China SCR Denitration Catalyst Industry Report, 2013-2016
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With the rapid development of China's economy and the escalation of industrialization level, the air pollution is getting worse. Nitrogen oxide emissions in China grew to 23.378 million tons in 2012, surpassing the United States to be the world's largest emitter of nitrogen oxide. Following desulfurization, flue gas denitration has become another priority for China.

Flue gas denitration policies are oriented for coal-fired power plants. By the end of 2012, China's power installed capacity had hit 1.14 billion kilowatts, 820 million kilowatts or 72% of which belonged to thermal power installed capacity. Thermal power generation consumes 1.6 billion tons of coal annually, which creates 9.95 million tons of nitrogen oxide, accounting for 43% of the total emissions of nitrogen oxide. In view of this, the government has forced the existing thermal power plants and the ones under construction to install denitration facilities.

In the mainstream denitration technology -- SCR Denitration, the crucial catalyst costs 40% of the entire cost of denitration renovation. By the end of 2012, the cumulative installed denitration capacity had reached 230 million kilowatts, only equivalent to 28% of the thermal power installed capacity. The denitration device gap amounts to 590 million kilowatts. In the next 2-3 years, the peak of denitration engineering construction will emerge, and the demand for SCR denitration catalyst will exceed the supply.

At the end of 2012, China’s SCR denitration catalyst capacity totaled 150,000 m3, whilst the domestic demand was only 97,000 m3. In 2013, the actual capacity of SCR denitration catalyst expanded to 200,000 m3, but the actual demand reached 251,000 m3 thanks to the denitration construction peak.

Almost all of major Chinese producers of SCR denitration catalyst introduce foreign production technology, and the catalyst price remains at a high level. Dongfang Boiler imports the technology from Germany KWH, and gained the capacity of 15,000 m3 in 2012. Yuanda’s technology stems from the U.S. ComreTech, with the capacity of 12,000 m3 in 2012. Datang Nanjing Environmental Protection Technology adopts the technology of the British Johnson Matthey, with the capacity of 10,000 m3 in 2012 and the expected capacity of 30,000 m3 in 2016.

The report covers the followings:
20120114.gif Status quo, competition pattern, supply & demand and development prediction of Chinese SCR denitration catalyst;
20120114.gif Technical characteristics, trends and competitive landscape of Chinese denitration industry;
20120114.gif Operation and denitration catalyst business of 15 key global and Chinese SCR denitration catalyst manufacturers (including Johnson Matthey, Yuanda, Dongfang KWH, etc.).

1 Overview of SCR Denitration Catalyst
1.1 Introduction
1.1.1 SCR Denitration Catalyst
1.1.2 SCR Denitration Principle
1.1.3 SCR Denitration Process
1.2 Industry Chain

2 Status Quo of SCR Denitration Catalyst in China
2.1 Development Environment
2.1.1 Policy  
2.1.2 Industry 
2.1.3 Technology 
2.2 Thermal Power Denitration
2.2.1 Nitrogen Oxide (NOx) Emission
2.2.2 Denitration Technology of Thermal Power Industry
2.2.3 Thermal Power Installed Capacity and Denitration Renovation
2.3 Demand
2.4 Supply

3 Competition Pattern in Chinese SCR Denitration Catalyst Market
3.1 Denitration
3.2 SCR Catalyst
3.3 Barriers to Entry

4 Key Global SCR Denitration Catalyst Manufacturers 
4.1 Johnson Matthey Catalyst
4.1.1 Profile 
4.1.2 Operation 
4.1.3 Business in China 
4.2 Hitachi
4.2.1 Profile 
4.2.2 Operation 
4.2.3 SCR Denitration Catalyst Business
4.3 Haldor Topsoe
4.3.1 Profile 
4.3.2 Operation 
4.3.3 Denitration Catalyst Business
4.4 Nippon Shokubai
4.4.1 Profile 
4.4.2 Operation 
4.4.3 Business in China 
4.5 Other Companies
4.5.1 Cormetech
4.5.2 Envirotherm GmbH
4.5.3 CoaLogix

5 Key Chinese SCR Denitration Catalyst Manufacturers
5.1 Yuanda Environmental-Protection (Grop) Co., Ltd.
5.1.1 Profile 
5.1.2 Operation 
5.1.3 Denitration Catalyst Business
5.2 Wuxi Huaguang Boiler Co., Ltd.
5.2.1 Profile 
5.2.2 Operation 
5.2.3 Denitration Catalyst Business
5.3 Dongfang KWH  
5.3.1 Profile 
5.3.2 Operation 
5.3.3 Main Products
5.3.4 Major Clients
5.4 Fujian Longking Co., Ltd. 
5.4.1 Profile 
5.4.2 Operation 
5.4.3 Denitration Catalyst Business
5.5 Datang Nanjing Environmental Protection Technology Co., Ltd.
5.5.1 Profile 
5.5.2 Denitration Catalyst Business
5.6 Jiangsu Wonder Environmental Protection Technology Co., Ltd.
5.6.1 Profile   
5.6.2 Denitration Catalyst Business
5.7 Guodian Technology & Environment Group Corporation Limited 
5.7.1 Profile 
5.7.2 Operation 
5.7.3 Denitration Catalyst Business
5.8 Xi'an Qiyuan Mechanical and Electrical Equipment Co., Ltd
5.8.1 Profile 
5.8.2 Denitration Catalyst Business
5.9 Shandong Gem Sky 
5.9.1 Profile 
5.9.2 Denitration Catalyst Business
5.10 Other Companies
5.10.1 Zhejiang Hailiang Environmental Materials
5.10.2 Tianhe Environmental Engineering CO., Ltd. (Baoding)
5.10.3 Zhuozhou Zhongtian Environmental Catalyst Co., Ltd.
5.10.4 Tuna Corporation
5.10.5 Beijing Denox Environment & Technology Co., Ltd. 

6 Summary and Forecast
6.1 Summary
6.2 Forecast
China’s demand for SCR Denitration Catalyst, 2010-2016E
Cellular, Plate-type and Corrugated Catalyst (from left to right)
Working Principle of SCR Denitration
SCR Denitration Process of Typical Thermal Power Plants
SCR Denitration Catalyst Industry Chain
Policies on China SCR Denitration Catalyst Industry, 2009-2013
Air Pollution Emission Standards for Coal-fired Boilers of Thermal Power Plants, 2011
China's Total Investment in Environmental Protection and Its Proportion in GDP, 2005-2015E
Major Technology Sources of Major Chinese SCR Denitration Catalyst Enterprises
China’s Nitrogen Oxide (NOx) Emissions, 2007-2016E
Nitrogen Oxide (NOx) Emission Sources in China, 2012
Nitrogen Oxide (NOx) Emissions (%) by Industry, 2012
China’s Thermal Power Nitrogen Oxide (NOx) Emissions, 2007-2013
Methods and Proportion of New Denitration Units, 2012
Chinese Power Plants Adopting SCNR Technology
Technical Comparison between Low-NOx Combustion and Flue Gas Denitration
China’s Thermal Power Installed Capacity, 2008-2020E
China’s Installed Capacity of Thermal Power Denitration Units, 2008-2020E
China’s Demand for SCR Denitration Catalyst, 2010-2020E
China’s SCR Denitration Catalyst Capacity, 2011-2015E
Cumulative Market Share of Major Denitration Companies in Total Denitration Installed Capacity (by end of 2012)
Key Players in Denitration Field
Geographical Distribution of Chinese SCR Catalyst Manufacturers, 2013
Capacity of Major Chinese SCR Catalyst Manufacturers, 2012-2014E
Price of SCR Denitration Catalyst 
Revenue of Johnson Matthey (Excluding Precious Metals), FY2010-FY2014
Revenue of Johnson Matthey by Product, FY2013
Revenue of Johnson Matthey by Region (Excluding Precious Metals), FY2013
Subsidiaries and Business Scope of Johnson Matthey in China
Revenue and Net Income of Hitachi, FY2009-FY2013      
Catalyst Products of Hitachi
Revenue and Net Income of Topsoe, 2008-2012
Revenue of Topsoe by Business, 2011-2012
Revenue and Net Income of Shokubai, FY2009-FY2013      
Revenue of Shokubai by Business, FY2011-FY2013
Revenue and Net Income of Yuanda, 2008-2016E           
Specifications of Yuanda's Denitration Catalyst Products
Sales Volume of Yuanda’s Denitration Catalyst, 2010-2013
Revenue and Net Income of Huaguang, 2008-2016E
Huaguang's Main Business Structure, Q3 2013
Huaguang's Denitration Catalyst Capacity, 2012-2013
Revenue and Net Income of Dongfang KWH, 2010-2013
Product Marketing Network of Dongfang KWH
Major Domestic Customers of Dongfang KWH, H2 2012
Revenue and Net Income of Longking, 2010-2016E
Denitration Catalyst Capacity of Datang Nanjing Environmental Protection Technology, 2011-2015E
Plate-type Denitration Catalyst Production Process of Datang Nanjing Environmental Protection Technology
New Customers of Datang Nanjing Environmental Protection Technology, 2012-2013
Denitration Catalyst Capacity of Jiangsu Wonder, 2011-2015E
Main Parameters of Denitration Catalyst of Jiangsu Wonder
Subsidiaries and Main Businesses of Guodian Technology & Environment
Revenue and Net Income of Guodian Technology & Environment, 2010-2016E
Revenue and Cost Change of Environmental Protection and Energy Conservation Solutions of Guodian Technology & Environment, 2011-2012
Revenue and Cost Change of Environmental Protection and Energy Conservation of Guodian Technology & Environment, 2011-2012
Environmental Protection Revenue of Guodian Technology & Environment by Project, 2011-2012
SCR Denitration Catalyst Capacity of Jiangsu Longyuan, 2011-2013
SCR Catalyst Revenue of Jiangsu Longyuan
Revenue and Net Income of Shandong Gem Sky, 2012  
Comparison between New-type Nontoxic Catalyst and Titanium Vanadium Catalyst of Shandong Gem Sky
Major Projects of Shandong Gem Sky, 2013
Performance of Zhejiang Hailiang Environmental Materials, by Dec 2013  
SCR Catalyst Capacity of Tianhe Environmental Engineering (Baoding)
Catalyst Specifications of Tianhe Environmental Engineering (Baoding)
SCR Catalyst Capacity of Zhongtian environmental Catalyst, 2010-2013
Parameters of SCR Catalyst Products of Tuna Corporation
Major Projects of Beijing Denox Environment & Technology, 2012-2013
Capacity of Major Chinese Producers of SCR Denitration Catalyst
Development Process of Desulfurization Industry, 2003-2012
China’s Demand for SCR Denitration Catalyst, 2010-2020E

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