Company | FUJIAN HUIXIN ENVIRONMENTAL TECHNOLOGY CO., LTD |
Country | China |
Products | Refuse treatment and recycling Waste incineration |
Hall | W1 |
Booth | G66 |
Website | www.huixinmachinery.com |
Introduction | Fujian Huixin Environmental Protection Technology Co., Ltd. (Company Code: 180052, abbreviated as Huixin Environmental Protection, listed in the Strait Equity Exchange Center) is a state-level high-tech enterprise integrating research and development, consulting, manufacturing and operation.The company is located in the south of Fujian China township of Fujian Quanzhou, the company covers an area of 30000 square meters, the company passed the ISO9001-2009 quality system certification, CE certification and SGS, and won the national science and Technology Innovation Award and so on. |
Products
High -temperature pyrolysis gasifier system for waste Pyrolysis gasifier system in compliance with the characteristics of waste can make realize the process of pyrolysis and gasification .Then the flue gas can be burnt in the secondary chamber by oxygen-enriched combustion,which make the waste fully burnt and the loss of ignition and leaching toxicity lower the national standard. This technology has a leading level in China and is a relatively safe and economical waste incineration technology. Because pyrolysis gasification combustion chamber is used to burn gas and excess air coefficient is small, so the smoke volume of pyrolysis less than direct burning method,which especially reduce the content of SOX and NOX, HCL and HF, and heavy metal pollutants in the flue gas. It will do good to purify the flue gas and reduces the emission and control cost of secondary pollution. Pyrolysis and gasification process under hypoxic conditions reduce the generation of dioxin precursor.The temperature of secondary chamber is up to 1100 ℃ and the flue gas residence time is more than 2 s,which can rapidly decompose dioxins substance to reduce the content of heavy metals, dioxin and other harmful substance in the fly ash after waste incineration.It will reduce the secondary pollution to the environment. The technology of semi-dry desulfurization, adsorption and dust removal is adopted in the system to have a good effect on purifying the flue and will not generate the secondary pollution to the environment. |
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Reciprocating incinerator for waste Stratified combustion is adopted in the furnace, which consists of drying, burning and carbonization, so as to keep the gasification process in the optimal state. It is the first hydraulic driven mobile grate in China. The garbage is evenly distributed under the push of the grate, and the efficiency of pyrolysis capability is higher than the traditional way. Adopting the unique secondary oxygen supply technology, the furnace is equipped with the secondary combustion chamber with high gasification temperature and good sealing performance . The residence time of high temperature flue gas is longer than 3 seconds,which can control the production of secondary pollution to the maximum extent and put an end to poisonous and harmful gases such as the dioxin. The emission of flue gas can reach the national emission standard of GB18485-2014 standard for the control of daily waste incineration pollution. It can handle all kinds of daily waste, which is no need to classify and can be directly disposed after collection. Without the addition of any auxiliary fuel, it only needs to start the ignition of waste by the combustion engine.After stable operation, it will rely on its own thermal value to continue the process of pyrolysis and gasification , which can greatly reduce the operating cost. The whole operation process is controlled by PLC and operated by LCD touch screen,which is easy to use and run stablly You can not see smoke and dust in the daily operation of the equipment.There is no odor, and the emission can meet the standard without any effect on the surrounding environment and residents. Recycling use is practical: a. add the water heater to supply hot water to surrounding residents. B. Add the steam turbines to generate electricity. C. add waste heat boiler to produce steam. |
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