National’s Joint Venture with AAS, International Development Group (IDG) will design engineer and strategically implement a waste conversion to energy technology. This proprietary technology is a commercially viable process. The use of steam, heat, acid, agitation and controlled pressure to convert Municipal Solid Waste (MSW) to a pathogen free biomass/cellulose that is convertible to energy. Simultaneously, the process will separate and clean all marketable recyclables for commercial resale. The technology reduces the volume of MSW 20:1, and transforms the waste into commercially marketable fuel. The technology is safe, removing pathogens through a benign, environmentally safe and economically sound process. IDG will recapture a wealth of recyclable materials either lost in landfills or incinerated resulting in hazardous waste. The alternative mass incineration technology with it’s related refuse derived fuel process, and landfilling, have a significant negative environmental impact, while eliminates the available revenue stream. The process utilizes steam, elevated temperature, moisture, acid treatment, and pressure to turn MSW into a sterilized, fungible material. The process begins when MSW is dumped on the tipping floor, a loader then fills the process vessel with MSW where steam is injected. Waste is processed for controlled time increments during which time the cellulose material is converted to a pulp which is easily separated from other recyclable materials. Cellulose material is the biomass remains of paper, packaging, food waste, yard waste, disposable diapers and other organic waste. The processed cellulose exits the vessel as a fibrous material to be to be processed into refuse derived fuel (RDF), ethanol or, fabricated into fuel pellets. Fuel pellets derived from this process possess high energy content (6,600 - 8,400 Btu/lb., dry) and leave very little residual ash. After the cellulose is screened from the waste stream, remaining fractions are then transported through a series of magnets and eddy current separators to remove and separate steel and aluminum cans. As the process continues, plastic and rags are removed on a manual picking line, and the remaining 10% may be disposed as sterilized and benign fill (safe, clean and nonputrescent). Plastics may be sold as additives to fuel pellets or for the manufacture of a variety of more plastics. Recovered steel cans have the labels and food residues removed, creating an excellent source for recyclable steel. The cans will be sold at scrap market prices. The procedure does not require any shredding or grinding of the wastes, prior to processing;