2012 Deep Research Report on China Waste Heat Power Generation Industry
QYresearch, June 2012, Pages: 415
“2012 Deep Research Report on China Waste Heat Power Generation Industry” is a professional and in depth research report on China’s Waste Heat Power Generation industry.
This report introduces:
-Waste Heat Power Generation definition classification industry chain etc relation information.
-Waste Heat Power Generation technology and manufacturing process
-Cement Industry, Steel Industry, Glass Industry etc
-Key downstream industry waste heat power generation applications and related market demand
-Market supply and market development analysis
-Waste heat power generation related equipments list and related market analysis.
-China key waste heat power generation suppliers and their project achievements.
-Waste heat power generation industry investment environment and related investment return a
analysis.
CHAPTER ONE CHINA WASTE HEAT POWER GENERATION INDUSTRY DEVELOPMENT OVERVIEW
1.1 WASTE HEAT POWER GENERATION INTRODUCTION
1.1.1 Waste Heat Power Generation Definition
1.1.2 Waste Heat Power Generation Utilization
1.1.3 Waste Heat Power Generation Equipment
1.2 WASTE HEAT POWER GENERATION PROCESS AND WORKSHOP LAYOUT
1.2.1 Technological process
1.2.2 Common Waste Heat Power Generation Way
1.2.3 Workshop layout
1.3 WASTE HEAT POWER GENERATION INDUSTRY CONSTRUCTION PATTERN ANALYSIS
1.3.1 Traditional construction model
1.3.2 EPC model
1.3.3 EMC model
1.4 WASTE HEAT POWER GENERATION INDUSTRY INVESTMENT CHARACTERISTICS ANALYSIS
1.4.1 Waste Heat Power Generation Industry barriers analysis
1.4.2 Waste Heat Power Generation industry profitability analysis
1.4.3 Waste Heat Power Generation Industry Profit factor analysis
1.5 WASTE HEAT POWER GENERATION INDUSTRY CHAIN ANALYSIS
1.5.1 Waste gas emission and treatment analysis
1.5.2 Wastewater Discharge and Treatment Analysis
1.5.3 Waste discharge and treatment analysis
1.5.4 Waste Heat Power Generation main equipment development analysis
1.5.5 Environmental pollution investment analysis
1.5.6 Analysis of the of renewable energy development
CHAPTER TWO 2011-2012 CHINA WASTE HEAT POWER GENERATION INDUSTRY DEVELOPMENT ANALYSIS
2.1 WASTE HEAT POWER GENERATION INDUSTRY DEVELOPMENT ENVIRONMENT ANALYSIS
2.1.1 Analysis of the Clean Development Mechanism
2.1.2 Industry policy environment analysis
2.1.3 Analysis of Industry economic environment
2.1.4 Industry Demand Environmental Analysis
2.1.5 Difficulties of the industry Development
2.2 GLOBAL WASTE HEAT POWER GENERATION INDUSTRY DEVELOPMENT
2.2.1 Global Waste Heat Power Generation Industry Development
2.2.2 Multinational companies investment in the Chinese market
2.2.3 Analysis of the competitive strategy of multinational companies in China
2.3 CHINA WASTE HEAT POWER GENERATION INDUSTRY DEVELOPMENT
2.3.1 Huge amount of waste heat
2.3.2 Waste heat utilization analysis
2.3.3 Waste Heat Power Generation application Industry analysis
2.3.4 Waste Heat Power Generation industry characteristics
2.3.5 Waste Heat Power Generation development impact factors
2.3.6 Status and prospects of the Waste Heat Power Generation Development
2.4 CHINA WASTE HEAT POWER GENERATION MARKET COMPETITIVE ANALYSIS
2.4.1 Analysis of the Waste Heat Power Generation industry market size
2.4.2 Waste Heat Power Generation industry competition pattern analysis
2.4.3 Analysis of the Waste Heat Power Generation Industry bargaining ability
2.4.4 Analysis of the potential threat of the Waste Heat Power Generation Industry
CHAPTER THREE 2011-2012 CHINA CEMENT INDUSTRY WASTE HEAT POWER GENERATION MARKET ANALYSIS
3.1 2011-2012 OPERATIONAL STATUS OF THE CEMENT INDUSTRY
3.1.1 Analysis of the size of the cement industry
3.1.2 Cement industry production
3.1.3 Demand of cement industry
3.1.4 Supply and demand balance of cement industry
3.1.5 Financial operations of the cement industry
3.1.6 Operational features and trend analysis of the cement industry
3.2 POWER GENERATION FROM WASTE HEAT IN CEMENT INDUSTRY DEVELOPMENT BACKGROUND
3.2.1 Power generation from waste heat in cement industry Policy Analysis
3.2.2 Energy consumption in cement industry
3.2.3 Analysis of the cost structure of the cement industry
3.3 POWER GENERATION FROM WASTE HEAT IN CEMENT INDUSTRY DEVELOPMENT
3.3.1 Power generation from waste heat in cement industry structure
3.3.2 Global Power generation from waste heat in cement industry Development
3.3.3 China Power generation from waste heat in cement industry Development
3.4 POWER GENERATION FROM WASTE HEAT IN CEMENT INDUSTRY MARKET COMPETITION
3.4.1 Power generation from waste heat in cement industry prospect forecast
3.4.2 Power generation from waste heat in cement industry Investment proposals
3.5 POWER GENERATION FROM WASTE HEAT IN CEMENT INDUSTRY BENEFIT ANALYSIS
3.5.1 Power generation from waste heat in cement industry Profitability analysis and trend
3.5.2 Power generation from waste heat in cement industry Benefit analysis
CHAPTER FOUR 2011-2012 CHINESE STEEL INDUSTRY WASTE HEAT POWER GENERATION MARKET ANALYSIS
4.1 2011-2012 CHINA STEEL INDUSTRY OPERATING STATUS ANALYSIS
4.1.1 Analysis of the size of the steel industry
4.1.2 Iron and steel industry production
4.1.3 Demand for iron and steel industry
4.1.4 China steel industry supply and demand balance
4.1.5 Financial and operational situation of China steel industry
4.1.6 Operational features and trend analysis of China steel industry
4.2 POWER GENERATION FROM WASTE HEAT IN STEEL INDUSTRY DEVELOPMENT BACKGROUND
4.2.1 Power generation from waste heat in steel industry Related policy analysis
4.2.2 Iron and steel industry energy consumption
4.2.3 Statistical analysis of iron and steel industry energy consumption
4.3 POWER GENERATION FROM WASTE HEAT IN STEEL INDUSTRY DEVELOPMENT
4.3.1 Development of superheated steam the Waste Heat Power Generation
4.3.2 Waste Heat of Saturated steam Power Generation Development Analysis
4.3.3 Analysis of hot water, the Waste Heat Power Generation
4.3.4 CDM projects of the steel industry statistics
4.3.5 Power generation from waste heat in steel industry Development trends
4.3.6 Power generation from waste heat in steel industry development prospect forecast
4.3.7 Power generation from waste heat in steel industry Investment advice
CHAPTER FIVE 2011-2012 CHINA GLASS INDUSTRY WASTE HEAT POWER GENERATION MARKET ANALYSIS
5.1 2011-2012 CHINA GLASS AND GLASS PRODUCTS INDUSTRIES OPERATION CONDITION ANALYSIS
5.1.1 Glass and glass products industries Scale analysis
5.1.2 Glass and glass products industries Production situation
5.1.3 Glass and glass products industries Demand situation
5.1.4 Glass and glass products industries Supply and demand balance
5.1.5 Glass and glass products industries Financial operation
5.1.6 Glass and glass products industries Operational features and trend analysis
5.2 GLASS INDUSTRY WASTE HEAT POWER GENERATION DEVELOPMENT SITUATION
5.2.1 Glass industry Waste Heat Power Generation Related policy analysis
5.2.2 Glass industry Waste Heat Power Generation Demand analysis
5.2.3 Glass industry Waste Heat Power Generation Development situation
5.2.4 Glass industry Waste Heat Power Generation Technical Analysis
5.2.5 Glass industry Waste Heat Power Generation Development trends
5.2.6 Glass industry Waste Heat Power Generation development prospect forecast
5.2.7 Glass industry Waste Heat Power Generation Investment Advice
CHAPTER SIX 2011-2012 CHINA OTHER INDUSTRY WASTE HEAT POWER GENERATION MARKET ANALYSIS
6.1 CHEMICAL INDUSTRYWASTE HEAT POWER GENERATION MARKET ANALYSIS
6.1.1 Chemical industryWaste Heat Power Generation Related policy analysis
6.1.2 Chemical industry Operation condition analysis
(2)CHEMICAL INDUSTRY PRODUCTION SITUATION
6.1.3 Chemical industryWaste Heat Power Generation Demand analysis
6.1.4 Chemical industryWaste Heat Power Generation Situation and Prospects
6.2 NONFERROUS METAL INDUSTRY WASTE HEAT POWER GENERATION MARKET ANALYSIS
6.2.1 Nonferrous metal industry Waste Heat Power Generation Related policy analysis
6.2.2 Nonferrous metal industry Operation condition analysis
6.2.3 Nonferrous metal industry Waste Heat Power Generation Demand analysis
6.2.4 Nonferrous metal industry Waste Heat Power Generation Situation and Prospects
CHAPTER SEVEN 2011-2012 CHINA WASTE HEAT POWER GENERATION TECHNOLOGY AND EQUIPMENT MARKET ANALYSIS
7.1 WASTE HEAT BOILER MARKET ANALYSIS
7.1.1 Oxygen converter Waste heat boiler Market analysis
7.1.2 Cement kilns Waste heat boiler Market analysis
7.1.3 Biomass Boiler Market analysis
7.1.4 Nonferrous metallurgy Waste heat boiler Market analysis
7.1.5 Blast furnace gas Waste heat boiler Market analysis
7.1.6 CDQ Waste heat boiler Market analysis
7.1.7 Waste incineration Waste heat boiler Market analysis
7.1.8 Sintering machine Waste heat boiler Market analysis
7.1.9 Gas turbine Waste heat boiler Market analysis
7.1.10 Other Waste heat boiler Product Market analysis
7.2 TURBINE MARKET ANALYSIS
7.2.1 Turbine production Scale analysis
7.2.2 Turbine Market competition pattern
7.2.3 Turbine Technology research and development trends
7.3 GENERATOR MARKET ANALYSIS
7.3.1 Generator production Scale analysis
7.3.2 Generator Market competition patter
7.3.3 Generator Technology research and development trends
7.4 WATER CIRCULATION AND SEWAGE TREATMENT EQUIPMENT MARKET ANALYSIS
7.4.1 Water circulation and sewage treatment equipment production Scale analysis
7.4.2 Water circulation and sewage treatment equipment Market competition pattern
7.4.3 Water circulation and sewage treatment equipment Technology research and development trends
7.5 WASTE HEAT POWER GENERATION TECHNICAL DEVELOPMENT
7.5.1 Global Waste Heat Power Generation Technical Development
7.5.2 China Waste Heat Power Generation Introduction
7.5.3 China Key Waste Heat Power Generation Technology
7.5.4 China Waste Heat Power Generation Comparative analysis of technology
7.5.5 Waste Heat Power Generation Technology Development trends
CHAPTER EIGHT 2011-2012 CHINA WASTE HEAT POWER GENERATION INDUSTRY KEY COMPANIES ANALYSIS
8.1 ANHUI CONCH KAWASAKI ENGINEERING CO., LTD.
8.1.1 Company Profile
8.1.2 Conch Cement operating conditions and financial indicators
8.1.3 Conch Cement Waste Heat Power Generation huge cost savings
8.1.4 Overview of Conch Cement Waste Heat Power Generation Development of Circular Economy
8.2 SINOMA DEVELOPMENT CO., LTD.
8.2.1 Company Profile
8.2.2 Sinoma Development Co., Ltd. construction the world's largest the Waste Heat Power Generation Project grid
8.2.3 Sinoma signed with Yunnan the Yongchang silicon industry Waste the HeatPower Generation Contract Energy Management
8.2.4 Sinoma signed an energy management project contract with Star China, Inner Mongolia 381
8.3 DALIAN EAST NEW ENERGY DEVELOPMENT CO., LTD.
8.3.1 Company Profile
THE PROJECT OF NEW CEMENT PRODUCTION LINE
8.3.2 Dalian EAST New Energy Development Overview
8.3.3 Dalian EAST New Energy Operating conditions
8.3.4 Dalian EAST New Energy Development Future development plans
8.4 NANJING TRIUMPH KAINENG ENVIRONMENT & ENERGY CO., LTD.
8.4.1 Company Profile
8.4.2 Nanjing Triumph Kaineng Environment & Energy Co., Ltd. technological advantages
8.4.3 Nanjing Triumph Kaineng Environment & Energy Co., Ltd. Waste Heat Power Generation national patent applications
8.5 CITIC HEAVY INDUSTRIES CO., LTD.
8.5.1 Company Profile
8.5.2 CITIC Heavy Industries Co., Ltd. Waste Heat Power Generation maintain leading technology
8.5.3 CITIC Heavy Industries Co., Ltd. Waste Heat Power Generation Technology has made the Chinese Patent Excellence Award
CHAPTER NINE 2012-2016 CHINA WASTE HEAT POWER GENERATION INDUSTRY, CREDIT AND INVESTMENT AND FINANCING ANALYSIS
9.1 `INDUSTRY POLICY RISK ANALYSIS AND TIPS
9.1.1 Impact of industrial policy and risk warning
9.1.2 Environmental policy implications and risk warning
9.1.3 Energy saving policy implications and risk warning\
9.1.4 Energy planning impact analysis and risk warning
9.2 INDUSTRY MARKET RISK AND TIPS
9.2.1 The risk of market supply and demand
9.2.2 The risk warning of market price
9.2.3 Industry competition risk tips
9.3 INDUSTRY CREDIT OPPORTUNITIES AND RECOMMENDATIONS
9.3.1 Overall credit opportunities and credit recommendations
9.3.2 Sub-sectors credit opportunities and credit recommendations
9.3.3 Regional credit opportunities and recommendations
9.3.4 Corporate credit opportunities and recommendations
9.4 CREDIT OPPORTUNITIES AND RECOMMENDATIONS OF INDUSTRIAL CHAIN
9.4.1 Upstream industry chain credit opportunities and recommendations
9.4.2 Downstream industry chain credit opportunities and recommendations
9.5 WASTE HEAT POWER GENERATION INDUSTRY INVESTMENT AND FINANCING ANALYSIS
9.5.1 Analysis of industry investment and financing
9.5.2 Industry investment and financing mode analysis
9.5.3 Support of financial institutions on the Waste Heat Power Generation field.
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