Crossing the Chasm to Commercialization Strategic Partnerships 2016 BIO Latin America Conference Sao Paulo, Brazil October 27th, 2016 We Live in a Different World… Health & Wellness Profitability It’s no longer a choice; we must achieve all three Sustainability Challenging for “green” technologies 2 S2G Vision… Sugar-free sweetener for healthy snacks and foods Sustainable raw materials for packaging and products High value-add for biorefinery C5 sugars Profitable projects Partnerships are important to cross the chasm to commercial projects 3 S2G Biochemicals Inc. Founded in 2009 HO - Vancouver, Canada Privately held 15 full-time/contract employees Proprietary sugar conversion technology Validated technology at pilot and commercial scales Cost-effective and economical conversion technology for biochemicals 2 Co-production of Xylitol & Glycol Non-food C5 sugars from biomass Conditioning • Remove contaminants from crude sugar liquors or glycerol Waste glycerol from biomass (optional) Hydrogen Catalytic Hydrotreating • Converts sugar to xylitol & mix of biochemical glycols Product Separations • Production of purified end products. • Drop in petrochemical replacements Co-production of Xylitol and Bio-glycols 5 S2G Xylitol & Bio-Glycol Process Breakthrough technology Co-production of xylitol & bio-glycols Sustainable – profitable, carbon efficient, healthy. Proven at pilot and commercial scale Value-add conversion process for cellulosic sugars • 4-year development program • $10+ million investment • Developed in partnership with Mondelēz International • Patent pending & ready for commercialization US commercial project in development 6 7 Competitive Advantages Feedstock Yield Coproducts • Sugars from biomass residues • Low cost – available sugars • Unique conditioning processes • Highest xylitol recovery • Highest carbon yield - glycol • Product mix can be adjusted • Biochemical glycols • Maximizes product yield from biomass • Additional revenue and margin Broad patent protection filed S2G has exclusive worldwide rights 8 Value Add – C5 Sugars C5 Liquors •Xylose •Arabinose •Glucose •Mannose •Plus lignin, ash, etc. Xylitol • $3,000+/MT • 140,000 MT/yr • $0.6 B/yr Superior to Propylene Glycol • Avg. $1,750/MT • 2,000,000 MT/yr • $4 B/yr Ethylene Glycol • Avg. $1,000/MT • 15,000,000 MT/yr • $25 B/yr Ferment • Competes with C6 sugars • Lower yield/higher cost • Value is capped •$1500/MT Sorbitol •2,200,000 MT/yr •$4 B/yr … or burn 9 Commercial Plants Large-scale, profitable projects • • • • • 10,000 100,000+ MT/yr of C5 sugars $20 million $200+ million revenue 33+% margin 25+% unlevered margin $50 million $300 million capital 10 Strategy Attract Strategic Partners & Investment Obtain off-take for products Secure feedstock supply Build scalable first commercial plant – Leverage existing assets License/build follow-on facilities 11 Strategic Partnerships Global snack-food partner Off-take partner Engineering partner Specialty US chemical producer/operating partner Existing infrastructure to leverage Secure Supply & Offtake C5 Sugar Sources: Pulp mills Cellulosic Ethanol Plants Biorefineries Several NA existing sources identified Feedstock supply commitments in progress Xylitol offtake – Mondelēz Glycol offtake – Local bio glycol market Scalable First Commercial Plant: Project “BlueBelle” Pennakem Site Memphis, TN, USA Existing infrastructure Site of July 2016 commercial campaign Leverage chemical process familiarity Central mid-west location Timeline 2016 • Project Development 2017 • Engineering • Demonstration 2018 • Construction of 1st Plant 2019 • Startup Phase 1 • Expansion 2020 • Startup Phase 2 • Project Development 2nd Plant 15 Questions? Kent Smith, P.Eng. Director, Projects [email protected] S2G Biochemicals Inc. Vancouver, BC CANADA www.s2gbiochem.com [email protected] 16
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