The application research of copper forgings in energy saving and emission reduction of construction machinery is to reduce the energy consumption and environmental pollution of construction machinery, improve its overall performance and sustainable development ability. The following are related research directions and application fields:
- Material selection and optimization: Research and development of high-strength, high-wear, low-friction materials to reduce the energy consumption and wear of copper forgings of construction machinery; At the same time, the recyclability of materials is considered to reduce resource consumption.
- Structural design and optimization: By optimizing the structural design of copper forgings of construction machinery, reduce the amount of materials used, improve the strength and stiffness of parts, reduce the overall weight, and reduce energy consumption and pollution emissions.
- Surface coating technology: The use of anti-wear coating, anti-corrosion coating and other technical means to improve the surface hardness and corrosion resistance of copper forgings of construction machinery, thereby extending the service life and reducing energy consumption.
- Lubrication technology: Research and development of energy-saving lubrication materials and lubrication systems to reduce friction loss and energy consumption of copper forgings of construction machinery.
- Intelligent control and optimization: the application of intelligent sensors and control technology to achieve fine control of construction machinery, improve work efficiency, reduce fuel consumption and emissions.
- Circular economy and remanufacturing: Research on the sustainable utilization of copper forgings of construction machinery, and reduce resource consumption and waste emissions through recycling, remanufacturing and other means.
The above is the application research direction of construction machinery copper forgings in energy conservation and emission reduction, through the application of related technologies, can effectively reduce energy consumption and environmental pollution, and promote the transformation of construction machinery industry to the direction of green and sustainable development.
