FastOx gasification uses heat, steam, and oxygen to break down waste at the molecular level. Organic materials turn into energy-dense syngas. Inorganics melt into non-leaching stone and metals. Waste turns into particulate and tar-free syngas suitable for conversion into high-value end products. There are no waste by-products created.
The next generation of waste gasification.
Benefits:
- Unmatched feedstock flexibility
- Handles mixed waste streams
- Produces tar-free syngas
- Inorganics turn into inert stone and molten metals
- No ash generated
- High energy conversion
- Operates on the energy in waste
High-Value End Products
ELECTRICITY
Syngas can be used to power generator sets and gas turbines. The clean syngas results in electricity being produced with lower specific emissions than even natural gas.
HYDROGEN
Hydrogen is created using water gas shift and pressure swing adsorption separation, and is suitable both for injection into a pipeline or for use in a hydrogen fuel cell.
METHANOL
Methanol is generally produced from syngas derived from fossil fuels. That syngas source can now come from waste using FastOx gasification.
RNG
There are several commercial methanation technologies available that can convert syngas from waste into renewable natural gas.
AMMONIA
Ammonia produced from syngas using the Haber-Bosch process can be used as the primary ingredient in chemical fertilizers.
Our System Leaves No Waste Behind
Don't stop here
The path to zero waste.
