The preiron CO₂emissions in the steel industry account for over 70% of the total emissions, and reducing carbon emissions from pre iron processes is the key to achieving carbon peak and carbon neutrality in the steel industry. At present, the use of non blast furnace Tiantie gas based vertical furnace reduction technology and the optimization of various process parameters based on the pure hydrogen vertical furnace reduction process route proposed by China Steel Research Institute provide a solution for achieving low or zero emissions of CO₂in green hydrogen metallurgy.

Solemnly committed at the General debate of the 75th session of the United Nations General Assembly on 22 September 2020:China will increase its contribution of state funding,CO2 emissions should peak by 2030,Working towards carbon neutrality by 2060，To achieve carbon neutrality and dual carbon by 2060 is the solemn commitment of the Chinese government to the international community, and it is also an inevitable strategic goal for the development of our steel indust. In general, the steel industry energy saving and carbon reduction, cost reduction and efficiency are the main ways: 1. Eliminate backwardness, save energy and improve energy efficiency; 2. Forming an ecological chain between steel and related industries; 3. Pay attention to the use of scrap steel resources; 4. Improve the efficiency of steel use; 5. Reduce fossil fuel consumption and find alternatives to fossil fuels; 6. Carbon dioxide collection and storage. We will do a good job in energy conservation and emission reduction, innovate technology, reduce costs and increase efficiency, and coordinate upstream and downstream carbon reduction. Relying on iron ore to achieve the two-carbon goal can only be a transition from carbon reduction to hydrogen reduction. The breakthrough of hydrogen reduction technology may take a long time, so in the future, blast furnace ironmaking will still be the mainstream technology of iron and steel industry. In the traditional process of blast-coking-sintering iron making, dust and flue gas are discharged greatly. The pollutant emissions of sintering machine and coking plant account for more than half of the total emissions of iron and steel complex enterprises, and they are the biggest pollution sources in the steel production process. Due to the devastating effect of coking on the environment, Western countries have shut down 90% of coking equipment. Therefore, reducing coke ratio, increasing pellet ratio and reducing sinter ratio are the most effective ways to save energy and reduce emission in traditional iron and steel process. The transformation and upgrading of the steel industry and the road of low-carbon and green development are inevitable trends. The global production and marketing of direct reduced iron are flourishing, and the development of hydrogen metallurgy technology is a global consensus. Under the guidance of the two-carbon policy, the main domestic iron and steel enterprises have been involved in the field of non-blast furnace ironmaking technology. Make full use of the historic opportunities faced by the non-blast furnace smelting industry, meet the difficulties, and make the industry healthy and healthy development. In the context of the global development of low-carbon economy, China's non-blast furnace smelting industry has formed an innovative development trend of multi-process equipment and process routes. Under the policy guidance of carbon peak and carbon neutrality, the state encourages the development of non-blast furnace ironmaking technology, and iron and steel enterprises have the demand for transformation and development. The development of non-blast furnace iron-making technology is conducive to saving precious coking coal resources, conducive to the structural adjustment of the iron and steel industry, conducive to reducing environmental pollution and reducing CO2 emissions, conducive to the development of composite iron ore, refractory iron ore, conducive to the treatment of iron dust and ferrous slag in steel mills and other ferrous waste, in line with the general policy of circular economy. Non-blast furnace ironmaking technology is expected to become the trend of realizing low-carbon ironmaking in iron and steel industry.

Indications from the steel industry and local and global government institutions are that the breakthrough technologies for decarbonization will be based on hydrogen reduction. The employment of hydrogen in the ironmaking and steelmaking industries will push forward the global transformation of hard-to-abate industries.

Grain Rain is the sixth solar term in the twenty-four solar terms，which is from an old Chinese saying - Rain aids the growth of countless grain. This means the rain is very important for the growth of grain at this time of year.

On March 21, 2024, the flower viewing launch ceremony of the 41st China Luoyang Peony Cultural Festival was held in the Sui and Tang Dynasty Relics Botanical Garden. On April 1, the 41st China Luoyang Peony Cultural Festival opened.

Our company has been recognized as a "SRDI Enterprise". We have been focusing on the development of integrated solutions for raw material preparation, batching, solid waste, residual material and recycled material processing. Our goal is to help clients process all kinds of materials more effectively and produce value from them.

The winter solstice has both natural and humanistic connotations. It is not only an important solar term among the 24 solar terms, but also a traditional ancestor worship festival among Chinese people. The winter solstice is one of the four seasons and eight festivals, and is regarded as a major festival in winter. In ancient times, there was a saying among the people that "the winter solstice is as important as the new year." Winter Solstice customs vary in content or details depending on the region. In southern China, there is a custom of worshiping ancestors and feasting during the Winter Solstice. In northern China, there is a custom of eating dumplings on the winter solstice every year.

White Dew, is the 15th solar term in the "Twenty-Four Solar Terms" and the third solar term in autumn. When it comes to White Dew, the summer monsoon is gradually replaced by the winter monsoon. In addition, the point of direct sunlight moves southward, the sunshine time in the northern hemisphere becomes shorter, the light intensity weakens, and the ground radiates heat faster, so the temperature drop speed gradually accelerates, and the temperature difference between day and night gradually widened. White Dew has basically ended the sweltering heat of the summer, the weather is gradually getting cooler, and autumn is beginning to enter in various places.

Luoyang (ancient name——Zhen xun, Xi Bo, Luo Yi, Luo Jing, Jing Luo, Shen Du, Luo Cheng) is also called Yi Luo because of the two rivers of Yi and Luo in its territory. Luoyang, in central China's Henan Province, was named in honor of its situation north of the Luohe River–a tributary of the Yellow River. In ancient China, such a location, or one at the southern foot of a mountain, was deemed to be yang (meaning the sunny side as opposed to yin). Luoyang was thus named. It is one of the first national historical and cultural cities announced by the State Council, one of the four ancient capitals of China, and a world cultural city.

The Dragon Boat Festival,also called Double Fifth Festival, is celebrated on the fifth day of the fifth moon of the lunar calendar.It is one of the most important Chinese festivals the other two being the Autumn Moon Festival and Chinese New Year.