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Cogeneration Power Plant
When electricity is generated in gas or diesel engine-based power plants, waste heat at different temperature levels is produced. We offers different technologies to convert this waste heat into a useful energy form.
 
Cogeneration, also known as combined heat and power (CHP), refers to a group of proven technologies that operate together for the concurrent generation of electricity and useful heat in a process that is generally much more energy-efficient than the separate generation of electricity and useful heat. Combined Cooling, Heat and Power (CCHP) refers to the concurrent generation of electricity, heat and cooling. Both technologies CHP and CCHP are well-established, high-efficient, cost-effective and environmentally-friendly solutions making an important contribution to the global energy demand.
 
Our engine - based CHP and CCHP plants are designed to meet the overall thermal demand of the end consumer and can be used for a wide range of thermal applications - whether at industrial, city-wide or at individual building levels. The heat extracted from the engine’s exhaust gases can be utilised for steam generation required in the textiles, food, paper and chemicals industries. By including an exhaust gas or hot water driven absorption chiller, chilled water can be produced to run central air conditioning systems in hospitals, hotels and office blocks. The heat extracted from the engine lube oil, the engine jacket water and the charge air cooling circuits can be utilised for hot water generation, e.g. used in a district heating network for heating purposes.

Hot water generation different applications Steam and hot water generation
   
The mission of the Combined Heat and Power (CHP) Partnership is to increase the use of cost-effective, environmentally beneficial CHP projects worldwide. To accomplish this mission, the Partnership has developed resources to assist energy users to design, install, and operate CHP systems at their facilities.

Benefits

1. Lower energy costs through more efficient utilisation of primary energy
2. Improved environmental quality through reduced emissions of pollutants
3. Recovered waste heat for a wide range of sustainable thermal applications
4. Operational flexibility acc. to changes for heat and electricity demand.

 
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