SCR denitration | How does the integrated technology of dust removal and denitration make the kiln energy saving and environmental protection?

In the background of economic globalization, kiln as an important equipment in industrial production, the research and application of energy saving and emission reduction technology is particularly important. As a new environmental protection and energy saving technology, the integration of dust removal and denitrification has shown great potential and advantages in the field of kiln energy saving and environmental protection.

The dust removal and denitrification integration technology can realize the efficient integration of flue gas treatment by integrating denitrification and dust removal into one equipment. This can not only reduce nitrogen oxides (NOx) and particulate matter emissions in the air, but also improve the efficiency of industrial production and reduce the harm caused to the environment.

The integrated technology of dust removal and denitrification has a number of technical advantages, including:

High temperature and corrosion resistance: metal filter bag, can withstand high temperature, acid and alkali corrosion resistance, long service life.

Low energy consumption: the metal filter bag difference of the dust collector is low, the compressed air consumption of the ash cleaning system is less, and the energy consumption of the system is low.

In the dust-free environment, the denitrification efficiency is high and the service life of the catalyst is extended.

Intelligent control: simple system, intelligent control, easy operation and maintenance.

Full dry system: no water, no smoke tailing, no whitening equipment required.

Green Valley environmental protection’s integrated technology of dust removal and denitrification can be outstanding in energy conservation, which not only helps to reduce the impact of industrial emissions on the environment, but also improves air quality and ensures human health. With the advancement and popularization of technology, it will play a greater role in the future industrial production and make important contributions to the realization of green and sustainable development.