Den bæredygtige udvikling af ildfast industri under situationen med kulstofneutralitet

"Carbon peak, carbon neutral" is coming! Stand in the perspective of the industry to look at refractory materials, refractory materials how high quality development? How to improve the capacity of independent innovation to reduce emissions and carbon reduction? How to improve the equipment level to achieve low carbon operation? How to improve the utilization efficiency of resource elements?

Refractory industry generally exists a total surplus, low industrial concentration, resource utilization rate is not high, as a global refractory production and consumption country, although refractory product capacity is large, but the high-tech content of the variety is less, the proportion of "green new" refractory products is low; Facing the international market with great potential, there are few high-grade, high-tech and high value-added products; The proportion of ordinary products is high, and the proportion of unshaped refractory products is low. In addition, the overall level of scientific and technological innovation and clean production in China's refractory industry is lower than the international advanced level. As a result of the above factors, China, which accounts for more than 70 percent of the world's output and consumption of refractory materials, has not produced the world's top ten refractory brands.

Med perspektivet for produktapplikationer har den tidligere udvikling ikke kun lanceret lang levetid, høj effektivitet, grønne ildfaste produkter, men også forpligtet til den omfattende forskning og praksis med ildfast applikation, lav-reduktion af kulstofemissioner, digital intelligens.

China's goal of peaking carbon dioxide emissions by 2030 and its vision of achieving carbon neutrality by 2060. To achieve the goal of global carbon neutrality by 2050, the EU proposes seven key tasks, including energy, industry, transportation, construction and biodiversity, including building a clean, economic and safe energy supply system and promoting the clean and circular transformation of industrial enterprises. For high temperature industries with difficult emission reduction, such as iron and steel manufacturing, cement manufacturing, chemical industry, etc., it is necessary to prepare for technological innovation and process upgrading in the near future.

Med de hyppige naturkatastrofer forårsaget af global opvarmning, samt menneskers bekymring for miljøet og klimaspørgsmål, står stål- og andre energiforbrugende industrier- over for stort pres. Som det grundlæggende materiale i højtemperaturindustriel ovnforing forbruges mere end 70 procent af de ildfaste materialer i jern- og stålindustrien. Det har et ufravigeligt ansvar for energibesparelse, emissionsreduktion og bæredygtig udvikling af jern- og stålindustrien.

Vi bør gribe og gøre god brug af den vigtige strategiske mulighedsperiode med kulstoftop- og kulstofemissionsreduktion og etablere en bæredygtig og sund udvikling af ildfast industri på grundlag af genbrug, strukturel opgradering, digitalisering og videnskabelig fremme af energibesparelse, emissionsreduktion og kulstofreduktion i hele industrikæden. Fremme transformation i udvikling, søg udvikling i transformation, innovation for at fremme skønheden i høj-temperaturindustrien.