Denitration | Low carbon footprint: low nitrogen technology transformation in the production of high-strength steel for new energy vehicles


Release time:

2024-06-01

The application of high-strength steel for new energy vehicles is not only extensive, but also with the development of technology and the growth of market demand, it will play an increasingly important role in the future automobile manufacturing. The production of high-strength steel needs to adopt SCR denitrification technology to reduce nitrogen oxide emissions and achieve green production.

With the implementation of carbon neutrality and carbon emission reduction policies, new energy vehicles, as a choice for green travel, have ushered in a broader space for development. In recent years, the sales of new energy vehicles have witnessed explosive growth, market penetration has increased significantly, and a series of policies have been introduced to stimulate the automotive industry, especially the support of new energy vehicles, effectively helping the rapid development of the industry. Encourage the strengthening of international cooperation in the field of new energy vehicles, and promote the development of the global new energy vehicle industry.

New energy vehicles will be more and more use of high-strength steel, ultra-high strength steel, etc., its main purpose is to improve the lightweight of cars, improve performance and increase endurance, it is understood that the amount of steel used in the automotive industry reached 532.85 million tons in 2030, of which high-strength steel and lightweight become the mainstream trend of automotive development, the development of new energy vehicles will drive the demand for non-oriented silicon steel. The application of high-strength steel for new energy vehicles is very wide, and with the development of technology and the growth of market demand, its application scope is still expanding.

In the production process, the manufacturing process of new energy vehicles does not directly produce nitrogen oxide (NOx) emissions, because these processes do not involve combustion processes. However, the raw materials used in new energy vehicles, such as high-strength steel, may produce a certain amount of nitrogen oxides in the production process, especially in the high-temperature thermal processing of steel. In order to control and reduce these pollutant emissions, steel mills often install denitration equipment, such as SCR denitration technology, to achieve environmental goals. Therefore, the production of new energy vehicles does not require denitrification equipment itself, but the high-strength steel used in the manufacturing process needs to use denitrification equipment for exhaust gas treatment.

In summary, the application of high-strength steel for new energy vehicles is not only extensive, but also with the development of technology and the growth of market demand, it will play an increasingly important role in the future automobile manufacturing. SCR denitrification equipment plays an important role in reducing exhaust emissions in the production of high-strength steel, promoting the development of environmental protection, and escorting the creation of a living environment with green mountains and green waters.