Market application Geothermal

Dry cooling solutions for geothermal power plants

Geothermal

Market

About Geothermal

Geothermal plants are generally established close to geothermal reservoirs, and for sustainable power generation, require a dry cooling solution. In Organic Rankine cycles, Air-Cooled Heat Exchangers (ACHE) can condense organic flammable fluid in the most challenging conditions.

Flash steam cycles require Mechanical Draft Dry Cooling Towers with surface or direct contact condensers. Depending on the corrosivity of the fluid, SPG Dry Cooling can provide the perfect geothermal dry cooling products

Features of cooling solutions for geothermal

Geothermal power plants require a dry cooling solution where the condensate is captured and can be
re-injected into the geothermal well. This sustainable dry cooling solution will result in an extended steam production, compared to a wet cooling system.

 

01

Geothermal energy is renewable

02

High degree of availability

03

Low land use

04

Low atmospheric pollution compared to fossil fuel plants

05

Almost zero liquid pollution with re-injection of effluent liquid

06

Not affected by weather conditions

07

Relatively low visual impact

Product related to geothermal industry

Select the product and learn more about its benefits

A-frame Air-cooled condensers immediately condense the steam turbine exhaust flow and return condensate to the boiler without water loss. They are frequently used in electrical power plants and waste to energy plants of all sizes.
W-Style ACC® is an innovative Induced Draft Air-Cooled Condenser (ACC) directly condensing the steam turbine exhaust flow. The condensate returns to the boiler without any water loss. With its unique “W” heat exchanger structure, the amount of steel and overall height of the ACC are dramatically reduced. This is useful for all power plant applications.
ModuleAir® is an innovative modular air-cooled condenser (ACC) that directly condenses steam turbine exhaust flow and return condensate to the boiler without any water loss. With construction savings of up to 25%, compared to a standard A-frame, construction time can be reduced by several months for large power plants.

Start your journey with
SPG Dry Cooling

All projects require a different and unique approach. Your first
point of contact with SPG Dry Cooling will be our dedicated and
experienced sales team. You will have a committed team
(project manager, engineering team, quality control officer,
logistics officer) at your disposal through the whole process.
Our team members offer a high quality of customer care and
strive for excellence in service delivery. Please reach out for
more information or a personalized quote.

contract (1)

Contract Signature

rocket (1)

Kick-off Meeting

With our Project Manager, Engineering team, Quality Control Officer, Logistics officer, as well as with equivalent representatives from the client-side.

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Engineering phase

In the first phase, we will hand the client a basic design of the requested product. In the second phase, we will start with a more detailed design.

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Procurement phase

With our Project Manager, Engineering team, Quality Control Officer, Logistics officer, as well as with equivalent representatives from the client side. Our Sales Manager will also be there, and often the client’s procurement manager too.

cogwheel (2)

Fabrication phase

delivery

Delivery to client

We can make the equipment and materials available for client pick-up. Or we can deliver goods to the project site.

crane

Erection on site

Erection services can be provided as an option.

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Commissioning

Commissioning supervision is provided by one of our experienced technicians.

contract

Warranty period

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Case studies
of Geothermal
Applications

Get to know our clients in the geothermal power industry.

Case study:  Hassi R’Mell
Highlighted case
Case study: Hassi R’Mell
The Hassi R’Mel 150 MW power station is located in the province of Laghouat, near Hassi R’Mel in Algeria. It combines a 25 MW parabolic through concerntrating solar power array, covering an earea of over 180.000 m2, with a 130 MW combined cycle gas turgine plant.
View case

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