To develop processes and specifically designed catalysts for On-Site Field Upgrading combined with hydrogen/methane production. These processes would incorporate a minimized and controlled carbon rejection, in conjunction with a catalytically enhanced hydrogen generation performed on the rejected carbon from the upgrading process. This central activity will be complemented with an effort for integrating the research for ultra-dispersed catalytic formulas for the in situ upgrading of bitumen as well as for hydrogen generation from coal/coke or petroleum pitch. The former requires research on specifically designed adsorbents and catalysts to be introduced into the reservoir porous media in nano-sized form. The latter requires extensive research on both catalytic active phases and process setup as well as adopting different catalytic forms for effective contact with the gasifying materials.

This project has the potential to generate significant technology to cost-effectively convert bitumen and heavy oil reserves into valuable products. The fundamental technology has already been partially established by the proposed Ingenuity Scholar. In collaboration with researchers at the University of Calgary, this multi-disciplinary team will take their research to the next level.