C enter for B iorenewable C hemicals Brent Shanks Director, CBiRC Why Biobased Chemicals?

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C enter for B iorenewable C hemicals Brent Shanks Director, CBiRC Why Biobased Chemicals?

C enter for B iorenewable C hemicals

Chemicals

Refinery Products

C enter for B iorenewable C hemicalsPetrochemicals Benzene Xylene Ethylene Propylene Methanol Toluene C 4 ’s

C enter for B iorenewable C hemicals Ethylene and Derivatives 6% α-Olefins 52% Polyethylene 17% Ethylene98% Vinylchloride98% Polyvinyl chloride dichloride 13% Ethylene58% Ethylene glycol30% Antifreeze oxide12% Ethoxylates60% Polyethylene 10% Ethanolamines terephthalate 7% Ethyl99% Styene62% Polystyrene benzene11% Rubbers/Elastomers 12% Vinyl acetate Ethylene

C enter for B iorenewable C hemicalsProduction Dow, Mark Jones, 2011

C enter for B iorenewable C hemicalsChemicals

Biobased Chemicals Status

C enter for B iorenewable C hemicals Pathways to Biorenewables Carbohydrates PyruvateAcetyl CoA Ethanol Lactate Amino Acid Metabolism Fatty Acid Metabolism Glycolysis Citric Acid Cycle Sorbitol SuccinateKeto Acids Array of Chains, Branches, Rings Furans

C enter for B iorenewable C hemicals Biobased Chemicals New Ring Pyrones 3-keto Fatty Acids Fatty Acids Ethers/Esters 3-en-2-ones

C enter for B iorenewable C hemicals Array of Opportunities

C enter for B iorenewable C hemicals CBiRC BiomassIntermediatesPlastics, Resins, etc.Fatty AcidsSugarsUsesVision

C enter for B iorenewable C hemicals Participating Institutions Abo Akademi University (Finland) Fritz Haber Institute (Germany) Technical University of Denmark Technische Universiteit (Netherlands)

C enter for B iorenewable C hemicals Biobased Chemicals

C enter for B iorenewable C hemicals Triacetic Acid Lactone Platform

C enter for B iorenewable C hemicals Coumalate Platform

C enter for B iorenewable C hemicals Thank you

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