Manufacturing & Industry
For facilities with substantial electricity use and continuous process heating or steam demand.
Energy solutions across Kenya
Cogeneration Power Plants
Generate electricity where you need it. Recover useful heat for your operations. Our cogeneration power plant solutions help Kenyan businesses explore a smarter way to meet their electrical and thermal energy needs.
Understanding CHP
One energy source. Two valuable outputs.
Cogeneration, also known as combined heat and power (CHP), produces electricity or mechanical power while capturing heat that would otherwise be lost.
That recovered heat can support suitable industrial processes, steam production, hot water systems and other thermal loads. Instead of treating power and heat as unrelated utilities, a CHP plant coordinates them as part of one energy system.
For a Kenyan business with consistent electricity demand and a genuine need for process heat, this approach may offer an opportunity to improve total fuel utilisation and reduce exposure to some energy cost pressures.
- Assess electrical and thermal demand together.
- Evaluate suitable technologies and available fuels.
- Compare projected costs with the existing energy setup.
- Plan for maintenance, controls and operational continuity.
Who We Work With
Built around the realities of your operation
Cogeneration is most compelling when a facility can use both the electricity and the recovered heat consistently. We look at the whole operation before proposing a plant configuration.
Food & Beverage Processing
Explore suitable heat recovery for production, cleaning, hot water and other thermal processes.
Hotels & Large Facilities
Assess sites with substantial electrical demand alongside hot water, laundry or cooling requirements.
Healthcare & Institutions
Evaluate integrated energy options for facilities with demanding utility and operational needs.
Agro-processing & Biogas
Explore viable energy recovery or biogas applications where suitable feedstock is available.
Heat-intensive Processes
Investigate whether high-temperature exhaust or process heat can support waste-heat recovery.