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There is a growing move away from so called fi rst generation biorenewables (which use food crops as the feedstock) towards second generation biorenewables which use non-food sources of biomass. Biorenew able products have the potential to support growing resource needs while addressing concerns regarding climate change and energy security. Examples of second generation biorenewable feedstocks include:  Wood from natural forests and woodlands;  Forestry plantations and residues;  Agricultural residues such as straw and corn stover;  Algae;  Municipal solid wastes (MSWs);  Industry processing wastes. Process developers have been looking to utilise lower cost biofeedstocks, including those traditionally classifi ed as waste streams. The use of cheaper biomass feedstocks and waste streams, which are often accompanied by higher impurity levels, do however present additional purifi cation and processing challenges such as the need for new feedstock pretreatment steps and the solving of catalyst deactivation issues. Catalysis is playing a leading role in addressing and solving these conversion and purifi cation challenges.

Final Analysis: Platinum Group Metal Catalysts for the Development of New Processes to Biorenewables