Fuel from Waste
Our solution enables various customers to convert their Municipal Solid Waste (MSW) optimally, and organics waste into marketable green fuels.
Replace the use of fossil fuels in multiple markets such as natural gas, transportation, power generation, and industrial applications.
The richness of the material allows waste to fuel production to be in substantial volumes where the raw material is not subject to volatile pricing caused by various markets.
The fuel from waste classifies to gas and solid fuel.
Gas Fuel
The gas upgrading consists of the concentration of the methane present in the biogas to natural gas standards. The feedstock in the upgraded gas process is purely organic waste and produced gas is called biomethane, or a Renewable Natural Gas (RNG).
Currently, the best market options are Natural Gas (NG) pipeline and clean fuel.
The California Air Resources Board (CARB) considers RNG as a carbon intensity of
(-14 CO2 /MJ) which is a significant emission intensity reduction commodity.
Local Supply of Pipeline-Quality Gas
RNG a stable commodity as produced on the spot of waste generation and as the RNG is interchangeable to conventional Natural Gas (NG). Pipeline Injection to an existing interstate pipeline is the best logical and economical approach.
Transit Fuel
Transit fleets are the most significant users of NG. Most city bus and trucks powered by NG across North America, which can easily convert to RNG.
RNG Technology
Our gas upgrading is an amine scrubber technology by Ammongas, which has the following features:
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CH4 loss is less than 0.1% (0.04% measured)
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The generated RNG is clean and pathogens free
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PressureLess-safe and efficient plant
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OpEx is two (2) times lower than other technologies
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No wastewater production & No plant fouling
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The treated CO2 will be 100% concentrated. Ideal for additional processes
We develop, design, manufacture (manufactured in North America) and install RNG packages.
RAI capacity range from 100 - 5000 CFM
Solid Fuel
Three-dimensional fuel targets industrial markets such as cement, glass, steel, energy from waste, and any combustion plants.
It can utilize co-firing applications with other fuels such as biomass and coal.
Refuse-Derived Fuel (RDF) or Solid Recovered Fuel (SRF) is the standard terms for such fuel where would have high energy values.
The layout below shows a step by step process of transforming MSW into solid fuel. The process starts with multiple sorting stages that harvest a constant supply of solid fuel to a designated power plant facility.
