With the promotion of the concept of sustainable development and the enhancement of environmental protection awareness, the research on the utilization of renewable materials for magnesium forgings of construction machinery has been paid more and more attention. The use of renewable materials can reduce resource consumption, reduce environmental pollution, and promote the development of circular economy. In the process of manufacturing and using magnesium forgings of construction machinery, the following aspects need to be studied and paid attention to.
First of all, the recycling ways of waste or scrap parts of magnesium forgings of construction machinery should be studied. For damaged or scrapped magnesium forgings, if it can be repaired or transformed in an appropriate way to restore its original function, it will greatly reduce the demand for raw materials. Relevant studies can explore the applicability of different material repair methods, such as welding repair, splicing reinforcement, etc., while ensuring that repaired magnesium forgings can meet the corresponding performance and safety requirements.
Secondly, the waste aluminum slag or waste generated in the processing of magnesium forgings can be studied for reuse. In the production process of magnesium forgings, a large amount of waste aluminum slag or waste is often produced, which generally needs to be treated or disposed of. Through research, efficient waste treatment technology can be developed to process it into recycled materials, such as recycled aluminum alloy materials, for the manufacture of other construction machinery components or products in other industries.
In addition, recycling technology of magnesium forgings of construction machinery should be studied. After the end of the service life of the construction machinery, if the magnesium forgings involved can be disassembled, separated and recycled, it will help improve the reuse of the entire mechanical equipment. Through the recovery and reprocessing of magnesium forgings, high-quality recycled materials can be obtained, and then re-invested in the manufacture of new construction machinery. This recycling technology will help reduce resource consumption and environmental pollution.
Finally, it is necessary to study the circular economy model of magnesium forgings of construction machinery. Circular economy is an economic development model with resource saving and environmental friendliness as the core. A complete circular economy system can be built by exploring the remanufacturing, redesign and reuse of magnesium forgings. The system will maximize the utilization of resources and minimize the discharge of waste, and promote the improvement of ecological environment and the realization of sustainable development.
In short, the research on the utilization of renewable materials in magnesium forgings of construction machinery is an important part of promoting the development of circular economy and realizing sustainable development. Through in-depth study of magnesium forgings reuse ways, waste treatment technology, recycling technology and circular economy model, it can provide more environmentally friendly and sustainable solutions for the construction machinery industry, but also bring greater benefits to society and the environment.
