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Theme A: Recovery, Processing and Capture
Sub-‐theme A3-‐046: Pre-‐ and post-‐combusAon CO2 capture using composite CaO/CuO sorbents
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PI Affilia)on PDF Graduate student Others Arturo Macchi Edward J. Anthony Poupak Mehrani
uOLawa CanmetENERGY-‐OLawa
Ryad Abdul Rahman (M) Benoit Duhoux (M)
CanmetENERGY-‐OLawa Dr. Robin Hughes Dr. Dennis Lu Robert Symonds
Cranfield University Dr. Vasilije Manovic
Josephine Hill uCalgary Alvaro Recio Delgado (P) Gregory PaAence Robert Legros
Ecole Polytechnique Peter Asiedu-‐Boateng (P)
Pre-‐ and post-‐combusAon CO2 capture using composite CaO/CuO sorbents
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Post-‐combusAon CO2 capture
Pre-‐combusAon CO2 capture
Overall Goal: Evaluate process technical and economic feasibility, focusing on the integrity of the solid material under realisAc operaAng condiAons and over hundreds of process cycles, opAmizing CO2 and O2 carrying capacity and minimizing sintering and aLriAon.
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A3-‐046: Pre-‐ and post-‐combus)on CO2 capture using composite CaO/CuO sorbents
AlternaAve looping cycles: dual loop
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Uncoupled Pellets Conversion
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