TECHNOLOGY FOCUS - ENVIRONMENT - Preferred Method: The processing method using waste water exhaust gas processing system comprising a liquid high-temperature fermentation processing device, liquid high temperature anaerobic fermentation device, a solid-liquid sewage separating device and organic waste automatic packaging system, comprises conveying the filtering liquid into high temperature anaerobic fermentation process device for high temperature anaerobic fermentation, and using the roller-type high temperature aerobic fermentation reactor of waste hot water to heat, where the working temperature of the anaerobic reactor is greater than or equal to 53 degrees, setting the liquid high temperature anaerobic reaction with low temperature, using high temperature anaerobic treatment device provided with a thermal insulation layer, setting the sewage temperature to carry out high temperature anaerobic fermentation reaction, using the liquid high temperature anaerobic treatment device provided with high temperature anaerobic bacteria adding device, producing marsh gas after dehydration in high temperature anaerobic fermentation, connecting the liquid high temperature anaerobic fermentation processing device with the liquid intermediate temperature aerobic bio-deodorization filtering tower, connecting the fermentation liquid conveying pipe with heating device, using high temperature heat exchanger to cool the fermentation liquid to a suitable temperature, conveying the to-be processed sewage into the fermentation device, increasing the sewage temperature, then conveying the sewage after fermentation process into the liquid temperature aerobic bio-deodorization filtering tower to process, carrying out roller-type high temperature aerobic fermentation reaction to produce waste gas and fresh air, cooling the heat exchanger to proper temperature, conveying into the intermediate temperature aerobic bio-deodorization filtering tower to provide oxygen to the fermentation liquid, dissolving the waste gas of gaseous ammonia in the fermentation liquid, transferring the water-insoluble gas part to the upper layer through the bio-filter layer, carrying out deodorizing treatment by microbial digestion, adding thermophilic aerobic bacteria and photosynthetic bacteria mother liquor into an aerobic fermentation reactor, fermenting to obtain liquid fermentation solution with high levels of nutrients and organic matter content, ozone-free, and non toxic pathogens, which can be used as liquid organic fertilizer to realize long-distance transportation of high concentration liquid organic fertilizer for local sales, filtering the supernatant of liquid organic fertilizer through a primary filter film processing device to carry out the filtering treatment, using effluent from film processing device to wash the filter bag, field, landscaping, irrigation or selling, and film filtering the remaining liquid fermentation liquid, and concentrating the fermentation liquid, which can be used as long-distance sales of high-concentration liquid organic fertilizer, then filtering the remaining solid material, and conveying into a solid organic waste treatment system. The processing method using waste water exhaust gas processing system comprising a liquid high-temperature fermentation processing device, liquid high temperature aerobic fermentation device, a solid-liquid sewage separating device and organic waste automatic packaging system, comprises conveying the filtering liquid into high temperature aerobic fermentation process device for high temperature aerobic fermentation, and using the roller-type high temperature aerobic fermentation reactor of waste hot water to heat, where the working temperature of the anaerobic reactor is greater than or equal to 55 degrees, setting the liquid high temperature aerobic reaction with low temperature, using high temperature aerobic treatment device provided with a thermal insulation layer, setting the sewage temperature to carry out high temperature aerobic fermentation reaction, using the liquid high temperature aerobic fermentation treatment device provided with thermophilic aerobic bacteria adding device, carrying out high temperature aerobic fermentation reaction, mixing waste gas and the fresh air from the roller-type high temperature aerobic fermentation reactor with high temperature fermentation liquid to perform high temperature aerobic reaction at high speed, conveying the foam produced in the liquid high temperature aerobic fermentation treatment device into an intermediate temperature aerobic bio-deodorization filtering tower spraying system of the filter layer, supplying the nutrient solution to the bio-filter, connecting the fermentation liquid conveying pipe with heating device, using high temperature heat exchanger to cool the fermentation liquid to a suitable temperature, conveying the to-be processed sewage into the fermentation device, increasing the sewage temperature, then conveying the sewage after fermentation process into the liquid temperature aerobic bio-deodorization filtering tower to process, where the liquid high temperature aerobic ferment produces the waste gas and the fresh air, cooling the heat exchanger to proper temperature, conveying into the intermediate temperature aerobic bio-deodorization filtering tower to provide oxygen to the fermentation liquid, dissolving the waste gas of gaseous ammonia in the fermentation liquid, transferring the water-insoluble gas part to the upper layer through the bio-filter layer, carrying out deodorizing treatment by microbial digestion, adding thermophilic aerobic bacteria and photosynthetic bacteria mother liquor into an aerobic fermentation reactor, fermenting to obtain liquid fermentation solution with high levels of nutrients and organic matter content, ozone-free, and non toxic pathogens, which can be used as liquid organic fertilizer to realize long-distance transportation of high concentration liquid organic fertilizer for local sales, filtering the supernatant of liquid organic fertilizer through a primary filter film processing device to carry out the filtering treatment, using effluent from film processing device to wash the filter bag, field, landscaping, irrigation or selling, and film filtering the remaining liquid fermentation liquid, and concentrating the fermentation liquid, which can be used as long-distance sales of high-concentration liquid organic fertilizer, then filtering the remaining solid material, and conveying into a solid organic waste treatment system.    TECHNOLOGY FOCUS - INSTRUMENTATION AND TESTING - Preferred Components: The organic waste source separating system is composed of organic waste input device comprising kitchen sink for discharging kitchen waste and kitchen waste storage equipment in the kitchen, and water saving close stool or squatting pan in toilet, where its discharge pipe is connected with organic waste conveying system. The organic waste conveying system is composed of multiple inclined pipe, a three-way elbow-joint, a vertical tube for conveying the organic waste, sewage collecting transverse cross tube, a vertical sewage tube, and a pressurized water supply system, where each vertical tube extend out outdoor of residential building roof, and the top end is set with a turbine air cap or fan. Each kitchen and toilet of the household provided with organic waste input device is connected with discharge pipe through the inclined connecting pipe and vertical pipe, and extends downward to the basement or overhead layer. In the basement or overhead layer, each vertical pipe through an elbow or tee-joint is connected with the transverse pipe. The transverse pipe is connected with sewage collecting cross tube. The tail end of the sewage collecting transverse pipe is vertical pipe, which is connected with sewage collecting cross tube via an elbow or tee-joint. The tail end of the cross tube is collecting vertical pipe or vertical pipe feeding port, which is directly connected with the collecting pipe. The lower end of the collecting pipe is connected with organic waste automatic packaging system via each elbow-joint provided with a nozzle, and is connected with the pressure water connecting pipe. The bottom of the transverse collecting cross tube is provided with a spray head, and each spray head are connected with the pressure water connecting pipe. The conveying direction and spraying direction of the nozzle is the same. A main pressure water pipe is connected with each electromagnetic valve and the transverse pressure water pipe, pressure water pipe through a connecting pipe and the joint of horizontal pipe and elbow nozzle part. A main pressure water pipe and sewage collecting transverse pipe is connected with pressure water pipe. The sewage collecting cross tubes pressure water pipe is connected with sewage collecting cross tube and a joint nozzle of the elbow part. The water outlet end of the main water outlet end is connected with the high level water tank. The water outlet end of the water tank through the water conveying pipe and the pump A is connected with the high level water tank provided with a liquid level control device. The organic waste automatic packaging system comprises bag chamber comprising automatic crushing machine, a filter bag, a sewage tank, an exhaust system, a sewage conveying system, and a liquid level control device. The bag chamber is provided with a deodorizing closed space. The negative pressure collecting pipe from the upper part extends into the bag chamber. The sewage discharge hole is connected with the vertical pipe. An automatic crushing machine is connected with a feeding port. The side part of automatic crushing machine is provided with a filter bag. The lower part of automatic crushing machine and filter bag is provided with a first sewage tank. The bag chamber is provided with a door. The upper part of the bag chamber is equipped with fan A. The organic waste delivery system of the fan of the vertical pipe is connected with the first water tank, which is provided with two water pumps, where the water pump A is an organic waste delivery system of water supply pump. The water outlet of the water pump A is connected with the pressure water conveying pipe with the high-level water tank. The water outlet pipe of the water pump B is connected with the organic waste treatment system equipped with a liquid level control system. The organic waste treatment system comprises a solid organic waste treatment system, organic waste solid-liquid separating device, a roller-type aerobic fermentation reactor, air inlet and outlet system. The organic waste solid-liquid separating device composed of circulating water system is provided with a second sewage pool. The organic waste automatic packaging system of the water pump B is connected with the second water tank provided with two water pumps on the second sewage pool. A water pump water outlet pipeline E of the waste gas heat exchanger B is connected with the waste water processing system. The organic waste water pumps water outlet pipeline C is connected with the exhaust gas heat exchanger D, which is connected with the waste water of organic waste treatment system. The heat exchanger water outlet pipe is connected with the sewage tank. The roller-type aerobic fermentation reactor is provided with inlet and outlet and inlet and outlet hole, and it is further provided with a coaxial water outlet pipe sleeved outside the cylinder. The exhaust system of the air suction pipe A is connected through the heat exchanger. A aerobic fermentation reactor air inlet pipe, and an aerobic fermentation reactor exhaust pipe is connected via a draught fan B. A waste gas output pipe is connected with waste water exhaust gas processing system, which is connected with water pump of a water inlet pipe through valve. A water inlet valve is connected with the water supply pipe. The water outlet pipe of the water pump D is connected with the gate valve and a water inlet pipe of the auxiliary heat source. The water outlet pipe of the auxiliary heat source and the water inlet pipe is connected with the auxiliary heat-source electromagnetic valve and the aerobic fermentation reactor. An aerobic fermentation reactor water outlet pipe is connected with the heat exchanger A. A circulating water output pipe is connected with waste water waste gas system. A waste gas system is connected with the waste water of the circulating water return pipe with the water pump D connected with a water inlet pipe. An auxiliary heat source is set with a bypass branch pipe provided with an auxiliary heat source bypass electromagnetic valve set between the water inlet valve and the gate valve via water inlet pipeline. The water pump is provided with a pressure water tank, which is provided with a drain valve and a drain pipe. The organic waste treatment system comprises a waste water-waste gas processing system, a waste water exhaust gas processing system composed of liquid high temperature anaerobic treatment apparatus, a heat exchanger, and an intermediate temperature aerobic bio-deodorization filtering tower. A high temperature medium heat exchanger C is connected with the water inlet connected with the circulating water output pipe of the solid organic waste treatment system. A high temperature medium outlet of the heat exchanger is connected with the circulating water return pipe C, which is connected from the water pump E of the solid organic waste treatment system sewage pool of the water outlet pipe, and a water inlet pipe through the heat exchanger B, a connecting pipe, and a heat exchanger C. The liquid high temperature processing device is connected with the liquid high temperature anaerobic processing device. The liquid high temperature anaerobic treatment device is provided with high temperature anaerobic strain adding device. The liquid high temperature anaerobic treatment device is provided with a heating device. The liquid high temperature anaerobic treatment device is provided with a thermal insulation layer. The liquid high temperature anaerobic treatment device is connected with a gas output port of the marsh gas discharging pipe, and then is connected with a dehydration device, a desulfurization device, and a marsh gas collecting device. The liquid high temperature anaerobic treatment device is connected with water outlet pipe. The liquid high temperature processing device is provided with a heat exchanger B. The intermediate temperature aerobic biologic deodorization filtering tower water inlet pipe is connected with waste gas output pipe and air suction pipe B of the solid organic waste treatment system provided with the heat exchanger, and the fan. The intermediate temperature aerobic bio-deodorization filtering tower is provided with an air inlet pipe, and an exhaust port. The water outlet of intermediate temperature aerobic bio-deodorization filtering tower is provided with high temperature strain (photosynthetic bacteria and thermophilic aerobic bacteria) adding device, overflow pipe and a solution processing tank. The intermediate temperature aerobic bio-deodorization filtering tower is connected with water adding pump, and a filter. The membrane treatment device is provided with a water pump F. The water inlet pipe of water pump is connected with and a solution processing tank. The water outlet of the water pump is connected with the treatment liquid conveying pipe, the filter and the film processing device, which is connected with a concentrated fermentation liquid output pipe and the water outlet pipe. The organic waste treatment system comprises a waste water-waste gas processing system, a waste water exhaust gas processing system composed of liquid high temperature aerobic fermentation treatment device, a heat exchanger, and an intermediate temperature aerobic bio-deodorization filtering tower. A high temperature medium outlet of the heat exchanger is connected with the circulating water return pipe C, which is connected from the water pump E of the solid organic waste treatment system sewage pool of water outlet pipe, water inlet pipe through the heat exchanger B, a connecting pipe, and a heat exchanger C. The liquid high temperature processing device is connected with liquid high temperature aerobic treatment device. The liquid high temperature aerobic treatment device is provided with high temperature thermophilic aerobic bacteria adding device. The liquid high temperature aerobic treatment device is provided with a thermal insulation layer. The waste gas output pipe and air suction pipe C of the solid organic waste treatment system pass through the liquid high temperature aerobic treatment device, which is connected with liquid high temperature aerobic fermentation treatment device through the foam pipe, water pump G, foam conveying pipe and the intermediate temperature aerobic bio-deodorization filtering tower.