Municipal Solid Waste Pyrolysis Gasification - High Pressure, Fire Tube Design | Innovative Waste Disposal With Zero Pollution Emissions And Self-sufficient Energy Production

About Municipal Solid Waste Pyrolysis Gasification : The pyrolysis gasification technology of MSW is called the third generation waste treatment technology. In the early 1990s, France, the USA, Britain, Germany, Switzerland, Japan and Sweden jointly participated in the development of this technology, and in 1990s began to adopt in developed countries. Henan Huatai Oil Machinery is engaged in new materials innovation and industry promotion in the field of high-level research, technology transformation, industry promotion of new enterprises. Pyrolysis Gasification technology is a new waste treatment method : its biggest advantage is to overcome the incineration method will produce dioxin shortcomings. The technology by combining several traditional, mature techniques to create a new process. It combines innovative pyrolysis technology and traditional high temperature oxygenation technology to simulate chemical processes in the formation and to vaporize waste. It can handle all types of waste, such as used electrical appliances, batteries, printer cartridges, disposable infusion sets, injectable goods, etc., without prior sorting. Rubbish after crushing, at about 400 high temperature so that the organic ingredients of waste gasification and inorganic components melting, and then in a very short period of time quickly cooled to 75, to avoid the production of dioxin, the waste completely into synthetic Gas and recyclable trace solid residues, the inorganic components in the waste are melted and hardened to form useful new material wall materials. Technology advantages : 1. Transported into the garbage through the fan broken, can be directly into the reactor treatment. 2. The production can be achieved from the power of self-sufficiency, no need to provide industrial water, electricity. 3. No waste gas, waste liquid, waste and other pollution emissions, that is, no new raw materials in the production of harmful substances. 4. Organic waste by the reduction and cracking treatment into oil, gas, carbon and other valuable primary resource material (the actual production results show that: the average output of crude oil per ton of crude oil 10-30 kg, 100-150 kilograms of biochar Gas 100-120 cubic meters of which the calorific value of oil per kilogram of about 10,000 kcal or more, the calorific value of charcoal per kilogram of about 2000-3000 kcal). 5. Through the process of optimizing the combination of the production process of the production of waste gas, waste water and other self-sealed and self-digestive way to use, not only to solve the production of energy consumption and energy problems, but also put an end to the production process harmful to the environment. 6. In the device configuration and heat transfer combination, the use of thermal field effect, the establishment of a temperature gradient cascade heating field, effectively solve the flow of solid matter between the heat transfer problem. 7. For the solid waste in the kettle flow of mechanical problems, pioneering the invention of a solid material creep technology, the use of mechanical force conversion method to make internal combustion of garbage to solve the flow of garbage in the kettle. In order to achieve the continuity of the process has laid an effective technical support equipment. The introduction of waste pyrolysis technology, the successful development of complete sets of living garbage pyrolysis technology, waste rubber tire heat Solution processing technology, sludge pyrolysis technology, and master the core pyrolysis furnace patented manufacturing technology. Research and development of industrial wastewater treatment, the successful development of the cellulose industry, resin industry, coal chemical industry, zero discharge of industrial wastewater engineering technology, with multi-effect evaporation crystallization, MVR evaporation crystal complete sets of engineering core technology, energy saving, efficient, non-scaling.