Bulletin on Total Emission-reduction Examination of Key Pollutants in China 2013 issued by Ministry of Environment Protection of PRC shows: the discharge of chemical oxygen demand, ammonia nitrogen, sulfur dioxide and nitrogen oxides dropped over the same period of last year.
Bulletin suggested: in 2013, the total discharge of chemical oxygen demand was 23.527 million t, decreasing by 2.93% over last year; ammonia nitrogen was 2.457 million t, decreasing by 3.14%; sulfur dioxide was 20.439 million t, decreasing by 3.48%; and nitrogen oxides was 22.273 million t, decreasing by 4.72%.
In addition, in petroleum refining industry, 18 sets of catalytic cracking units with total capacity of 31.5 million t newly build desulphurization devices, accounting to 18% of total capacity in China; conversion engineering of coal to gas newly adds gas consumption for 2.6 billion m3, substituting raw coal for 4.9 million t.
Excerpt:
5.1.3 Discharge of key Pollutants in Exhaust in industrial industries
(1) Sulfur Dioxide
In 2013, the industries with discharge of sulfur dioxide ranking top 3 were power and thermal production and supply industry, ferrous metal melting and calendering industry and non-metallic mineral industry successively among 41 industrial industries surveyed, with total discharge of sulfur dioxide for 11.518 million t, accounting for 68.2% of total discharge by industrial industries surveyed.
Tab.16: Discharge of Sulfur Dioxide in Key Industries, 2011-2013
Unit: 10,000t
Industry
Year Total Power and thermal production and supply industry Ferrous metal melting and calendering industry Non-metallic mineral industry
2011 1354.3 901.2 251.4 201.7
2012 1237.4 797.0 240.6 199.8
2013 1151.8 720.6 235.1 196.0
Rate of change (%) -6.9 -9.6 -2.3 -1.9
Source: Ministry of Environmental Protection of PRC
(2) Nitrogen oxides
In 2013, the industries with discharge of nitrogen oxides ranking top 3 were power and thermal production and supply industry, non-metallic mineral industry successively and ferrous metal melting and calendering industry among industrial industries surveyed, with total discharge of sulfur dioxide for 12.683 million t, accounting for 86.6% of total discharge by industrial industries surveyed.
Tab.17: Discharge of Nitrogen Oxides in Key Industries, 2011-2013
Unit: 10,000t
Industry
Year Total Power and thermal production and supply industry Non-metallic mineral industry Ferrous metal melting and calendering industry
2011 1471.3 1106.8 269.4 95.1
2012 1390.1 1018.7 274.2 97.2
2013 1268.3 896.9 271.6 99.7
Rate of change (%) -8.8 -12.0 -1.0 2.6
Source: Ministry of Environmental Protection of PRC
(3) Smoke (powder) dust
In 2013, the industries with discharge of nitrogen oxides ranking top 3 were power and thermal production and supply industry, non-metallic mineral industry successively and ferrous metal melting and calendering industry among industrial industries surveyed, with total discharge of smoke (powder) dust for 7.226 million t, accounting for 70.7% of total discharge by industrial industries surveyed.
Tab.18: Discharge of Nitrogen Oxides in Key Industries, 2011-2013
Unit: 10,000t
Industry
Year Total Power and thermal production and supply industry Non-metallic mineral industry Ferrous metal melting and calendering industry
2011 700.9 215.6 279.1 206.2
2012 659.3 222.8 255.2 181.3
2013 722.6 270.3 258.8 193.5
Rate of change (%) 9.6 21.3 1.4 6.7
Source: Ministry of Environmental Protection of PRC
1. Overview of Air Pollution Control in China
1.1 Background of Air Pollution Control
1.1.1 Definition of Air Pollution
1.1.2 The Necessity of Air Pollution Control
1.2 Periodicity Analysis on Air Pollution Control Industry
2. Market Development Overview of Air Pollution Control in Foreign Countries
2.1 Global Market of Air Pollution Control
2.2 Asia
2.3 Europe
2.4 America
3. Environment of Air Pollution Control Industry in China
3.1 Economic Development Environment
3.1.1 Overall economic operation within reasonable scope
3.1.2 Historical Change Track of Fixed Asset Investment
3.1.3 Total import& Export Amount and Growth Rate
3.1.4 Consumer Price is Stable in Overall
3.1.5 Resident Income Grows Steadily
3.1.6 Five Changes During Economic Transformation and Structure Adjustment
3.2 Related Industry Policy and Standards
3.3 Technology Environment
3.3.1 Desulphurization Technology
3.3.2 Denitrification Technology
4. Market Status Quo of Air Pollution Control
4.1 Industry Development History
4.2 Market Status Quo and Characteristics of Air Pollution Control in China
4.2.1 Review of Air Pollution Control in China
4.2.2 Air Pollution Control in China, 2011-2012
4.2.3 Air Pollution Control in China, 2013
4.2.4 Air Pollution Control in China, 2014H1
4.2.5 Air Pollution Control Measures Issued by Ministry of Environment Protection of China during NPC and CPPCC Period
4.3 Existing Problems and Countermeasures
5. Major Air Pollution Emissions Industry
5.1 Exhaust Emission in China
5.1.1 Discharge of Exhaust and key Pollutants in Exhaust
5.1.2 Discharge of key Pollutants in Exhaust in different regions
5.1.3 Discharge of key Pollutants in Exhaust in industrial industries
5.1.4 Discharge and Treatment of Exhaust Pollutants in Power and Thermal Production and Supply
5.1.5 Discharge and Treatment of Exhaust Pollutants of Non-Metallic Mineral Industry
5.1.6 Discharge and Treatment of Exhaust Pollutants of Ferrous Metal Melting and Calendering Industry
5.1.7 Discharge and Treatment of Exhaust Pollutants in Key Regions of Air Pollution Control (Three regions and ten city clusters)
5.1.8 Discharge of Key Vehicle Pollutants
5.2 Market Scale of Exhaust Treatment in China
5.2.1 Market Scale
5.2.2 Market Pattern
6. Development of Segment Market of Air Pollution Control in China
6.1 Denitration Market in Air Pollution Control Industry in China
6.1.1 Thermal Power Denitration Market
6.1.2 Thermal Power Denitration Equipment
6.1.3 Denitration Market Competition
6.2 Desulfuration Market in Air Pollution Control Industry in China
6.3 Dedusting Market in Air Pollution Control Industry in China
6.3.1 Development History
6.3.2 Development Pattern
6.3.3 Market Development
6.4 Development of Flue Gas Desulfurization and Denitration of Thermal Power Plant, 2013
6.4.1 Flue Gas Desulfurization of Thermal Power Plant
6.4.2 Flue Gas Denitration of Thermal Power Plant
6.4.3 Franchise Operation of Flue Gas Desulfurization and Denitration of Thermal Power Plant
6.4.4 Catalyst Production of Flue Gas Denitration of Thermal Power Plant
6.4.5 Bag-type Dedusting Industry in Thermal Power Plant
7. Competitive Landscape of Air Pollution Control Industry in China
7.1 Market Competition Environment
7.2 Industry Concentration Ratio
7.3 Competition Trend
8. Key Domestic Air Pollution Control Enterprises
8.1 Beijing Guodian Longyuan Environmental Engineering Co., Ltd.
8.1.1 Company Profile
8.1.2 Products and Advantage
8.1.3 Business Performance
8.1.4 Marketing Strategy
8.2 Fujian Longking Co., Ltd.
8.2.1 Company Profile
8.2.2 Products and Advantage
8.2.3 Business Performance
8.2.4 Marketing Strategy
8.3 Yantai longyuan Power Technology Co., Ltd.
8.3.1 Company Profile
8.3.2 Products and Advantage
8.3.3 Business Performance
8.3.4 Marketing Strategy
8.4 China BoQi Environmental Solutions Technology (Holding) Co., Ltd.
8.4.1 Company Profile
8.4.2 Products and Advantage
8.4.3 Business Performance
8.4.4 Marketing Strategy
8.5 Tongfang Environment Co., Ltd.
8.5.1 Company Profile
8.5.2 Products and Advantage
8.5.3 Business Performance
8.5.4 Marketing Strategy
9. Investment Analysis and Advice on Air Pollution Control Industry
9.1 Investment Environment
9.2 Investment Opportunity
9.2.1 Overall Investment Opportunity
9.2.2 Sub-industry Investment Opportunity
9.3 Investment Risks
9.4 Investment Advice
10. Development Forecast of Air Pollution Control Industry in China
10.1 Development Trend
10.2 Market Forecast
10.2.1 Desulfuration Market Forecast during “12th Five-Year”
10.2.2 Denitration Market Forecast during “12th Five-Year”
10.2.3 Dedusting Market Forecast during “12th Five-Year”
10.3 Development Trend of Air Pollution Control Related Products
