Coal is one of the major fuels for industrial production and daily life in China. However, most of the coal for industrial boilers is raw coal without washing and extraction, containing a high percentage of dust and sulfur with relatively larger molecule size. Therefore, The combustion efficiency of coal burning is low while the pollutant emission level is high which accounts for 45%-65% of urban air pollution. Reducing the use of coal while promoting gas will be a fast and effective way to solve air pollution.
As China's environmental pollution is getting more serious, governments at different levels are gradually restricting the use of coal fired boilers. Besides, they also provide subsidies to companies for coal-to-gas transformation. Gas fired boilers rapidly take up the market share of coal fired ones.
Without governmental subsidies, it is not economically viable to transform one unit set of coal fired boilers into a single unite set of gas fired ones. However, it is practicable for the transformation of several sets of coal fired boilers into one set of gas fired ones.
In 2013, China's State Council officially published its Air Pollution Prevention and Control Action Plan, kicking off the cleaning of air pollution. In the plan, it put forward the idea of reconstructing small inefficient coal fired boilers, pointing out "by 2017, all prefecture-level or above cities, unless necessary to retain, should phase out coal fired boilers of 10 steam tons per hour or below in their built-up areas".
In 2014, seven government departments in China jointly published the Implementation Scheme for Comprehensive Promotion on Energy Saving and Environmental Protection for Coal Fired Boilers, mapping out that all prefecture-level or above cities in Beijing-Tianjin-Hebei Region and its surrounding area should phase out coal fired boilers of 10 steam tons per hour or below in their built-up areas and Beijing should abolish all coal fired boilers in its built-up areas by the end of 2015 unless necessary retaining; by 2017, all prefecture-level or above cities should phase out coal fired boilers of 10 steam tons per hour or below in their built-up areas in China and all prefecture-level or above cities in Hebei Province and Tianjin should phase out coal fired boilers of 35 steam tons per hour or below in their built-up areas. Upon this, authorities at different levels published their own Air Pollution Prevention and Control Action Plan respectively, so as to further specify and bring into action the target goals.
From the plan, it can be seen that Beijing-Tianjin-Hebei Region is the first tier under the most pressure to realize the goals. By 2015, it should close down all the coal fired boilers of 10 steam tons per hour or below and by 2017 all the coal fired boilers of 35 steam tons per hour or below. The second one includes Shanxi, Shandong etc. By 2015, they should close down all the boilers of 10 steam tons per hour or below in urban areas. Provinces such as Shaanxi, Jilin and Heilongjiang will be on a more relaxed track. They plan starts to abolish boilers of 10 steam tons per hour or below from 2017 on.
After the closing down of small coal fired boilers, most of the facilities will be transformed into gas fired or electricity fired ones in industrial dispersed areas except those extremely outdated production facilities; in industrial cluster districts for chemical, papermaking, printing and dyeing, leather and pharmaceutical, most of the coal fired boilers will be replaced by the construction of cogeneration units gradually with high efficiency boilers being brought in.
Heat and power cogeneration will be the major heat supply for industrial production. It is measured that if 25 units of electricity and 50 units of heat are separately generated, it will consume 152 units of coals, but if cogenerated, it only consume 100 units of coals. Through combining heat and power generation, heat conversion efficiency can be raised from 50% to 75%, or even higher conversion efficiency can be achieved if adopting high efficiency boilers or further processing the coal combustion.
For large scale boilers to meet the standards on air pollutant emission, it is necessary to bring in equipment for desulfurization, denitration and dedusting, which will promote the development of related markets.
The market room for small boiler transformation will be released in concentration in the next five years. It is estimated that China will phase out small coal fired boilers of 10 steam tons per hour and 35 steam tons per hour between 2016 and 2020, propelling investment in related areas of up to hundreds of billions of CNY every year.
Many local governments in China are adopting proactive measures to reduce and control industrial pollutant emissions. Projects such as Coal-to-Gas Fired Boiler and Coal-to-Power Fired Boiler are becoming the most popular ones for policymaking and the market.
For cities on the route of West-to-East Gas Transmission Project and pipelines for imported natural gas as well as for port cities capable of importing liquefied gas and their surrounding areas, gas fired boilers enjoy huge potential for further development in the future.
As gas fired boiler is a kind of environmental boiler, Chinese government will support and encourage its application. Therefore, it will enjoy a bright market prospect in China. It is estimated that coal fired boilers will gradually give way to gas fired boilers in the years to come, with the latter ones becoming the dominant product in the boiler market in China.
Through this report, readers can acquire the following information or even more:
Supply and Demand of Industrial Boilers in China
Policies Published by Chinese Government Concerning Boiler Industry
Reasons on Replacing Coal Fired Boiler with Gas Fired Boiler
Market Competition of Boiler Industry in China
Major Boiler Manufacturers in China
Forecast on China Boiler Industry
The following enterprises and people are proposed to purchase this report:
Manufacturers of Industrial Boilers
Users of Industrial Boilers
Investors/Research Institutes Concerned about Boiler Industry
Table of Contents
1 Overview of Boilers in China
1.1 Definition and Classification
1.2 Coal Fired Boiler
1.3 Gas Fired Boiler
1.3.1 Introduction of Gas Fired Boilers
1.3.2 Advantages of Gas Fired Boilers
1.4 Economic Analysis on the Project of Replacing Coal Fired Boilers with Natural Gas Boilers
1.4.1 High Cost of Fuel
1.4.2 Comparison of Demand for New Construction and Reconstruction
2 Development Environment of Boiler Industry in China, 2013-2016
2.1 Economic Environment
2.1.1 Chinese Economy
2.1.2 Development of Natural Gas Industry in China
2.2 Reconstruction Policies on Coal Fired Boilers
2.2.1 Policies Published by the State Council of China
2.2.2 Policies Published by the Ministry of Environmental Protection of China
2.2.3 Policies Published by Local Governments
2.3 New Standards on Boiler Emission
2.4 Industrial Boiler
3 Demand for Gas Fired Boilers in China, 2011-2015
3.1 Gas Fired Exhaust Heat Boilers in Power Stations
3.2 Demand for Industrial Gas Fired Boilers
3.3 Estimated Market Demand for Gas Fired Boilers
3.4 Analysis on Supply and Demand for Natural Gas Fired Boilers in China
3.4.1 Output Volume
3.4.2 Demand Volume
4 Competition Pattern of Gas Fired Boiler Market in China, 2010-2015
4.1 Barriers to Entry
4.2 Competition Structure of the Industry
4.2.1 Upstream Suppliers
4.2.2 Downstream Customers
4.2.3 Industry Competition
4.2.5 New Entrants
5 Major Boiler Manufacturers in China, 2011-2015
5.1 Harbin Boiler Company Limited
5.2 Dongfang Boiler Group Co., Ltd. (DBC)
5.3 Shanghai Boiler Works Co., Ltd.
5.4 Hangzhou Boiler Group Co., Ltd.
5.5 Taishan Group
5.6 Babcock & Wilcox Beijing Company Ltd.
5.7 Wuxi Huaguang Boiler Co., Ltd.
5.8 China Western Power Industrial Co., Ltd.
5.9 Jinan Boiler Group Co., Ltd.
5.10 Suzhou Hailu Heavy Industry Co., Ltd.
5.11 Anhui Jinding Boiler Co., Ltd.
5.12 Wuhan Boiler Group
6 Prospect of Boiler Industry in China, 2016-2020
6.1 Factors Influencing Development
6.1.1 Favorable Factors
6.1.2 Unfavorable Factors
6.2 Forecast on Supply
6.2.1 Overall Production
6.2.2 Segments of Fields
6.3 Forecast on Demand
6.3.1 Market Size
6.3.2 Niche Markets
6.4 Recommendations on Development and Investment
Chart Reserve of Boilers in China, 2005-2015
Chart Investment Value on Unit Power in Certain Gas Fired Machine Sets in China
Chart Comparison on Initial Investments between Coal-to-Gas Fired Boiler Transformation and Fume Treatment of Coal Fired Boilers
Chart Comparison on Fuel and Operation Costs between Coal-to-Gas Fired Boiler Transformation and Fume Treatment of Coal Fired Boilers
Chart New Emission Standards for Air Pollutants from Boilers (Request for Comments) (2013 Edition)
Chart First Batch of Natural Gas Distributed Energy Demonstration Projects in China
Chart Output Volume of Natural Gas in China, 2005-2015
Chart Annual Coal Consumption of Industrial Boilers in Major Control Areas
Chart Major Manufacturers of Gas Turbines in China
Chart Competition Pattern of Large-scale Power Station Boilers in China
Chart Output Volume of Exhaust Heat Boilers in China
Chart Output Volume of Industrial Boilers and Power Station Boilers in China, 2008-2015
Chart Output Volume of Power Station Boilers in China, 2008-2015
Chart Major Industrial Boiler Manufacturers in China
Chart Forecast on Output Volume of Industrial Boilers in China, 2016-2020
Harbin Boiler Company Limited
Dongfang Boiler Group Co., Ltd. (DBC)
Shanghai Boiler Works Co., Ltd.
Hangzhou Boiler Group Co., Ltd.
Babcock & Wilcox Beijing Company Ltd.
Wuxi Huaguang Boiler Co., Ltd.
China Western Power Industrial Co., Ltd.
Jinan Boiler Group Co., Ltd.
Suzhou Hailu Heavy Industry Co., Ltd.
Anhui Jinding Boiler Co., Ltd.
Wuhan Boiler Group
boiler, coal fired boiler, small boiler transformation, gas fired boiler, government policies, air pollution prevention
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