주조 공장은 환경 보호에 대해 이야기하지 않습니다? 다음을 통해 풍력 발전 수주 “녹색 뜨거운 금속”

In the wave of global energy transformation, 그만큼 풍력 industry is expanding at an alarming rate. 하지만, when people focus on the light rotation of blades and the towering towers, few people notice that the “invisible cornerstone” supporting this green revolution – the casting industry- is undergoing a silent environmental revolution. At a time when the “듀얼 카본” goals and ESG (environment, society and governance) concepts are sweeping the world, a Chinese casting factory has not only achieved a cliff-like decline in carbon emissions with its “녹색 뜨거운 금속” 기술, but also opened the door to orders from international wind power giants.

“Invisible carbon footprint” of the wind power industry: 1 ton of castings ≈ 1.2 tons of CO₂

Wind power castings are key components of wind turbines, including hubs, bases, 기어박스 하우징, 등., and their quality directly affects the life and stability of wind turbines. 하지만, traditional casting production is a typical “high-carbon industry”: taking blast furnace smelting as an example, every ton of casting production consumes about 1.6 tons of iron ore, 0.6 tons of coke, and emits 1.2 tons of carbon dioxide, which is equivalent to the carbon emissions of a fuel car driving 600 킬로미터. What is more serious is that as the capacity of wind power units jumps from 3 megawatts to 15 megawatts, the size and weight of castings are growing exponentially. If the carbon emission problem in the production link is not solved, 그만큼 “green attributes” of wind power throughout its life cycle will be greatly reduced.

Scrap steel recycling + electric furnace smelting: the way to break the deadlock of “green molten iron”

Facing the pain points of the industry, a casting company took the lead in playing the “green molten iron” technology card. The core lies in replacing the traditional “iron ore + blast furnace” process with “scrap steel recycling + electric furnace smelting”: by recycling scrap steel from automobiles, construction and other fields as raw materials, combined with fully enclosed electric furnace smelting technology, the carbon footprint is reduced by 35%. According to calculations, this process only emits 0.78 tons of CO₂ for every ton of castings produced. If green electricity is used, carbon emissions can be further reduced to less than 0.4 톤.

Behind this change is a thorough reconstruction of the technical path. Traditional blast furnaces rely on coke to reduce iron ore, while electric furnaces directly use electricity to melt scrap steel, eliminating high-pollution links such as coking and sintering. 더 중요한 것은, scrap steel belongs to “urban minerals”, and its recycling energy consumption is only 1/3 of that of primary ore, and it does not produce tailings pollution. The person in charge of the company said, “Every ton of scrap steel we use is equivalent to reducing 1.6 tons of iron ore mining, 0.8 tons of coal consumption and 3 tons of wastewater discharge.”

Survival rules under the ESG wave: Green castings become “entry tickets”

The ESG requirements of the wind power industry are reshaping the competitive landscape of the supply chain. International wind power giants have clearly included suppliers’ carbon footprints in the bidding scoring system, and some companies even require that the carbon emissions of castings throughout their life cycle be reduced by more than 20% compared with the industry benchmark. In this context, “녹색 뜨거운 금속” technology has become a key bargaining chip for companies to seize the market.

“Green castings are not a plus point, but a ticket to future orders.” This statement by the company’s marketing director reveals the urgency of the industry’s transformation. It is reported that its products have passed the carbon certification of the world’s leading wind power companies and won orders for European offshore wind power projects. The more far-reaching impact is that this model is driving the entire casting industry to transform towards low carbonization – many domestic companies have followed up on the layout of electric furnace short-process technology, and the industry’s average carbon emission intensity has dropped by 18% compared with five years ago.

에서 “gray manufacturing” 에게 “green smart manufacturing”: an unfinished revolution

Although the “녹색 뜨거운 금속” technology has made breakthroughs, the low-carbon path of the casting industry still faces challenges. 예를 들어, the electric furnace process has extremely high requirements for scrap steel quality, and there is a shortage of high-end scrap steel resources in China; the insufficient proportion of green electricity has led to high indirect emissions; some companies are waiting and watching due to the high cost of equipment transformation. In this regard, industry experts suggest that it is necessary to accelerate the popularization of technology through policy guidance (such as carbon tax and subsidies), build a standardized system for scrap steel recycling, and promote wind power companies and casting factories to establish a joint prevention and control mechanism for carbon footprint.

오늘, as wind power installed capacity continues to rise, the green transformation of the casting industry is not only a corporate responsibility, but also a key link in the success or failure of the entire energy revolution. 언제 “green molten iron” pours out of the steel body of the wind power giant, what we see is not only a victory of technology, but also a vivid example of a traditional industrial category self-innovating and regaining new life in the era of carbon neutrality. As the new industry slogan says, “Without green castings, there is no real green wind power.”

Wind Power Equipment Parts Supplier

뤄양포뇨중공업(Luoyang Fonyo Heavy Industries), 주식회사, 1998년에 설립된 캐스트 철도 부품 제조업체입니다.. 우리 공장의 면적은 72,600㎡입니다., 이상으로 300 직원, 32 기술자, 포함 5 수석 엔지니어, 11 보조 엔지니어, 그리고 16 기술자. 우리의 생산 능력은 30,000 연간 톤. 현재, 우리는 주로 주조물을 생산하고 있습니다, 가공, 기관차 조립 및 조립, 철도 차량, 고속 열차, 광산 장비, 풍력, 등. 우리의 제품은 러시아로 수출되었습니다, 미국, 독일, 아르헨티나, 일본, 프랑스, 남아프리카, 이탈리아 및 기타 국가.
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