NOVELTY - A thermally treated waste material feedstock containing organic matter from sewage or animal waste material, comprises: nitrogen oxides, sulfur oxides, or carbon oxides components absorbed and/or complexed in the material, from contact of the waste material feedstock with gas turbine exhaust gases in a confined space; and contains the maximum nutrient value and organic matter content preserved in the treated waste material feedstock due to the absence of significant oxidation of the waste material feedstock during the contact.    USE - As thermally treated waste material feedstock containing organic matter from sewage or animal waste material (claimed), useful as animal or human food, fuel products, recyclable materials for further processing, fertilizer or soil builder products, materials for disposal at reduced volumes, and final products for market. The organic waste matter includes woody or cellulosic and chemical waste products from agricultural operations such as bagasse rice hulls, straw, alfalfa, orchard and vineyard prunings, citrus pulp, corn cobs, beet pulp, hatchery waste, yard wastes, landscaping wastes, mushroom growing wastes; from forestry and lumber operations such as scrap wood, sawdust, bark, limbs; from pulp and paper operations including Kraft mill black liquor from sulfate pulping; from de-inking mill operations; from nursery operations such as dead or diseased plants and from building demolition and construction; mixed plastics or automobile shredder residue; food processing wastes from processed or pre-processed food product manufacturing such as frozen foods, pre-prepared, ready-to-eat salad mixes, heat-and-serve meals, canned foods, and food services businesses such as restaurants, institutional meal providers, airline meal providers; residual meat, bones, offal, skin, poultry waste, feathers, feather meal, hair, hair meal, seafood meal, blood, blood meal, bone meal from slaughter house and meat and fish packing operations; livestock, poultry and pet carcasses from farms, feedlots, slaughter houses, and veterinarian clinics, including cattle, sheep, goats, hogs, horses, chickens, geese, ducks, or other animal from source of carcasses, body parts, organs or tissues that must be disposed; body parts, organs and tissues from medical facilities; fermentation and distillation operation wastes, such as soy sauce waste, wine and sake lees, tofu refuse, grape skins and seeds, mash and sour mash residue; cheese making operations; and recycle waste operations such as paper, plastics, tires, foamed styrene, cardboard and other servicing, processing and manufacturing operations that involve organic materials.    ADVANTAGE - The thermally treated waste material is processed economically and efficiently, and simplifies solution to increasingly severe problem of environmental pollution caused by waste material and gases from industrial operations. Prior art methods and systems are not sufficiently effective in conversion of such waste material and gases to safe, environmentally acceptable form or are not adaptable to be economically feasible for small as well as large commercial operations. Other problems exist with many of the prior art systems, including uneconomical to operate, failure to decontaminate and failure to prevent air pollution (or in fact causing additional environmental problems in operation of process). The thermal treatment of the waste material by contact of gas turbine exhaust gas with waste material feedstock is performed in confined space of dryer vessel without significant outside air present. Thus NOx and SOx emissions, and to some extent CO and CO2 emissions, in gas turbine exhaust are substantially reduced, even to zero, by absorbing or complexing of NOx and SOx components into waste material feedstock, where they remain absorbed, complexed or fixed in dried or treated material exiting dryer vessel, and in the product after processing into granular, pellet or prill or other form. This provides advantage of both lowering or eliminating the emissions of NOx and SOx (and CO/CO2) into atmosphere and adding nitrogen, sulfur and carbon components to nutrient value of product produced. Thus maximum nutrient value and organic matter content is preserved in treated waste material feedstock due to absence of significant oxidation of waste material feedstock during contact with gas turbine exhaust. Further, the treated material is in the form of a self-binding product suitable for conventional handling and transport e.g. granules, pellets or prills. This also provides for processing or utilizing greenhouse gases and noxious or odoriferous gases emitted by facility producing waste material feedstock. The thermally treated waste material feedstock allows conversion of waste material feedstock to useful, environmentally acceptable materials and products. In addition, also reduces or eliminates undesirable environmental impacts of noxious and greenhouse gases produced in manufacturing operations and in bioconversion of waste materials from manufacturing operations. Further advantage of this resides in aspect that, in most waste material feedstock processing, all waste solids can be optionally contained within process and system and become part of final product produced by process and system. This can completely eliminate necessity of disposing of remaining sludge or other solids in a landfill by converting and/or incorporating all waste material feedstock solids into final product.