The patented "Carbinator" technology is a "materials transforming process", not a burning process like other traditional methods or recycling or incineration that have failed. The technology, through its patented product formulation and production equipment design, is very disruptive yet safe. Increased oil field production, unlike that seen with any other chemical formulation available today, results from the chemical transformation strategy inherent in the technology. Visualizing automated production facilities at major municipal land fill sites as well as large commercial industrial facilities with significant waste product streams is both disruptive and catalytic - disruptive to other incineration processes which drive sulfur dioxide and acid rain issues; catalytic for the reduction of physical landfills, and the hazardous transport and disposal of waste products in general.

Natural Resource Recovery has patents pending and numerous applications pending for extending the wide ranging innovation.

A myriad of tire recycling techniques have been attempted with mixed results at best. Most of these techniques have been discontinued because of chemical reactions that are toxic to plant and animal life. Burning tires as a mix with wood waste has also been attempted for co-generation of electricity or incinerated alone for fuel. This practice has also met with disapproval because of the amount of sulfur dioxide released into the atmosphere resulting in acid rain. The failed recycling of tires has left the world with other problems – landfills continue to host these tires which become a combustion hazard as well as a breeding ground for insects/mosquitoes that spread Malaria and West Nile viruses. Natural Resource Recovery has proven processing of virtually any type of organic waste back into marketable products - waste to energy, including key hard to process items like tires, and even natural resources in the form of tar sands, oil shale, and coal. Medical product waste disposal breakthroughs are already identified for future development.