Today's Technologies - Tomorrow's Solutions

N-Viro International Corporation develops and licenses its technology to municipalities and private companies. Their patented processes use lime and/or mineral-rich, combustion byproducts to treat, pasteurize, immobilize and convert wastewater sludge and other bio-organic wastes into biomineral agricultural and soil-enrichment products with real market value. The company has generated sales in excess of $40 million dollars, since its initial public offering in October of 1993, which was underwritten by Robertson Stephens, Raymond James, Oppenheimer & Co., and Paine Webber.

N-Viro International Corporation (Symbol: NVIC) utilizes patented technologies to stabilize and disinfect municipal bio solids and other organic waste products. These technologies safely and efficiently transform waste streams into beneficial reuse products.

The N-Viro technologies involve the mixing of municipal bio solids with specific alkaline waste products from the coal combustion electric generation, cement and lime industries. This process stabilizes organic waste thru pasteurization and complete disinfection.

Historically, N-Viro has operated an N-Viro Soil processing facility under contract with the City of Toledo. Our technology has been licensed through-out the United States and internationally with overwhelming success. Recently N-Viro acquired the Volusia County facility located in Daytona, Florida. Our Florida N-Viro facility processes municipal bio solids into N-Viro Soil from many municipalities in the central Florida area.

Our suite of green technologies complement each other and build upon a unique concept transforming waste products into a beneficial fertilizer or ultimately creating N-Viro Fuel a renewable alternative fuel perfectly synergistic with the coal combustion industry.

The N-Viro Fuel technology was recently tested on a full-scale basis at the Michigan State University coal-fired power plant. Two different fuels, one made from biosolids and the other from manure, were blended with eastern Ohio coal and burned in the power plant’s fluidized bed boiler. The blended fuels performed well compared to coal alone; air emissions were below regulatory limits, and the boiler performed normally.

The company and management expect to develop the N-Viro Fuel technology with other power facilities within the United States and anticipates international acceptance for the N-Viro Fuel technology.

http://www.nviro.com