Isotherm Power

Power at Zero Emission​

Isotherm Power
Power at Zero Emission

Emission

The lowest emissions rank that known combustion technologies can guarantee

Ashes

The ashes are reduced to totally inert vitrified slags

LVH

96% of introduced heat (LHV) is recovered

Combustion

High rangeability of the combustion process (from 10% to 100%), at constant performance; response to power demand cycling

Water Content

Extended acceptance of water content in the fuel

CO2 Recovery

Ease in commercial CO2 recovery for different utilizations (Industry, Eor, sequestration)

Waste & Fuels

Capacity to burn simultaneously different kinds of waste and fuels

Small Plant

Compact relatively small plant highly automated

Registered Patents Application

  • PCT/IB2004/001220: METHOD AND PLANT FOR THE TREATMENT OF MATERIALS IN 16
  • PARTICULAR WASTE MATERIALS AND REFUSE
  • PCT/IB2005/001290: HIGH-EFFICIENCY COMBUSTORS WITH REDUCED ENVIRONMENTAL IMPACT AND PROCESSES FOR POWER GENERATION DERIVABLE THEREFROM
  • PCT/EP2007/011193: PROCESS FOR THE PURIFICATION OF COMBUSTION FUMES
  • PCT/EP2008/010054: COMBUSTION PROCESS
  • PCT/EP2008/010095: COMBUSTION PROCESS
  • PCT/EP2008/010096: COMBUSTION PROCESS
  • PCT/EP2010/060558: STEAM GENERATOR
  • PCT/EP2013/065390 COMBUSTION PROCESS FOR FUEL-CONTAINING VANADIUM COMPOUNDS
  • PCT/EP2013/065393 COMBUSTION PROCESS FOR FUEL-CONTAINING VANADIUM COMPOUNDS
  • PCT/EP2014/077543 PRESSURIZED OXY-COMBUSTION PROCESS
Approach to Combustion
Industrial Applications
Oil & gas Recovery Enhancing Processes
Oil & gas Recovery Enhancing Processes