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市場調查報告書

中國的E-Waste(電力電子機器廢棄物)處理產業

Research Report on China's E-waste Disposal Industry, 2013-2017

出版商 China Research and Intelligence 商品編碼 254579
出版日期 內容資訊 英文 50 Pages
商品交期: 最快1-2個工作天內
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中國的E-Waste(電力電子機器廢棄物)處理產業 Research Report on China's E-waste Disposal Industry, 2013-2017
出版日期: 2012年11月09日 內容資訊: 英文 50 Pages
簡介

隨著近幾年的經濟發展,中國E-Waste(電力電子機器廢棄物)的數量遽增。2010年,排放230萬噸的E-Waste的中國,成為繼300萬噸的美國之後的全球第2位的E-Waste排放國。中國每年大量進口合法以及不合法的E-Waste。

本報告提供中國的E-Waste(電力電子機器廢棄物)處理產業現狀與預測相關調查分析,全球及中國的E-waste處理產業現狀,中國的相關政策,進入障礙,回收現況,廢棄處理技術,供需趨勢與產業的盈利,廢棄數量及收益的預測,投資機會分析等彙整資料,為您概述為以下內容。

第1章 E-waste處理產業的基本概念

  • 定義與分類
  • E-waste處理產業的發展意義
  • E-waste處理產業的經濟價值
  • 先進各國的E-waste產業
    • EU WEEE/RoHS指令
    • 主要國家的E-waste回收·排放系統

第2章 中國的E-waste處理產業發展的主要影響因素

  • 政府的政策
    • 概要
    • 主要政策
    • 政策的摘要
    • 進入障礙
  • 中國的E-waste的回收途徑
    • E-waste短期資金回流現況
    • 一般企業的途徑開發
    • 短期資金回流的流行
  • 技術
    • E-waste處理技術
    • 高科技處理企業的競爭力

第3章 中國的E-waste處理產業上需求與供給·盈利

  • 市場生產能力
  • 供需分析
    • 電力電子機器廢棄物的處理清單
    • 企業的年度處理能力
  • E-waste產業的盈利分析
    • E-waste處理的單位收益
    • 中國的E-waste產業的盈利分析
  • 中國的E-waste的進口分析
    • 現狀
    • 發展趨勢

第4章 中國的E-waste處理產業的發展預測

  • 從成長階段轉移到成熟階段的產業
  • 再利用系統的階段建立
  • 慢慢增加激烈度的競爭
  • 市場規模預測
  • 發展趨勢預測
  • 投資機會相關討論

圖表

目錄

With the rapid development of information technology and the accelerated update and upgrade of electronic products, the elimination and recycling of electronic products become a problem of the world currently. At present, various e-wastes have become one of the solid wastes with a fast growth rate. For example, scrapped appliances such as computers, household appliances, and communication equipment as well as various waste materials and wastages generated in the manufacturing process of these appliances occupy enormous resources. Improper disposal of these e-wastes will cause tremendous pollution to the environment.

With the rapid development of economy, China's e-wastes generate at an astonishing speed in recent years. In 2010, China became the second largest producing country of e-wastes worldwide, generating 2.3 million tons of e-wastes, only second to 3 million tons of the United States. In addition, large numbers of e-wastes are illegally or legally exported to China annually.

In the recycling and comprehensive utilization processes of e-wastes, phenomena of polluting the environment and damaging human health exist to varying degrees. In developed countries, e-waste disposal is a mature industry, with specialized agencies and equipment conducting harmless disposal to various e-wastes. However, China's e-waste disposal industry is not yet mature currently. Driven by interests, e-waste recycling processing with extremely severe pollution is formed in many places of China. For example, there are considerable illegal manual workshops in many places of China. They organize workers to disassemble e-wastes into small parts, refining various metals. For example, they extract gold, copper, etc. by burning e-wastes; carrying out the separation of various types of components and materials by heating and other methods. Enormous toxic gases and wastages released in these processes, which not only pollute the atmosphere and rivers, but also tremendously threaten the health of workers and residents nearby.

E-waste is a special renewable resource. Although the pollution is enormous, it is also of relatively high recycling value. For instance, the metal content in computers exceeds 30%, and that in waste printed circuit boards is more considerable. In waste circuit boards, the copper content is up to 20%, which also contain metals such as aluminum and iron as well as trance amounts of rare and noble metals such as gold, silver and platinum. The plastic content in e-wastes is also very high. After melting, plastic can be used as the raw material of new products or as fuel.

China is a major producing and consuming country of electrical and electronic products. There are hundreds of millions of electrical and electronic products such as TV sets, refrigerators, washing machines, air conditioners, and computers produced annually. In 2011, the output of China's TV sets, refrigerators and home freezers, washing machines, air conditioners, and computers separately was 120 million, 105 million, 66.71 million, 130 million, and 320 million sets.

According to incomplete statistics, the total recycling value of resource recycling industries in major developed countries worldwide is over USD 200 billion annually. In terms of the output, 45% of steel, 62% of copper, 22% of aluminum, 40% of lead and 30% of zinc worldwide, , are from the recycling of renewable resources. Among them, the vast majorities are obtained from e-waste recycling.

The recycling of e-wastes has pivotal influences on China's national economy. Seen from the national situation, since the implementation of the "old-for-new policy" of household appliances, waste household appliances recycled are over 60 million sets, which obtains more than 500 thousand tons of valuable resources such as metal, plastic and glass through harmless dismantling disposal.

Before the implementation of the "old-for-new policy", petty dealers are the main channel of waste electrical and electronic product recycling in China while the proportion of recycling and dismantling through normal channels is only 5% to 10%. However, during June 2009 and December 31, 2011, the implementation of the "old-for-new policy" of household appliances in China accelerated the centralized recycling and dismantling disposal of waste electrical and electronic products, which initially set up the recycling system of waste household appliances nationwide, establishing nearly 900 regular recycling enterprises, with recycling locations over 20 thousand.

At present, there are over 100 regular e-waste disposal enterprises in China. Main profit modes of China's e-waste industry include selling renewable resources acquired by recycling and obtaining government subsidies. In 2012, the profit of China's e-waste disposal industry has exceeded CNY 3 billion.

Currently, China's household appliances enter an outbreak stage of replacement. Recycling value of these appliances is considerable, which needs to be fully developed and utilized. It is expected that by 2015, the generating volume of China's e-wastes will be over 5 million tons. In the next few years, the annual number of major waste electrical and electronic products in China will be over 100 million sets. If harmless resource utilization is achieved, more than 1 million tons of resources such as noble metals, non-ferrous metals and engineering plastics will be provided.

China continuously improves e-waste recycling and comprehensive utilization management systems, introducing a series of encouraging and stimulus policies. Under the government regulations and industrial policy guidance, dismantling and in-depth utilization technologies of many enterprises tend to be mature, with increasingly high utilization added value of waste circuit boards, waste plastics, metals, etc. However, environmental pollution problems caused by e-waste disposal industries are still very prevalent in many regions.

There is huge space in China' market for both e-waste recycling, disposal enterprises and e-waste disposal equipment manufacturers. It is expected that by 2017, the profit of China's e-waste disposal industry will exceed CNY 10 billion.

More following information can be acquired through this report:

  • Development Status of China's E-waste Disposal Industry
  • E-waste Recycling in China
  • Polices Issued by Chinese Government for E-waste Disposal Industry
  • Profitability and Investment Prospects of E-waste Disposal Industry
  • Prediction on Development of E-waste Disposal Industry

Following people are recommended to buy this report:

  • E-waste Recycling/Disposal Enterprises
  • E-waste Disposal Equipment Manufacturers
  • Electronic Product Manufacturers
  • Investors/Research Institutions Focusing on China's E-waste Disposal Industry

Table of Contents

1. Basic Concept of E-waste Disposal Industry

  • 1.1. Definition and Classification
  • 1.2. Role of Developing E-waste Disposal Industry
  • 1.3. Economic Value of E-waste Disposal Industry
  • 1.4. E-waste Industry of Developed Countries
    • 1.4.1. EU WEEE/RoHS Instruction
    • 1.4.2. E-waste Recycling Disposal System of Typical Countries

2. Main Factors Influencing the Development of China's E-waste Disposal Industry

  • 2.1. Government Policies
    • 2.1.1. Overview
    • 2.1.2. Key Policies
    • 2.1.3. Summary of Policies
    • 2.1.4. Barriers to Entry
  • 2.2. Recycling Channels of China's E-wastes
    • 2.2.1. Status Quo of E-waste Recycling
    • 2.2.2. Analysis on Channel Development of Regular Enterprises
    • 2.2.3. Recycling Rage
  • 2.4. Technologies
    • 2.4.1. E-waste Disposal Technologies
    • 2.4.2. Strong Competitive Force of High-tech Disposal Enterprises

3. Supply & Demand and Profitability of China's E-waste Disposal Industry

  • 3.1. Market Capacity
  • 3.2. Analysis of Supply and Demand
    • 3.2.1. Disposal Lists of Waste Electrical and Electronic Products
    • 3.2.2. Annual Disposal Capability of Enterprises
  • 3.3. Analysis on Profitability of E-waste Industry
    • 3.3.1. Unit Profit of E-waste Disposal
    • 3.3.2. Analysis on Profitability of China's E-waste Industry, 2012
  • 3.4. Analysis on Import of China's E-wastes
    • 3.4.1. Status Quo
    • 3.4.2. Development Trend

4. Prediction on Development of China's E-waste Disposal Industry, 2013-2017

  • 4.1. The Industry Transiting from Growth Stage to Maturity Stage
  • 4.2. Recycling System Gradually Built
  • 4.3. Increasingly Fierce Competition in the Industry
  • 4.4. Prediction on Market Size
  • 4.5. Prediction on Development Trend
  • 4.6. Discussion on Investment Opportunities

Selected Charts

  • Chart EU's Product Classification About Waste Electronic and Electromechanical Product Disposal Instruction
  • Chart Summary of Hazardous Substances and Sources in E-wastes
  • Chart Policies, Regulations and Standards on Electrical & Electronic Waste in China
  • Chart Old-for-new Subsidy Standards of Household Appliances in China
  • Chart Collecting and Granting Standards of China's Electrical and Electronic Product Disposal Funds
  • Chart Analysis on Profitability of Regular Enterprises in China
  • Chart Output of China's E-wastes, 2008-2012
  • Chart List of Enterprises Initially Subsidized by Waste Electrical and Electronic Product Disposal Funds
  • Chart Partial E-waste Disposal Enterprises with Relatively Large Production Capability in China
  • Chart Estimate on Total Disposal Capability of China's E-waste Disposal Enterprises, 2012
  • Chart Prediction on Output of China's E-wastes, 2013-2017
  • Chart Prediction on Profitability of China's E-waste Disposal Industry, 2013-2017
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