Competitive Advantage of Plasma
The Westinghouse plasma gasification solution produces valuable and clean syngas from a multitude of cheap and abundant feedstocks that are renewable – household waste, commercial and industrial waste, wood chips, agricultural straw, etc. The plasma gasification process can create this energy well below conventional energy costs to meet the social and regulatory demand for affordable and clean energy.
With the first commercial waste-to-energy plasma facilities in operation, the world’s largest hazardous waste, plasma facility and North America’s first commercial scale regulatory approval we are the industry leader in the fast growth waste-to-energy market.
In many cases, the syngas can be produced at a lower operating cost than conventional energy sources, net of by-product revenues, and provides a fixed cost of energy in volatile commodity markets. The gasification process can utilize all types of renewable feedstocks, including waste and biomass, to meet the social and regulatory demand for affordable and clean energy.
Alter NRG’s strategy is to commercialize the technology with strategic partners that are looking for a commercially proven renewable energy solution. Alter NRG has a great start by being the core technology provider for Fortune 500 companies, industry leading biofuels producers and respected engineering companies all being strategic partners and advancing projects worldwide. …and the list continues to grow!
Alter NRG’s Plasma Gasification Technology is
1. Commercially Proven
2. Industry-Leading
3. Scalable and Flexible
4. Environmentally Responsible
Alter NRG has a leading plasma gasification technology developed by Westinghouse Plasma Corp. and Alter NRG that produces valuable and clean syngas from a multitude of cheap and abundant feedstocks. In many cases, the syngas can be produced at a lower operating cost , net of by-product revenues, and provides a fixed cost of energy in volatile commodity markets. The gasification process can utilize all types of renewable feedstocks, including waste and biomass, to meet the social and regulatory demand for affordable and clean energy.