Mark Ryans Opportunities And Challenges In Biomass Harvesting
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Opportunities and challenges to biomass harvesting in Canada presented by Mark Ryans of FPInnovations, a Canadian forest policy and research institute.
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Mark Ryans Opportunities And Challenges In Biomass Harvesting
- 1. Opportunities and challenges to biomass harvesting in Canada: An operational perspective Mark Ryans, R.P.F. FPInnovations - Feric Blandin Foundation – OMNR Tour May 15 2008 Thunder Bay, ON
- 3. Toward an Integrated Innovation System FERIC FORINTEK PAPRICAN FIBRE CENTRE April 1, 2007
- 4. Federal Government Industry – 400+ Companies Provincial Governments Shared Priorities, Shared Risks, Shared Benefits, and Shared Costs FPInnovations Partnership British Columbia Alberta Saskatchewan Manitoba Ontario Québec New Brunswick Nova Scotia Newfoundland & Labrador Northwest Territories Yukon
- 5. Future Industry Sustainable Forests Commodity Wood Products Commodity Pulps & Papers Engineered Composites & Systems Sustainable Construction Appearance Products Value Added Pulps & Papers ‘ Bioproducts’& Bioenergy Now: Future: Market Value & ROI decreasing Bolt-on Plant Co-products
- 7. Four Flagship Innovation Programs Value Chain Optimization Next Generation Building and Living Solutions Next Generation Pulps & Papers Bioenergy, Chemicals & Advanced Bioproducts
- 18. CTL systems: Residue bundlers/compactors Continuous Batch Compactor – Container system
- 20. Canadian residue recovery systems: - full-tree harvesting systems dominate Delimber-debarker-chipper (DDC) - white-wood chips to pulp mill Stroke delimber or roadside processor - tree lengths to sawmill
- 21. Recovery of roadside residues Stroke delimber Delimber-debarker-chipper
- 25. Delivered costs: – Eastern Canada, residues from roadside stroke-delimber Pre-piling Comminution Transport: - 120 km one-way, live-floor chip van Other: - roads, supervision, overhead, maintenance, compliance, stumpage *Cost estimates: FERIC BiOS model
- 34. Residue volumes after recovery - biomass flow Merchantable (logging) Potentially available Total biomass Roadside slash Standing residuals Cutover slash Silvicultural and ecological retention Technical usability Harvestable biomass
- 35. Forest-origin biomass sources - potential vs. recoverable volumes Potentially Available Technically Usable Total Biomass Economically Viable ?
- 37. Biomass recovery on full-tree site, Kapuskasing, ON Black spruce stand Potentially available 50.5 odt Roadside slash 32.6 odt Standing residuals 2.5 odt Cutover slash 15.5 odt Recovered biomass 25.2 odt
- 38. Biomass recovery on full-tree site, Kapuskasing, ON Mixedwood stand (low hardwood utilization) Potentially available 131.0 ODt Roadside slash 40.5 ODt Standing residuals 47.8 ODt Cutover slash 42.7 ODt Recovered biomass 31.9 ODt
- 39. Future outlook: Greater need for forest-origin feedstocks Pulp mill to forest biorefinery (Paprican Division) Wood-to-liquid fuel/wood-to-power and heat processes become commercial reality Wood chips Chemicals Sawmill residuals Pulp Emissions Landfill solid waste Effluent Forest residues Fuels Chemicals Power
- 43. Questions?