Theme%A:%Recovery,%Processing%and%Capture%Pre

Preview:

Citation preview

Theme  A:  Recovery,  Processing  and  Capture  

Sub-­‐theme  A3-­‐046:  Pre-­‐  and  post-­‐combusAon  CO2  capture  using  composite  CaO/CuO  sorbents  

1  

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  

2  

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.  

3  

•     

4  

A3-­‐046:  Pre-­‐  and  post-­‐combus)on  CO2  capture  using  composite  CaO/CuO  sorbents  

AlternaAve  looping  cycles:  dual  loop  

5  

Uncoupled  Pellets  Conversion  

6  

Recommended