Investigation of an Integrated Carbon Dioxide-Reduction and Water-Electrolysis System
Report Number: AMRL TR 66-186
Author(s): Clifford, John E., Kolic, Edwin S., Winter, Edward W., Cherry, Robert H., Mezey, Eugene J.
Corporate Author(s): Battelle Memorial Institute
Laboratory: Biomedical Laboratory
Date of Publication: 1967-04
Pages: 76
Contract: AF 33(615)-2288
DoD Project: 6373
DoD Task: 637302
Identifier: AD0655937
Abstract:
A new integrated system for oxygen recovery from carbon dioxide was investigated. Experimental studies indicated that it was feasible to integrate water electrolysis with carbon dioxide hydrogenation in an electrolysis cell using Pd-25Ag hydrogen-diffusion cathodes containing Sabatier catalyst. A closed system producing carbon appeared feasible from experiments on catalytic methane cracking followed by hydrogen separation from unreacted methane in an electrolytic hydrogen-concentration cell using Pd-25Ag electrodes. A small experimental breadboard system was designed and constructed.
Provenance: RAF Centre of Aviation Medicine
Author(s): Clifford, John E., Kolic, Edwin S., Winter, Edward W., Cherry, Robert H., Mezey, Eugene J.
Corporate Author(s): Battelle Memorial Institute
Laboratory: Biomedical Laboratory
Date of Publication: 1967-04
Pages: 76
Contract: AF 33(615)-2288
DoD Project: 6373
DoD Task: 637302
Identifier: AD0655937
Abstract:
A new integrated system for oxygen recovery from carbon dioxide was investigated. Experimental studies indicated that it was feasible to integrate water electrolysis with carbon dioxide hydrogenation in an electrolysis cell using Pd-25Ag hydrogen-diffusion cathodes containing Sabatier catalyst. A closed system producing carbon appeared feasible from experiments on catalytic methane cracking followed by hydrogen separation from unreacted methane in an electrolytic hydrogen-concentration cell using Pd-25Ag electrodes. A small experimental breadboard system was designed and constructed.
Provenance: RAF Centre of Aviation Medicine