Improvements relating to carbon dioxide capture
OwnerWolfgang SCHMITT, Guanghua JIN +3inventors
InventorsWolfgang SCHMITT, Guanghua JIN, Sebastien VAESEN, Don MACELROY, Eleni TSALAPORTA
Life of this patent
Estimating the term…
Loading patent…
OwnerWolfgang SCHMITT, Guanghua JIN +3inventors
InventorsWolfgang SCHMITT, Guanghua JIN, Sebastien VAESEN, Don MACELROY, Eleni TSALAPORTA
Estimating the term…
A method is disclosed for separating compressed dry air to provide carbon dioxide and reduced-carbon dioxide compressed dry air. The method comprises providing a source of compressed dry air and admitting compressed dry air into a first chamber containing a carbon dioxide-adsorbent material at a first temperature. The carbon dioxide-adsorbent material adsorbs carbon dioxide from the compressed dry air to form reduced-carbon dioxide compressed dry air, which is allowed to pass out of the first chamber. The first chamber is closed to the source of compressed dry air. Then the carbon dioxide-adsorbent material is heated to a second temperature. This releases carbon dioxide from the carbon dioxide-adsorbent material, which carbon dioxide is removed from the first chamber. The method may be low cost and low energy, and may be easily integrated into existing compressed dry air systems. A carbon dioxide capture unit and a compressed dry air production system for separating compressed dry air to provide carbon dioxide and reduced-carbon dioxide compressed dry air are also described.
A method of separating compressed dry air to provide carbon dioxide and reduced-carbon dioxide compressed dry air, the method comprising the steps of:
A carbon dioxide capture unit for removing carbon dioxide from a source of compressed dry air, the carbon dioxide capture unit comprising:
A compressed dry air production system comprising:
Dependencies are inferred from the claim text.