Manitoba and the Emerging Bioeconomy

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Lignin - issues Most abundant aromatic polymer 98-99% of kraft / sulfite lignins used as fuel for process chemical recovery 1-2% used for specialty chemicals: Dispersants, emulsifiers, binders Conversion to high-value products hindered by Complexity heterogeneity Polydispersity High levels of impurities PAGE 18
Products from Lignin Combustion Energy Complete degradation (pyrolysis) Methane, CO, Syngas Partial degradation Phenolics – syn<strong>the</strong>sis of polymers <strong>and</strong> resins Hybrid adhesive systems (phenolics + oils + tannin adhesives) for fibre composite systems Papermaking additive replacement (e.g. binder systems for coated papers) Sulfur-free lignins: Produced during bioethanol production, solvent or soda pulping Superior properties Substitute for phenolic powder resins Brake pads, OSB binders Polyurethane foams Epoxy resins PAGE 19
Page 1 and 2: PAGE 1 Manitoba and the Emerging Bi
Page 3 and 4: Biomass as a subset of available re
Page 5 and 6: Biobased products The Bio-economy (
Page 7 and 8: Biorefinery - definitions Full util
Page 9 and 10: MB Biomass: Opportunities & Issues
Page 11 and 12: Heat / Energy: Biomass Energy Pathw
Page 13 and 14: Lignocellulose (e.g. Forest Residue
Page 15 and 16: Project Scope: Biofibres in Transpo
Page 17: Feedstocks - Biomonomers ==> Biopol
Page 21 and 22: Wood Extractives Non-cell wall comp
Page 23 and 24: Example: Betulin Has been shown to
Page 25 and 26: PAGE 25 Poyry analysis 2 Process fl
Page 27 and 28: Manitoba: Biomass Agricultural biom
Page 29 and 30: Manitoba: Priorities Growing Green
Page 31: CONTACT INFORMATION Simon Potter Se

Manitoba and the Emerging Bioeconomy

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