THE FRENCH CLEANTECH THAT TRANSFORMS HEAT INTO ELECTRICITY

CLEAN ENERGYHARVESTING

enertime

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COOLING LOOP OR DISTRICT HEATING

NETWORK

OR

PUMP

CONDENSER

REGENERATOR

TURBINE

GENERATOR

EVAPORATOR

CONTROL AND AUXILIARIES

CABINET

GENERATOR PROTECTION

CABINETenertime

TAILOR-MADE MACHINESUsing its know-how and significant industrial experience, Enertime offers machines complying with customer’s special constraints and needs, like:

• Non-standard heat sources (non-standard duties or temperatures, multiples heat sources, corrosive and scaling geothermal water)

• On-site integration in a limited/constrained space

• Cogeneration systems with specific thermal needs (superheated water, steam,…)

• Condensing of the working fluid with seawater or air

• Adapted scope of supply to the customers own engineering capabilities (from a turbine only to a full turnkey project)

The construction of our machines is carried out focusing on minimizing the cost of the generated electricity in order to offer the best techno-economic trade-off to the customer. Our tailor-made solutions maximize the power output, reduce the global project investment cost and improve the project economics.

For complex systems, including for example the heat recovery system, FEED studies (Front End Engineering Design) are needed to validate a turnkey solution and can be carried out by Enertime before finalizing the contracts parameters.

Contact us for further details

The recovered heat is either transferred to the ORC module through a thermal loop (pressurized water, thermal oil or steam) or comes directly from geothermal water or industrial processes.

COGENERATION: Heat is transferred to a district heating network or an industrial user maximizing the total efficiency of the ORC plant.

Additional heat use (process, heating, ...) and return to the heat source

INCIN

ERATO

RS

WASTE HEAT R

ECOVER

Y

ENGIN

ES & TU

RBINES

BOILERS GEOTH

ERMAL

Generated electricity is exported to the grid or consumed by the customer, reducing its energy bills with decarbonized and decentralized electricity from renewable or wasted resources.

POWER ONLY: Electrical output is maximized with a cooling loop associated with cooling towers or a cold source (sea, river, ...).

STANDARD ORC PRODUCT RANGEEnertime proposes robust ORC machines designed to maximize electrical output with minimal investments, that are available in the following ranges:

These standard machines are compatible with any heat source and are designed to be easily integrated in all industrial environments. In order to better respond to your needs, Enertime adapts the scope of supply by offering various options and services associated with the machines.

Technical data and detailed information are described in the datasheets dedicated to the different applications.

RANGE CORDIAL© ORCHID© IGT Machines*

SOURCES High temperature fumes >350°C

Medium temperaturefumes >200°Cliquids >100°C

Small machines, high and medium temperature

THERMAL LOOP

Thermal oil (250 à 310°C)

Pressurized water(<220°C)

Pressurized water or Thermal oil

OUTPUT 600 to 5 000 kWe 400 to 10 000 kWe 100 to 500 kWe

EFFICIENCY up to 24,8% up to 17,0% up to 21,4%

ADVANTAGES Maximized efficiency

non-flammable fluids

Standard machines40’ container

CSP

HEAT RECOVERY EXCHANGERS

BIOMASSEnertime ORC machines transform renewable heat sources or waste heat (fumes) from industrial processes into electricity

THERMAL LOOP 600 to 40 000 kWth

100 - 10 000 kWe

*IGT: Integrally geared turbine

WHY ORC?Our ORC machines are designed to generate power from low and medium temperature heat sources for small and medium electrical outputs (<10 MWe).

The ORC technology offered by Enertime is adapted to decentralized and CO2-free electricity generation units and bring the following benefits:

100 kWePower-only ORC

600 kWeORC CHP

(SERM, Montpellier)

Tailor-made 3500 kWe ORC with double heat source

(Baosteel, Shanghai)

• High efficiency at low temperatures

• Fully automated and remote operation without a dedicated technician

• Flexible part-load operation, particularly suitable for fluctuating heat sources

• Quick start-up and shut-down

• Compact size, that makes transportation and on-site erection easy and fast

• Low installation and maintenance costs

• No water consumption

• Modular conception adapted to site requirements

ORC turbines are entirely designed and assembled by Enertime.

With a remarkable robustness and excellent efficiency, our axial multi-stage turbines offer low vibration levels due to the between bearings technology with high part-load performances.

Our turbines are designed to facilitate maintenance with a great accessibility.

Turbines are optimized for our ORC machines and are compatible with all the new generation fluids available on the market (HFC, HFO, HFE).

We also propose overhung IGT turbines for small-scale applications (<600 kWe).

BETWEEN BEARING TECHNOLOGY

TURBINE INLET

TURBINE OUTLET

HYDRODYNAMIC JOURNAL BEARING

TOGENERATOR

CASING

ROTOR

HYDRODYNAMIC JOURNAL BEARING

ROTOR

THRUST BEARING

MECHANICAL SEAL

Technological progress is the key factor for climate change mitigation and transition to CO2-free energy. Thermodynamics is the foundation for the development of clean technologies.

Enertime works on numerous R&D projects in collaboration with European universities and industrial partners, improving and developing new innovative solutions.

Enertime also offers the following technologies in synergy with its main ORC activity.

INNOVATIONS AND NEW PRODUCTSCOMPRESSORS AND HIGH TEMPERATURE HEAT PUMPS (>80°C), to produce heat for district heating networks and industrial processes from low and medium-temperature resources (geothermal, industrial waste heat, sewage, lakes and rivers,...) or for a simultaneous heat and cold production.

OCEAN THERMAL ENERGY CONVERSION (OTEC): Uses the temperature difference between cooler (5-10°C) deep water and warmer (28°C) shallow or surface seawater to generate power from 100 kWe to several MWe

GAS EXPANSION AND COMPRESSION: To generate, store and transport industrial gases, the gases are compressed and then expanded for distribution and use. Using special turbomachines, the expansion energy can be recovered to generate power.

THERMAL ENERGY STORAGE (TES): TES systems use process loops of compression, storage and expansion of specific fluids (air, CO2, organic fluid) to take benefit from the availability and electricity price volatility.

SPECIAL TURBOMACHINES AND OTHER APPLICATIONS: Design and manufacturing of tailor-made turbines and compressors for industrial applications (Oil & Gas, air compression, gas compression,...). Contact us for more details.

MANUFACTURE AND ERECTION

ORC TURBINE

ORC MODULE

TURNKEY PROJECT

Turbomachines are entirely designed by Enertime, assembled and tested in our workshop in Courbevoie (Paris).

We collaborate with leading international suppliers in order to guarantee the highest quality of ORC equipment. Depending on the size, Enertime machines are assembled in standard containers or on skids in the workshop. Machines above 2 MWe are directly erected on-site.

Enertime offers services adapted to engineering capabilities of its customers, EPC contractors and international partners:

• ORC turbine or compressor only

• Turbogenerator and ORC design

• Complete ORC Module [STANDARD]

• ORC Module and turnkey integration

• Complete turnkey project (including heat recovery system, biomass boiler,...)

• Project financing Enertime carries out numerous turnkey projects in partnership with manufacturers of biomass boilers, heat recovery exchangers and EPCs, offering complete coordination and expertise answering to your needs.

• Remote assistance with guaranteed response and intervention times• Preventive maintenance and annual revision• Control of the fluids• Supply of spare parts and consumables• Total repair solution• 5 years extension of manufacturer warranty for the turbine

Our machines are designed to be fully automated and remote controlled. Their robustness allows minimal, fast and simple maintenance (e.g. hydrodynamic bearing).

Enertime’s team supports customers during the whole implementation process (erection, commissioning and maintenance) in order to meet all their requirements and make sure they are fully satisfied.

The Company has a specialized maintenance and after-sales service team and adapts to customer needs, with a broad range of services:

ROBUSTNESS AND IMPROVEMENTSEnertime continuously develops new solutions and improves existing products to offer innovative, robust and cost-effective machines.

Together with our partners and suppliers, we create innovative solutions to propose machines and services at the forefront of technology in various fields (new generation fluids, materials, heat exchange ...).

Enertime machines are designed according to EC or ASME standards in collaboration with world leading partners and suppliers.

Our machines are fully automated, have simple maintenance and more than 20-year service life.

MAINTENANCE AND AFTER-SALES SERVICES

enertime

1, Rue du Moulin des Bruyères92400 Courbevoie - FRANCE

www.enertime.com Tél +33 01 75 43 15 40contact@enertime.com

Our mission is to accelerate the transition to a CO2-free industry by offering innovative and efficient turbomachines and thermodynamic machines to produce, recover and recycle energy with no greenhouse gas impact.

Using our industrial experience in aerodynamics, mechanics, electricity and automation we offer standard and tailor-made machines adapted to the needs of our industrial customers and local authorities.

With headquarters in Paris and representatives in several countries, Enertime is well established on a global market.

Our multidisciplinary and international team will provide you with the best technical solutions and guide you in the development of thermodynamic applications corresponding to your needs.

Gilles DAVIDCEO

ORC MACHINES (ORGANIC RANKINE CYCLE)Production of electricity from industrial waste heat (fumes, processes, engines, turbines, ...) and renewable resources: geothermal energy, biomass, CSP and waste incineration plants.

HIGH TEMPERATURE HEAT PUMPS (>80°C)Produce heat for district heating networks and industrial processes from low and medium-temperature resources (geothermal, industrial waste heat, sewage, lakes and rivers,...) or for a simultaneous heat and cold production.

DESIGN AND MANUFACTURING OF TAILOR-MADE TURBINES AND COMPRESSORS for industrial applications (oil & gas, industrial gases, hot air,...)

Feb.

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