Slide 1: Innovative Gasification Technology to produce Green Hydrogen from Biomass residues
Innovative Gasification Technology to produce GREEN HYDROGEN from BIOMASS residues HYDROGEN ONLINE WORKSHOP March 23 2023 www.minnovacorp.ca info@minnovacorp.ca We make BIOMASS work
Slide 2: Cautionary Notes
TSXV: MCI | AGRDF: OTC Pink Cautionary Notes Cautionary Note Regarding Forward-looking Information This presentation includes market, industry and economic data which was obtained from various publicly available sources and other sources believed by the Company to be true. Although the Company belie
Slide 3: Scalable Green Hydrogen Production from Biomass
Scalable Green Hydrogen Production from Biomass Minnova Renewable Energy invests in new technologies that mitigate climate change by converting waste biomass to energy. 3rd Generation biomass gasification technology can produce a Invest and higher hydrogen content syngas Develop Produce carbon neutr
Slide 4: Minnova Renewable Energy: A Bold Vision to be a Leader in Global Energy Transition
Minnova Renewable Energy A Bold Vision to be a Leader in Global Energy Transition Become a leading global Cleantech company that develops and acquires innovative technologies to create a more a sustainable future: • Transform biomass to energy • EFFICIENTLY use WASTE biomass (forest, agricultural an
Slide 5: Biomass – Living Stored Energy
Biomass – Living Stored Energy • Biomass is a natural source of energy from the organic material that makes up Energy contained in biomass is stored solar energy plants and organic waste such as: which can be converted into green Hydrogen, clean •agricultural crop residues • forestry residues electr
Slide 6: Green Hydrogen from Biomass Waste
Green Hydrogen from Biomass Waste The World needs more CLEAN ENERGY Green hydrogen will be a useful FUTURE FUEL to reduce CO2 emissions Benefits of MRE gasification of waste to produce a clean, high hydrogen content syngas include: • Sustainable feedstock • Zero CO2 emissions • Highly efficient (>50
Slide 7: Why Hydrogen from Biomass?
Why Hydrogen from Biomass? • Annual global hydrogen demand estimated at ~100 million tonnes • Current hydrogen production is GREY hydrogen, produced almost exclusively from fossil fuels, resulting in close to 900 Mt of CO2 emissions • Global Energy Transition policies expected to accelerate use of G
Slide 8: Biomass Gasification
Biomass Gasification • Biomass gasification process is extremely complex • Hydrogen yields and concentration are widely affected by the interaction between: • Feedstock characteristics • Operating conditions • Reactor design • Temperature and Pressure • Fluidized bed material and size • And other fa
Slide 9: Gasification Technology Development
Gasification Technology Development DUMA identified high potential for increasing the efficiency of existing DFB gasifier design A new innovative design was conceived and developed by DUMA with support from University of L’Aquila (ULA) in Italy ULA is involved in leading edge research and developmen
Slide 10: Innovative New Reactor Design
Innovative New Reactor Design • 3rd Generation biomass gasification technology is a step change in efficiency Syngas Hydrogen Content (%) • Innovative design addresses current gasifier limitations and fine-tuned 3RD GENERATION GASIFICATION 50% TECHNOLOGY operating parameters. • Smaller footprint FLU
Slide 11: Biomass Gasification Process Description
Biomass Gasification Process Description • Sustainably managed lignocellulosic biomass is used as both the energy source and carbon source for the process. A wide variety of feedstocks are suitable for gasification, in particular to make renewable syngas • The biomass is shredded and dried in a cont
Slide 12: Side by Side Comparison to other Gasifier Designs
Side by Side Comparison to other Gasifier Designs DOWNDRAFT GASIFIER DUAL BED (DFB) GASIFIER syngas H2 content < 10% vol. H2 content 50% vol. 3/28/2023 12
Slide 13: Process - Schematics
Process - Schematics Reforming Dried, sized Biomass Biomass Biomass biomass CO2 and H2O pre-treatment Gasification Syngas Cleaning Removal Feedstock and drying (DFB) High Char Pressure + Water Gas Shift Steam Ash Heat & Heat Recovery and Steam Electricity Steam Generation 99.99% CO2 H2 6-8% Gasifica
Slide 14: Biomass energy Production Options
Biomass energy Production Options: Green Hydrogen – Electrical/Thermal Power or Hydrogen + Ammonia Modular, scalable design Operational Inputs and Outputs Feedstock Input • Basic 10MWth module requires 30 MWthermal 15,000 to 20,000 tonnes 3 Modules biomass per annum Biomass feedstock (tpa) 45 – 60k
Slide 15: Base 10MWth Module: Power Plant Layout
Base 10MWth Module: 2t/h – 2MW Power Plant Layout Shown 150 mTON BIOMASS HOPPER 15 M (50FT) BUILDING HEIGHT WATER FILTRATION SYSTEM HEAT EXCHANGERS EASILY SERVICEABLE SCR UNIT ROOF MOUNTED 2MWe GAS GENSET THE WHOLE PLANT FITS INTO AN NBA BASKETBALL FIELD
Slide 16: MRE 3rd Generation DFB Design Advantages
MRE 3rd Generation DFB Design Advantages • Modular Design – 150 kg/h Unit fits in a 40 ft ISO Container • Syngas compressor before H2 recovery system not required • Reduced maintenance cost • Auxiliary fuel supply may not be required depending on feedstock • Onsite fabrication not required • Tar fre
Slide 17: Conclusions and Next Steps
Conclusions and Next Steps • Gasifying waste biomass addresses priorities such as energy security, climate change, decentralized production and rural economic development • 3rd Generation gasifier is 60% smaller and 40% cheaper than other gasifiers • Can use a variety of waste biomass feedstocks • H
Slide 18: Management Team
Management Team Gord Glenn Mario Mantaci Marco Sonnessa DUMA President and Founder DUMA VP Operations MRE President and CEO MRE VP of Engineering MRE VP of Business Development r Education: BScH (Geology) Education: Education: Experience: Experience: Experience:
Slide 19: Thank You
Thank You MRE - How to produce Hydrogen from Biomass Any Questions? HYDROGEN ONLINE WORKSHOP March 23, 2023 www.minnovacorp.ca