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Catalysts for interconversion of CO2H2 and formic acid

Brookhaven National Laboratory

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Crystal structure of the catalyst
Crystal structure of the catalyst

Technology Marketing Summary

Catalyst compounds for the energetically feasible interconversion CO2 plus H2and formic acid are disclosed as are methods for using the catalysts for CO2 capture and H2 release from formic acid.

Description

A tetrahydrobipyrimindine (thbpym) compound is used as the underlying structure for a new group of bimetallic catalysts. CO2 is partially reduced in a reaction with H2 to form formic acid. Under acidified conditions, the H2 can be released from the formic acid in the presence of the same catalyst compound. Mechanisms for the action of the catalysts are proposed.

Benefits

Formic acid and hydrogen fuel cells development will benefit from the use of this catalyst as the operating temperatures are reduced relative to previously known catalysts.

Applications and Industries

Formic acid fuel cell development and hydrogen PEM fuel cell development.

More Information

Application Number WO2013040013 was published on March 21, 2013

Technology Status
Technology IDDevelopment StageAvailabilityPublishedLast Updated
BSA 11-31PrototypeAvailable01/09/201401/09/2014

Contact BNL About This Technology

To: Avijit Sen<asen@bnl.gov>