brief introduction:
Printed circuit boards are core components of electrical appliances and electronic products such as computers and mobile phones. They are widely used in communications, computers and peripherals, consumer electronics and other fields. With the improvement of people's living standards and the rapid development of the electronic information industry, the frequency of upgrading of electronic products has accelerated, resulting in a large number of electronic products being discarded.
Waste circuit boards (WPCBs) account for 3%-5% of electronic waste, and their main sources include discarded electronic and electrical products, scraps formed during the production process, etc. The content of different metals and non-metals in WPCBs will vary depending on the use, performance requirements and other factors of the circuit board.
Relevant domestic enterprises must grasp the characteristics of various treatment processes for WPCBs, fully combine their economic feasibility, technical efficiency, environmental friendliness, resource reuse, secondary hazard risks, and industrialization prospects to conduct a comprehensive assessment of the technology. , especially the issue of secondary hazard risks deserves more attention.
In addition, the government needs to increase investment in technical research on WPCBs resource utilization and the application and promotion of related technologies. Scientific research institutes and other institutions are encouraged to increase research on WPCBs resource technology. Advanced, environmentally friendly and efficient practical technologies can be included in the national advanced pollution prevention and control technology catalog and be dynamically updated. Promotion efforts should be increased through the establishment of demonstration bases and other means.
At the same time, while China is learning from foreign advanced technology in dealing with WPCBs, it should also fully integrate China's national conditions, consider relevant laws, regulations, policy documents and other relevant requirements, continue to develop and improve resource technology, and gradually adopt the path of industrialization and recycling. Improve China's WPCBs processing technology level to ensure that it can be truly processed reasonably and efficiently utilized.
Chapter 1 Overview of the Waste Circuit Board Resource Utilization Industry
Section 1 Overview of Abandoned Circuit Boards
Section 2 Overview of Resource Utilization of Waste Circuit Boards
Chapter 2 Development model and experience analysis of resource utilization of foreign waste circuit boards
Section 1 Analysis of the current situation of resource utilization and utilization of foreign waste circuit boards
Section 2 Research on the Development of Resource Utilization of Wasted Circuit Boards in the United States
Section 3 Research on the Development of Resource Utilization of Wasted Circuit Boards in Japan
Section 4 Research on the Development of Resource Utilization of Wasted Circuit Boards in Germany
Chapter 3 Environmental Analysis of Resource Utilization of Wasted Circuit Boards in China in 2023
Section 1 Analysis of my country’s Economic Development Environment
Section 2 Industry related policies, regulations and standards
Chapter 4 Analysis of the Development of China’s Waste Circuit Board Resource Utilization Technology
Section 1 Analysis of the current development status of waste circuit board resource utilization technology in China
Section 2 Analysis of China’s Waste Circuit Board Resource Utilization Technology Maturity
Section 3 The main technical methods of resource utilization, recycling and recycling of waste circuit boards
Section 4 Strategies to Improve China’s Waste Circuit Board Resource Utilization Technology
Chapter 5 Analysis of Market Characteristics of Resource Utilization of Waste Circuit Boards
Section 1 China’s waste circuit board resource utilization business model
Section 2 Analysis of major enterprises in the resource utilization of waste circuit boards in China
Section 3 Production Capacity Layout of Major Enterprises in the Resource Utilization of Waste Circuit Boards in China
Section 4: Resource Utilization and Prediction of Wasted Circuit Boards in Entry and Exit Status
Chapter 6 Waste circuit board resource utilization business and industry status quo
Section 1 Economic Value Assessment of Resource Utilization of Waste Circuit Boards
Section 2 Resource Utilization of Wasted Circuit Boards in China from 2019 to 2022
Section 3 China’s waste circuit board resource utilization market size from 2019 to 2022
Section 4 Gross Profit Analysis of China’s Waste Circuit Board Resource Utilization Market from 2019 to 2022
Chapter 7 Key Enterprises and Competition Pattern of Resource Utilization of Waste Circuit Boards from 2018 to 2022
Section 1 High Energy Environment
1. Company Profile
2. Analysis of enterprise competitive advantages
3. Financial analysis from 2018 to 2022
4. Business Analysis on Resource Utilization of Waste Circuit Boards
Section 2 China Reinvestment Environment
1. Company Profile
2. Analysis of enterprise competitive advantages
3. Financial analysis from 2018 to 2022
4. Business Analysis on Resource Utilization of Waste Circuit Boards
Section 3 Dongjiang Environmental Protection
1. Company Profile
2. Analysis of enterprise competitive advantages
3. Financial analysis from 2018 to 2022
4. Business Analysis on Resource Utilization of Waste Circuit Boards
Quarter 4 Grammy
1. Company Profile
2. Analysis of enterprise competitive advantages
3. Financial analysis from 2018 to 2022
4. Business Analysis on Resource Utilization of Waste Circuit Boards
Chapter 8 Investment Suggestions on Resource Utilization of Waste Circuit Boards
Section 1 Investment Environment of Near-Abandoned Circuit Board Resource Utilization Business
Section 2 Analysis of Entry Barriers to Investment in Resource Utilization of Waste Circuit Boards
1. Economic scale and necessary capital amount
2. Access policies and regulations
3. Technical barriers
Section 3 Investment Suggestions for Resource Utilization of Waste Circuit Boards
Chapter 9: Future Development Forecast and Investment Prospect Analysis of Resource Utilization of Wasted Circuit Boards in China
Section 1 Forecast of China’s waste circuit board resource utilization and recycling market size
Section 2 Forecast of the market size of resource utilization of cobalt acid waste circuit boards in China
Section 3 Forecast of the overall market size of China's lithium battery recycling
Chapter 10: Suggestions and opinions of industry experts on investment in resource utilization of waste circuit boards in China
Section 1 Investment Opportunities Utilization of Waste Circuit Boards
Section 2 Investment Risks Resource Utilization of Wasted Circuit Boards
1. Policy risks
2. Macroeconomic fluctuation risk
3. Technical risks
4. Other risks
Section 3 Industry Response Strategies
Section 4: Implementation of key customer strategies in the market