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COGENERATION SYSTEMS

Electrical & Thermal Energy

Cogeneration or combined heat and power is the use of a heat engine or power station to generate electricity and useful heat at the same time. Projects from a single generation source produce electrical energy and, in turn, thermal energy for an industrial process.

Our partners have more than 60 cogeneration facilities worldwide with a total installed capacity of over 150 MW. We have extensive experience in the development of cogeneration facilities producing thermal and electrical energy simultaneously, prioritising energy efficiency and renewable energy.

These types of projects have been developed in sectors as diverse as the chemical, ceramic, lumber, water purification, etc., the motor element used to be equally varied, carrying out installations with diesel engines, Biogas engines, natural gas engines, gas turbines, and natural gas. ceramic, wood, water purification, installations with diesel engines, biogas engines, natural gas engines and natural gas turbines.

Natural Gas Turbines

Ceramic Industry

  • 2 gas turbines of 7+5 MWe
  • Interconnection point voltage 66kV
  • Direct recovery of turbine exhaust gases for ground sprayers

Ceramic Industry

  • 5,5 MWe Gas Turbine
  • Interconnection point voltage 20kV
  • Direct recovery of turbine exhaust gases for ground sprayers

Natural Gas Engines

Polystyrene packaging industry

  • 1 MWe natural gas engine
  • Interconnection point voltage 20 kV
  • Direct recovery of engine exhaust gases to generate steam in a recovery boiler

Food industry

  • 4,4 MWe natural gas engine
  • Interconnection point voltage 132 kV
  • Heat recovery for hot water generation

Biogas Engines

Wastewater treatment plant

  • 1 MWe biogas engine
  • Interconnection point voltage 20 kV
  • Heat recovery for conditioning the digester

Paper industry

  • 330 kWe biogas engine
  • Interconnection point voltage 66 kV
  • Heat recovery for hot water generation