Chinese
The research and development on the resource utilization of waste LCDs in China is relatively late, with a short time and limited content, resulting in a lack of effective solutions and processing for waste LCDs, which makes it impossible to carry out large-scale recycling and utilization. With the increasing emphasis on the research of waste LCD resource utilization, progress has been made in the resource utilization of waste LCD displays in China for a long time. Researchers are constantly solving the processing problems to promote a greener, more cost-effective, and environmentally friendly entire resource utilization process, with good economic benefits for by-products.
1. Continuously automating control solutions, the use of copper aluminum water tank crushers is an effective way to improve the efficiency of waste LCD resource utilization. Currently, each research team’s research staff has increased the resolution process of all waste LCDs in multiple ways, continuously accelerating the resolution efficiency of all processes. With the rapid development trend of artificial intelligence technology, adding different solutions to the entire process of electrical automation, such as using robotic arms for disassembly and extraction of waste LCDs, can further improve the efficiency of the entire process.
2. Accelerating the development and design of new equipment, reducing budget costs, is the basic stage of large-scale modernization. Currently, many companies are facing the challenge of lacking reasonable solutions to technical issues, especially in the development of new equipment products that cannot keep pace with requirements, resulting in the inability to invest funds in modern scale waste LCD resource disposal production lines as soon as possible. This is mainly due to slow development of new equipment products or high engineering budgets for product development and introduction, which are not suitable for large-scale marketing and promotion. Therefore, in the development and design of waste LCD processing technology, it is necessary to accelerate the research and development of low-cost new equipment products, and to carry out recycling system utilization of raw materials, experimental reagents, etc. for processing methods to solve efficiency and overall competitiveness of equipment.
3. Utilizing the by-products generated during the entire disposal process, the economic benefits of resource utilization in the disposal of waste LCDs, whether wet or dry, will result in a lot of polarizing films, clean glass lenses, or powdery materials. These by-products have certain utilization value, for example, the hydrolysis reaction of polarizing film produces acid, and laminated glass powder is used to produce building decoration materials such as concrete. The scientific research on the relevant aspects has already aroused the concern of many experts and scholars, and the by-products after resource utilization may be further utilized, resulting in sustained economic benefits from resource utilization.
