers,

inse

rtio

n de

vice

s su

ppor

ts,e

tc .R

F po

wer

sys

tem

s de

sign

ELE

CTR

ICA

L S

YS

TEM

S

Des

ign/

man

ufac

ture

of p

ower

con

vert

ors

for a

ccel

erat

ors

Des

ign/

man

ufac

ture

of h

igh

stab

ility

pow

er s

uppl

ies

for m

agne

ts

Pul

sed

pow

er te

chno

logy

Man

ufac

turin

g of

sup

erco

nduc

ting

cabl

ing

ELE

CTR

OM

AG

NE

TIS

M A

ND

SU

PE

RC

ON

DU

CTI

VIT

Y

Des

ign/

man

ufac

turin

g of

war

m m

agne

ts

Des

ign/

man

ufac

turin

g of

sup

erco

nduc

ting

mag

nets

Des

ign/

man

ufac

turin

g of

per

man

ent m

agne

ts

RA

DIO

FRE

CU

EN

CY

SY

STE

MS

Des

ign/

man

ufac

turin

g of

RF

war

m c

aviti

es

Des

ign/

man

ufac

turin

g of

RF

supe

rcon

duct

ing

cavi

ties

Des

ign/

man

ufac

turin

g of

RF

acce

lera

tor s

truc

ture

s

Des

ign/

man

ufac

turin

g of

wav

egui

des

Des

ign/

man

ufac

ture

of R

Fpre

ampl

ifier

s an

d am

plifi

ers

Des

ign/

man

ufac

ture

of R

F m

odul

ator

s

Hig

h vo

ltage

pow

er s

uppl

ies

for R

F st

ruct

ures

Inte

grat

ion

RF

pow

er s

yste

ms

CR

YOG

EN

IS A

ND

VA

CU

UM

Des

ign/

man

ufac

turin

g of

vac

uum

ves

sels

Des

ign/

man

ufac

turin

g of

ultr

a hi

gh v

acuu

m s

yste

ms

cavi

ties

Des

ign/

man

ufac

turin

g of

cry

omod

ules

Cry

ogen

ic p

lant

s an

d sy

stem

s

TAR

GE

TS, D

ETE

CTO

RS

, IN

STR

UM

EN

TATI

ON

AN

D S

OU

RC

ES

Par

ticul

es ta

rget

s fo

r exp

erim

ents

Opt

omec

hani

c in

stru

men

tatio

n

Sem

icon

duct

or a

nd g

aseo

us-t

ype

dete

ctor

s

Sci

ntill

atio

n-ty

pe d

etec

tors

Bea

m d

iagn

ostic

s sy

stem

s

Low

-noi

se e

lect

roni

cs

Des

ign/

man

ufac

turin

g of

pro

ton/

ion

sour

ces

Lase

rs

SO

FTW

AR

E A

ND

CO

NTR

OL

Adv

ance

d da

ta s

torin

g an

d pr

oces

sing

Des

ign

of s

imul

atio

n to

ols

Acc

eler

ator

s/st

orag

e rin

g co

ntro

l sys

tem

s

Tim

ing

and

sync

hron

izat

ion

syst

ems

Mac

hine

pro

tect

ion

syst

ems

Per

sona

l saf

ety

syst

ems

Rem

ote

hand

ling

for r

adio

activ

e en

viro

nmen

ts

RA

DIO

AC

TIV

ITY

PR

OTE

CTI

ON

Rad

iopr

otec

tion

mat

eria

ls

Rad

iatio

n m

onito

ring

and

safe

ty

SP

EC

IALI

ZE

D M

AN

UFA

CTU

RIN

G P

RO

CE

SS

ES

Wel

ding

and

spe

cial

uni

on p

roce

sses

(EB

M, b

razi

ng, b

ondi

ng..)

Spe

cial

mat

eria

ls m

anuf

actu

ring

(Nio

bium

, Bor

on N

itrid

e, C

U (e

x O

2)

INDRA l

INGECIBER l l l

INSYTE l l l l

INTARCON l l

INTEGRASYS l

JEMA ENERGY l l

LEADING l l

LIDAX l l l l

MECANICAS BOLEA l l l

METROMECANICA l

NANOKER l l

NORTEMECANICA l l

OBUU TECH l l

PROACTIVE l l l l l l l l

PROCON l l l

RAMEN l l l l l

ROMPAL INGENIEROS l

RYMSA l l l

SCIENTIFICA l l l l

SENER l l l l l l l l l l l l l l

SERTEC l l l l l l l l

SEVEN SOLUTIONS l l

SUPRASYS l l l

TECNALIA l l l l

TEKNIKER l l l l l l l

TEKNOSERVICE l

THALES l l l l

THERMAL VACUUM PROJECTS l l l l l l l l l l

TTI l l l l l l

spanish capacities - in large scientific facilities - cdti

Documents