Many of the legacy systems for getting rid of our toxic or plastic waste create more environmental problems than they solve. Gasification systems use extreme heat to prevent dioxins and other hazardous compounds from forming, and advanced off-gas capture and scrubbing systems to convert organics into valuable fuel. In-organics are melted in a molten bath and solidified into non-toxic glass and metal.
Oil/Gas
Extreme temperature and multi-phase filtration make it possible to eliminate waste from the oil and gas industry, including extraction equipment that contains radioactive material.
Environmental Contamination
Safe disposal of hazardous materials from contaminated mine sites, superfund sites, and coal ash from retired generation facilities will eliminate the need for a cap-in-place containment strategy.
Industrial Byproducts
Gasification systems have been customized to safely process highly corrosive, environmentally damaging industrial byproducts including CFCs like fluorine.
Plastics
Hydrocarbon-based plastic has proven to produce high efficiency, hydrogen-rich syngas that can be used as fuel.
Emergency Response
Gasification technology can easily process construction debris, municipal waste, and other hazardous waste released into the environment during a flood, earthquake, or a human health crisis.
Chemical Warfare
Carefully controlled conditions within gasification technology have the ability to neutralize even the most harmful man made chemicals, including legacy chemical warfare material, by breaking material down to a molecular structure.
Demand-Side Management
The quick startup and shutdown time for a gasification systems allows operators to have precise control of when and how to run the system based on current grid demand rates.