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Carbon capture
by jennifer wilcox
DESCRIPTION:
The core of the book focuses on the most advanced CO2 capture technologies
including absorption, adsorption, and membranes. The book also includes chapters
on algae and electrochemical photocatalytic CO2-to-fuel conversion processes. The
reduction of CO2 via photosynthesis or electrochemical/photo catalysis are routes
to alternative fuels. Along with climate change, the development of alternatives to
crude oil for transportation fuels will be a strong drive of policy. These two drivers
are likely to remain present for a long time, with indeterminate relative weights. An
additional motivation for including these topics is the vision that one day they may
be advanced to the extent that CCS can take place in a single process, rather than the
current three-step sequence of capture, compression, and storage. The book does not
discuss geological storage of CO2, but focuses solely on methods of capture.
by jennifer wilcox
The core of the book focuses on the most advanced CO2 capture technologies
including absorption, adsorption, and membranes. The book also includes chapters
on algae and electrochemical photocatalytic CO2-to-fuel conversion processes. The
reduction of CO2 via photosynthesis or electrochemical/photo catalysis are routes
to alternative fuels. Along with climate change, the development of alternatives to
crude oil for transportation fuels will be a strong drive of policy. These two drivers
are likely to remain present for a long time, with indeterminate relative weights. An
additional motivation for including these topics is the vision that one day they may
be advanced to the extent that CCS can take place in a single process, rather than the
current three-step sequence of capture, compression, and storage. The book does not
discuss geological storage of CO2, but focuses solely on methods of capture.
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