Market Analysis and Development Prospect of Global and Chinese WEEE Recycling Industry2015-2020Proposal
1. INTRODUCTION
Waste from Electrical and Electronic Equipment, hereinafter referred to as WEEE, refers to discarded electric and electronic products and unqualified products, components, oddments, etc. during production. In 2014, around 41.8 million tons of WEEE such as discarded computers, mobile phones, household electronic devices, etc. was released worldwide, and the number is increasing.
In China, the recycle volume of five major WEEE reached 135.83 million units, which equals to 310,000 tons. It is estimated that by 2020, WEEE recycled will reach 6.92 million tons. It demonstrates great opportunities for WEEE recycling industry.
In this report, AskCI will further disclose market potential and commercial opportunities for WEEE recycling industry in China. Recommendations will be given at the end of the report to describe the prospect and provide suggestions for strategy making.
Waste from Electrical and Electronic Equipment, hereinafter referred to as WEEE, refers to discarded electric and electronic products and unqualified products, components, oddments, etc. during production. In 2014, around 41.8 million tons of WEEE such as discarded computers, mobile phones, household electronic devices, etc. was released worldwide, and the number is increasing.
In China, the recycle volume of five major WEEE reached 135.83 million units, which equals to 310,000 tons. It is estimated that by 2020, WEEE recycled will reach 6.92 million tons. It demonstrates great opportunities for WEEE recycling industry.
In this report, AskCI will further disclose market potential and commercial opportunities for WEEE recycling industry in China. Recommendations will be given at the end of the report to describe the prospect and provide suggestions for strategy making.
1 OVERVIEW OF GLOBAL WEEE RECYCLING INDUSTRY
1.1 Global WEEE Recycling Industry
1.2 WEEE Recycling Industry in US
1.3 WEEE Recycling Industry in Germany
1.4 WEEE Recycling Industry in Holland
1.5 WEEE Recycling Industry in Japan
1.6 WEEE Recycling Industry in Other Countries
1.6.1 WEEE Recycling Industry in Canada
1.6.2 WEEE Recycling Industry in Norway
1.6.3 WEEE Recycling Industry in South Korea
1.6.4 WEEE Recycling Industry in Africa
2 CHINESE WEEE MARKET
2.1 Current Development
2.2 Major Electrical and Electronic Equipment
3 CHINESE WEEE RECYCLING INDUSTRY
3.1 Current Development
3.2 Industry Analysis
3.3 Channel Analysis
3.4 Regulations and Policy
3.5 Problems of WEEE Recycling Process
4 WASTE HOUSEHOLD ELECTRIC APPLIANCE RECYCLING INDUSTRY
4.1 Process Mode
4.2 Recycling Process Mode
4.3 Current Situation
4.4 Problems and Solutions
5 TECHNIQUES AND EQUIPMENT FOR WEEE RECYCLING SYSTEM
5.1 Current Situation
5.2 Techniques for WEEE Recycling
5.3 Process and Equipment for WEEE Recycling
6 WEEE RECYCLING IN MAJOR REGIONS IN CHINA
6.1 WEEE Recycling in Beijing
6.2 WEEE Recycling in Shanghai
6.3 WEEE Recycling in Guangdong Province
6.4 WEEE Recycling in Zhejiang Province
6.5 WEEE Recycling in Other Regions
5 KEY PLAYERS IN WEEE RECYCLING INDUSTRY
5.1 Green Eco-Manufacturer
5.1.1 Current Development
5.1.2 Major Businesses
5.1.3 Business Condition
5.1.4 Competitive Advantage
5.2 Anhui Xin Hong Kong furnace charge limited company
5.3 TES-AMM Group
5.4 Taiding (Tianjin) Environment Technology Co., Ltd.
5.5 Huaxin Green Spring Environmental Co., Ltd.
5.6 Shijiazhuang Jingying Gold Kaicai Technology
5.7 Shanghai Central Waste Electrical and Electronic Equipment (WEEE) Recycling Co., Ltd.
6 PROSPECT OF WEEE RECYCLING INDUSTRY IN CHINA
7 CONCLUSION AND RECOMMENDATIONS
LIST OF TABLE
Table 1 Policy and regulation of WEEE in China
Table 3 Recycle volume of five main electronic products in China, 2013-2014
Table 5 Recycle price of waste household electric appliance in Beijing
LIST OF FIGURE
Figure 1 Output of WEEE in the globe, 2011-2014
Figure 4 Number of recycled WEEE, 2011-2014
Figure 6 Expenses for logistics and storage for WEEE
1.1 Global WEEE Recycling Industry
1.2 WEEE Recycling Industry in US
1.3 WEEE Recycling Industry in Germany
1.4 WEEE Recycling Industry in Holland
1.5 WEEE Recycling Industry in Japan
1.6 WEEE Recycling Industry in Other Countries
1.6.1 WEEE Recycling Industry in Canada
1.6.2 WEEE Recycling Industry in Norway
1.6.3 WEEE Recycling Industry in South Korea
1.6.4 WEEE Recycling Industry in Africa
2 CHINESE WEEE MARKET
2.1 Current Development
2.2 Major Electrical and Electronic Equipment
3 CHINESE WEEE RECYCLING INDUSTRY
3.1 Current Development
3.2 Industry Analysis
3.3 Channel Analysis
3.4 Regulations and Policy
3.5 Problems of WEEE Recycling Process
4 WASTE HOUSEHOLD ELECTRIC APPLIANCE RECYCLING INDUSTRY
4.1 Process Mode
4.2 Recycling Process Mode
4.3 Current Situation
4.4 Problems and Solutions
5 TECHNIQUES AND EQUIPMENT FOR WEEE RECYCLING SYSTEM
5.1 Current Situation
5.2 Techniques for WEEE Recycling
5.3 Process and Equipment for WEEE Recycling
6 WEEE RECYCLING IN MAJOR REGIONS IN CHINA
6.1 WEEE Recycling in Beijing
6.2 WEEE Recycling in Shanghai
6.3 WEEE Recycling in Guangdong Province
6.4 WEEE Recycling in Zhejiang Province
6.5 WEEE Recycling in Other Regions
5 KEY PLAYERS IN WEEE RECYCLING INDUSTRY
5.1 Green Eco-Manufacturer
5.1.1 Current Development
5.1.2 Major Businesses
5.1.3 Business Condition
5.1.4 Competitive Advantage
5.2 Anhui Xin Hong Kong furnace charge limited company
5.3 TES-AMM Group
5.4 Taiding (Tianjin) Environment Technology Co., Ltd.
5.5 Huaxin Green Spring Environmental Co., Ltd.
5.6 Shijiazhuang Jingying Gold Kaicai Technology
5.7 Shanghai Central Waste Electrical and Electronic Equipment (WEEE) Recycling Co., Ltd.
6 PROSPECT OF WEEE RECYCLING INDUSTRY IN CHINA
7 CONCLUSION AND RECOMMENDATIONS
LIST OF TABLE
Table 1 Policy and regulation of WEEE in China
Table 3 Recycle volume of five main electronic products in China, 2013-2014
Table 5 Recycle price of waste household electric appliance in Beijing
LIST OF FIGURE
Figure 1 Output of WEEE in the globe, 2011-2014
Figure 4 Number of recycled WEEE, 2011-2014
Figure 6 Expenses for logistics and storage for WEEE
