The Envion Oil Generator™ will help to alleviate pressures in regard to the issues surrounding plastic waste disposal and the increasing demand for oil. Yesterday's Waste... Powering Tomorrow!  
 
The Envion Oil Generator™:
Is the first-of-its-kind, commercial, scalable, plastic waste to oil conversion technology
"Recycles" energy through extraction of hydrocarbons from plastic waste
Produces a synthetic oil product that can be refined and blended in much the same manner as crude oil to produce the following commercial liquid fuels: gasoline, jet fuel, diesel fuel, and kerosene
Some of the benefits of this proprietary technology are:
Environmentally "unfriendly" plastic waste can now be eliminated from the waste stream.
A single Envion Oil Generator™ can convert over 10,000 tons of plastic waste into oil annually.
Potential health risks and hazards from conventional plastic waste disposal methods are minimized.
The value proposition for the Envion Oil Generator™ is:
Plastic waste disposal costs are reduced from upwards of $200 to less than $30 per ton.
Each ton of plastic waste can produce 3-5 barrels of refined petroleum product that can be re-sold.
Despite efforts made in the waste to energy sector by market leaders, a truly integrated, sustainable and renewable methodology for plastic waste disposal does not exist.
Envion operates at the intersection of the waste management and energy industries. Envion's solution is the first cost-effective and sustainable method for plastic waste to oil conversion. As a first-mover in this space, Envion will define a new market with maximum earnings potential.
One Envion Oil Generator™ can produce over 1,000,000 gallons of oil every year.
The oil produced by an Envion Oil Generator™ is 99% sediment free, which dramatically reduces refining costs.
Envion's average cost of production is approximately $17 per ton of plastic waste converted (using electricity costs of $0.05 per kWh).
Similar to crude oil, Envion's oil output can be converted into commercial fuels – gasoline, kerosene, jet fuel and diesel – through additional refining and blending.