Novel Catalyst for the Dry Reforming of Methane

Researchers at the University of Saskatchewan have developed a novel catalyst and method of manufacture that overcomes a number of the issues that have been associated with Dry Reforming. The catalyst performs at 720C, 1 atm, at gas velocities of 110,000 ml/g/hr, with no sinterting, no carbon deposition with conversion rates of 91% for both methane and carbon dioxided. The catalyst has been tested for 2000 hours in the reactor.

The catalyst has been tested for 2000 hours in the reactor.