Forging forming -- English · 2023年11月23日 0

Green manufacturing technology and application cases in hot die forging industry

This paper introduces the status quo and development of green manufacturing technology in hot die forging industry, and expounds the application cases of green manufacturing technology in hot die forging process. Firstly, the importance of green manufacturing technology in hot die forging industry is summarized, and then the concrete implementation measures of green manufacturing technology are described in detail. Finally, the effect and influence of green manufacturing technology in hot die forging industry are analyzed through application cases.

With the development of society and the enhancement of environmental awareness, green manufacturing technology has become an important trend in the development of manufacturing industry. Hot die forging industry as an important metal forming field, the implementation of green manufacturing technology is of great significance to promote the sustainable development of the industry and reduce environmental pollution. Therefore, the in-depth study of green manufacturing technology and its application cases in hot die forging industry is of great significance for promoting the green development of the industry.

The traditional hot die forging process is often accompanied by large energy consumption, waste discharge and other problems, which causes a certain pressure on the environment. The introduction of green manufacturing technology can effectively reduce energy consumption, reduce waste emissions, improve resource utilization efficiency, save costs for enterprises, but also protect the environment.

The concrete implementation measures of green manufacturing technology in hot die forging process

Energy optimization: Through the introduction of energy-saving equipment, optimize the production process, reduce the energy consumption in the process of hot die forging, improve energy utilization efficiency.
Waste reduction: The use of advanced waste treatment technology to recover, reuse or harmless treatment of the waste generated in the process of hot die forging to reduce the impact on the environment.
Green material application: Choose environmentally friendly and renewable raw materials to reduce the exploitation of natural resources and reduce ecological damage.
Intelligent production: The introduction of advanced industrial Internet technology to achieve intelligent and fine management of the production process, improve production efficiency, reduce energy consumption and emissions.

Taking a large hot die forging enterprise as an example, the enterprise introduced green manufacturing technology to optimize the production process. By introducing energy-saving equipment and improving production process, energy consumption has been reduced by 20%. At the same time, the use of waste recycling technology, waste emissions reduced by 30%; In addition, the company also actively promote the application of green materials, the use of environmentally friendly renewable raw materials, effectively reducing resource consumption and environmental pollution.

After applying green manufacturing technology, the company not only improves product quality and production efficiency, but also significantly reduces production costs and environmental pressure. This success story has had a positive impact on the hot die forging industry, driving more companies to pay attention to and implement green manufacturing technology.

This paper expounds the importance and application cases of green manufacturing technology in hot die forging industry, and shows the positive role of green manufacturing technology in promoting the sustainable development of hot die forging industry. With the continuous progress of science and technology and the strengthening of environmental protection awareness, the hot die forging industry will continue to in-depth study and application of green manufacturing technology, and contribute to the realization of green, low-carbon and circular development.