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Explore biomaterial opportunities in automotives, packaging, and more. Discover forecasts, resins, natural fibers, and the innovative BioCar Research Initiative. Learn about the Ontario BioAuto Council's vision and investment fund.
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CCDS PresentationJune 26, 2008 Craig Crawford, President & CEO
Overview • Biomaterials - opportunities • The Council • Commercialization Fund • Research Interests
Biomaterials – the opportunities FEEDSTOCK STARCH VEGETABLE OIL CELLULOSE & HEMI-CELLULOSE LIGNIN FIBRE BASIC MATERIALS RESINS FOAMS COMPOSITES
Biomaterials - opportunities Forecasted Market $50 billion (USD) by 2015 Forecasted consumption 4 million ton by 2010 At present Europe represents 40% of global bioplastics consumption Source: Norocon Innovation Consulting Kaeb, Denmark. The Bioplastics Industry in Europe Source: Biopolymers from crops: Proceedings of the Australian Agronomy Conference
Soy polyol • Functionalized soybean oil used in reaction with isocyanate to form urethane linkage • There is approx. 30 lbs of foam in a vehicle • Flexible Foam • Seat Cushion • Seat Back • Headrest • Armrest • Headliner • Rigid • Package Tray • Bumper fascia
Soy polyol pricing Source: OmniTech International
Other Resins (examples) • Poly-Lactic Acid (PLA) • Thermoplastic starch • PHA/PHB • Green polyethylene & polypropylene
Natural Fibres – automotive opportunities • 27 components • 43 kg bio-parts: • door & pillar inners, • head liner, • rear cargo shelf & trunk components, • thermal insulation & isolation mats Mercedes S-class
What is Ontario BioAuto Council? Durable goods Chemicals and plastics processing sectors Renewable resources Automotive sector
Board of Directors: Chrysler Canada Automobile Parts Manufacturers Association Magna-Decoma Woodbridge Group Canadian General Tower Husky Injection Molding Systems AUTO21 Network Centres of Excellence Ontario Centres of Excellence Hybrid Chemistry Council Tembec PSA Composites Industry Canada (non-voting) Ontario Agri-Food Technologies Members: Ford Canada DuPont Canada Canadian Plastics Industry Association Ontario Soybean Growers Innovation Ontario North Southwestern Ontario Bioproducts Innovation Network University of Toronto, Centre for Biocomposites and Biomaterials Processing University of Guelph Syngenta Canada Sarnia BioIndustrial Park Valle Foam GreenCore Composites Who is the Ontario BioAuto Council?
BioAuto Council Vision To position Ontario as a global leader in the manufacture of automobile parts and related materials from agricultural and forestry feedstocks by the year 2010
We are more than auto! • We also support applications in the construction and packaging sectors!
BioAuto Council activities • Investment attraction – global biopolymer / composites companies • Communications – bioautocouncil.com • Government policy – provincial bio-economy strategy • Research and development – assessment and strategic direction • Commercialization fund
$5 million Investment Fund • Targets biomaterials and bioprocessing (e.g. biopolymers, biocomposites) • Eligible to companies only • Grants or repayable loans to a maximum of $1-million • 50% matching contributions required – where 25% can be in-kind • 60-day service guarantee
Ontario BioAuto Investment FundCommercialization Process Commercialization Process Phase II Phase III Phase 0 Phase I Gate 2 Gate 3 Gate 1 ELIGIBLE ELIGIBLE Funding Scope change Production & Capital investment Scope change Scope Change Scope Change Voice of Consumer and dynamics of the marketplace Voice of Customer
Grants Awarded • Valle Foam Industries - $500k • Conversion to soy-based polyurethane foams • Furniture, bedding, packaging, toys • GreenCore Composites Inc. - $750k • Pulp mill micro-fibres • Automotive, construction, consumer products • Global auto parts manufacturer - $1M (to be announced) • Soy-based foam, natural fibre, + other innovations • Global auto parts manufacturer - $766k (to be announced) • Non-toxic, biochemical substitution of phthalate plasticizers
BioCar Research Initiative • 4 year, $18M project • Integrated multi-disciplinary teams across four universities (Guelph, Toronto, Waterloo, Windsor) • Private sector partners include auto companies, a major parts manufacturer, chemical companies and crop producers to facilitate applications • Objective: replace existing fibre-plastic auto-parts with those based on agricultural and forestry biomass • Obstacles: price, performance, supply
Development of Performance Fibres • Fibres (examples): • Micro-fibres • Nano-fibres • Carbon-fibres • Up to 30% reduction in raw material use possible through use of performance fibres! • Opens up opportunities for other weight savings e.g. smaller engines, and use of new technologies e.g. fuel cells, batteries
Thank You Ontario BioAuto Council 100 Stone Road W. Suite 205 Guelph Ontario N1G 5L3 Phone: 519-827-1118 Fax: 519-837-3209 Email: ccrawford@bioautocouncil.com