our process has two essential steps that convert the solid wastes into a conditioned gaseous fuel : a proprietary waste gas vessel , and a spherical fuel preparation cell . unique aspects include a waste chute tilt at the front of the vessel complete with a surveillance system and pre - drying technology , a waste vessel key accelerant technology , 2 proprietary thermal envelopes of the vessel itself and its structural containment , and a vertically oriented recyclables and ash ejection system . all remaining fractions not converted to a gaseous fuel are automatically and completely recycled . in a third step , the fuel is ignited , with the flared gas providing a thermal envelope for a boiler . steam from the boiler can be utilized for any industrial purpose or steam turbine . if a boiler is not desired , it can be replaced with a reverse chiller , which will use the heat to produce refrigerated warehousing , or the waste gas can be directed to a gas turbine for the production of electricity . the final steps combine the recovery of the small remaining amount of heat for producing hot water for greenhouse heating while cleaning and reducing the gases with proprietary lime screening , ozonation devises , and by feats of managing air temperature .