NewHydrogen Inc · OTC:NEWH
NewHydrogen — Investor Presentation
19 slides from NewHydrogen's investor presentation
Slide 1: Using Heat and Water to Make the World's Cheapest Green Hydrogen
Investor Presentation - Q2 2025 Stock Symbol: NEWH Using Heat and Water Short Explainer Video to Make the World’s A black circle with green text and a black play button Description automatically generated Cheapest Green Hydrogen NewHydrogen is developing ThermoLoop , our breakthrough technology that
Slide 2: Forward Looking Statements
Forward Looking Statements Matters discussed in this document contain forward-looking statements within the meaning of the Private Securities Litigation Reform Act of 1995. When used in this document, the words "anticipate," "believe," "estimate," "may," "intend," "expect" and similar expressions id
Slide 3: What We Do
What We Do Hydrogen is essential to modern life. We can’t live without it. Hydrogen is the key ingredient in fertilizers needed to grow food for the world. Hydrogen is used for transportation fuel, refining oil, making steel, glass, pharmaceuticals and more. Most of the hydrogen today is made from n
Slide 4: Market Opportunity
Market Opportunity $3 Trillion The world will continue to use some gray hydrogen, Per Year but it wants a lot of green hydrogen. This is our massive market opportunity! $155 Billion Per Year 2020 2030 2040 2050 Hydrogen Council, 2021 4
Slide 5: The Problem
The Problem The primary way of making green hydrogen today is to split water using green electricity (solar and wind) and electrolyzers. Clean electricity is expensive! Electrolyzers are also expensive! Today, 73% of the cost of green hydrogen is electricity. Electrolyzers are based on a 200-year-ol
Slide 6: A Better Way – Use Heat
A Better Way – Use Heat Heat is cheap! Heat can be available everywhere! Nuclear reactors and Small Modular Reactors Waste heat from industrial plants (oil refinery, cement, etc.) Concentrated solar Heat based systems are more scalable and have the potential to be cheaper than electrolyzer systems.
Slide 7: The Biggest Challenge with Heat Systems is Temperature Mismatch
The Biggest Challenge with Heat Systems is Temperature Mismatch VERY INEFFICIENT! But using heat to split water has been very difficult and very inefficient. The biggest challenge in building a heat system is the temperature mismatch between the different chemical reactions in the process. One react
Slide 8: The Solution – ThermoLoop
The Solution – VERY EFFICIENT! We are developing ThermoLoop , a breakthrough technology that can allow all reactions to happen at nearly the same temperature! These reactions are called near isothermal reactions. The process is called thermochemical water- splitting. Easy to say, hard to do. That is
Slide 9: The Solution – Novel Material
The Solution – Novel Material Using state-of-the-art artificial intelligence and machine learning tools, we are engineering a novel material with just the right “goldilocks” attributes to enable scalable isothermal reactions. We combined materials from different parts of the periodic table to create
Slide 10: The Solution – Phase Change Reactions
The Solution – Next, we are designing a set of novel chemical reactions using a new paradigm that exploits the phase change properties of our Novel Material, as it cycles from solid to liquid to gas, and back to solid. It is this phase change that allows us to reduce the temperature difference betwe
Slide 11: The Solution – ThermoLoop System
The Solution – We combine all these innovations to create ThermoLoop, a highly scalable thermochemical water-splitting system that we believe will produce the world’s cheapest green hydrogen! ThermoLoop is agnostic to the source of heat or water. Couple ThermoLoop with any available source of heat,
Slide 12: The Electrolyzer Killer
– The Electrolyzer Killer The thermodynamics of heat systems are more efficient and scalable than electrical systems, such as electrolyzers. We believe we can convert electricity into heat and still outperform electrolyzers. This can make ThermoLoop a “drop-in replacement” for electrolyzers in appli
Slide 13: ThermoLoop – The Electrolyzer Killer
ThermoLcop” — The Electrolyzer Killer
Slide 14: Our Go To Market Plan
Our Go To Market Plan Begin Optimization Pre-Pilot Discovery of Benchtop Engineering Pilot Plant Commercial The Big Idea of Novel Material Technical Novel Material Unit Test Unit Partnership Licensing and Reactions Validation Build an Engineering Test Unit (2026) Build a Pilot Plant with a Partner (
Slide 15: Our Company Team
Our Company Team David Lee, PhD Steve Hill, MBA Eric McFarland, PhD Chairman of the Board & President Chief Executive Officer Chief Technology Officer UCSB professor, inventor, and energy technology expert with 35 years of experience in deep experience in catalysis, Over 25 years of experience susta
Slide 16: Our Company Team Continued
Our Company Team Continued Sundar Narayanan Ryan Patrick Director of Process Engineering Sr. Chemical Engineer Chemical process engineering and scale-up expert with over 35 years of experience in process development, technology integration, and Chemical engineer specializing commercialization. forme
Slide 17: The UCSB Technology Team
The UCSB Technology Team Phillip Christopher, PhD Principal Investigator Associate Professor of Chemical Engineering, University of California, Santa Barbara Yikyeom Kim, PhD Austin Morales, PhD Research Scientist Research Scientist Ph.D. in Chemical Engineering from the Korea Advanced Ph.D. In Chem
Slide 18: A New and Better Way to Make Hydrogen
A New and Better Way to Make Hydrogen H2O Use inexpensive water Use inexpensive heat Small footprint for instead of natural gas instead of electricity installation anywhere H Drop-in replacement 24/7 industrial scale The world’s cheapest for electrolyzers operation green hydrogen! 18
Slide 19: Thank you
Thank you www.newhydrogen.com For more information, please reach out to us at: info@newhydrogen.com