Natural State Reduction System
Made in Ontario Solution with The Environment in Trust
Proven Community Solid Waste & Biosolids Solutions
NSRS converts to energy:
(while recycling glass, aluminum, and metals)

- Unsorted or sorted MSW, Medical waste
- Plastics, residue and film
- Wood waste, oily waste, coal
- Furniture, tires, biosolids
- Other organic or man made
compounds found in municipal or
industrial waste

GWPT's proprietary process and system adds to an already proven reduction method called Thermal Oxidation. This base thermal process has performed below the most restrictive limits of the US Air Quality Environmental Standards as required by the USEPA and Ontario MOE, and has passed the federal environmental standards review in 17 countries including Malaysia, Japan, England and France. One of the major benefits of this system is that, should a municipality’s waste stream vary in content over time, with regard to “man made” or organic content of any kind, the new NSRS technology has the best range of performance to maintain a safe environment. The process consists of oxygen starvation consumable processes that break down all “man made” or organic materials to its natural state. In more simplified terminology it removes the bonds that hold materials together. This system virtually composts anything that is put into the biosphere, rendering the matter inert. The time frame to complete the composting process is approximately 12 hours. Because of oil based products, and the volatility of same, the composting process is expedited. The NSRS technology is a 21st century, waste consumable, environmentally friendly, state of the art technology that meets all environmental standards set down by the US Environmental Protection Act.

This Canadian owned system is the most effective, in our opinion, waste reduction technology ever brought before city or provincial officials. GWPT will support this statement with contractual understandings that will be a highly competitive bid, based upon the demands of the omission of landfill. Meaning simply: the government has a feasible answer to its waste management problems.


Unique Canadian Owned Process

  • All glass, aluminum, and metals are 100% recycled with a proprietary automated post gas conversion sorting system

  • Small Land Requirements (0.5% or less of landfill area)

  • No obnoxious odors that landfill generates

  • No significant maintenance required

  • Exothermic Process: Low supplemental energy required

  • No highly trained operators required

  • Very low daily operating costs

  • Base technology has been supported by the U.S. Department of Energy

  • Advanced demonstration facility (mobile and stationary) is in development

  • Exclusive ‘Waste Watch’ surveillance system

  • Base process has been commercially proven for 7 years.



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    Competitive Advantage

  • 98.5% average waste volume reduction

  • Scalability (modular cells: 58 to 2500 ton per day systems)

  • No sorting or other interventions required

  • Unload into system and consumable composting takes care of the rest

  • No Landfill required as part of process

  • Very low material handling

  • Average installation time: 3 to 6 Months

  • Thermal Oxidation process in commercial operation for 7 years.


    • Natural State Reduction System
    Made in Ontario Solution for Proven, Sustainable Waste Recovery

    Reduction technology is not an incineration or combustion process due to the lack of oxygen present at the time of conversion, and because of the elongated digestion process (20,000 times longer material exposure time than incineration).
    Basic flow Diagram (Above)

  • Syngas filtering: continuous, clean operation

  • Composts even plastics over a 12 hr. period into inert ash compound

  • Reverts any man made, or organic waste product back to its natural state: inert ash or breathable air

  • Converts mixed, hydrocarbon waste materials first into a BTU-rich gaseous fuel; in effect composting and sterilizing man made products, and organics at 800-1200 degrees F

  • Emissions are captured and used as a non-fossil fuel source for various on site or local energy requirements

  • Resultant fibrous residue (2%): salts, inert ash
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    Source Waste Management: On site waste remediation for tall buildings, landfill decommissioning, and mobile waste conversion needs. (Contact GWPT)

    Clean Coal Technologies. (Contact GWPT)