Establishing an international network for catalytic upgrading of biocrude oil derived from biomass

Biomass stands as the sole plentiful source of renewable organic carbon which can be converted to an array of bio-based products. Thermochemical technologies, like pyrolysis and hydrothermal processes, can transform biomass into biocrude oil, however, the resultant biocrude oil from these processes has high oxygen and water content, making it unsuitable for direct use as a transportation fuel. Upgrading bio-oil is thus vital to ensure it aligns with transportation fuel standards. The primary goal of this initiative is to harness the specialized knowledge of research teams from Denmark and Saudi Arabia, aiming to conduct pioneering research on catalytically upgrading biocrude derived from biomass, positioning it as a feasible alternative to traditional petroleum crude oil.Outcomes from the collaboration will include: 1) form an international consortium of seasoned researchers and students, bringing together diverse expertise, to pioneer research on biofuel production; 2) develop proof-of-concept designs for upgrading biocrude oil using oil-soluble dispersed catalysts; and 3) strategically position the research team to seek larger scale research grants to expand the research beyond the initial proof-of-concept and to establish a global platform and reputation in biocrude oil refinement research.The initiative will contribute to building Canada's reputation as a world leader in biofuel development and the capacity for effective conversion of waste biomass to drop in fuels, enhancing environmental sustainability. This endeavor gains significance when considering Canada's unique position of possessing the world's highest per capita biomass resources. The research also serves as an exemplar for the practical application of the Circular Economy Principle, promoting a transition a low carbon society.