COLLAPSIBLE AEROBIC CATALYZATION APPARATUS FOR SHIPPING-STORAGE TANK LID INTEGRATION

The invention relates to a collapsible method adapted for an apparatus acceptable for integrating into a foldable or shipping/storage container lid, forming an independent aerobic catalyzation conditioning system. The invention forms a physical integrating apparatus unit 1 for conditioning and aerobic biological scrubbing of environmental gaseous liquid at micro level gas bubble sizes. The twin cylindrical perforated membrane chamber catalyzer unit 5 incorporating an inner slotted primary cylindrical surface chamber, supporting a two-phase flow mixing nozzle unit 4 and a balance control valve 5-V, at respective outlet orifice, control the bubble size by maximizing or minimizing the gas or liquid velocity flow streams. The two-phase flow mixing nozzle unit 4 utilizes the motive fluid inlet and outlet orifices for entraining environmental gas through the secondary tangential smaller size orifices 4-3 close to inlet conduit 4-2 second end wall member and dispersed into the peripheral surface of the fluid gas mixing balance reactor chambers 5-2 & 5-4, creating an aerobic pressure bubble environment system for aerobic digestion or microaerophilic process agent in the re-conditioning or degassing of oxygen-poor recirculated liquids.