Carbon dioxide capture with system of contactors each having fluidically-isolated, thermally-connected, parallel fluid domains

A system, comprising:

• a first contactor including:
• a first contactor body having a first end with a fluid stream inlet to receive a fluid stream, a second end with a fluid stream outlet to release the fluid stream, and a fluid flow path extending between the first end and the second end that directs the fluid stream received by the fluid stream inlet to the fluid stream outlet for release therefrom;
• and
• a plurality of fluidically-isolated, thermally-connected, parallel fluid domains disposed in the first contactor body between the first end and the second end orthogonal to the fluid flow path, wherein the plurality of fluidically-isolated, thermally-connected, parallel fluid domains include:
• a plurality of sorbent-integrated fluid channels, each sorbent-integrated fluid channel defining a flow path for the fluid stream passing from the first end to the second end of the first contactor body;
• and
• a plurality of heat transfer fluid channels thermally connected to the plurality of sorbent-integrated fluid channels in an alternating arrangement, each heat transfer fluid channel defining a flow path for a heat transfer fluid stream that flows orthogonally to the fluid flow path between the first end and the second end of the first contactor body;
• and
• a second contactor to operate in conjunction with the first contactor, the second contactor including:
• a second contactor body having a first end with a fluid stream inlet to receive the fluid stream, a second end with a fluid stream outlet to release the fluid stream, and a fluid flow path extending between the first end and the second end that directs the fluid stream received by the fluid stream inlet to the fluid stream outlet for release therefrom;
• and
• a plurality of fluidically-isolated, thermally-connected, parallel fluid domains disposed in the second contactor body between the first end and the second end orthogonal to the fluid flow path, wherein the plurality of fluidically-isolated, thermally-connected, parallel fluid domains include:
• a plurality of sorbent-integrated fluid channels, each sorbent-integrated fluid channel defining a flow path for the fluid stream passing from the first end to the second end of the second contactor body;
• and
• a plurality of heat transfer fluid channels thermally connected to the plurality of sorbent-integrated fluid channels in an alternating arrangement, each heat transfer fluid channel defining a flow path for the heat transfer fluid stream that flows orthogonally to the fluid flow path between the first end and the second end of the second contactor body.