Power generation
Prime power sized to the site’s continuous demand and gas availability.
Prime power sized to the site’s continuous demand and gas availability.
Heat recovery for useful on-site demand, subject to the thermal profile and system design.
Cooling from recovered heat using an absorption chiller, subject to an engineering assessment.
Manufacturer portfolio overview. Local supply, configuration and suitability are confirmed for each project; listed ranges are not a stock commitment.

Gas composition, contaminants, pressure and flow determine treatment and fuel-train requirements.
A project-specific feasibility study is required before considering associated gas as an engine fuel.
Assess logistics, storage, pressure reduction or regasification with the selected fuel-supply partners.

1,125 kW
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1,200 kW
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1,500 kW
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1,560 kW
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1,380 kW
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1,840 kW
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2,000 kW
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2,300 kW
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2,536 kW
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3,333 kW
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4,300 kW
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4,500 kW
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400 kW
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600 kW
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800 kW
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1,000 kW
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Availability and final configuration are confirmed for your project in Ivory Coast.
Gather electrical load profiles, heat requirements and gas supplier information. The assessment should state the technical and economic assumptions specific to your site.
Assessment starts with electricity demand, running hours and fuel availability. Gas composition, pressure and flow must also be established before selecting a configuration and output.
CHP combines electricity generation with useful heat recovery. Suitability depends on simultaneous electrical and thermal demand, required temperatures and operating hours. Heat recovery is not automatically appropriate for every project.
A project-specific study must establish gas composition, variability, contaminants and treatment requirements. Engine compatibility and continuity of fuel supply must be confirmed before a proposal is made.