In today’s rapidly developing globalized industrial production, environmental protection has become a common concern for all humanity. Furnaces are key heating equipment in the industrial field, playing an important role in metal processing, chemical product manufacturing, and oil refining. During the heating process, the emission of nitrogen oxides (NOx) becomes a prominent environmental issue due to the high temperatures and oxidizing environment caused by combustion. To effectively reduce NOx emissions and improve environmental quality, the application of denitrification technology in furnaces has become particularly important.
Nitrogen oxide NOx is one of the main pollutants that cause acid rain, ozone layer destruction and photochemical smog. The heating furnace will produce NOx in the process of high temperature combustion, if not controlled, it will have a serious impact on the environment. Green Valley Environmental SCR denitrification technology can not only help reduce the emission of pollutants, but also respond to the call of global emission reduction and fulfill an important measure of corporate social responsibility.
Green Valley Environmental SCR denitrification technology, patented hybrid technology, is in the heating furnace through a certain temperature and catalytic action, the use of ammonia to reduce NOx into harmless nitrogen and water, to achieve near-zero nitrogen oxide emissions; Through the management of intelligent technology, the structure design is compact, intelligent, accurate injection, forecast alarm, data collection and management, remote control, online transmission and other functions can be realized, and the ammonia escape data can be reduced to less than 3ppm while achieving ultra-low emissions. The choice of denitrification technology of heating furnace needs to consider furnace type, fuel type, emission standards and economic factors. For large heating furnace or occasions with strict NOx emission requirements, SCR denitrification technology is the most suitable choice.
Post time: Sep-20-2024