Trigeneration & CHP absorption cooling.
Engineering and specialist service for CHP-driven absorption cooling — heat balance, integration, commissioning and 24/7 support so jacket and exhaust heat become reliable chilled water year-round.
CHP heat that would otherwise be rejected becomes cooling.
A typical reciprocating engine produces jacket water around 90 °C and exhaust gas around 450 °C. In winter that heat serves heating. In summer, absorption chillers turn the same streams into chilled water — keeping the engine fully utilised and the site's cooling load off the grid.
Jacket-water driven chillers
Single-effect absorption machines driven by engine jacket water (~80–95 °C) for efficient chilled water.
Exhaust-gas driven chillers
Double-effect or direct-fired machines using high-grade exhaust for higher COP cooling.
Combined circuits
Engineered recovery packages that collect both jacket and exhaust heat and route them optimally.
Year-round economics
Trigeneration improves CHP running hours and payback by creating a summer use for heat.
From heat balance to long-term service.
- Site heat and cooling balance studies
- Chiller selection for jacket and exhaust streams
- Integration with existing CHP and BMS
- Commissioning, maintenance and 24/7 support
Keep your CHP earning all year.
Turn summer engine heat into cooling — talk to us about trigeneration.