China Dust-collecting Equipment Market Report, 2013-2017

Published: Jun, 2013 | Pages: 60 | Publisher: Huidian Research
Industry: Energy | Report Format: Electronic (PDF)

The dust-collecting equipment is mainly used in the following industries with severe dust pollution, such as cement, iron and steel, non-ferrous metals, electric power, machinery, chemical and waste incineration etc. As China's following industries step into the rapid development stage, such as cement, iron and steel, non-ferrous metals, electric power, chemical etc., the problem of air pollution is more and more outstanding; China begins to pay attention to the implementation of pollution treatment from the source and the emission standards of air pollutants are more and more severe. After years of development, a number of leading enterprises among the dust-collecting industry emerge in China, the technological level and product quality reaching the international advanced level. By the end of 2012, the market scale of dust-collecting equipment in China reached CNY 33.245 billion. 

In 2012, there were about more than 500 enterprises engaging in the dust-collecting equipment in China, including about 320 related enterprises engaging in the manufacturing of fabric filters and remaining more than 200 enterprises mainly engaging in the manufacturing of electrostatic precipitators. At the end of 2012, the total output value of fabric filters in China reached CNY 19.128 billion, accounting for 52.39% of the dust-collecting equipment's total output value. 

The dust-collecting equipment is widely used in many industries, such as cement, iron and steel, non-ferrous metals, electric power, machinery, chemical and municipals etc.; the demand of downstream industry decides the market demand for fabric filters. The output of cement, iron and steel and coal in China is the world first, the power generation capacity ranking the world second and most of which are the coal-fueling thermal power plants. The manufacturers of raw materials, energy and heavy chemical etc. consume more resources and energy with severe pollution and produce large quantities of dust and soot. 

Seen from the Chinese domestic demand structure for dust-collecting equipment at present, the thermal power market accounts for more than a half of the overall downstream market, reaching 57.05%, iron & steel metallurgy and cement industry respectively accounting for 18.68% and 12.45% of the industry market, the total application proportion of dust-collecting equipment in the thermal power, iron & steel metallurgy and cement industry accounting for 88.18% of the overall downstream market. 

The four guiding documents issued by the Ministry of Environmental Protection, namely Cement Industry Pollution Control Technology Policy, Iron and Steel Industry Pollution Control Technology Policy, Sulfuric Acid Industry Pollution Control Technology Policy and Volatile Organic Compounds (VOCs) Pollution Control Technology Policy, list the Air Pollution into the key point unanimously, among which, the fabric filter will become the standardized equipment for dust-collecting in various industries with broad market prospect in the future.

 1. Development Overview for the Dust-collecting Equipment Industry 
1.1 Definition and Classifications of Dust-collecting Products 
1.1.1 Definition
1.1.2 Classifications
1.1.3 Comparison of Major Dust-collecting Equipment 
1.2 Industrial Chain of the Dust-collecting Equipment Industry

2. Development of the World Dust-collecting Equipment Industry
2.1 Status Quo and Trends of the World Environmental Protection Industry 
2.1.1 Pattern 
2.1.2 Development Trends
2.2 Operation
2.3 Development Trends
2.3.1 Dust-collecting Equipment Tending to the High Efficiency 
2.3.2 Developing the Dust-collecting Equipment with Large Fuel Gas Volume 
2.3.3 Developing the New Dust-collecting Equipment

3. Development Environment of China's Dust-collecting Equipment Industry
3.1 Economy Development Environment 
3.1.1 Macroeconomics 
3.1.2 GDP 
3.1.3 Fixed Asset Investment 
3.1.4 Total Amount and Growth Rate of Imports and Exports
3.2 Policy Environment 
3.2.1 Related Policies 
3.2.2 New Dust-Preventing Standards Issued Recently
3.3 Technological Environment of the Technological Development 

4. Development Status Quo of China's Dust-collecting Equipment Industry
4.1 Development Status Quo
4.2 Supply and Demand 
4.2.1 Supply
4.2.2 Demand
4.3 Business Model 
4.4 Existing Problems and Suggestions 
4.4.1 Existing Problems
4.4.2 Suggestions
4.5 Development Periodicity 

5. Competitive Pattern of Dust-collecting Equipment Industry
5.1 Porter's Five Forces Model 
5.1.1 Competition among Existing Enterprises 
5.1.2 Potential Entrants
5.1.3 Bargaining Power of Clients 
5.1.4 Bargaining Power of Suppliers 
5.1.5 Product Substitution  
5.2 Market Competitive Pattern 

6. Upstream and Downstream of Dust-collecting Equipment Industry
6.1 Upstream Raw Materials
6.1.1 Steel 
6.1.2 Filter Materials 
6.2 Downstream Application Field 
6.2.1 Thermal Power Industry 
6.2.2 Cement Industry 
6.2.3 Waste Incineration Industry 
6.2.4 Iron and Steel Industry 

7. Import and Export Statistics of Dust-collecting Equipment Industry
7.1 Overall Import and Export Statistics of Electrostatic Precipitator for Industry in China, 2010-2012 
7.1.1 Import Statistics
7.1.2 Export Statistics
7.1.3 Export Destination Countries and Regions 
7.2 Overall Import and Export Statistics of Fabric Filter for Industry in China, 2010-2012 
7.2.1 Import Statistics
7.2.2 Export Statistics
7.2.3 Export Destination Countries and Regions 
7.3 Overall Import and Export Statistics of Cyclone Dust Collector for Industry in China, 2010-2012
7.3.1 Import Statistics
7.3.2 Export Statistics
7.3.3 Export Destination Countries and Regions

8. China's Major Enterprises of Dust-collecting Equipment
8.1 Kelin Environmental Protection Equipment, Inc.
8.1.1 Company Profile 
8.1.2 Major Business 
8.1.3 Competitive Advantages 
8.1.4 Business Performance 
8.1.5 Market Expansion Strategy 
8.2 Zhejiang Feida Environmental Science & Technology Co., Ltd.
8.2.1 Company Profile 
8.2.2 Major Business 
8.2.3 Competitive Advantages 
8.2.4 Business Performance 
8.2.5 Market Expansion Strategy 
8.3 Fujian Longking Co., Ltd. 
8.3.1 Company Profile 
8.3.2 Major Business 
8.3.3 Competitive Advantages 
8.3.4 Business Performance 
8.3.5 Market Expansion Strategy 
8.4 Anhui Shengyun Machinery Co., Ltd.
8.4.1 Company Profile 
8.4.2 Major Business 
8.4.3 Competitive Advantages 
8.4.4 Business Performance 
8.4.5 Market Expansion Strategy 
8.5 Xiamen Savings Environmental Co., Ltd.
8.5.1 Company Profile 
8.5.2 Major Business 
8.5.3 Competitive Advantages 
8.5.4 Business Performance 
8.5.5 Market Expansion Strategy 

9. Investment and Development Forecast of China's Dust-collecting Equipment Industry
9.1 Investment Opportunities 
9.1.1 Implementation of Emission-Reduction Indicators and Improving the Continuous Increase of Environmental Protection Investment 
9.1.2 Promotion of Dust-collecting Indicators in the Electric Power and Iron & Steel Industry 
9.2 Investment Risks 
9.2.1 Price Fluctuation of Raw Materials 
9.2.2 Passive Application Limiting the Market Development of Environment Pollution Treatment Equipment to Some Extent 
9.2.3 Influences of Global Economy Recovery Sustainability on the Industry 
9.3 Access Barriers to the Industry
9.3.1 Technology and Production Process Barriers 
9.3.2 Brand and Credit Barriers 
9.3.3 Qualification Barriers 
9.3.4 Capital Barriers 
9.3.5 Talent Barriers 
9.4 Development Forecast of Dust-collecting Equipment Market
9.4.1 Market Scale Forecast of Dust-collecting Equipment Industry, 2013-2017 
9.4.2 Supply & Demand Forecast of Dust-collecting Equipment Industry, 2013-2017 
9.5 Development trends 
9.5.1 Broad prospect of Fabric Filter Market 
9.5.2 Thermal Power Field shared by the Electrostatic Precipitator and Fabric Filter
9.5.3 Development Prospect for the Fabric Filter
9.6 Suggestions for the 12th-Five-Year Development
9.6.1 Investment Suggestions for the Fabric Filter
9.6.2 Investment Suggestions for the Electrostatic Precipitator