With the increase of global awareness of environmental protection, industrial waste gas treatment has become a challenge that enterprises must face. As an efficient waste gas treatment technology, RTO regenerative incinerator has been widely used in many industrial fields, whether it is chemical industry, electronics industry, environmental protection industry, metal products industry, food industry, printing industry, rubber and plastic industry, pharmaceutical industry, semiconductor manufacturing, etc., can adapt to the needs of different industrial processes. It has the characteristics of efficient processing, energy saving, high stability, wide range of adaptation and automatic control. With the strengthening of environmental regulations and the continuous advancement of technology, it is expected that the application of RTO devices will become more widespread.
In the process of industrial production, nitrogen oxide (NOx) is one of the most common pollutants, which has serious harm to the environment and human health, and the traditional denitrification technology has low treatment effect and high operating cost. With the strengthening of global control of hot gas pollution, governments have set strict standards for the concentration of NOx emitted by industry. RTO regenerative incinerators decompose organic substances in exhaust gas through high temperature oxidation, and their core components are regenerative ceramics, which can operate stables under high temperature conditions and have excellent heat conduction performance. Before exhaust gas enters the combustion chamber, First, it is preheated through the heat storage bed, then enters and then enters the combustion chamber for oxidation reaction, and finally, it is discharged after heat exchange through another heat storage bed.
During the operation of RTO, if the temperature or residence time is not suitable, part of the organic waste gas will not be completely oxidized and will be discharged together with the purified gas. During high-temperature combustion, nitrogen in the air may react with oxygen to form NOx, especially at high temperatures, where this phenomenon is more common. In order to reduce the exhaust gas that may be generated during the operation of the RTO equipment, the RTO equipment must be denitrification treatment to meet the national environmental protection standards, through the use of selective catalytic reduction SCR denitrification technology, under the action of the catalyst, NOx reduction into nitrogen and water, is a mature denitrification technology.
Green Valley Environmental SCR denitration technology, self-developed SCR system has been put into the market, achieving industry breakthroughs in self-provided power plants, natural gas, boilers, heat treatment furnaces, oriented silicon steel industries, while obtaining a number of invention patents, remote service of Green Valley cloud service system, and data storage function, to achieve ultra-low emissions while ensuring ammonia escape data less than 3ppm. Have a strong comprehensive competitiveness.
Denitration treatment of RTO regenerative incinerator is an important measure to respond to environmental regulations, protect the environment and public health. With the advancement of denitration technology, denitration of RTO equipment has become more efficient and economical, realizing the environmentally friendly operation of RTO equipment and contributing to the sustainable development of society.
Post time: Sep-03-2024