China Sewage Treatment Industry Report, 2013-2017

Published: May, 2013 | Pages: 90 | Publisher: Huidian Research
Industry: Energy | Report Format: Electronic (PDF)

As of the end of 2012, the number of sewage treatment plants in cities and counties in China was 3,340; sewage treatment capacity was approximately 142 million cubic meters / day, showing an increase of 6 million cubic meters / day compared with the end of 2011.

There are 648 cities establishing sewage treatment plants, accounting for 98.5% of the total number of cities; the cumulative number of sewage treatment plants is 1,947 (increased by 106 compared with the end of 2011); sewage treatment capacity is 117 million cubic meters / day (increased by 4.5 million cubic meters / day). Nine cities have not yet built sewage treatment plants, including Aershsan in Inner Mongolia Autonomous Region, Shangzhi, Wuchang, Mishan, Tieli, and Hailun in Heilongjiang Province, Lincang in Yunnan Province, Xigaze Tibet Autonomous Region, and Wujiaqu City in Xinjiang.

There are 1,254 counties establishing sewage treatment plants, accounting for 77.7% of the total number of county, increasing by 7.2% over the end of 2011. The cumulative number of sewage treatment plant is 1,393; sewage treatment capacity is 24.21 million cubic meters / day. 22 provinces, autonomous regions and municipalities in China have achieved the goal of "each county (city) has a sewage treatment plant".

With the strengthening of environmental protection, as well as the enhancement of pollutants treatment efforts, the national investment in environment is increasing year by year; sewage treatment industry usher in a peak period of development; the overall scale is growing at a high speed.

 1. Overview of Sewage Treatment in China 
1.1 Definition 
1.2 Periodicity of Sewage Treatment Industry
 
2. Industry Chain of Sewage Treatment Industry 
2.1 Industry Chain Introduction 
2.2 Upstream Industry 

 
3. Environment of Sewage Treatment Industry in China 
3.1 Economic Development Environment in China 
3.2 Industry Related Policy and Standard 
3.3 Technological Environment of Sewage Treatment Industry in China 

4. Market Status Quo of Sewage Treatment in China 
4.1 China's Urban Sewage Treatment Facilities Operation 
4.2 China's Sewage Treatment Industry Scale 
4.3 Existing Problems and Countermeasures
 
5. Emissions of Waste Water and Major Pollutants in China 
5.1 Emissions of Waste Water and Major Pollutants 
5.1.1 Emissions of Waste Water 
5.1.2 Emissions of Chemical Oxygen Demand 
5.1.3 Emissions of Ammonia Nitrogen 
5.1.4 Emissions of Other Major Pollutants in the Waste Water 
5.2 Emissions of Waste Water and Major Pollutants in Different Regions 
5.2.1 Emissions of Waste Water in Different Regions 
5.2.2 Emissions of Chemical Oxygen Demand in Different Regions 
5.2.3 Emissions of Ammonia Nitrogen in Different Regions 
5.3 Emissions of Waste Water and Major Pollutants in Industry Sectors 
5.3.1 Emissions of Waste Water in Industry Sectors 
5.3.2 Emissions of Chemical Oxygen Demand (COD) in Industry Sectors 
5.3.3 Emissions of Ammonia Nitrogen in Industry Sectors 
5.3.4 Emissions of Pollutants of Heavy Metals in Industry Sectors 
5.3.5 Emissions of Petroleum Class in Industry Sectors 
5.4 Emissions and Treatment of Waste Water and Major Pollutants in Ten Major Basins 
5.4.1 Emissions of Waste Water and Major Pollutants 
5.4.2 Control and Investment of Waste Water and Major Pollutants 
5.5 Emissions and Treatment of Waste Water and Major Pollutants in Major Five Lake Basins 
5.5.1 Emissions of Waste Water and Major Pollutants 
5.5.2 Investment and Control of Waste Water and Major Pollutants 
5.6 Emissions of Waste Water and Major Pollutants in Three Gorges Reservoir and Its Upstream Basin 
5.6.1 Emissions of Waste Water and Pollutants 
5.6.2 Treatment and Investment of Waste Water and Pollutants 
5.7 Emissions of Terrigenous Waste Water and Major Pollutants into the Sea
 
6. Competitive Landscape of Sewage Treatment Industry in China 
6.1 Five Forces Analysis 
6.1.1 Bargaining Power of Upstream Suppliers 
6.1.2 Competition among Existing Enterprises of the Industry 
6.1.3 Bargaining Power of Downstream Users 
6.1.4 Threat of New Entrants 
6.1.5 Threat of Substitutes 
6.2 Industry Concentration Ratio
 
7. Key Domestic Sewage Treatment Enterprises 
7.1 Tianjin Capital Environmental Protection Group 
7.1.1 Company Profile 
7.1.2 Products and Advantage 
7.1.3 Business Performance 
7.1.4 Marketing Strategy 
7.2 Beijing Capital Co., Ltd. 
7.2.1 Company Profile 
7.2.2 Products and Advantage 
7.2.3 Business Performance 
7.2.4 Marketing Strategy 
7.3 Chongqing Water 
7.3.1 Company Profile 
7.3.2 Products and Advantage 
7.3.3 Business Performance 
7.3.4 Marketing Strategy 
7.4 Wuhan Sanzhen Industry Holding Co., Ltd. 
7.4.1 Company Profile 
7.4.2 Products and Advantage 
7.4.3 Business Performance 
7.4.4 Marketing Strategy 
7.5 Sound Environment 
7.5.1 Company Profile 
7.5.2 Products and Advantage 
7.5.3 Business Performance 
7.5.4 Marketing Strategy
 
8. Investment Analysis and Advice of Sewage Treatment Industry 
8.1 Investment Environment 
8.2 Investment Barriers 
8.2.1 Policy Barriers 
8.2.2 Capital Barriers 
8.2.3 Technology Barriers 
8.3 Investment Advice

9. Development Forecast of Sewage Treatment in China 
9.1 Development Trend of Sewage Treatment Industry in the Future 
9.1.1 Future Development Analysis 
9.1.2 Technology Development Direction in the Future 
9.2 Forecast of Demand and Supply of Sewage Treatment Industry 
9.3 Development Trend of Sewage Treatment Related Products 
9.3.1 Status Quo of Demand 
9.3.2 Status Quo of Sewage Treatment Equipment Supply 
9.3.3 Future Development