RTO incinerator covers almost all organic waste gas industry, chemical industry as one of them, chemical plants in the production process will produce a large number of toxic and harmful gases, divided into organic waste gas and inorganic waste gas, chemical waste gas pollution of many kinds, physical and chemical properties are very complex, toxicity is not the same; Toxic substances in chemical waste gas are divided into: acid and base waste gas, organic waste gas or a mixture of the two.
By reducing the incineration of substances with high nitrogen content, the production of nitrogen oxides can be reduced at the source. At the same time, low-nitrogen fuels such as natural gas and liquefied petroleum gas can be used, and nitrogen capture systems can be set up after RTO regenerative incineration, which can effectively capture and remove nitrogen, thereby reducing nitrogen oxide emissions. It can be considered to introduce advanced waste gas treatment technologies such as adsorption method and biological method, which have the advantages of good treatment effect, low investment cost and stable operation, and help to reduce nitrogen oxide emissions.
By optimizing the production process, improving the equipment layout, improving the efficiency of waste gas collection, thereby reducing the nitrogen oxide emissions in the uncollected waste gas, strengthening the management of the waste gas collection system, ensuring that the waste gas is effectively collected and treated, thereby reducing nitrogen oxide emissions. For the exhaust gas after RTO incineration, it may also be necessary to use SCR denitrification technology, dust collector and other equipment to remove pollutants such as nitrogen oxides, sulfur dioxide and dust in the flue gas to achieve ultra-low emission standards. For the exhaust gas after RTO incineration, it may also be necessary to use SCR denitrification technology, dust collector and other equipment to remove pollutants such as nitrogen oxides, sulfur dioxide and dust in the flue gas to achieve ultra-low emission standards.
The SCR denitrification system independently developed by Green Valley Environmental Protection has accumulated a large amount of experience data in the field of application, which can ensure that the project design is reasonable, the operation is stable, and the project meets the latest national environmental protection requirements, and the nitrogen oxide emission is ultra-low and the ammonia escape is less than 3ppm. The nitrogen oxide treatment of RTO exhaust gas in the chemical industry can effectively reduce the emission of nitrogen oxides. Ways to achieve more environmentally friendly and sustainable production.
Post time: Jan-14-2025