Markets of expertise

Waste-to-Energy, Biomass, Geothermal, Combined Cycle, Reciprocating Engine, Coal Fired.

• Improve the energy efficiency of your whole plant
• Reduce your plant’s environmental footprint
• Comply with current and future energy efficiency regulation

Air cooling at a gas turbine inlet enhances efficiency and power output.

A very low temperature absorption chiller (2°C) produces chilled water which in turn cools the air in a direct heat exchanger. The chiller is powered with steam from the heat recovery system at the turbine exhaust.

• Minimize your CO2 emissions to guarantee a sustainable urban development.
• Guarantee long-term competitive energy costs with energy efficient systems.

10 absorption chillers are feeding Helsinki district cooling network. They are powered by the residual heat of the district heating.

Transform the waste heat from various stage of your process into cost saving opportunities.

Preheat energy intensive processes or cool down (up to 0°C) key equipment, without producing CO2.

A global waste heat recovery system (including scrubber, exchangers and absorption heat pump) captures heat contained in the hot air out of the cooling zone, to transfer it to the air at the entrance of the oven.

This preheating requires no fuel unlike conventional solutions.

Increase the efficiency of your key equipment (turbine, compressors, …), recovering heat from different process whatever the transfer fluid is.

Cut down your operating costs & reduce your overall emissions.

Design & build of a system that optimizes the ethylene chemical reaction yield, to lower the power consumption of the compressor.

No need to install several compressors. Energy savings & Better productivity.

Cut down your needs of electricity.

Respond to the intensified emission rules & sustainable oil savings.

Maritimized units: intense corrosion prevention, high vibration resistance, proper functioning with pitch and roll, installation and minimum maintenance.