| 摘要 |
<p>The method for adsorptive removal of component from two component gas mixture, comprises flushing the mixture with hot- and cold regeneration gas for regeneration of loaded adsorbent and heating the hot regeneration gas flow by a heater. Heat storage is arranged parallel to the heater. During the hot- and cold regeneration gas, a first partial flow of the regeneration gas flow is led via the heater and a second partial flow of the regeneration gas flow is led via the heat storage. The cold gas flow removing from the heat storage is supplied to an adsorber and/or a pre-cooling unit. The method for adsorptive removal of component from two component gas mixture, comprises flushing the mixture with hot- and cold regeneration gas for regeneration of loaded adsorbent and heating the hot regeneration gas flow by a heater. Heat storage is arranged parallel to the heater. During the hot- and cold regeneration of gas, a first partial flow of the regeneration gas flow is led via the heater and a second partial flow of the regeneration gas flow is led via the heat storage. The cold gas flow removing from the heat storage is supplied to an adsorber and/or a pre-cooling unit. Before beginning of the thermal recovery, a pressure drop takes place on ambient pressure and after the thermal recovery, a pressure build-up takes place. During the pressure build-up phase, a partial flow of the regeneration gas flow is led via the heater for the purpose of loading the heat storage.</p> |
