2012 Deep Research Report on China Combined Heat and Power (CHP) Industry

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2012 Deep Research Report on China Combined Heat and Power (CHP) Industry> was professional and depth research report on China CHP industry. This report has firstly introduced CHP definition classification industry chain etc relation information. Then introduced CHP technology and industry development status, And then introduced CHP applications and related market demand market supply and market development analysis. And also introduced CHP related equipments list and related market analysis. And also introduce China key CHP suppliers and their project achievements. Finally, the report also introduced CHP industry investment environment and related investment return analysis. In a word, it was a depth research report on China CHP industry. And thanks to the support and assistance from CHP industry chain related experts and enterprises during QYResearch Team survey and interview.  

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Table of Contents

Chapter One CHP Industry Overview    1
1.1 Definition of CHP industry    1
1.2 Background of CHP industry policy    1
1.2.1 CHP industry management system    1
1.2.1.1 The power industry management system    1
1.2.1.2 Thermal industry management system    3
1.2.2 CHP industry support policies    4
1.2.3 CHP industry development plan    4
1.3 Background of CHP industry, energy and environmental    4
1.3.1 Economic development    4
1.3.2 Energy consumption intensified    5
1.3.3 Resource pressures significantly    5
1.3.4 Environmental pressures    6
1.3.5 Energy-saving environmental advantages of CHP    6

Chapter Two CHP Upstream and Downstream Industry Analysis    6
2.1 Workflow analysis of CHP    6
2.1.1 Fuel coal process    6
2.1.2 Air and gas flow    7
2.1.3 Water and steam flow    7
2.1.4 Electrical system processes    7
2.2 The cost and impact analysis of the upper reaches of the CHP    8
2.2.1 The cost of the CHP project    8
2.2.1.1 Fuel costs    8
2.2.1.2 Water    9
2.2.1.3 Electricity    9
2.2.1.4 Equipment depreciation    9
2.2.2 The impact of the cost of the CHP industry    10
2.3 Downstream development of CHP and its effect    11
2.3.1 Analysis of the development of downstream users in CHP    11
2.3.1.1 Industrial users    11
2.3.1.2 Residential customers    13
2.3.2 The development of downstream users of CHP industry    15

Chapter Three CHP Industry Development Status Analysis    16
3.1 CHP scale of development    16
3.1.1 Analysis of power installed capacity    16
3.1.2 Analysis of the installed power structure    16
3.1.2.1 Installed structure    16
3.1.2.2 The characteristics of installed structural changes    17
3.2 Analysis of CHP product price    19
3.2.1 Electricity prices    19
3.2.1.1 Electricity market process    19
3.2.1.2 CHP tariff    19
3.2.2 Thermal price    20
3.2.2.1 Thermal pricing mechanism    20
3.2.2.2 Changes in thermal prices    21
3.3 Analysis of Economic Benefits of CHP    23
3.3.1 CHP economic efficiency indicators    23
3.3.1.1 Thermal efficiency of the CHP    23
3.3.1.2 Heat-power ratio of CHP    23
3.3.2 Analysis of Economic Benefits of CHP    23
3.3.2.1 Efficiency advantages compared with the pure thermal power    23
3.3.2.2 Efficiency advantages compared with the heat supply    23
3.4 Analysis of the development of CCHP    24
3.4.1 CCHP Research    24
3.4.2 Advantages of CCHP    24
3.4.3 Analysis of CCHP application    25
3.5 CHP projects    26
3.5.1 CHP production projects Statistics    26
3.5.2 CHP Building Projects Statistics    26
3.5.3 The Planning CHP Project Statistics    27

Chapter Four CHP Industry Central Heating Analysis    27
4.1 Analysis of heat supply and demand balance    27
4.1.1 Analysis of thermal market in consumer demand    27
4.1.1.1 Analysis of the total heat consumption    27
4.1.1.2 Analysis of heat consumption structure    28
4.1.2 Thermal market concentration of supply analysis    29
4.1.2.1 City steam central heating capacity    29
4.1.2.2 Total amount of city Steam central heating    29
4.1.2.3 City hot water central heating capacity    29
4.1.2.4 City hot water central heating aggregates    29
4.2 Analysis of civil centralized heating    30
4.2.1 Civil centralized heating facilities the status quo    30
4.2.1.1 Urban construction area of the scale of construction    30
4.2.1.2 The size of heating area of town buildings    30
4.2.1.3 Urban heat pipeline construction    31
4.2.2 Northeast civil central heating    32
4.2.2.1 Northeast thermal power plant heating equipment capacity    32
4.2.2.2 Northeast thermal power plant heating the total situation    32
4.2.2.3 Northeast civil central heating plan    32
4.2.3 North China civil central heating    33
4.2.3.1 North thermal power plant heating equipment capacity    33
4.2.3.2 North thermal power plant heating total situation    33
4.2.3.3 North China civil central heating plan    33
4.2.4 Northwest civil central heating    34
4.2.4.1 Northwest thermal power plant heating equipment capacity    34
4.2.4.2 Northwest thermal power plant heating total situation    34
4.3 Central heating analysis of industrial users    35
4.3.1 Industrial central heating situation    41
4.3.2 Jiangsu Industrial central heating    41
4.3.2.1 Jiangsu thermal power plant heating equipment capacity    41
4.3.2.2 Jiangsu total thermal power plant heating situation    41
4.3.2.3 Jiangsu industrial users thermoelectric demand    42
4.3.2.4 Jiangsu Industrial central heating plan    42
4.3.3 Shandong central heating    43
4.3.3.1 Shandong Thermal Power Plant heating equipment capacity    43
4.3.3.2 Shandong Thermal Power Plant heating the total situation    43
4.3.3.3 Shandong central heating planning    43
4.3.4 Zhejiang central heating    44
4.3.4.1 Zhejiang Thermal Power Plant heating equipment capacity    44
4.3.4.2 Zhejiang Thermal Power Plant heating the total situation    44
4.3.4.3 Zhejiang thermoelectric demand    44

Chapter Five Self-built Thermal Power Plant Analysis of the Industrial Enterprises    45
5.1 Analysis of the oil industry thermal power plant construction    45
5.1.1 Analysis of thermoelectric needs of the petroleum industry    45
5.1.2 Oil thermal power plant construction    45
5.1.2.1 The oil thermoelectric installed capacity    45
5.1.2.2 Thermoelectric capacity planning of the oil    46
5.1.3 Sinopec heat and power plant construction    46
5.1.3.1 Sinopec thermoelectric installed capacity    46
5.1.3.2 Sinopec thermoelectric capacity planning    46
5.2 Analysis of chemical industrial heat and power plant construction    47
5.2.1 Needs analysis of the chemical industry thermoelectric    47
5.2.2 Key industries, thermal power installed capacity    47
5.2.2.1 Fertilizer industry is thermoelectric capacity needs of the situation    47
5.2.2.2 Salt chemical industry, thermoelectric installed demand    48
5.2.3 Thermoelectric capacity planning of the chemical industry    48
5.3 Analysis of light industrial heat and power plant construction    48
5.3.1 Light industry thermoelectric needs analysis    48
5.3.2 Paper industry thermoelectric installed capacity    48
5.3.3 The paper industry thermoelectric capacity planning    49
5.4 Analysis of non-ferrous metallurgical industry thermal power plant construction    50
5.4.1 Thermoelectric needs analysis of non-ferrous metallurgy    50
5.4.1.1 Status of non-ferrous metallurgy    50
5.4.1.2 Energy consumption of the status quo of non-ferrous metallurgy    50
5.4.1.3 Non-ferrous metallurgy-owned thermal power plant status quo    51
5.4.2 The aluminum smelting industry thermoelectric installed capacity    51
5.4.3 The aluminum smelting industry thermoelectric installed capacity planning    51

Chapter Six CHP Industry Main Equipments Analysis    52
6.1 Coal-fired boiler market analysis    52
6.1.1 Size of the market analysis of coal-fired boilers    52
6.1.2 The coal-fired boiler manufacturers    52
6.1.3 The development of coal-fired boilers Trend Analysis    52
6.2 Waste heat boiler market analysis    53
6.2.1 Waste heat boiler market size analysis    53
6.2.2 Waste heat boiler manufacturers    54
6.2.3 Waste heat boiler market prospects    54
6.3 Back pressure steam turbine market analysis    55
6.3.1 Analysis of the back pressure steam turbine applications    55
6.3.2 Back pressure steam turbine manufacturers    55
6.3.3 Back pressure steam turbine market prospects    55
6.4 Waste heat bromine cooler market analysis    56
6.4.1 Waste heat bromine cooler scale of development    56
6.4.2 Waste heat bromine cooler manufacturers    56
6.4.3 Waste heat bromine cooler market prospects    56

Chapter Seven Combined Heat and Power Industries and Enterprises Competitive Analysis    57
7.1 The CHP Enterprise Competitive Analysis    57
7.1.1 The CHP enterprise competitiveness    57
7.1.2 CHP concentration analysis    58
7.2 CHP operating companies and competitor analysis    58
7.2.1 State Power Corporation of Jilin Longhua Thermal Power operation    58
7.2.1.1 Analysis of enterprise development profiles    58
7.2.1.2 Analysis of enterprises the main business    59
7.2.1.3 Enterprise operating conditions    59
7.2.1.4 SWOT analysis of business conditions    62
7.2.1.5 Analysis of merger and reorganization of enterprises to invest in    63
7.2.2 Huaneng Beijing Thermal Power Co. Ltd. Business Analysis    63
7.2.2.1 Company Profile    63
7.2.2.2 Analysis of major economic indicators of enterprises    64
7.2.2.3 Profitability analysis    65
7.2.2.4 Corporate solvency analysis    66
7.2.2.5 Capacity analysis of business operations    66
7.2.2.6 Capacity analysis of business growth    66
7.2.3 Tianjin Huaneng Yangliuqing thermoelectric limited liability company's business operation analysis    67
7.2.3.1 Company Profile    67
7.2.3.2 Analysis of major economic indicators of enterprises    67
7.2.3.3 Profitability analysis    68
7.2.3.4 Corporate solvency analysis    69
7.2.3.5 Capacity analysis of business operations    69
7.2.3.6 Capacity analysis of business growth    70
7.2.4 Datang Taiyuan second thermal power plant operation    70
7.2.4.1 Company Profile    70
7.2.4.2 Analysis of major economic indicators of enterprises    71
7.2.4.3 Profitability analysis    71
7.2.4.4 Corporate solvency analysis    72
7.2.4.5 Capacity analysis of business operations    72
7.2.4.6 Capacity analysis of business growth    73
7.2.5 Shenzhen Nanshan Power Co., Ltd. operation    73
7.2.5.1 Analysis of enterprise development profiles    73
7.2.5.2 Analysis of enterprises the main business    74
7.2.5.3 Enterprise operating conditions    74
7.2.5.4 SWOT analysis of business conditions    76
7.2.5.5 Analysis of merger and reorganization of enterprises    76
7.2.5.6 Trend Analysis of the latest developments in Related Enterprises    77

Chapter Eight Combined Heat and Power Industry Development Prospects Analysis    78
8.1 Investment characteristics of the CHP analysis    78
8.1.1 CHP investment barriers    78
8.1.2 CHP profit model    78
8.1.3 CHP earnings factors    78
8.2 The development of CHP forecast    79
8.2.1 CHP development trend analysis    79
8.2.1.1 Marketing scope of universalization    79
8.2.1.2 Large capacity of the units    79
8.2.1.3 High-tech clean coal technology    80
8.2.1.4 Systematic energy-saving technologies    80
8.2.1.5 The use of fuel clean    81
8.2.1.6 Investment management market    82
8.2.2 Analysis of prospects for the development of CHP    83
8.2.2.1 Development prospects of industrial central heating    83
8.2.2.2 Civil district heating development prospects    83
8.2.3 CCHP development prospects    84
8.2.4 The CHP future development of strategic analysis    84

Chapter Nine CHP Industry Credit Risk Analysis    86
9.1 Industry policy risks and tips    86
9.1.1 Impact of industrial policy and risk warning    86
9.1.2 Environmental policy implications and risk warning    86
9.1.3 Energy saving policy implications and risk warning    86
9.1.4 Energy planning impact analysis and risk warning    86
9.2 Industry, market risk and tips    87
9.2.1 The risk of market supply and demand prompt    87
9.2.2 The risk of competition in the industry tips    87
9.3 Industry chain credit opportunities and recommendations    87
9.3.1 Upstream industry chain credit opportunities and recommendations    87
9.3.2 Credit opportunities and recommendations of the electric power industry    87
9.3.3 Upstream and downstream industry chain credit opportunities and recommendations    88
9.4 Industry credit opportunities and recommendations    88
9.4.1 Overall credit opportunities and credit recommendations    88
9.4.2 Regional credit opportunities and recommendations    88

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List Of Tables and Figures

Figure 2006-2011 China GDP (Billion RMB) and Growth Rate    5

Figure 2006-2011 China Total Industrial Added Value (Billion RMB) and Growth Rate    11
Table 2011 China Major Industrial Products and Their Growth Rate    12
Figure Profits (Billion RMB) of Industrial Enterprises Above Designated Size in 2011 and Their Growth Rate    12
Table 2009-2011 China Rural Per Capita Net Income (RMB) and the actual Growth Rate    13
Table 6 2009-2011 China Urban Residents Per Capita Net Income (RMB) and the actual Growth Rate    14
Figure 2006-2011 China Urban Residents Engel Coefficient    14
Table 2006-2011 China Rural Engel coefficient    14
Figure 2006-Mar 2012 China's Total Installed Capacity (10MW) of Power Generation Equipment Change Trends    16
Figure 2006-Mar 2012 China New Power Generation Installed Capacity (10MW)    16
Table Jan-Oct 2011 China Power Installed Structure (10MW) and Their Proportion    17
Table Growth Rate Comparison of Thermal Power Installed Capacity and Power Generation 2006-2010    18
Table List of CHP Installed Capacity (10MW) 2004-2011    18
Figure Change Trends of CHP Installed Capacity (10MW) 2004-2011    18
Table 2006-2011 CHP Commercial Production Projects List    26
Table 2011-2012H1 CHP Building Projects List    26
Table 2012 CHP Planning Project List    27
Figure China's total heat consumption growth trends, 2005-2011    28
Figure 2011 China's thermal consumption Structure    28
Table 2007-2011, China's urban cities steam central heating capacity (10K Ton/hour)    29
Table 2007-2011, China's urban cities steam central heating total Capacity (10K GJ)    29
Table 2007-2011, China's urban cities hot water central heating capacity (10GW)    29
Table 2007-2011, China's urban cities hot water central heating total Capacity (10K GJ)    29
Figure 2009-2011 China's urban construction area size (100 Million M2)    30
Figure 2009-2011, China's urban construction heating area size (100 Million M2)    31
Table 2007-2011, China's urban steam heat pipe length (km)    31
Table 2007-2011, China's urban water pipeline length (km)    31
Table 2009-2011 Northeast thermal power plant heating equipment capacity (10MW)    32
Table 2009-2011 Northeast thermal power plant total heating capacity (10K GJ)    32
Table 2009-2011 North China Thermal Power Plant Heating Equipment capacity (10MW)    33
Table 2009-2011 North China thermal power plant total heating capacity (10K GJ)    33
Table 2009-2011 Northwest Thermal Power Plant heating equipment capacity (10MW)    34
Table 2009-2011 Northwest Thermal Power Plant heating total Capacity (10K GJ)    34
Table Several cities Thermal coal linkage mechanism situation    36
Table thermal power enterprises tariff Adjustment history    40
Table 2011 Big 5 power generation groups Grid electricity and tariff    40
Table 2009-2011 Jiangsu Thermal Power Plant heating equipment capacity (10MW)    41
Table 2009-2011 Jiangsu thermal power plant total heating Capacity (10K GJ)    41
Table 2009-2011 Jiangsu Industrial users heat and power Demand (10MW)    42
Table 2009-2011 Shandong thermal power plant heating equipment capacity (10MW)    43
Table 2009-2011 Shandong thermal power plant total heating Capacity (10K GJ)    43
Table 2009-2011 Zhejiang Thermal Power Plant heating equipment capacity (10MW)    44
Table 2009-2011 Zhejiang Thermal Power Plant Total Heating Capacity (10K GJ)    44
Table 2009-2011 Zhejiang user heating and power Demand (10MW)    44
Table Petrochemical enterprise thermoelectric installed Turbine Classification    46
Table Chemical industrial CHP existing installed (MW) distribution by Sub-industries    47
Table CHP Installed Capacity (MW) Classification in Paper Industry    49
Table Part of the paper manufacturers new CHP installed capacity (MW)    49
Table Non-ferrous metallurgical industry self own thermal power station status    51
Table Guodian Jilin Longhua Thermal Power Co., Ltd. Main Economic Indicators (thousand RMB)    60
Table Guodian Jilin Longhua Thermal Power Co.,Ltd Operating Income (thousand RMB) and Growth Rate    60
Figure Guodian Jilin Longhua Thermal Power Corporation Profit (thousand RMB) and Growth Rate    60
Figure Guodian Jilin Longhua Thermal Power Corporation Profit Margin and Assets Return Rate    61
Table Guodian Jilin Longhua Thermal Power Corporation Assets Liabilities (thousand RMB) and Asset-liability Ratio    61
Table Guodian Jilin Longhua Thermal Power Company Gross Margin and Profit Margin List    61
Figure Guodian Jilin Longhua Thermal Power Corporation Revenue (thousand RMB) and Growth Rate    62
Table Guodian Jilin Longhua Thermal Power Co., Ltd SWOT Analysis    62
Table Huaneng Beijing Thermal Power Co. Ltd Revenue Cost Profit (thousand RMB)    64
Table Huaneng Beijing Thermal Power Co. Ltd. Revenue (thousand RMB) and Growth Rate    64
Figure Huaneng Beijing Thermal Power Co. Ltd Total Profit (thousand RMB) and Growth Rate    65
Figure Huaneng Beijing Thermal Power Co. Ltd Profit Margin and Assets Return Rate    65
Table Huaneng Beijing Thermal Power Co. Ltd. Assets Liabilities (Thousand RMB) and Asset-liability Ratio    66
Table Huaneng Beijing Thermal Power Company Limited Gross Margin and Profit Margin List    66
Figure Huaneng Beijing Thermal Power Company Revenue (thousand RMB) and Growth Rate    66
Table Tianjin Huaneng Yangliuqing Thermal Power Co., Ltd. Revenue Cost Profit (thousand RMB) List    67
Table Tianjin Huaneng Yangliuqing Thermal Power Co., Ltd. Revenue (thousand RMB) and Growth Rate    68
Figure Tianjin Huaneng Yangliuqing Thermal Power Co., Ltd. Profit (thousand RMB) and Growth Rate    68
Figure Tianjin Huaneng Yangliuqing Thermal Power Co., Ltd. Profit Margin and Assets Return Rate    69
Table Tianjin Huaneng Yangliuqing Thermal Power Co., Ltd. Assets liabilities (thousand RMB) and Asset-liability ratio    69
Table Tianjin Huaneng Yangliuqing Thermal Power Co., Ltd Gross Margin and Profit Margin List    69
Figure Tianjin Huaneng Yangliuqing Thermal Power Co., Ltd Revenue (thousand RMB) and Growth Rate    70
Table Datang Taiyuan second thermal power plant Revenue Cost Profit (thousand RMB) List    71
Table Datang Taiyuan second thermal power plant Revenue (thousand RMB) and Growth Rate    71
Figure Datang Taiyuan second thermal power plant Profit (thousand RMB) and Growth Rate    71
Figure Datang Taiyuan second thermal power plant Profit Margin and Assets Return Rate    72
Table Datang Taiyuan second thermal power plant Assets Liabilities (thousand RMB) and Asset-liability Ratio    72
Table Datang Taiyuan second thermal power plant Gross Margin and Profit Margin List    72
Figure Datang Taiyuan second thermal power plants Revenue (thousand RMB) and Growth Rate    73
Table 2011 Shenzhen Nanshan Power Co., Ltd. Revenue Cost Profit (10K RMB) List    74
Table 2011 Shenzhen Nanshan Power Co., Ltd. Finance Data List    74
Table 2011 Shenzhen Nanshan Power Co., Ltd. Profit Table (RMB)    75
Table Shenzhen Nanshan Power Co., Ltd. SWOT Analysis    76

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