NOVELTY - Method (M1) for treating waste material feedstock, comprises: (a) operating a gas turbine generator (100) to produce electricity and exhaust gases having a temperature of greater than 1000 degrees F; and (b) contacting the exhaust gases with waste material feedstock having a moisture content of at least 30 wt.% in a dryer vessel (200) for a contact time sufficient to produce a dried material having a moisture content of less than 20 wt.%, without significant oxidation of the waste material feedstock.    USE - The method is useful for treating waste material feedstock (including undesired organisms, microorganisms, viable seeds, pesticides, antibiotics, hormones, prions or viruses), which are useful for producing a dried material or a product including organic fertilizer material, soil builder material (all claimed), food products, animal feed products, fuel products, products suitable for efficient recycle, remanufacture, reuse or transport and safe products suitable for environmentally acceptable disposal.    ADVANTAGE - The method: is simple, efficient and economical; reduces or eliminates the undesirable environmental impacts of noxious and greenhouse gases produced by bioconversion of waste materials from the manufacturing operations; and completely eliminates the necessity of disposing any remaining sludge or other solids in a landfill by converting and/or incorporating all the waste material feedstock solids into the final product.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for:    (1) method (M2) for treating of waste material feedstock comprising: (a1) operating a gas turbine generator to produce electricity and exhaust gases; (b1) contacting the exhaust gases with the waste material feedstock having a moisture content of at least 30 wt.%, in a dryer vessel for a contact time sufficient to produce, a dried material having a moisture content less than 20 wt.%, without significant oxidation of the waste material feedstock; and (c1) processing and forming the dried material into a granular, pellet or prill form of product suitable for conventional dry product handling, transport or use;    (2) apparatus (A1) for treating waste material feedstock, comprising: a gas turbine; and a dryer vessel adapted for receiving the exhaust gases from the gas turbine through a connection and adapted for receiving waste material feedstock, where the connection between the gas turbine and the dryer vessel is adapted to substantially preclude the introduction of air into the dryer vessel;    (3) a converted material comprising a waste material feedstock thermally treated at sufficient temperatures, without significant oxidation and for a sufficient period of time to destroy or convert to harmless forms substantially all undesired components present in the waste material feedstock comprising undesired organisms, microorganisms, viable seeds, pesticides, antibiotics, hormones, prions or viruses;    (4) a product comprising a waste material feedstock thermally treated at sufficient temperatures, without significant oxidation and for a sufficient period of time to: either provide a self-binding waste material suitable for forming into granule, pellet or prill products suitable for conventional dry product handling, transport or use; or render the waste material self-binding and formed into granules, pellets or prills suitable for conventional dry product handling, transport or use;    (5) an organic fertilizer material or soil builder material comprising less than 15 wt.% moisture;    (6) a portable system for processing waste material feedstock, comprising: at least one portable dryer unit adapted for drying a waste material feedstock to produce a converted material; and at least one portable processing unit adapted for forming the converted material from the dryer unit into a product having a form suitable for conventional handling, transport or use;    (7) method (M3) for producing a dried material from an inorganic waste material feedstock, comprising: the step (a) as above per se; and contacting the exhaust gases with waste material feedstock having a moisture content of at least 30 wt.% in a dryer vessel for a contact time sufficient to produce a dried inorganic material having a moisture content of less than 20 wt.%;    (8) method (M4) for producing a dried product from an inorganic waste material feedstock, comprising: the step (a1) as above per se; contacting the exhaust gases with the waste material feedstock having a moisture content of at least 30 wt.%, in a dryer vessel for a contact time sufficient to produce a dried inorganic material having a moisture content less than 20 wt.%; and processing and forming the material into a granular, pellet or prill form of product suitable for conventional handling, transport or use;    (9) a thermally treated waste material feedstock which contains nitrous oxide (NOx), sulfur oxide (SOx) or carbon oxide (COx) components absorbed or complexed from contact of the waste material feedstock with gas turbine exhaust gases in a confined space in the absence of significant oxidation of the waste material feedstock;    (10) apparatus (A2) for processing emission gases comprising: a gas turbine having a combustion air intake; and a manufacturing facility having ventilation air exhausted from the facility, where the combustion air intake is adapted to receive at least a portion of the ventilation air exhausted from the facility;    (11) apparatus (A3) for treating waste material feedstock comprising: a gas turbine having a combustion air intake adapted for connection to and for receiving air from a manufacturing facility vent adapted for exhausting air from the facility; and a dryer vessel having a connection adapted for receiving exhaust gases from the gas turbine and having an inlet for receiving waste material feedstock;    (12) method (M5) for reducing atmospheric release of emission gases from a manufacturing operation, comprising: enclosing at least a portion of the operation that produces emission gases to contain the gases; directing at least a portion of the gases to a combustion air intake of a gas turbine, oil or gas burner or a reciprocating engine; and directing at least a portion of the exhaust gases from the turbine, burner or engine to a dryer vessel for drying or treating a waste material feedstock; and    (13) method (M6) of making a product comprising: producing hot combustion exhaust gases from a gas turbine, oil or gas burner or reciprocating engine; directing ventilation air from a manufacturing facility into the combustion air intake of the turbine, burner or engine; and contacting the hot combustion exhaust gases with a waste material feedstock.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic diagram of a process for treating waste material feedstock using the process and equipment.    Gas turbine generator (100)    Gas turbine (101)    Connector (105)    Dry vessel (200)    Separator (208)