NOVELTY - The compost generating system for converting organic wastes into useful products, comprises an aeration floor (50) having gas flow apertures positioned on the surface of the aeration floor, a compost cover (210) sized to cover compost biomass (30) pile that is placed on the aeration floor, a tubing system (220) having aeration ports for supplying air to an area on/below an upper surface of the compost pile, an air suction manifold (60) sealably and removably connected to an outlet of the gas flow channel, and a control system for modulating temperature, oxygen level and pressure.    USE - Useful for converting organic wastes into useful products.    ADVANTAGE - The system improves compost odor control and rapid stabilization of compost and reduces operating costs. The system is cost effective and easy to use.    DETAILED DESCRIPTION - The compost generating system for converting organic wastes into useful products, comprises an aeration floor (50) having gas flow apertures positioned on the surface of the aeration floor, a compost cover (210) sized to cover compost biomass (30) pile that is placed on the aeration floor, a tubing system (220) having aeration ports for supplying air to an area on/below an upper surface of the compost pile, an air suction manifold (60) sealably and removably connected to an outlet of the gas flow channel, a control system for modulating a temperature, an oxygen level and a pressure within the compost generating system, a working surface for supporting a compost biomass pile, an aeration vault forming system positioned on the upper working surface, an air pump and an inflatable form spool connectable to the aeration vault forming system, and a wall positioned at an end of the aeration vault forming system and air flow through the passageway into the aeration vault. The gas flow apertures are connected to gas flow channel that is installed below a grade of the aeration floor. The compost cover is constructed of a gas and a liquid impermeable material. The edges of the compost cover are weighted. The compost cover is provided with strapping unit connected for fastening points on the aeration floor. The air suction manifold draws exhaust air downwards from a bottom area of the compost biomass to the gas flow channel through the gas flow apertures. An air distributor is connected to the air suction manifold in which the exhaust air passes through the air suction manifold to the air distributor, and is distributed towards an odor control device. Fresh air inlet connected to the air suction manifold to provide fresh air to the system in which the fresh air is mixed with the exhaust air. A portion of the mixture of fresh and exhaust air is returned to the compost pile through the aeration ports for recirculating aeration to the system. The aeration vault forming system in a lower portion of the compost biomass pile allows passive/induced aeration of the compost biomass pile. The aeration vault forming system has an inflatable form having an elongated and a tubular configuration, and a guide tube positioned at an end of the inflatable form. The inflatable form is sized to fill the guide tube when inflated and passed through the guide tube when deflated. The inflatable form is connected to a fill valve and a pressure relief valve.The aeration vault end is connected to a forced air aeration system allowing induced aeration to take place within the composting system. The aeration vault is open at one end, allowing passive aeration to take place within the composting system.    DESCRIPTION OF DRAWING(S) - The diagram shows a compost generating system:    Compost biomass; (30)    Aeration floor; (50)    Air suction manifold; (60)    Compost cover; (210)    Tubing system. (220)