The Cooling Solution Provider for your project

SPG Dry Cooling produces innovative cooling solutions for the energy sector.

About us

Global leader in dry cooling technology and innovations

SPG Dry Cooling is a global leader in air-cooled condensers & air coolers, with installations all around the globe. A vast offering of dry cooling solutions, which falls under many international patents, is the key to our success. You can rely on excellent quality thanks to the in-house manufacturing plants. With local offices around the world and headquarters in Europe, we are always close to you, passionately striving to develop top-notch technologies supporting the worldwide increased demand of electricity and sustainable energy production.

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196.000+

More than 196.000 MWe installed based above 100 MWe in all continents and in all climates

Our customers, all with different demands, are widely spread around the globe.

2.200+

A network of 2.200+ professionals from the Paharpur Group is dedicated to meet your needs all over the world

14+

SPG Dry Cooling has over 14+ offices around the globe

Markets

Your market application has no secrets for us

We are active in combined cycle, coal fired, concentrated solar, geothermal, biomass, waste incineration, cogeneration plants on a global level. Including cooling technology solutions for process industry and oil and gas.

Select your market application and discover what SPG Dry Cooling can do for you.

Cooling Solutions

Meeting all your needs in cooling solutions

Select your desired cooling solution and discover

Cooling Solution

Dry cooling solutions

Discover an extensive range of dry cooling solutions and their benefits

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Cooling Solution

Wet cooling solutions

Our wide range of wet cooling solutions takes full advantage of the powerful cooling force provided by the evaporation of water – from the smallest package cooling towers for air-conditioning applications to the largest natural draught cooling towers for nuclear power plants, our solutions cater to the cooling needs of almost any industry, and provide our customers with that extra edge in cooling performance.

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Discover our innovative products

Looking for a product that offers optimum energy savings and easy operation?

Check out our products and discover a wide range of benefits.

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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.

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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.

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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.

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BoxAir ACC® is an innovative Induced Draft Air-Cooled Condenser (ACC), suitable for all power plants ranging from 1 to 30 MWe. This ACC type consists of standard boxes that are easy to assemble and that offer a short delivery schedule and high reliability level. BoxAir ACC® is used in waste incineration plants, biomass, solar and geothermal power plants and is suited as a capacity increase of an existing power plant.

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Hexacool® is a standardised, modular air-cooled condenser (ACC) which is easy to build and robust in performance. It is used in waste-to-energy, biomass, small size electrical power plants and industrial co-generation. Hexacool® induced draft configuration saves up to 15% fan power consumption.

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An Indirect Dry Condensing system connects an Indirect Dry Cooling tower (IDCT) with a steam surface or jet condenser. Its tall concrete or steel shell eliminates hot air recirculation. Indirect Dry Cooling solutions offer a reduced maintenance and are suited for large capacity condensing units.

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Air-Cooled Heat Exchangers (ACHE) are custom designed heavy-duty fin tube heat exchangers. They allow the direct cooling by air of various process mediums. ACHEs are used in applications in many industries, such as power, chemical, ORC plant, Oil & Gas, steel and several other industries.

ACC360®

Remote Performance Management

As degraded asset performance becomes more recognised, selecting the appropriate corrective measures and applying the most cost-effective solutions are critical for maintaining availability and increasing profitability.

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Why SPG Dry Cooling

Looking for a global manufacturing leader in full-line and full-service of air-cooled condensers? SPG Dry Cooling consistently delivers the best performing products and exceeds expectations in highly challenging projects all over the world.

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01 Experience

For decades, SPG Dry Cooling provides exceptional quality, equipment and services to the industrial and power generation markets.

SPG Dry Cooling engineers and project managers have extensive experience to create operating value for power and industrial plants in coal, oil & gas, cogeneration, solar, geothermal applications, biomass and waste to energy.

02 Innovative

Our commitment to the customers is to keep on innovating and introducing cutting-edge products and systems. Hard work and continuous innovation lead to holding several patents and becoming the leader in the market. SPG Dry Cooling technology provides true operating value as a foundation.

03 Quality

SPG Dry Cooling contributes expertise and equipment to build smarter, more efficient and more resilient power generation facilities.

Customers stories

Get to know some of our customers, their companies and their dry cooling solution.

Discover our cases

Case study: Aftermarket CPV Valley

Unveiling Hidden Inefficiencies: Enhancing ACC Performance at Valley Energy Center with SPG's ACC360® Solution.

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Case study: Bolu

Hexacool® induced draft solution for biomass power plant.

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Case study: Qinling

SPG Dry Cooling IDCT Air Cooled Condenser designed and manufactured for QINLING project.

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Case study: Chiahui

SPG Dry Cooling has designed, manufactured, delivered and erected the ACC of the 500 MW expansion Chiahui combined cycle project located in the Chiayi county (Taiwan).

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Case study: Partanna

SPG Dry Cooling Box-Air 2.0 Air Cooled Condenser designed and manufactured for FATA S.p.A. The solar power plant will generate 4.26 MW.

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Case study: Lisahally

Lisahally power plant, situated about 117km North West of the city of Belfast, North of Ireland, a 15,8 MWe biomass power plant .

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Case study: Ain Beni Mathar

SPG Dry Cooling SRC® technology Air Cooled Condenser designed and manufactured for Ain Beni Mathar integrated Solar Combined Cycle Power Plant. The Power Plant operates 470 Megawatts.

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Case study: Denizli

The AGE Power Plant, situated about 23 km West of the city of Denizli, Turkey 3x47 MW Combined Cycle Power Plant.

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Case study: Hassi R’Mell

Another great installation by SPG Dry Cooling! Hassi R'Mell is a 150 MW power plant, located in Algeria. The power plant combines 25 MW concentrating solar power array, covering an area of over 180.000 m2, with a 130 MW combined cycle gas turbine plant.

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Case study: Riyadh PP11

The Riyadh PP11 IPP Power Plant, situated about 150 km West of the city of Riyadh, Saudi Arabia, 2x850 MW Combined Cycle Power Plant.

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Case study: Turano Lodigiano

Bertonico-Turano Lodigiano Power Plant, situated near Lodi in Northern Italy, a 800 MW Combined Cycle Power Plant

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