Gas Cooler CO2 120 bar
Adiabatic panels allow the pre-cooling of the external air, reducing the COP of the installation, this is essential in the transcritical CO2 regime. The use of the panels allows the heat exchanger to remain dry, suitable for high temperatures of CO2 gas. Tap water is applied to the panels and the excess is drained, there is no recirculation or vapors or aerosols, meeting hygiene requirements.
Adiabatic panels allow the pre-cooling of the external air, reducing the COP of the installation, this is essential in the transcritical CO2 regime. The use of the panels allows the heat exchanger to remain dry, suitable for high temperatures of CO2 gas. Tap water is applied to the panels and the excess is drained, there is no recirculation or vapors or aerosols, meeting hygiene requirements.
Adiabatic panels allow the pre-cooling of the external air, reducing the COP of the installation, this is essential in the transcritical CO2 regime. The use of the panels allows the heat exchanger to remain dry, suitable for high temperatures of CO2 gas. Tap water is applied to the panels and the excess is drained, there is no recirculation or vapors or aerosols, meeting hygiene requirements.
Adiabatic panels allow the pre-cooling of the external air, reducing the COP of the installation, this is essential in the transcritical CO2 regime. The use of the panels allows the heat exchanger to remain dry, suitable for high temperatures of CO2 gas. Tap water is applied to the panels and the excess is drained, there is no recirculation or vapors or aerosols, meeting hygiene requirements.
Adiabatic panels allow the pre-cooling of the external air, reducing the COP of the installation, this is essential in the transcritical CO2 regime. The use of the panels allows the heat exchanger to remain dry, suitable for high temperatures of CO2 gas. Tap water is applied to the panels and the excess is drained, there is no recirculation or vapors or aerosols, meeting hygiene requirements.
Adiabatic panels allow the pre-cooling of the external air, reducing the COP of the installation, this is essential in the transcritical CO2 regime. The use of the panels allows the heat exchanger to remain dry, suitable for high temperatures of CO2 gas. Tap water is applied to the panels and the excess is drained, there is no recirculation or vapors or aerosols, meeting hygiene requirements.