MSWH2, Inc.
Sustainable H₂ Production
MSW H2 utilizes disruptive patented technology, to economically produce H2 from municipal solid waste into its basic constituents such as turquoise or green hydrogen.
MSWH Solution
Distributed Production
Low Cost Producer
“Green Hydrogen is a $11 Trillion Once in a Lifetime Market Opportunity”
Goldman Sachs Research.
What We Do
Through a proprietary patented process, we convert municipal waste into clean hydrogen
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Hydrogen (H2) for decades has been envisioned to be the “Holy Grail” driving the energy security of the U.S. while at the same time lowering the environmental impact. However, moving to a true hydrogen energy economy has been difficult to implement, as it requires both inexpensive and plentiful sources of H2, until now.
Current Landscape
Existing combustion, gasification, and pyrolysis technologies all provide inconsistent heating and poor mixing of the feed material, subjecting it to temperatures that are too low and/or too high throughout the process. In short, the overall processes can be energy negative and create more waste than is consumed.
Our Process
Our proprietary Absolute Pyrolysis Technology (APT) solves persistent problems with current forms of pyrolysis, and delivers a concentrated, pressurized, sequestration-ready CO2 stream.
Internally Heated
APT reactor is internally heated using a proven design commonly found in smelting furnaces
Efficient Electricity
Power to run the process comes from utilizing just 15% to 35% of the produced gas (hydrogen or syngas) to make zero- carbon or carbon neutral electricity
No Combustion Gases
No combustion gases are created in the process resulting in zero CO2 emissions
Patented Mixing
The unique and patent pending Fluidized-Moving-Bed Reactor (FMBR) insures complete mixing of feedstock and consistent temperature across the entire bed
<$1/kg H2
Our Cost
$5-6/kg H2
Electrolysis Cost
APT produces hydrogen and syngas using low-cost feedstocks, significantly lowering CapEx and OpEx compared to any competing processes.
“Distributed production is the most viable option for hydrogen and building a hydrogen infrastructure.”
U.S. Dept. of Energy
Situation
The Problem
- Burning of fossil fuel accounts for 52-65% of the human-induced emissions while deforestation accounts for 12-25% and 23% comes from methane and nitrous oxide.
- Global CO2 emissions continue to grow to an estimated 35 billion metric tons this year.
- The amount of CO2 emitted by burning fossil fuels is 58% above the 1990 emissions level.
Situation
Hydrogen as a Fuel
- NO CO2 is released into the atmosphere using H2 as a fuel in a fuel cell, turbine or internal combustion engine.
- The only by-product is water so it is environmentally friendly.
- H2 is produced from a variety of energy resources including coal, oil, natural gas, biomass, water.
- H2 has been safely produced, stored, transported, and used in large amounts in the past 50 years.
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