Industries
Energy-from-Waste
The CapsolEoP® (End-of-Pipe) carbon capture solution has a capture rate of more than 90%. The CO2 concentration and impurities in the flue gas from biomass plants are well suited for the flexible CapsolEoP® solution. Thermal power export from the heat recuperation to the district heating network maximizes the efficiency of the process, and makes it highly cost competitive due to the patented energy recuperation which keeps most of the energy within the capture system.
Energy-from-Waste
The CapsolEoP® (End-of-Pipe) carbon capture solution has a capture rate of more than 90%. The CO2 concentration and impurities in the flue gas from biomass plants are well suited for the flexible CapsolEoP® solution. Thermal power export from the heat recuperation to the district heating network maximizes the efficiency of the process, and makes it highly cost competitive due to the patented energy recuperation which keeps most of the energy within the capture system.
Biomass
The CO2 concentration and impurities in the flue gas from biomass plants are well suited for the flexible CapsolEoP® (End-of-Pipe) carbon capture solution. You can expect a capture rate of more than 90%, high purity of the captured CO2 and no harmful emissions. Thermal power export from the heat recuperation to the district heating network maximises the efficiency of the process.
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Biomass
The CO2 concentration and impurities in the flue gas from biomass plants are well suited for the flexible CapsolEoP® (End-of-Pipe) carbon capture solution. You can expect a capture rate of more than 90%, high purity of the captured CO2 and no harmful emissions. Thermal power export from the heat recuperation to the district heating network maximises the efficiency of the process.
Cement
CapsolEoP® is cost-competitive and flexible
due to its patented energy recuperation which keeps most of the energy within the system. It has a low energy demand with an electrical energy consumption of <1.0 GJ/tonnes of CO₂ captured, depending on the composition and temperature of the flue gas (not including liquefaction). The CapsolEoP® unit is independent on parent plant and can run on electricity only. Hence, there is no need for additional steam generation.
Cement
CapsolEoP® is cost-competitive and flexible
due to its patented energy recuperation which keeps most of the energy within the system. It has a low energy demand with an electrical energy consumption of <1.0 GJ/tonnes of CO₂ captured, depending on the composition and temperature of the flue gas (not including liquefaction). The CapsolEoP unit is independent on parent plant and can run on electricity only. Hence, there is no need for additional steam generation.
Gas turbines
With a 95%+ capture rate and the ability to generate additional electricity while capturing CO2, CapsolGT is a revenue generating solution for open cycle gas turbines 4 MWe - 100+ MWe. The standalone unit is perfect for remote locations without external steam supply.
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Gas turbines
With a 95%+ capture rate and the ability to generate additional electricity while capturing CO2, CapsolGT is a revenue generating solution for open cycle gas turbines 4 MWe - 100+ MWe. The standalone unit is perfect for remote locations without external steam supply.
Other industries
The CapsolEoP® (End-of-Pipe) carbon capture solution is well suited for any flue gas with CO2 concentration from 1% to 30%, it is cost-competitive and flexible due to it's patented energy recuperation which keeps most of the energy within the system, and it has a capture rate of 90%+. The captured CO2 has high purity and no risk of harmful emissions.
Other industries
The CapsolEoP® (End-of-Pipe) carbon capture solution is well suited for any flue gas with CO2 concentration from 1% to 30%, it is cost-competitive and flexible due to it's patented energy recuperation which keeps most of the energy within the system, and it has a capture rate of 90%+. The captured CO2 has high purity and no risk of harmful emissions.
