A System Must Consist of a Carbon Energy Recovery Process
A financially viable, environmentally friendly solution to divert Post Consumer Residuals (Municipal Solid Waste residential, industrial/commercial sources to efficiently reclaim the energy stored in these resources to produce natural gas
◼ Highly Efficient, Environmentally & Economically Superior process
◼ Converts biogenic and fossil carbon residuals into highly valuable Renewable Natural Gas (RNG) or Renewable “Green” Hydrogen (RH2)
◼ 100% H2 generators produce “behind the meter” base load electricity – 322kg–H2/hr. ≈ 1MW gross
◼ On average, 1 metric tonne of MSW yields
◼ ≈ 21.71 GJ–RNG/MT (renewable natural gas per metric tonne)
◼ ≈ 167 kg–H2/MT (hydrogen per metric tonne)
An ideal system must be able to process any carbon-based material, including but not limited to the following:
Biogenic Carbon Waste: (to make Renewable Natural Gas & Green Hydrogen)
- Food residuals from commercial and residential sources
- Biosolids from wastewater treatment facilities
- Digestate from anaerobic digesters
- Wood biomass
- Dried distiller’s grains
Fossil Carbon Waste: (to make Substitute Natural Gas)
- Municipal solid waste (“MSW”)
- Non-hazardous commercial wastes (plastics)
- Non-hazardous industrial waste
- Special industrial waste (tires, paint)
We Solve Waste Problems With Energy Solutions
In all four corners of the world waste is polluting our lakes, oceans and the air we breath. Traditional ways of dealing with waste are antiquated, expensive and have a negative effect on our environment. There is a better way.
We not only want to solve the world’s waste problems; we will create energy in the form of Renewable Natural Gas (RNG), Green Hydrogen, or Substitute Natural Gas (SNG).