PHG Energy Research Facility

Alternative energy technology, waste-to-energy systems, gasification

Alternative energy technology, waste-to-energy systems, gasification

Environmental protection and conservation

A waste-to-energy technology that converts solid waste materials (wood, sludge, tires) into combustible fuel gas. PHG Energy's Large Frame gasifier represents an advanced iteration of this technology with increased capacity and power density.

A thermo-chemical process that converts organic waste into syngas, which is then purified to produce ultra-pure hydrogen.

A specific gasification reactor design developed by PHG Energy; the Lebanon facility will use the largest downdraft gasifier in the world, capable of processing 64 tons of waste per day.

Tennessee

A waste-to-energy plant in Lebanon, Tennessee that will deploy PHG Energy's Large Frame downdraft gasifier to convert mixed waste materials into electricity. The facility will process up to 64 tons daily of mixed waste wood, sewer sludge, and scrap tires.

An advanced downdraft gasification system designed to process up to 64 tons daily of mixed waste materials (wood, sludge, tires) and convert them into fuel gas for electricity generation. The product represents an upgrade from PHG Energy's standard gasifier which processes 12 tons per day.

PHG Energy's baseline gasification technology with a capacity of up to 12 tons per day, used in previous installations.

An advanced biomass gasification reactor designed to convert up to 64 tons of waste per day into renewable electricity. This represents the largest downdraft gasifier model and a significant improvement over PHG Energy's standard gasifier, which processes 12 tons daily.