Blue Biofuels, Inc. · OTC:BIOF
Blue Biofuels — Investor Presentation (March 2022)
28 slides from Blue Biofuels's investor presentation, Mar 8, 2022
Slide 1: Corporate Presentation
1 Corporate Presentation OTCMKTS: BIOF
Slide 2: Forward Looking Statements
Forward Looking Statements This document contains forward-looking statements. Statements other than statements of historical fact contained in this document may be forward-looking statements, including, without limitation, management’s expectations, intentions and beliefs concerning the results of o
Slide 3: Mission
Mission To produce renewable fuels, biooriginated and biodegradable plastics, and other specialty products from plant-based materials in an environmentally friendly and CO2 neutral process. Patented Cellulose to Sugar (CTS) process breaks down plant-based materials into sugar and lignin, then subseq
Slide 4: Intellectual Property Protection
Intellectual Property Protection CTS 2.0 The original issued patent is surrounded with a family of pending patents in order to extend and expand the protection of our process, both domestically and abroad. The company is in full ownership of its core technology. One pending patent covers the Three p
Slide 5: Every Byproduct of CTS 2.0 Is a Potential Revenue Stream
Every Byproduct of The CTS 2.0 Technology is a Potential Revenue Stream With Global Markets Feedstock Ion Exchange Sugars to Specialty Biofuels Chem. LIGNIN CTS 2.0 Nano Bioplastics CELLULOSE Cellulose Sugar Energy Specialty Burn Chem. © 2022 Blue Biofuels, All rights reserved. 0308
Slide 6: Cellulosic Biofuels
Cellulosic Biofuels Ethanol mixed into gasoline and converted to other fuels Gasoline C Blue Biofuels’ CTS 2.0 converts E a wide variety of L plant-based cellulose into Jet Fuel L sugar quickly and U economically. L The sugar is O converted to Diesel ethanol, which S can be converted E into other fu
Slide 7: Biodegradable Bioplastics
Biodegradable Bioplastics Bio-Plastics made from Lignin Blue Biofuels' CTS 2.0 breaks down a wide F variety of plant-based E materials into its components of sugars E and lignin quickly and D economically. S The lignin may be used T Lignin directly in ion exchange membranes or O converted into C bio
Slide 8: Biofuels Market Size
Biofuels Market Size 15 billion gallons of ethanol produced each year in the US alone. 10 Ethanol % of gasoline volume is mandated to be ethanol. 2020 USD 141.56 billion 2027 USD 245.48 billion (projected) Current price per gallon $2.22 CAGR of 7.81% during 2021-2027 US Market $33 billion Global mar
Slide 9: Cellulosic Biofuel Production: Historical Challenges
Cellulosic Biofuel Production Historical Challenges of Competing Cellulosic Sugar Generation Most other technologies The combination of Their processes also These hydrolysis This result is a capex of employ corrosive reactive chemicals, high require high levels of processes are slow- 4-6X and produc
Slide 10: Key Features
Key Features Blue Biofuels CTS Patented Process is a Technology Breakthrough! No expensive Little waste Efficiently and effectively converts plant-based materials into its components of sugar and lignin. enzymes produced (catalyst and water are It is extensively proven in prototype CTS 2.0 reactors
Slide 11: Cellulosic Biofuel Production: Hydrolysis Comparison
Cellulosic Biofuel Production The CTS Process Revolutionizes Biomass Hydrolysis! Hydrolysis Method Alkaline + Enzyme Acid + Enzyme Bio-Solvent + Enzyme CTS 2.0 Full Conversion Time Days Days Days Minutes Enzyme Cost High High High None Chemical Cost Very high High Very high Very low Thermal Cost H
Slide 12: Biomass Strategy
Biomass Strategy Blue Biofuels’ CTS 2.0 can convert This available cellulosic feedstock cellulose into sugar and lignin with a would be enough to replace 45% of rapid mechanical process with no waste. the US gasoline supply with a 90+% conversion at low cost. carbon neutral, green, lower cost, zero
Slide 13: Biomass Feedstock I: Forestry and Agriculture Waste
Biomass Feedstock I Forestry Waste Agriculture Waste Forestry waste is ~33% of total Agriculture waste is greater than forestry biomass. agriculture products in quantity. Often left after logging of trunks. Wheat straw and other waste available in quantity, depending on location. Consistent supply i
Slide 14: Biomass Feedstock II: MSW to Sugar
Biomass Feedstock II 10 billion gallons of ethanol could be produced from municipal solid waste (MSW) alone. Municipal Solid Waste MSW to Sugar 3.3% 6.2% Other Glass 4.5% Wood 250+ million tons of municipal solid waste is produced annually in the USA. 14.6% Food 47% of the 250 million tons is paper,
Slide 15: Biomass Feedstock III: King Grass to Sugar
Biomass Feedstock III King Grass to Sugar Cultivate king grass in Florida under contract with Crops can also be grown in other parts farmers and ranchers of the country or world Any rapidly growing tree, bush, or grass Excellent yield/Acre: Up to 3000 gallons ethanol per acre can be utilized. potent
Slide 16: Feedstock % Conversion into Sugar
There is tremendous controversy over using corn as a fuel source instead of a food source. CTS 2.0 Feedstock Summary The CTS 2.0 technology uses waste products that are available in abundance, and specially grown energy crops like elephant grass, switch grass, or hemp. Elephant grass could be grown
Slide 17: Renewable Fuel Standard
Renewable Fuel Standard EPA Mandates: March 2022 average prices and 2022 proposed mandates* D-3: Cellulosic Biofuel: 770 million gallons for 2022. The EPA adjusts the renewable fuel mandate each year. The US EPA renewable RIN: $3.12/gal. fuel standard (RFS) mandates the blending of renewable fuel in
Slide 18: Cellulosic Ethanol v Corn Ethanol
Cellulosic Ethanol v Corn Ethanol Regular fermentation and Blue Biofuels will produce cellulosic ethanol through distillation converts sugar into ethanol just like in the widely used our Patented CTS 2.0 process. process to make wine and beer. Cellulosic ethanol gets the D3 RIN credit, currently wor
Slide 19: Historic Corn and Ethanol Prices
Historic Corn and Ethanol Prices Ethanol prices are directly linked to the price of corn, causing volatility in the market. CTS 2.0 can deliver stable and lower costs by leveraging the abundance of available cellulose. 8 3 CORN ($/BUSHEL)1 Ethanol ($/gallon)2 7 2.5 6 2 5 4 1.5 3 1 2 0.5 1 0 0 1Avera
Slide 20: Ethanol Industry
Ethanol Industry Current Status 10% gasoline blend mandate is solidly in place in the US and beginning in China. Current ethanol price is ~$2.22 • Needed as anti-knocking agent. Corn ethanol industry is breaking even at that price • Lower carbon footprint than gasoline. (based on present corn prices
Slide 21: Project Financing Opportunities
Project Financing Opportunities Building our own CTS 2.0 Buying corn ethanol Joint Venture to Selling licenses facilities in the United facilities in financial bolt-on CTS 2.0 to outside the US to States to convert Elephant distress due to corn existing corn MSW facilities to Grass, farm waste, fore
Slide 22: Biofuels Growth Strategy
Biofuels Growth Strategy 2,300 ethanol producers worldwide; over 200 in the US. Blue Biofuels’ • Almost all use corn starch or sugarcane to make ethanol • All would benefit from a lower cost method of obtaining feedstock sugar. CTS 2.0 technology • The market for this technology is accelerating in b
Slide 23: Biodegradable Bioplastics
Biodegradable Bioplastics Only a moderate amount of capital is Bioplastic market size could grow into the hundreds of billions of needed to recover our lignin. dollars per year. Our sulfur- free lignin is an excellent ingredient to make bioplastics from. Blue Biofuels’ lignin is sulfur-free. © 2022
Slide 24: Blue Biofuels' Sugar
Blue Biofuels’ Sugar Additional opportunities include other biochemical/biopharma operations such as Xylitol production. In addition to being a preventive agent for dental caries, Xylitol also: • efficiently stimulates the immune system, digestion, lipid and bone metabolism. • helps in glycemic and
Slide 25: CTS 2.0 Current Status
CTS 2.0 Current Status Patented Technology Lignin Developed CTS 2.0 in 2018 that is a Purified sulfur-free Lignin is expected patented energy-efficient continuous- to be used by ion exchange resin flow process that converts plant-based producers, and possibly in the cellulose into sugars for subsequ
Slide 26: Board of Directors
Board of Directors Ben Slager Chairman Serial entrepreneur with 30 years of professional experience in starting, developing, and selling technically innovative companies that he sold to large multinational companies. He holds 20 patent families with over 100 patents worldwide, including the CTS proc
Slide 27: Executive Team
Executive Team Ben Slager CEO Serial entrepreneur with 30 years of professional experience in starting, developing, and selling technically innovative companies that he sold to large multinational companies. He holds 20 patent families with over 100 patents worldwide, including the CTS process that
Slide 28: Contact Info
CONTACT INFO OTCMKTS: BIOF Ben Slager, Chief Executive Officer Address: Ben@bluebiofuels.com 3710 Buckeye Street, Suite 120 561-717-0571 Palm Beach Gardens, FL 33410 Anthony Santelli, Chief Financial Officer www.bluebiofuels.com Anthony@bluebiofuels.com 561-359-8222 © 2022 Blue Biofuels, All rights