The majority of metals, textiles, and certain plastics can be recovered essentially intact by either vibratory screening or rotary trommeling. Most of the cellulosic materials are less than ? inch particle size, due to agitation during processing, significant quantities of glass, ceramics, and other dense materials appear in this fraction. After reduction in moisture content of approximately 20%, these dense materials are separated by air classification, yielding the clean boiler fuel. The fuel value is 13,900 - 18,600 kJ/kg (6000- 8000 Btu/lb.) (dry), consequently there is a far lower content of metal, plastic, textiles and ash than conventional RDF, producing much less toxic stack emissions and less ash. The fuel is low in sulfur and nitrogen content, consequently when blended with various coals, it results in a reduction of both sulfur and nitrogen oxide emissions from coal-fired power plants. Dry fuel possesses a low density making it suitable for pneumatic transport and utilization for co-firing with pulverized coal with no modification of the fuel handling system required. Sterilization followed by stabilization during the drying process, reduces odors and the potential for spoilage or spontaneous combustion, allowing for long-term storage if desired. These are unique benefits for any fuel production. IDG is able to provide one of the most economical, efficient and environmentally sound alternative technology, in the Solid Waste Management Industry.

2003-04 Plans, Proposals, and New Ventures
Waste conversion to energy project in research and development phase to be implemented in the Kingdom of Morocco

Developing refinery project in Nigeria by commissioning feasibility study and reviewing site plans and plant engineering

Opening of rack delivery points throughout the mid-west, south-west and northeast regions, for physical delivery of heating oil, diesel and gasoline unbranded products.

Oklahoma, Texas and New Mexico: proposed acquisition of oil and gas producing fields.