The concentration of CO2 in atmosphere continues to increase with the
expansion of the world’s population and economic growth. Therefore, a reduction in
CO2 emission into the atmosphere is an urgent necessity. Among all the technologies
(capture, sequestration, conversion, etc.), converting CO2 into CH4 has received
renewed interests due to its usage as chemical storage of the excess H2 generated from
renewable energy and a solution for carbon resources recycling. Moreover, this
reaction is regarded as a key technology for enabling longer manned space missions
in the future, which is because of the recycling of wasted CO2 from breathing and
wasted H2 from water electrolysis in the International Space Station.
The concentration of CO2 in atmosphere continues to increase with theexpansion of the world’s population and economic growth. Therefore, a reduction inCO2 emission into the atmosphere is an urgent necessity. Among all the technologies(capture, sequestration, conversion, etc.), converting CO2 into CH4 has receivedrenewed interests due to its usage as chemical storage of the excess H2 generated fromrenewable energy and a solution for carbon resources recycling. Moreover, thisreaction is regarded as a key technology for enabling longer manned space missionsin the future, which is because of the recycling of wasted CO2 from breathing andwasted H2 from water electrolysis in the International Space Station.
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