integrated solutions: survey design ... throughout 7 years of our existence, geoprojectsurvey llc...

INTEGRATED SOLUTIONS: SURVEYDESIGNCONSTRUCTIONOPERATION

GEOPROJECTSURVEY 2014

GeoProjectSurvey Geography

MoscowBldg 17, 26 Andronovskoe Shosse,111024Tel/fax: +7 (495) 937-13-12e-mail: [email protected]

KharkivOffice 4, 199/1 Moskovskiy Prospekt,61000 Ukraine

Surgut19 Domostroiteley Str,Khanty-Mansi Autonomous Area-YUGRA,628407 Tyumen Region

Krasnodar3 Soromovskaya,350066

Rostov-on-Don80 Budenovsky Avenue,344018

Saratov187/213 Rakhova Str, 410005

Ulyanovsk5 Sovetskaya Str.,432700

Volgograd41 Imeni Rokossovskogo Str.,400012

Saint Petersburg

Yekaterinburg

Krasnoyarsk

Novosibirsk3/1 3-rd Krasheninnikova Lane,630054

Khabarovsk26a Turgeneva Str,680000

Mirny4a Stroiteley Str.,678175

Legend

Oil and gas facilities

Communications and power facilities

Transportation facilities

Mining facilities

Manufacturing and civil engineering facilities

Branches and repre-sentative officesOperating / Soon-to-be

Drilling works

year year

Facilities completeTopographic survey

year Hectare Facilities

Hectare

Hectare

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Throughout 7 years of our existence, GeoProjectSurvey LLC has traveled a long way from a small survey company to the leader of design and survey industry in Russia.

The results of our work are our impeccable business standing and thus participation in the most important and influential projects throughout the country.We owe all our achievements to our reliable partners whose trust and friendly disposition were always of the highest value to us.We are a solid business team. Our employees are ambitious, energetic, self-motivated people with an attitude, individual work style and unique talents ensuring successful completion of any task set.Nowadays, marking time is not an option. That is why our activities on improving the company’s competitive strength include up-to-date resource management, implementing the company development program, providing updated technology and equipment, adopting cutting edge procedures and techniques, expanding presence geography and offering integrated solutions. And it is not even all.GeoProjectSurvey is open to cooperation and guarantees its partners:• high technological standards and quality of work and

services provided;• individual integrated approach to each task;• the best possible timing and prices.

DEAR FRIENDS, COLLEAGUES AND PARTNERS!

Yours sincerely, General Director, GeoProjectSurvey LLC Nikolai Nikolaevich Alekseenko

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ABOUT THE COMPANY 7PROJECTS PARTICIPATION IN INDUSTRY EVENTS REWARDS AND CERTIFICATES CORPORATE SOCIAL RESPONSIBILITY

THE COMPANY’S UP-TO-DATE TECHNICAL INFRASTRUCTURE 15

OUR STRENGTHS 17

INTEGRATED DESIGNING 19DESIGN OF MANUFACTURING AND CIVIL FACILITIES FIELD SUPERVISION INDUSTRIAL SAFETY EXPERT REVIEW CONDITION SURVEY OF BUILDINGS AND STRUCTURES

ENGINEERING SURVEY 23GEODETIC SURVEY GEOLOGICAL SURVEY GEOTECHNICAL SURVEY HYDROMETEOROLOGICAL SURVEY ECOLOGY ENGINEERING SURVEY

AREA PLANNING DOCUMENTATION 33TYPES AND PURPOSE OF AREA PLANNING DOCUMENTS AREA PLAN BOUNDARY-SETTING PLAN URBAN LAND DEVELOPMENT PLAN

LABORATORY INVESTIGATION 37SOIL LABORATORY GEOCRYOLOGY LABORATORY CONSTRUCTION TESTING LABORATORY ECOLOGY LABORATORY LABORATORY FOR MEASURING RADIATION AND PHYSICAL IMPACTS CHEMICAL ANALYSIS CENTER

ARCHAEOLOGICAL RESEARCH 41

MINE SURVEYING 42

ENVIRONMENTAL ACTIVITIES 43ENVIRONMENTAL PLANNING ENVIRONMENTAL EXAMINATION OF COMPLETED CONSTRUCTION PROJECTS ENVIRONMENTAL AUDIT ENVIRONMENTAL MONITORING

LAND USE PLANNING AND CADASTRAL SURVEY 47LAND USE PLANNING CADASTRAL SURVEY ALLOCATION OF BUILDING LAND FOREST SURVEYING AND FOREST LAND PLANNING

EXPERT ACTIVITIES 53NONSTATE EXPERT REVIEW OF DESIGN DOCUMENTS AND ENGINEERING SURVEY RESULTS CONSTRUCTION EXPERT EVALUATION FORENSIC LAND SURVEY VALUATION

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ABOUT THE COMPANY

GeoProjectSurvey is the leader of the Russian surveying industry.

GeoProjectSurvey offers a full range of works and services for design, construction and operation of capital facilities, including high consequence and sophisticated onces. The company has branches and separate divisions conducting active business throughout Russia and the CIS States.

We provide integrated designing of various-purpose capital facilities; engineering survey of all types; mining survey works; archaeological survey; cadastral survey and land use planning; technical expert review, forensic land-use investigation, expert review of industrial safety and many other services to facilitate

adopting and implementing of design solutions for construction, reconstruction and capital repair.

Due to operational excellence of our employees and efficient management, the company became one of the permanent service providers of several Russian natural monopoly ENTITIES, including: Gazprom, Russian Railways, Transneft, Federal Grid Company of Unified Energy System. Our partners include government-owned corporations, major design institutes, investment and construction companies, organizations, enterprises and private actors. We implement projects of any complexity

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BPS-II. Baltic Pipeline System. Construction of infrastructure facilities.

Zarya-Yartsevo East and Zarya-Yartsevo West Overhead Transmission Lines (OHPL). Construction,

urban development plan preparation.

Nizhni Novgorod HEP-Vyazniki-Zarya Overhead Transmission Line. Reconstruction.

Sochi, TPP-Vereshchaginskaya, Vereshchaginskaya-Dargomys Overhead Transmission Lines. Design and reconstruction.

Sochi TPP-Psou Overhead Transmission Line. Design and reconstruction.

Rostovskaya-Andreevskaya Overhead Transmission Line. Design, 1-st Stage

Balakovo NPS-Kurdyum Overhead Transmission Line. Construction

Dzhugba TPP, Dzhugba TPP-Shepsi, Dzhugba TPP-Goryachiy Klyuch Overhead Transmission Lines.

Kudepsta TPP Overhead Transmission Line. Design and survey works, construction

Tuymazy-Ufa Gas Pipeline. Telemetry

N.Tura-Perm-1,2 Gas Pipeline. Reconstruction of gas pipelines.

Neftegorsk GPP-Parabel-Kuzbas Gas Pipeline. Construction.

Prishnya GCS-Belousovo GCS section of Ostrogozhsk-Belousovo Gas Pipeline. Pipeline reconstruction.

Perm-Gorkiy-1,2 Gas Pipeline. Reconstruction.

Yamburg-Yelets Gas Pipeline, Yamburg-Tula Gas Pipeline 1, Karpinsk GCS. Reconstruction.

Urengoy-Center Gas Pipeline 1, 2. Pelym GCS. Reconstruction.

Moscow Region gas distribution network

Pavlovsk GCS-24. Reconstruction

Gubkinskiy Gas Field. Reconstruction and technical upgrade of gas extraction facilities.

OUR PROJECTS INCLUDE:• Works for constructing oil and gas pipe-

lines of several thousand km length and energy infrastructure facilities;

• Works for constructing and upgrading Moscow, South-East and North-Cauca-sian railroad facilities as well as many other railway lines throughout Russia;

• Works for constructing and reconstruct-ing transmission lines and communica-tions facilities, including survey of facili-ties for the 2014 Winter Olympic Games in Sochi;

• Works for developing transport infra-structure, such as: constructing new Moscow Metro lines, reconstruct-ing railroad stations, developing the Moscow ring road and reconstruct-ing federal routes including works for construction of Yuzhniy Airport in Rostov-on-Don, upgrading infrastruc-ture facilities of Moscow Domodedovo Airport;

• Works within Russian Transport System Development programs and preparation for the 2018 FIFA World Cup.

Our company regularly participates in major federal projects..

Energy Sector Facilities

PROJECTS

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DIGITAL RRL at the Demyansk-Tomsk section. Launch facilities 2-5

Kuban Underground Gas Storage Station (UGSS) - Ufa - Polyanskaya GCS. Digital RRL. Allocation of TRANSMITTING RADIOTECHNICAL FACILITIES

Yaroslavl-Moscow FOCL. Construction

OJSC MTS cable communication lines, Ryazan, Smolensk, Moscow Regions. Construction

Dispatching center, Rumyantsevo village, Moscow Region. Construction.

Cable communication lines, Domodedovo District, Moscow Region. Construction.

Antenna mast structures at the Akhun Mount and in territorial subdivisions of Sochi Internal Affairs Agencies. Construction.

Tingovatovo Oil Pump Station. Kazan District Oil Pipeline Agency. Reconstruction.

Yaroslavl Line Maintenance Service building. Construction.

Ivanovskaya SDPP, Shchyokino town, Tula Region.

Grozniy Loop Gas Pipeline, the Chechen Republic. Development of a detailed design.

Urengoy-Surgut Condensate Drain Line (string II). Development of detailed design documents.

Kazachya GCS. Construction.

Torzhok line operation dispatcher station. Borisovo Oil Pump Station. Velikiye Luki District Oil Pipeline Agency

Vostochno-Savinogorskoye Oil Field. Field facilities construction

Turchanovskoye Oil Field. Field facilities construction

Usinskoye Oil Field. Field facilities construction

Toboy Oil Field. Field facilities construction

V. Filanovskiy and Yu. Korchagin Oil Fields. Field facilities construction

Kuibyshev-Unecha-2 Trunk Pipeline, Nikolayevskoye-Unecha. Reconstruction of the section.

Yaroslavl-Kirishi-1 Trunk Pipeline. Yaroslavl-Kirishi-1 Trunk Pipeline passage under the Pes River. Reconstruction (replacement) of trunk pipeline sections.

Druzhba Trunk Pipeline. Tambov, Voronezh and Kursk Region. Reconstruction.

Druzhba-2 Trunk Pipeline. Kuibyshev-Unecha-2,3 Trunk Pipeline Underwater Passage. Kholmogory-Klin Trunk

Pipeline Underwater Passage. Reconstruction.

Kiengop-N. Chelny Trunk Pipeline. Replacement of a section.

Kuibyshev-Unecha-Mozyr-1 Trunk Pipeline. Reconstruction.

Perm-Almetyevsk Trunk Pipeline. Replacement of a section.

Surgut-Polotsk Trunk Pipeline. Tracing overhead transmission line, Yaroslavl-3 Oil Pump Station Yaroslavl District Oil

Pipeline Agency Construction.

Naberezhnye Chelny - Almetyevsk Main Product Pipeline. Reconstruction.

Inyakino Oil Pump Station, Pravdino Oil Pump Station. Velikiye Luki District Oil Pipeline Agency. Construction, reconstruction.

Chikshino Oil Pump Station. Usinskoye District Oil Pipeline Agency. Capital repair.

Karmanovskaya Gas Distribution Station. Telemetry.

Kuibyshev-Unecha-Mozyr-1 Trunk Pipeline Underwater Passage – main string. Reconstruction.

Yelizavetinka substation. Open switchgear, Ryazan District Oil Pipeline Agency. Technical upgrading.

Dorokhovo substation, Moscow Region. Construction.

Yaroslavl line operation dispatcher station, Yaroslavl-3 Oil Pump Station Yaroslavl District Oil Pipeline Agency Construction and reconstruction.

Krotovka line operation dispatcher station of Buguruslan District Oil Pipeline Agency. Construction.

Samara-1 Oil Pump Station, Pokrovskaya Oil Pump Station of the Samara District Oil Pipeline Agency

Nikolskoye line operation dispatcher station. Construction.

Lopatino line operation dispatcher station. Samara Region. Construction.

Tank battery, Moscow Region, 15000 sq. m. Construction.

Reconstruction of trunk gas pipelines for in-line inspection. Construction.

Series of gas stations Construction.

Eastern Siberia - Pacific ocean pipeline system, Skovorodino Oil Pump Station - the specialized oil sea port Kozmino (ESPO-II).

Novomoskovskoye underground gas storage facility (UGSF)

Bovanenkovo Oil/Gas/Condensate Field (OGCF).Labytnangi - Longyugan - Nadym section. Construction.

Communications Facilities

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HighwayА-108.Moscowouterring,Leningradskoye-DmitrovskoyeHighway.Constructionofinfrastructurefacilities.

HighwayМ-9theBaltic.Reconstruction

Trans-Baikal Railway. Borzya-Zabaikalsk. Electrification of the section. Integrated reconstruction.

Severnaya Railway. Vologda 1. Reconstruction.

Denezhnikovo-Starozhilovo. Railway track upgrade

Moscow Region land plots. Domodedovo District

Trans-Baikal Railway. Karymskaya station - Zabaikalsk, Borzya station-Zabaikalsk. Integrated reconstruction

Sverdlovsk Railway. Podvoloshnaya overhead system. Construction.

Trans-Baikal Railway. Khabzas-Biskamzha section. Overhead system. Technical upgrading.

Krasniy Rog-Pochep-Nemolodva. Railway track upgrade.

South-East Railway. Michurinsk-Uralskiy – Turmasovo, Michurinsk-Voronezhskiy – Turmasovo sections. Reconstruction and electrification of Rtishchevo - Kochetovka section. Reconstruction.

Domodedovo Airport, Moscow Region, Domodedovo District. Upgrade of the overhead system.

Ulyanovsk Baratayevka Airport. Reconstruction of the airport system.

Yuzhny Airport in Rostov-on-Don. Construction of the airport system.

Sukhodrev-Tikhonovka Hermitage. Railway track upgrade.

Mozhayskoye Highway Moscow MKAD Ring Road. Road junction. Rearrangement of communications.

Belorussky railway station, Moscow. Integrated reconstruction

Kiyevsky railway station, Moscow. Integrated reconstruction

Paveletsky railway station, Moscow. Integrated reconstruction

Yaroslavsky railway station, Moscow. Integrated reconstruction

Moscow Railway. Moscow Big Ring Railway, 81 km platform - Dmitrov - Iksha - Povarovo section. Integrated reconstruction

Moscow Railway. Moscow-Aleksandrov. Track upgrade.

Moscow Railway. Moscow-Kursk. Establishing high-speed passenger services.

Moscow Railway. Moscow-Oka. Upgrade.

Moscow Railway. Moscow-Paveletskaya. Constructing ramps at passenger platforms

Moscow Railway, Moscow Region. Forming rights-of-way.

Moscow Railway. Speed passenger transportation, from Moscow to the south. Reconstruction

Moscow Railway. Perspektivnaya station. Reconstruction

Moscow Railway. Likhobory station. Technical upgrading

Moscow Metro: Lyublinsko-Dmitrovskaya Line, Kozhukhovskaya Line, Khoroshyovskaya-Kuntsevskaya route, Vladykino, Planernoye, Rudnevo depots. Construction.

Oktyabrskaya railway sections: Saint Petersburg-Kolpino, Torfyanoye-Mstinskiy Most, Okulovka-Akademicheskaya. Constructing main railway protection system.

Prokhorovka-Zhuravka-Chertkovo-Bataysk. Railway track construction.

Development of Dmitrov-Sonkovo-Mga direction. Reconstruction of Mga-Kirishi section.

Tver flyover, Likhaya station. Reconstruction

Morozovsk motive-power repair depot. Construction of outdoor storm drain networks

North Caucasus Railway. Tuapse-Shepsi. Constructing double-track inserted section.

North Caucasus Railway. Tuapse-Adler. Line infrastructure development.

North Caucasus Railway. Kotelnikovo-Tikhoretskaya-Korenovsk-Timashevskaya-Krimskaya. Integrated reconstruction

North Caucasus Railway. Shepsi-Adler. Constructing double-track inserted section.

North Caucasus Railway. Vodopadniy-Lazarevskaya. Technical upgrading.

North Caucasus Railway. Dagomys-Sochi. Technical upgrading

North Caucasus Railway. Adler station. Reconstruction.

North Caucasus Railway. Tuapse station. Technical upgrading.

North Caucasus Railway. Yakornaya Shchel - Loo

Murmansk-Volkhovstroy, Murmansk-Olenegorsk. Section development.

Anapa Railroad Complex. Upgrade

Vocation house for locomotive crews at Salsk station. Construction.

Transport Facilities

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Legend:

Comprehensive Surveying

Geodetic survey

Soil survey

Ecology engineering survey

Hydrometeorological survey

Land management and cadastral survey

Design

Expert activities

Archaeological research

LiDAR and aerial survey

Mining FacilitiesUdachny Mine, Udachny town

6 kV OHL from Pulponasosnaya substation to Udachny open pit explosive storage. Construction.

Gas pipelines of Almaznoye line operations department for main gas pipelines. Reconstruction of line telemechanics system.

Zarnitsa Deposit. Air Cleaning Unit (ACU). Construction.

Nakyn facility: Nyurba Mining and Refining Plant (NMRP). Reconstruction of activated sludge plant. Reconstruction.

Treatment Plant (TP) No. 12. Reconstruction;

Treatment Plant No. 12 tailing pound bund wall, line 2, by the Pravy Kyeng river. Reconstruction.

Aykhal Mining and Refining Plant. Yubileyny open pit, Yubileynaya facility, Aykhal Mine.

Tank battery No. 4, Mining and Refining Plant. Mining Equipment Maintenance Shop (MEMS). Botuobinskaya Kimberlite Pipe. Construction.

Piropovy Brook placer. Open pit at Zarya Deposit. Development.

Mine and drain water injecting unit at Levoberezhny site. Reconstruction.

Mirny airline terminal building, Botuobinskaya exploration company, Internationalny Mine. Reconstruction.

OJSC Alrosa-Nyurba Botuobinskaya Kimberlite Pipe. Development.

Open pit at Zarya Deposit. Development.

Aykhal Mine. Zakladochny-1 calc sinter open-pit mine Development.

NMRP. TP No. 16. Expansion. Dry tailings storage. Reconstruction.

Brick Manufacturing Raw Materials Open-Pit Mine, Ozherelye town.

Manufacturing unit in Ozherelye, Moscow Region. Construction

Zarnitsa Deposit development. Material Cable Railway (MCR). Construction.

DevelopmentKrasny Put LLP, Domodedovo District, Moscow Region.

Office Center at 34 2nd Silikatny Proyezd, Moscow. Construction of utility lines

Business Office Park Business Center, Moscow Region, Mamyry village. Construction

Industrial buildings at OJSC Kvarts site, Ulyanovsk. Construction

Residential building with an underground parking at Nezhinskaya Street, Moscow. Construction

Storage facilities in Kratovo settlement, Moscow Region. Reconstruction

Residential building in Ruza, Moscow Region.

Land plots of 3142 ha, Solnechnogorsky District, Istrinsky District, Moscow Region.

Storage facility in Moscow Region, Krasnogorsky District, Nakhabino settlement

School building for 825 students, 14 Mayakovskogo Street, Zheleznodorozhny, Moscow Region. Building No. 7, 8, 9, 10, 11

Akatovo settlement quarter in Balashikha, Moscow Region.

Rostovskaya-Andreevskaya Overhead Transmission Line. Site selection.

Eco Office Center in Skolkovo. Construction

Residential building. Shakhty, Rostov Region. Construction.

Andreyevka settlement, Alabushevosettlement and Dedshkono microdistrict

Building complex at: 35 Gorkogo Street, Sochi. Reconstruction

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Keeping technical infrastructure up-to-date is quite an expansive procedure, due to particular activities, special technological requirements to such works and equipment and integrated nature of the process.

GeoProjectSurvey actively implements international and Russian quality manage-ment system programs oriented at im-proving management system and service quality, enhancing efficiency of company’s workflow, increasing staff responsibility and discipline and generally better image and investment prospects, as a result.

OUR ARSENAL INCLUDES:• A number of cutting edge drilling units:

Tracked multi-purpose universal light-armored towing vehicle (MTLBU) UGB-001; drilling unit URB-2A-2, including the tracked one, “Zhuravl”, for hard-to-reach places; small EGER II wheel undercarriage drilling units UBShM 1-13 and UAZ 390944; vibration drill-ing machines AVB-2M, UBShM 1-13; static penetration testing unit PIKA 17, 19; drilling units PBU 2-3, UGRB-001 w/ KAMAZ undercarriage, etc.;

• Equipment for studying properties and monitoring soil mass performance afield: pressuremeters, static penetra-tion testing equipment, ground-pene-trating radars, stamps, equipment for geotechnical monitoring of hazardous engineering and geological processes;

• Modern geophysical equipment: equip-ment for electrical and seismic explora-tion (seismographic systems);

• latest high-precision geodesic equip-ment of the following brands: JAVAD, HiPer, Topcon, Trimble, TSC2, TOPCON, Sokkia, Leica" power Arctic, etc.;

• Fleet of cars and special-purpose ve-hicles, including ones having cater-pillar tracks, low-pressure tyres and

cross-country chassis for works in hard-to-reach areas: (snowmobiles “Buran”, snow and swamp-going vehi-cle “Viking”, UAZ SKB-600, UAZ Trekol, special-purpose motor water vehicles “Kombat” and “Komandor”);

• Vehicles for personnel and freight transportation to sites of works: buses, personnel carrier, trucks;

• Wide range of laboratory equipment for company’s development and testing laboratories:1) cutting edge chemical analytical equipment: FT-IR Spectrometer for identifying oil products (Nicolet is5); ICP Emission Spectrometer (iCAP 6000); HELC - liquid chromatograph; 2) high-precision soil lab equip-ment for compression, single plane shear and triaxial compression testing of soil strength and strain properties; 3) frost effect laboratory equipment; 4) construction testing laboratory equipment;5) mobile radiation and physical im-pact laboratories are equipped with: (in-fra-ultra) sound level meters, vibrome-ters, dosimeters, electromagnetic field measuring devices, Rn determination equipment, gas analyzers..

We use the last versions of licensed special-purpose software.

In 2013, the company purchased RIEGL VMX- 450 (MLS) – LKZ and RIEGL LMS-Q780 (ALS), the latest multipurpose equip-ment for mobile and airborne laser scan-ning.

THE COMPANY’S UP-TO-DATE TECHNICAL INFRASTRUCTURE

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OUR STRENGTHS

Since its first days GeoProjectSurvey has been actively implementing interna-tional and Russian quality management system programs oriented at improving management system and service qual-ity, enhancing efficiency of company’s workflow, increasing staff responsibil-ity and discipline and generally better image and investment prospects, as a result.

OUR COMPANY SUCCESSFULLY AD-OPTED AND CERTIFIED QUALITY, ECO-LOGICAL AND OCCUPATIONAL HEALTH AND SAFETY MANAGEMENT SYSTEMS in respect to: designing;topographical, geological, hydrometeorological, environ-mental, geotechnical engineering survey and archaeological survey; topographic,

geodesic and cartographic work; land use planning and cadastral survey; forest man-agement fieldwork; accompanying state certification of all titles and transactions pertaining to real property, technical inven-tory and assessment of real property; con-dition survey of buildings and structures; conducting laboratory research (testing labs, construction technology lab, soil lab, radiation control lab, environmental moni-toring lab):• Quality management system meeting

the requirements of ISO 9001:2008;• Ecological management system meet-

ing the requirements of ISO 14001:2004;• Occupational health and safety man-

agement system conforming to require-mentsofGOST12.03.230-2007,ОНSАS18001:2007.

CUSTOMER ORIENTATION AND HIGH QUALITY STANDARDS

LICENSES AND CERTIFICATES

GeoProjectSurvey provides warranty period for all works. We have insurance for all the works and services of the company.

GEOPROJECTSURVEY OPERATES BY VIRTUE OF THE FOLLOWING LICENSES:• No. 21255 for works related to applica-

tion of information classified as state secret;

• No. 77-00253F for federal geodesic and cartographic works the results of which are of national and interindustry impor-tance;

• No. R/2010/1773/100/L dated 10.12.2010 for works in hydrometeorology and re-lated fields, except for operations per-

formed in the course of engineering survey to prepare design documents, construction, and reconstruction of capital structures;

• No. DE-00-013509 dated 29.05.2012. Li-cense for carrying out the expert evalu-ation of industrial safety;

• No. ROK 00708 for works related to res-toration of cultural heritage sites (his-torical and cultural monuments);

• No. PM-00-013612 dated 31.07.2012 Li-cense for mine surveying.

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OUR STRENGTHS

GEOPROJECTSURVEY PARTICIPATES IN SELF-REGULATING ORGANIZATIONS AND WAS GRANTED THE FOLLOWING CERTIFICATES AND PERMITS:• Certificate of admission to engineer-

ing survey affecting the safety of capital structures No. 0029/4-2012-7722587408-I-023. Issued by the Non-commercial partnership “Association of Survey Contractors of Transportation Industry” without restriction on the pe-riod of validity;

• Certificate of admission to a particu-lar type of work affecting the safety of capital facilities No. IP-130-732 issued by NPO Association of Organizations Performing Design Works in Gas and Petroleum Industries “Design Engi-neer” without restriction on the period of validity;

• Certificate of admission to a particu-lar type of work affecting the safety of capital facilities related to prepara-tion of design documents No. 1035-2013-7722587408-П-065. Issued bythe Non-commercial partnership SRO “Association of Survey Contractors of Transportation Industry” for metro fa-cilities and the related sector;

• No. R-016 Certificate of membership in board of employers of cadastral en-gineers. Issued by SRO NPO Cadastral Engineers;

• Competency certificate of a design or-ganization for certain type or types of works, which have influence on the safety of a capital construction project No.0020.01-2012-7722587408-С-24.Is-sued by NPO Association of Construc-tion Companies;

• Certificate of membership in SRO NPO National Association of Labor Auditors;

• Certificate of attestation of soil testing laboratoryNo.РОССRU.000122Э.М60;

• Certificate of accreditation of testing radiation control laboratory No. CAPK RU.0001. 443018;

• Certificate of attestation of test labo-ratory for construction product testing and quality control No. ST-0152;

• Certificate of attestation of chemical analytical laboratory No. ST-0156.

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ENGINEERING SURVEY

Any construction implies integrated engineering survey.

Engineering survey data is one of the essential factors influencing which design solution of the future engineering construction will be chosen.

Engineering surveys are part of mandatory design package required to obtain construction permit. As well as design solutions chosen, engineering survey quality determines construction stability.

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High-quality geodetic survey constitutes the basis for preparing design complying with regulatory requirements and estimated life.

The objective of topographical survey is obtaining topographical and geodesic materials and data on the setting and terrain, existing buildings and structures (surface, aboveground and underground), as well as partitioning elements (in digi-tal, pictorial, photographic or any other form) required for integrated assessment of natural and anthropogenic conditions at the construction site and providing basis for design, construction and use of the fa-cilities.

GEODETIC SURVEY PRIOR TO CON-STRUCTION INCLUDES:• Establishing geodetic frames;• 1:200 - 1:10,000 plane surveying and

updating;• Tracing;• Line infrastructure surveying, con-

structing longitudinal and transverse profiles;

• Staking and fixing of mine openings and other points; stationary monitoring

of strain and subsidence of buildings, structures, land surface and rock mass; providing data for GIS and national ca-dastres.

GEODETIC SURVEY DURING CON-STRUCTION AND BULDING, STRUCTURE OR ENTERPRISE USE INCLUDES:• Identifying designed ground position of

the facility;• Establishing geodetic frame (base);• Geodetic control of accuracy; precipita-

tion and strain monitoring; special sur-vey;

• Works during equipment installation, verification and check-up; identify-ing concealed underground construc-tions; drawing as-built geodetic docu-ments.

Geodetic survey enables more effec-tive use of investment funds and smarter design development for construction and reconstruction of facilities.

GEODETIC SURVEY

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TOPOGRAPHY AND CARTOGRAPHY SERVICES

Importance of topographic maps can hardly be overestimated. Topographic map is a detailed map describing horizontal position and elevation, distance, direction and area which can be difficult and labor-consuming to measure. Such measure-ments may be required for planning and locating productive forces, designing utility structures, in the process of exploring and exploiting natural resources, construction and structure using, land management, for maintaining cadastres and other activities.

THE COMPANY OFFERS:• Preparation, update, redaction, duplica-

tion of plans in pictorial, digital, photo-graphic and other forms, including top-ographical plans at a scale larger than 1:10,000;

• Manufacturing of aerial imagery mate-rials;

• Establishing and maintaining special-purpose geographical information sys-tems (GIS);

• Preparation, update, redaction, duplica-tion of thematic map, plans and atlases in pictorial, digital, photographic and other forms;

• Preparation, update, redaction, dupli-cation of calenders, guide-books and other map-based advertising and in-formational editions in pictorial, digital, photographic and other forms;

• General topographical maps at the scales of 1: 200 - 1:10,000 and (or) up-date (correction) of those for engineer-ing survey, construction and operation of buildings and structures, demarca-tion, cadastre maintenance and other survey and special works;

• Survey of under- and aboveground structures (utilities) at the scale of 1: 200 - 1:5,000 for engineering survey, construction and operation of buildings and structures, demarcation, cadastre maintenance and other survey and spe-cial works.

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Nowadays, LiDAR scanning is of the most efficient and progressive technique of data collection.

АERIAL,MOBILE AND TERRESTRIAL LIDAR SCANNING

MLS. Highway M9 Baltic section:a) Cloud of pointsb) 3D-imaging on the basis of MLS (Mobile Laser Scanning)c) Photo of the facility

b)а))

а) b))

Airborne laser scanning. Olenegorsk-Murmansk Railway section:a) Topographic plan Scale 1:2000b) Orthophotoplan

LiDAR scanning technologies are pro-gressive because they promptly provide the fullest high-precision geospatial data on the terrain, vegetation, hydrography, loca-tion and properties of anthropogenic facili-ties within the scanning area.

LiDAR scanning produces a high-den-sity cloud of reflexion points reflecting from any objects within the survey corridor, in-cluding ground under dense vegetation, which, when combined with high resolu-tion cameras, produces the most precise terrain and area models and topographic plans.

Economic aspect is of importance as well. In case of large and long facilities, la-ser scanning ensures significant decrease in costs and time of field works. Applying

modern mobile laser scanners, we can obtain the most detailed data on facilities and models of space along extensive linear objects within the shortest time period. In case of hard-to-reach and poorly explored districts of Western and Eastern Siberia and high north, and where conventional survey is not effective (tundra, snow and send deserts, etc.), significance of the Li-DAR scanning can hardly be overestimated.

In this sense, combination of aerial, mobile and terrestrial LiDar scanning scan-ning serves to enhance economic efficiency producing high-precision geodetic data at the same time. Inventory and equipment of GeoProjectSurvey currently includes the most efficient cutting edge high-precision mobile and airborne scanning systems RIEGL.

c)

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RIEGL LMS-Q780 laser scanning system (ALS) for airborne laser scanning.

RIEGL VMX-450 laser scanning system (MLS) - LKZ for mobile laser scanning.

The technology can be applied in vari-ous spheres: in power engineering for de-signing and diagnosing transmission lines, for inventory of land and property, urban development planning, road and railway reconstruction, pipeline design, in forest, land and agriculture, in land cadastre, in emergency monitoring.

LiDar scanning has a number of advan-tages: results of high-frequency measure-ment form a high-density massive array of lacer reflection points and includes spatial coordinates of the objects within the scan-

ner visual field. Basing on the measure-ments made, 3D-model of any facility or sectional drawings are generated, struc-ture defects and strain values are identified by comparing the facility with its design model.

With mobile and airborne laser scan-ning, survey from linear and areal objects from surface and air carriers which consid-erably increases speed and decreases level of effort. Using the obtained data, high-precision models of terrain,, vegetation and detailed topographical plans are generated.

USE OF LIDER SCANNING BY INDUSTRY:• Railroads and infrastructure facilities.

Identifying as-built geometrical param-eters of railway infrastructure. Monitor-ing railway line condition. Renovation and design of railroad facilities;

• Highways and transport infrastructure. Drawing road data sheet. Estimat-ing visibility range, wheel tracking and evenness. Drawing lists of road facili-ties. Cadastral registration;

• Power industry. Detection and analy-sis of HVDC oversize. Defining pole centers and deviations from the verti-cal axis. Detecting defects of pole ele-ments. Searching dangerous trees able of damaging HVDC elements. Monitor-ing vegetation growth and planning ap-propriation of funds for clearing OHPL rights-of-way. Choosing territories to be flooded when designing hydropower fa-cilities. Cadastral registration and iden-tifying exclusion zones;

• Mining industry. Preparing and design-ing facilities, calculating precise volume

of production and monitoring ground subsidence and other changes;

• Cartography. Obtaining the most precise terrain model for creating ortophotos and contouring;

• Management of natural resources. Cre-ating vegetation models based on ALS which helps defining tree heights and calculating volume of biomass even in the most isolated areas. Monitoring soil slips, snow cover depth, glacier move-ment;

• Oil and gas industry. Designing new and expanding existing pipelines. Monitoring clearings overgrowing. Cadastral regis-tration and identifying exclusion zones;

• Municipal engineering. Creating 3D models and topographic plans of city blocks, industrial facilities and other ur-ban facilities;

• Archaeological survey. Detecting and mapping concealed archaeological ob-jects and underground disposals, 3D-imaging and modeling architectural monuments for subsequent restoration.

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Geological survey is a necessary stage of work ensuring reliability, stability and good operation of any construction. Design and construction performed without detailed surveying and estimating geological conditions may result in a number of adverse processes.

Geological engineering survey is per-formed to explore geological structure of the site, soil physical and mechanical characteristics, carrying capacity, corrosiv-ity, hydrogeological conditions and progno-sis on respective changes in the process of construction and using the building or structure, to ensure protection of structures against influence of adverse geological en-vironment, geological and engineering pro-cesses and phenomena.

Based on the geological survey data, the best design parameters of a facility are iden-tified taking into account all negative factors influencing its construction and use.

OBJECTIVES OF GEOLOGICAL SURVEY• Construction feasibility study;• Comparing variants and choosing the

best location for facility;• Justifying arrangement of buildings and

structures;• Patterning geological conditions to cre-

ate a predictive model of earth founda-tion;

• Designer supervision of construction works.

GEOLOGICAL SURVEY

Based on the geological survey data, the best de-sign parameters of a fa-

cility are identified taking into account all negative factors influencing its construction and use.

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Geophysical studies are performed at different stages of surveying for construc-tion. During design and survey work stage, geophysical study is aimed at obtaining data to choose construction site (or corridor), de-fining basic cost, man-induced load, orga-nizing engineering protection. Volume and choice of methods of geophysical studies are determined by the complexity of geotechni-cal conditions, type of future construction, building (structure) criticality rating.

GEOPHYSICAL STUDIES ARE INCLUDED IN GEOLOGICAL SURVEY TO:• Study trends in geological and engi-

neering geological processes; • Study changes in condition and proper-

ties of soil, ground water level, thermal

and hydrochemical regime, depth of seasonal frost and thaw penetration;

• Study changes in condition of building and structure foundation soil, including those of engineering protection struc-tures;

• Study changes in environmental situa-tion.

MAIN GEOPHYSICAL STUDY METHODS:• Electrical prospecting;• Seismic prospecting;• Parametric well logging operations;• Ultrasound and acoustic foundation and

wall inspection (radiolocation);• Electrodynamic zoning.

GEOPHYSICAL STUDY

GEOLOGICAL SURVEY COMPRISES:

• Compiling, analyzing and systematizing archive and library materials;

• Aerial photo interpretation;• Large-scale general and specific geo-

logical survey;• Mine tunneling operations;• Field survey (cone penetration, plate-

bearing, pressuremeter tests);• Hydrogeological investigations, includ-

ing geofiltration modeling;• Geophysical study;• Laboratory study of soil, ground and

surface water;

• Local monitoring of geological terrain for survey, construction and operation of various facilities; Surveying founda-tion soil of existing buildings and build-ings under reconstruction, inspection of foundation pits for construction;

• Geographical demarcation of terrain under survey for construction of areal and linear structures using modern GIS methods;

• 3D modeling of geological structure of survey areas (for areal structures);

• Predicting changes in geotechnical con-ditions; Office study of survey materials.

Volume and methods of geophysical studies are determined by the

complexity of geotechnical conditions, type of future con-struction, building (structure) criticality rating.

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Geotechnical survey is performed for particular capital facilities located at sites of known geotechnical conditions to plot geomechanical model of interaction between the structure and foundation.

GEOTECHNICAL SURVEY

GeoProjectSurvey performs geotechni-cal survey for various designing and erec-tion stages.

1. DURING FINISHING GEOLOGICAL SUR-VEY STAGE OF PREPARING DESIGN DOCU-MENTS.

Methods of geotechnical survey:• Field testing and mine tunneling opera-

tions, laboratory studies of soil physical and mechanical properties (strength and strain properties in rock mass: plate loading, pressuremeter, static penetra-tion test) for physical and mathematical modeling of interaction between facili-ties under construction;

• Studying adverse engineering geologi-cal processes outside the direct colloca-tion area of the facilities with geological environment;

2. AT THE CONSTRUCTION, OPERA-TION AND DISMANTLING STAGE, geo-technical survey is aimed at justifying necessity of increasing stability of build-ings and structures. As far as this stage is concerned, the survey may be called geotechnical monitoring being a set of examinations performed throughout the construction or reconstruction period and for at least 1 year after the completion. The purpose of geotechnical monitoring is preventing emergencies by organizing monitoring of facilities under construction or reconstruction.

GEOTECHNICAL MONITORING IN-CLUDES:• controlling changes in foundation and

surrounding soil mass;• timely detection of malfunction;• monitoring conditions of existing build-

ings within the area of new construction influence;

• developing activities to prevent and remedy possible damage.

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Hydrometeorological survey ensures integrated study of hydrometeorological conditions at the construction territory and predicting potential changes in such conditions due to interaction with the facility under design.

HYDROMETEOROLOGICAL SURVEY

Hydrometeorological survey is aimed at obtaining materials and data in the volume required to make reasonable design deci-sions.

TASKS TO BE FULFILLED BY HYDRO-METEOROLOGICAL SURVEY INCLUDES:• Estimating water resources for various

water use;• Choosing location of construction site

(corridor) in terms of its protection from adverse hydrometerological effects;

• Developing the site plan;• Choosing structure design, defining

main parameters and organizing con-struction;

• Describing operating conditions;• Estimating influence of the facility on

water and aerial environment, develop-ing nature protection measures.

HYDROMETEOROLOGICAL SURVEY SHALL INCLUDE THE STUDY OF:• Water body hydrological regime;

• Climate conditions and individual me-teorological properties;

• Dangerous hydrometerological process-es and phenomena;

• Man-induced changes in hydrological and climate conditions and their indi-vidual properties.

THE SCOPE OF WORK:• Compiling and studying archive materi-

als;• Reconnaissance of engineering survey

area;• Monitoring hydrological regime charac-

teristics of water bodies and meteoro-logical elements;

• Studying dangerous hydrometeorologi-cal processes and phenomena;

• Studying soil freezing regime and snow covering characteristics (land);

• Office processing of materials and cal-culating hydrological and (or) meteoro-logical characteristics.

Performance of particular hydrological and me-teorological operations,

their scope and volume are defined by customer’s Terms of Reference in engineering survey program depending on the structure type and pur-pose, criticality rate, project stage, complexity and previ-ous study of hydrological and climate conditions in the con-struction area.

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Ecology engineering survey is integrated studies of natural environment components, anthropogenic and sociological and economic conditions at the future facility location.

ECOLOGY ENGINEERING SURVEY

Ecology engineering survey is per-formed to estimate current natural environ-ment state, as exposed to anthropogenic factors. Land-use planning and construc-tion and reconstruction design documents are drawn on the basis of ecological engi-neering survey materials. During the entire work period, the company performed eco-logical engineering survey for various facili-ties: those of the energy industry, commu-nication systems, transport infrastructure, civil use,etc.

ECOLOGY ENGINEERING SURVEY INCLUDES THE FOLLOWING WORKS AND STUDIES:• Compiling and studying library materi-

als;• Ecological interpretation of aerial and

space photos;• Route monitoring;• Mine tunneling operations for ecological

aimed at monitoring ecological situa-tion;

• Hydrogeological and hydrological eco-logical studies; geocryological ecological studies;

• Studying ground to choose the least fer-tile soils as the facility site;

• Sampling and estimating pollution of air, soil, ground, surface and ground water,bottomset beds;

• Laboratory studies: chemical analysis, radiation pollution study;

• Gas geochemical impact survey (for areas where gas-generating ground is common);

• Physical effect (noise level, vibration, electromagnetic field) studies;

• Biological investigation (studying flora and fauna): species composition, an-thropogenic impact at the facility area;

• Socioeconomic, sanitary and epidemio-logical, biomedical studies (integrated activities for improvement of living con-ditions);

• Archaeological survey;• Office processing of results.

Sampling of water for sanitary chemical studies.

36

LABORATORY INVESTIGATION

Our company has modern special various purpose equipment for integrat-ed laboratory investigation. All laboratories are accredited under Russian legislation.

Our test laboratories fully meets internal needs and also provide a wide range of laboratory services for external customers.

37

Soil laboratory has all necessary modern equipment for identifying physical, mechanical, corrosion properties of soils and chemical analysis of water and soils.

SOIL LABORATORY

GEOCRYOLOGY LABORATORY

TESTS WHICH CAN BE PERFORMED IN THE SOIL LABORATORY INCLUDE:• Soil physical measures: moisture index,

bulk and specific weight, porosity ratio, degree of moisture, plasticity, consisten-cy index, size distribution index, slaking value, coefficient of permeability;

• Soil mechanical measures: subsidence index, swelling index, soil shrinkage in-

dex, measures of strain and strength behavior (triaxial compression, single plane shear, compression test);

• Soil and water chemical analysis: natu-ral water chemical analysis, analysis of water extract and soil and natural water corrosivity potential in respect to steel, concrete, lead and aluminum.

Frost effect laboratory of the company not only ensures efficient and high quality performance of its own tasks but also as-sists in developing industrial infrastructure of Siberia and the Far East.

The main task of frost effect laboratory is scientific research of cryotic soil proper-ties to ensure reliability of structures within permafrost areas. Permafrost soils show under anthropogenic load specific behav-ior: subsidence processes, heaving, cryo-karst, high aggressivity to concrete and steel foundation elements, etc.

Frost effect laboratory tests include identifying physical and mechanical prop-erties of thawed and frozen soil, chemical and corrosivity analysis of soils and natural water.

EQUIPMENT:• Resistivity gage for corrosiveness test-

ing;• Odometers for thawing permafrost soil

settlement measurement (40 cm2) KfP-60-2,5-komb;

• Direct shear apparatus;• AKR loading devices;• PSh-2 frozen soil ball stamp testing unit;• KD-2 thermal conductivity tester• Unfrozen water identification devise

(desorption, contact method);• Sample storage refrigerator, reusable

heat-insulated container;• Dewatering box, muffle furnace• Freezing chamber with minimum tem-

perature of -15 °C. Testing temperature regulation to 0.1 - 0.05 degrees

• etc.

39

LABORATORY FOR MEASURING RADIATION AND PHYSICAL IMPACTS

RADIOMETRIC SURVEYS WHICH WE PERFORM:• Dosimetric control, including gamma

survey, estimation of background equiv-alent dose rate, identification of ra-diation pollution areas, their scale and composition of pollutants;

• Sampling for radiation control followed by spectrometric measurement of ra-dionuclide specific activity in soils and ground;

• Estimating potential radon hazard of the construction area (measuring radon vol-umetric activity, radon flux density from the earth surface and subsurface);

• Due to the equipment of the labora-tory, radiation control and estimation of physical factors guarantees accurate results;

• Laboratory equipment: gamma-spec-trometers, dosimeters, radiometric do-simeters, radon integrated monitoring apparatuses;

SURVEYING PHYSICAL FACTORS IN THE TEST LABORATORY:• The laboratory tasks include estimating

level of vibration acceleration, general and local vibration and noise;

• All equipment is certified and subject to regular calibration.

CHEMICAL ANALYSIS CENTERTYPES OF LABORATORY SURVEY: po-

tentiometry, titrimetry, colorimetry, spec-trometry, liquid chromatography.

AREAS OF USE: metallurgy, oil and oil processing, chemical industry, geology, ecology, coal industry, biological objects. All measurements and identification are performed with high-precision analyti-cal equipment which enables: identifying small concentrations, simultaneous multi-element analysis, preliminary sample pro-cessing.

EQUIPMENT:• ICP Emission Spectrometer for ultimate

composition analysis (iCAP 6000);

• FT-IR spectrometer for oil product iden-tification (Nicolet is5);

• HELC (liquid chromatograph) for benz(a)pyrene identification;

• PAH determination (Briz HPLC gradient system).

THE EQUIPMENT CAN IDENTIFY ELE-MENTS: in soil and bottom deposits; natu-ral and sewage water, rock, metallic miner-al reserves, concentrates; refractories and ceramics; oils, petroleum and petroleum derivatives; metals and alloys; catalysts and semiconductors; plastic mass.

a) FT-IR spectrometer for oil product identification (Nicolet is5)

b) ICP Emission Spectrometer for ultimate composition analysis (iCAP 6000);

c) HELC (liquid chromatograph);

а)) b) c)

56

CONTACTS

Автобусы: 59, 759, маршрутное такси 133,до остановки«Андроновское ш.»БЦ «Персона-Грата»

тн

ТТК

ТТ

К

ш. Энтузиастов

Авиамотрная ул.

М. Авиамоторная

Андроновское ш.

5-я Кабельная ул.

ООО «Геопроектизыскания»еопроекти

ТЦ «Город»

By bus: No. 59, 759, fixed-route taxi No. 133, bus station Andronovskoye Shosse, Persona Grata Business Center

MOSCOW Bldg 17, 26 Andronovskoe Shosse, 111024 MoscowTel.: +7 (495) 937-13 -12, +7 (495) [email protected]

VOLGOGRAD 41 Imeni Rokossovskogo Str, 400012 VolgogradTel: +7 (8442) 36-78-75

KRASNODAR 3 Sormovskaya Str, Krasnodar, 350066 Krasnodar KraiTel.: (861) 210-19-57

MIRNY 4a Stroiteley Street, Mirny, 678175 Republic of Sakha (Yakutia)Tel.: +7 (41136) 4-58-06; +7 (985) 178-55-59

NOVOSIBIRSK 36 Stantsionnaya Str, Novosibirsk, 630108 Novosibirsk RegionTel.: +7 (383) 373-18-74

ROSTOV-ON-DON 80 Budenovsky Avenue, 344018 Rostov-on-Don, Rostov RegionTel.: +7 (863) 299-36-19

SARATOV 187/213 Rakhov Street, 410005, Saratov, Saratov RegionTel.: +7 (8452) 27-21-09

SURGUT 19 Domostroiteley Str, Surgut, Khanty-Mansi Autonomous AreanYugra, 628407 Tyumen RegionTel.: +7 (985) 178-49-99

ULYANOVSK 5 Spasskaya Str, 432063 Ulyanovsk, Ulyanovsk RegionTel.: +7 (8422) 41-21-76

KHABAROVSK 26a Turgeneva Str, Khabarovsk, 680000 Khabarovsk KraiTel.: +7 (4212) 91-65-03

KHARKIV letter D-5, 199, Moskovskiy Prospekt,61037 Kharkiv, Kharkiv Region, Ukraine,+7 (38057) 760-48-85

MOSCOW Bldg 17, 26 Andronovskoe Shosse, 111024 MoscowTel.: +7 (495) 937-13 -12, +7 (495) [email protected]

VOLGOGRAD 41 Imeni Rokossovskogo Str, 400012 VolgogradTel: +7 (8442) 36-78-75

KRASNODAR 3 Sormovskaya Str, Krasnodar, 350066 Krasnodar KraiTel.: (861) 210-19-57

MIRNY 4a Stroiteley Street, Mirny, 678175 Republic of Sakha (Yakutia)Tel.: +7 (41136) 4-58-06; +7 (985) 178-55-59

NOVOSIBIRSK 36 Stantsionnaya Str, Novosibirsk, 630108 Novosibirsk RegionTel.: +7 (383) 373-18-74

ROSTOV-ON-DON 80 Budenovsky Avenue, 344018 Rostov-on-Don, Rostov RegionTel.: +7 (863) 299-36-19

SARATOV 187/213 Rakhov Street, 410005, Saratov, Saratov RegionTel.: +7 (8452) 27-21-09

SURGUT 19 Domostroiteley Str, Surgut, Khanty-Mansi Autonomous AreanYugra, 628407 Tyumen RegionTel.: +7 (985) 178-49-99

ULYANOVSK 5 Spasskaya Str, 432063 Ulyanovsk, Ulyanovsk RegionTel.: +7 (8422) 41-21-76

KHABAROVSK 26a Turgeneva Str, Khabarovsk, 680000 Khabarovsk KraiTel.: +7 (4212) 91-65-03

KHARKIV letter D-5, 199, Moskovskiy Prospekt,61037 Kharkiv, Kharkiv Region, Ukraine,+7 (38057) 760-48-85 www.geops.ru

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