Ex Parte YOSHIDA et al - Page 5




          Appeal No. 1998-1278                                                        
          Application No. 08/603,186                                                  


          Foroulis                 EP 0 102 712 A1          Mar. 14, 1984             
          (Published European Patent Application)                                     
               Claims 1, 4 through 10 and 12 through 19 stand rejected                
          under 35 U.S.C. § 103 as unpatentable over the combined                     
          disclosures of Pearce, Sartori, Lam and Foroulis.                           
               Claims 1, 4 through 10 and 12 through 19 stand rejected                
          under 35 U.S.C. § 103 as unpatentable over the combined                     
          disclosures of Pearce, Sartori, Lam and Butwell.                            
               We have carefully reviewed the claims, specification and               
          applied prior art, including all of the arguments and evidence              
          advanced by both the examiner and the appellants in support of              
          their respective positions.  This review leads us to conclude               
          that the examiner’s Section 103 rejections are well founded.                
          Accordingly, we will sustain the examiner’s Section                         
          103 rejections.  Our reasons for this determination follow.                 
               We find that Pearce teaches employing copper carbonate with            
          or without an additional 50 to 2000 ppm of one or more specific             
          compounds to reduce corrosion of the metal in contact with an               
          absorbent and to reduce degradation of the absorbent under the              
          conditions of use                                                           
               [i]n a [conventional] process for removing                             
               carbon dioxide (CO2) from industrial                                   
               combustion gases containing the CO2 and O2                             
               contacting the gas, in a gas-liquid contactor,                         
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