2012 deep research report on china waste heat power generation industry

2012 Deep Research Report on China Waste Heat Power Generation Industry


Hard copy: 2500 USD
Electronic copy (PDF): 2500USD
Global License: 4500USD

Pages: 415
Tables and figures: 108
Published date: Jun 13, 2012
Publisher: QYResearch Energy Research Center
Contact: Mr. Zhang Dong 86-10-82945717; 86-13811796901, sales@qyresearch.com

Summary

<2012 Deep Research Report on China Waste Heat Power Generation Industry> was professional
and depth research report on China Waste Heat Power Generation industry. This report has firstly
introduced Waste Heat Power Generation definition classification industry chain etc relation
information. Then introduced Waste Heat Power Generation technology and manufacturing
process. And then introduced 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. And also introduced waste heat power generation related
equipments list and related market analysis. And also introduce China key waste heat power
generation suppliers and their project achievements. Finally, the report also introduced waste heat
power generation industry investment environment and related investment return analysis.In a
word, it was a depth research report on China Waste Heat Power Generation industry. And thanks
to the support and assistance from Waste Heat Power Generation industry chain related experts
and enterprises during QYResearch Team survey and interview..

QYResearch Mr. Zhangdong sales@qyresearch.com 13811796901 8610-82945717 1(11 Total)


Table of Contents

CHAPTER ONE CHINA WASTE HEAT POWER GENERATION INDUSTRY
DEVELOPMENT OVERVIEW 1
1.1 WASTE HEAT POWER GENERATION INTRODUCTION 1
1.1.1 Waste Heat Power Generation Definition 1
1.1.2 Waste Heat Power Generation Utilization 1
1.1.3 Waste Heat Power Generation Equipment 2
1.2 WASTE HEAT POWER GENERATION PROCESS AND WORKSHOP LAYOUT 2
1.2.1 Technological process 2
1.2.2 Common Waste Heat Power Generation Way 4
1.2.3 Workshop layout 4
1.3 WASTE HEAT POWER GENERATION INDUSTRY CONSTRUCTION PATTERN
ANALYSIS 5
1.3.1 Traditional construction model 5
1.3.2 EPC model 5
1.3.3 EMC model 6
1.4 WASTE HEAT POWER GENERATION INDUSTRY INVESTMENT CHARACTERISTICS
ANALYSIS 10
1.4.1 Waste Heat Power Generation Industry barriers analysis 10
1.4.2 Waste Heat Power Generation industry profitability analysis 11
1.4.3 Waste Heat Power Generation Industry Profit factor analysis 12
1.5 WASTE HEAT POWER GENERATION INDUSTRY CHAIN ANALYSIS 12
1.5.1 Waste gas emission and treatment analysis 12
1.5.2 Wastewater Discharge and Treatment Analysis 14
1.5.3 Waste discharge and treatment analysis16
1.5.4 Waste Heat Power Generation main equipment development analysis 18
1.5.5 Environmental pollution investment analysis 19
1.5.6 Analysis of the of renewable energy development 21

CHAPTER TWO 2011-2012 CHINA WASTE HEAT POWER GENERATION INDUSTRY
DEVELOPMENT ANALYSIS 21
2.1 WASTE HEAT POWER GENERATION INDUSTRY DEVELOPMENT ENVIRONMENT
ANALYSIS 22
2.1.1 Analysis of the Clean Development Mechanism 22
2.1.2 Industry policy environment analysis 23
2.1.3 Analysis of Industry economic environment 24
2.1.4 Industry Demand Environmental Analysis 34
2.1.5 Difficulties of the industry Development 34
2.2 GLOBAL WASTE HEAT POWER GENERATION INDUSTRY DEVELOPMENT 35
2.2.1 Global Waste Heat Power Generation Industry Development 35
2.2.2 Multinational companies investment in the Chinese market 36
2.2.3 Analysis of the competitive strategy of multinational companies in China 39
2.3 CHINA WASTE HEAT POWER GENERATION INDUSTRY DEVELOPMENT 39



2.3.1 Huge amount of waste heat 39
2.3.2 Waste heat utilization analysis 40
2.3.3 Waste Heat Power Generation application Industry analysis 40
2.3.4 Waste Heat Power Generation industry characteristics 40
2.3.5 Waste Heat Power Generation development impact factors 41
2.3.6 Status and prospects of the Waste Heat Power Generation Development 41
2.4 CHINA WASTE HEAT POWER GENERATION MARKET COMPETITIVE ANALYSIS 42
2.4.1 Analysis of the Waste Heat Power Generation industry market size 42
2.4.2 Waste Heat Power Generation industry competition pattern analysis 43
2.4.3 Analysis of the Waste Heat Power Generation Industry bargaining ability 44
2.4.4 Analysis of the potential threat of the Waste Heat Power Generation Industry 44

CHAPTER THREE 2011-2012 CHINA CEMENT INDUSTRY WASTE HEAT POWER
GENERATION MARKET ANALYSIS 45
3.1 2011-2012 OPERATIONAL STATUS OF THE CEMENT INDUSTRY 45
3.1.1 Analysis of the size of the cement industry 45
3.1.2 Cement industry production 46
3.1.3 Demand of cement industry 48
3.1.4 Supply and demand balance of cement industry 49
3.1.5 Financial operations of the cement industry 50
3.1.6 Operational features and trend analysis of the cement industry 52
3.2 POWER GENERATION FROM WASTE HEAT IN CEMENT INDUSTRY DEVELOPMENT
BACKGROUND 55
3.2.1 Power generation from waste heat in cement industry Policy Analysis 55
3.2.2 Energy consumption in cement industry 139
3.2.3 Analysis of the cost structure of the cement industry 140
3.3 POWER GENERATION FROM WASTE HEAT IN CEMENT INDUSTRY DEVELOPMENT
141
3.3.1 Power generation from waste heat in cement industry structure 141
3.3.2 Global Power generation from waste heat in cement industry Development 145
3.3.3 China Power generation from waste heat in cement industry Development 146
3.4 POWER GENERATION FROM WASTE HEAT IN CEMENT INDUSTRY MARKET
COMPETITION 160
3.4.1 Power generation from waste heat in cement industry prospect forecast 165
3.4.2 Power generation from waste heat in cement industry Investment proposals 167
3.5 POWER GENERATION FROM WASTE HEAT IN CEMENT INDUSTRY BENEFIT
ANALYSIS 168
3.5.1 Power generation from waste heat in cement industry Profitability analysis and trend 168
3.5.2 Power generation from waste heat in cement industry Benefit analysis 169

CHAPTER FOUR 2011-2012 CHINESE STEEL INDUSTRY WASTE HEAT POWER
4.1 2011-2012 CHINA STEEL INDUSTRY OPERATING STATUS ANALYSIS 172
4.1.1 Analysis of the size of the steel industry 172



4.1.2 Iron and steel industry production 173
4.1.3 Demand for iron and steel industry 174
4.1.4 China steel industry supply and demand balance 175
4.1.5 Financial and operational situation of China steel industry 178
4.1.6 Operational features and trend analysis of China steel industry 180
4.2 POWER GENERATION FROM WASTE HEAT IN STEEL INDUSTRY DEVELOPMENT
BACKGROUND 189
4.2.1 Power generation from waste heat in steel industry Related policy analysis 189
4.2.2 Iron and steel industry energy consumption 211
4.2.3 Statistical analysis of iron and steel industry energy consumption 212
4.3 POWER GENERATION FROM WASTE HEAT IN STEEL INDUSTRY DEVELOPMENT
223
4.3.1 Development of superheated steam the Waste Heat Power Generation 223
4.3.2 Waste Heat of Saturated steam Power Generation Development Analysis 227
4.3.3 Analysis of hot water, the Waste Heat Power Generation 228
4.3.4 CDM projects of the steel industry statistics 229
4.3.5 Power generation from waste heat in steel industry Development trends 252
4.3.6 Power generation from waste heat in steel industry development prospect forecast 253
4.3.7 Power generation from waste heat in steel industry Investment advice 255

CHAPTER FIVE 2011-2012 CHINA GLASS INDUSTRY WASTE HEAT POWER
5.1 2011-2012 CHINA GLASS AND GLASS PRODUCTS INDUSTRIES OPERATION
CONDITION ANALYSIS 256
5.1.1 Glass and glass products industries Scale analysis 256
5.1.2 Glass and glass products industries Production situation 256
5.1.3 Glass and glass products industries Demand situation 257
5.1.4 Glass and glass products industries Supply and demand balance 258
5.1.5 Glass and glass products industries Financial operation 258
5.1.6 Glass and glass products industries Operational features and trend analysis 259
5.2 GLASS INDUSTRY WASTE HEAT POWER GENERATION DEVELOPMENT
SITUATION 260
5.2.1 Glass industry Waste Heat Power Generation Related policy analysis 260
5.2.2 Glass industry Waste Heat Power Generation Demand analysis 293
5.2.3 Glass industry Waste Heat Power Generation Development situation 295
5.2.4 Glass industry Waste Heat Power Generation Technical Analysis 297
5.2.5 Glass industry Waste Heat Power Generation Development trends 298
5.2.6 Glass industry Waste Heat Power Generation development prospect forecast 299
5.2.7 Glass industry Waste Heat Power Generation Investment Advice 300

CHAPTER SIX 2011-2012 CHINA OTHER INDUSTRY WASTE HEAT POWER
6.1 CHEMICAL INDUSTRYWASTE HEAT POWER GENERATION MARKET ANALYSIS301
6.1.1 Chemical industryWaste Heat Power Generation Related policy analysis 301



6.1.2 Chemical industry Operation condition analysis 302
（2）CHEMICAL INDUSTRY PRODUCTION SITUATION 302
6.1.3 Chemical industryWaste Heat Power Generation Demand analysis 307
6.1.4 Chemical industryWaste Heat Power Generation Situation and Prospects 308
6.2 NONFERROUS METAL INDUSTRY WASTE HEAT POWER GENERATION MARKET
ANALYSIS 308
6.2.1 Nonferrous metal industry Waste Heat Power Generation Related policy analysis 308
6.2.2 Nonferrous metal industry Operation condition analysis 310
6.2.3 Nonferrous metal industry Waste Heat Power Generation Demand analysis 318
6.2.4 Nonferrous metal industry Waste Heat Power Generation Situation and Prospects 320

CHAPTER SEVEN 2011-2012 CHINA WASTE HEAT POWER GENERATION
TECHNOLOGY AND EQUIPMENT MARKET ANALYSIS 321
7.1 WASTE HEAT BOILER MARKET ANALYSIS 321
7.1.1 Oxygen converter Waste heat boiler Market analysis 321
7.1.2 Cement kilns Waste heat boiler Market analysis 325
7.1.3 Biomass Boiler Market analysis 326
7.1.4 Nonferrous metallurgy Waste heat boiler Market analysis 327
7.1.5 Blast furnace gas Waste heat boiler Market analysis 329
7.1.6 CDQ Waste heat boiler Market analysis 331
7.1.7 Waste incineration Waste heat boiler Market analysis 337
7.1.8 Sintering machine Waste heat boiler Market analysis 338
7.1.9 Gas turbine Waste heat boiler Market analysis 340
7.1.10 Other Waste heat boiler Product Market analysis 341
7.2 TURBINE MARKET ANALYSIS 345
7.2.1 Turbine production Scale analysis 345
7.2.2 Turbine Market competition pattern 345
7.2.3 Turbine Technology research and development trends 346
7.3 GENERATOR MARKET ANALYSIS 348
7.3.1 Generator production Scale analysis 348
7.3.2 Generator Market competition pattern 348
7.3.3 Generator Technology research and development trends 349
7.4 WATER CIRCULATION AND SEWAGE TREATMENT EQUIPMENT MARKET
ANALYSIS 351
7.4.1 Water circulation and sewage treatment equipment production Scale analysis 351
7.4.2 Water circulation and sewage treatment equipment Market competition pattern 354
7.4.3 Water circulation and sewage treatment equipment Technology research and development
trends 355
7.5 WASTE HEAT POWER GENERATION TECHNICAL DEVELOPMENT 358
7.5.1 Global Waste Heat Power Generation Technical Development 358
7.5.2 China Waste Heat Power Generation Introduction 360
7.5.3 China Key Waste Heat Power Generation Technology 361
7.5.4 China Waste Heat Power Generation Comparative analysis of technology 362
7.5.5 Waste Heat Power Generation Technology Development trends 366



CHAPTER EIGHT 2011-2012 CHINA WASTE HEAT POWER GENERATION INDUSTRY
KEY COMPANIES ANALYSIS 369
8.1 ANHUI CONCH KAWASAKI ENGINEERING CO., LTD. 369
8.1.1 Company Profile 369
8.1.2 Conch Cement operating conditions and financial indicators 371
8.1.3 Conch Cement Waste Heat Power Generation huge cost savings 373
8.1.4 Overview of Conch Cement Waste Heat Power Generation Development of Circular
Economy 374
8.2 SINOMA DEVELOPMENT CO., LTD. 375
8.2.2 Sinoma Development Co., Ltd. construction the world's largest the Waste Heat Power
Generation Project grid 377
8.2.3 Sinoma signed with Yunnan the Yongchang silicon industry Waste the HeatPower
Generation Contract Energy Management 378
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. 382
THE PROJECT OF NEW CEMENT PRODUCTION LINE 384
8.3.2 Dalian EAST New Energy Development Overview 384
8.3.3 Dalian EAST New Energy Operating conditions 385
8.3.4 Dalian EAST New Energy Development Future development plans 387
8.4 NANJING TRIUMPH KAINENG ENVIRONMENT & ENERGY CO., LTD. 388
8.4.2 Nanjing Triumph Kaineng Environment & Energy Co., Ltd. technological advantages 390
8.4.3 Nanjing Triumph Kaineng Environment & Energy Co., Ltd. Waste Heat Power Generation
national patent applications 391
8.5 CITIC HEAVY INDUSTRIES CO., LTD. 392
8.5.2 CITIC Heavy Industries Co., Ltd. Waste Heat Power Generation maintain leading
technology 393
8.5.3 CITIC Heavy Industries Co., Ltd. Waste Heat Power Generation Technology has made the
Chinese Patent Excellence Award 395

CHAPTER NINE 2012-2016 CHINA WASTE HEAT POWER GENERATION INDUSTRY,
CREDIT AND INVESTMENT AND FINANCING ANALYSIS 396
9.1 `INDUSTRY POLICY RISK ANALYSIS AND TIPS 396
9.1.1 Impact of industrial policy and risk warning 396
9.1.2 Environmental policy implications and risk warning 396
9.1.3 Energy saving policy implications and risk warning 397
9.1.4 Energy planning impact analysis and risk warning 398
9.2 INDUSTRY MARKET RISK AND TIPS 400
9.2.1 The risk of market supply and demand 400
9.2.2 The risk warning of market price 401



9.2.3 Industry competition risk tips 401
9.3 INDUSTRY CREDIT OPPORTUNITIES AND RECOMMENDATIONS 402
9.3.1 Overall credit opportunities and credit recommendations 402
9.3.2 Sub-sectors credit opportunities and credit recommendations 403
9.3.3 Regional credit opportunities and recommendations 404
9.3.4 Corporate credit opportunities and recommendations 404
9.4 CREDIT OPPORTUNITIES AND RECOMMENDATIONS OF INDUSTRIAL CHAIN 404
9.4.1 Upstream industry chain credit opportunities and recommendations 404
9.4.2 Downstream industry chain credit opportunities and recommendations 405
9.5 WASTE HEAT POWER GENERATION INDUSTRY INVESTMENT AND FINANCING
ANALYSIS 410
9.5.1 Analysis of industry investment and financing 410
9.5.2 Industry investment and financing mode analysis 411
9.5.3 Support of financial institutions on the Waste Heat Power Generation field. 414

Tables and Figures

FIGURE WASTE HEAT POWER GENERATION TECHNOLOGICAL PROCESS 3
FIGURE EMC MODE OF OPERATION THAT MAY BE INVOLVED INSTITUTIONS9
TABLE 2005-2011 CHINA EXHAUST DISCHARGE AND TREATMENT SITUATION
ANALYSIS 13
TABLE 2005-2011 CHINA WASTEWATER DISCHARGE AND TREATMENT SITUATION
ANALYSIS 15
TABLE 2005-2011 CHINA INDUSTRY SOLID WASTE DISCHARGE AND TREATMENT
SITUATION ANALYSIS 16
TABLE 2005-2011 CHINA ENVIRONMENTAL POLLUTION TREATMENT INVESTMENT
19
TABLE 2005-2011 CHINA INDUSTRY POLLUTION TREATMENT INVESTMENT 20
FIGURE 2006-2011 CHINA GDP AND GROWTH RATE24
FIGURE 2006-2011 CHINA INDUSTRIAL ADDED VALUE AND GROWTH RATE 25
TABLE 2011 CHINA MAJOR INDUSTRIAL PRODUCTS AND GROWTH RATE 26
TABLE 2011 PROFITS OF LARGE INDUSTRIAL ENTERPRISES AND THE GROWTH
RATE. 29
FIGURE 2006-2011 CHINA TOTAL FIXED ASSET INVESTMENT GROWTH RATE 30
TABLE 2011 CHINA FIXED ASSETS INVESTMENT AND GROWTH RATE ANALYSIS BY
INDUSTRY 31
TABLE 2011 CHINA FIXED ASSETS INVESTMENT NEWLY INCREASED PRODUCTION
CAPACITY 33
TABLE 2007-2011 CHINA CEMENT INDUSTRY INDICATORS STATISTICS : PEOPLE,
THOUSANDS 45
FIGURE 11 2007-2011 CHINA CEMENT OUTPUT AND GROWTH RATE 46
TABLE 2011 JANUARY-DECEMBER CHINA'S CEMENT PRODUCTION SUB-PROVINCES
AND CITIES STATISTICS UNIT: T 47
FIGURE 2007-2011 CHINA CEMENT INDUSTRY REVENUE AND GROWTH TREND



UNIT: THOUSANDS 48
FIGURE 2007-2011 CHINA'S CEMENT PRODUCTION AND MARKETING RATE 49
FIGURE 2007-2011 CHINA'S CEMENT INDUSTRY INVENTORY UNIT: 10,000 TONS 50
TABLE 2007-2011 TABLE OF THE FINANCIAL OPERATIONS OF THE CEMENT
INDUSTRY 51
TABLE MAIN PRODUCTS ENERGY CONSUMPTION INDEX 68
TABLE MAJOR ENERGY-CONSUMING EQUIPMENT, ENERGY EFFICIENCY
INDICATORS70
TABLE THE DESIGN SPECIFICATIONS OF WASTE HEAT POWER GENERATION 93
TABLE PIPE INCLINATION 101
TABLE CLASSIFICATION OF SEISMIC PROTECTION OF BUILDINGS (OR
STRUCTURES) 116
FIGURE WASTE HEAT POWER GENERATION BASIC PRINCIPLES 148
TABLE PURE LOW TEMPERATURE WASTE HEAT POWER GENERATION EQUIPMENT
AND TECHNICAL PARAMETERS OF 150
TABLE MAIN TECHNICAL AND ECONOMIC INDICATORS 151
FIGURE 2007-2011CHINA CEMENT OUTPUT AND GROWTH RATE 152
FIGURE CEMENT ROTARY KILNWASTE HEAT POWER GENERATION SCHEMATIC
DIAGRAM 153
TABLE CHINA'S LOW-TEMPERATURE WASTE HEAT POWER STATION PUT INTO
OPERATION 154
TABLE ACTUAL GENERATION OF THE WASTE HEAT POWER STATION USING
SECOND-GENERATION TECHNOLOGY 154
TABLE ACTUAL GENERATION OF THE WASTE HEAT POWER STATION USING FIRST-
GENERATION TECHNOLOGY 156
TABLE CDM PROJECTS STATISTICS OF CHINA'S CEMENT INDUSTRY 159
TABLE 12 FIVE IN CHINA THE POWER GENERATION FROM THE HEAT OF WASTE IN
CEMENT INDUSTRYINCREMENTAL DEMAND FORECAST 165
TABLE POWER GENERATION FROM WASTE HEAT IN CEMENT INDUSTRY STOCK
DEMAND FORECAST 166
TABLE POWER GENERATION FROM WASTE HEAT IN CEMENT INDUSTRY RETURN
ON INVESTMENT CALCULATE 169
TABLE ELEVENTH FIVE NEW GUESSED CAPACITY AND THE ELIMINATION OF
CEMENT CAPACITY 170
FIGURE OVERALL ENERGY CONSUMPTION OF CEMENT（KGCE/T）171
TABLE 2007-2011 CHINA STEEL INDUSTRY, THE NUMBER OF FIRMS, NUMBER OF
EMPLOYEES CHANGES 172
TABLE 2007-2011 ASSETS AND LIABILITIES OF THE STEEL INDUSTRY TREND 173
TABLE 2007-2011 OUTPUT OF IRON AND STEEL INDUSTRY UNIT: 10,000 TONS 174
FIGURE 2007-2011 CHINA STEEL INDUSTRY SALES AND GROWTH TRENDS 174
TABLE 2006-2010 STEEL INDUSTRIAL OUTPUT VALUE 175
FIGURE 2007-2011 CHINA STEEL INDUSTRY SALES AND GROWTH TRENDS 177
FIGURE 2005-2011 CHINA'S STEEL INDUSTRY FINISHED STEEL PRODUCTION AND
MARKETING RATE UNIT:% 178



TABLE 2007-2011 MAIN FINANCIAL INDICATORS CHINA STEEL INDUSTRY 178
FIGURE 2005-2011 CHINA KEY LARGE AND MEDIUM-SIZED STEEL ENTERPRISES
STEEL PRODUCTION AND ENERGY CONSUMPTION 211
FIGURE 2005-2011 CHINA STEEL ENERGY CONSUMPTION AND GROWTH RATE 211
TABLE IRONMAKING FUEL CHANGE (COKE RATE + COAL, THESMALL PIECES COKE
RATE +) FACTORS 216
TABLE KEY STEEL ENTERPRISES PROCESS ENERGY CONSUMPTION: KGCE/T 218
TABLE NATIONAL DEVELOPMENT AND REFORM COMMISSION APPROVED CDM OF
THE STEEL INDUSTRY PROJECTS AS OF APRIL 14, 2011 229
TABLE 2001-2011 CHINA'S FLAT GLASS PRODUCTION AND GROWTH RATE 256
TABLE 2009-2011 CHINA GLASS AND GLASS PRODUCTS INDUSTRIES FINANCIAL
OPERATION 258
TABLE THE EXISTING PRODUCTION LINE AIR POLLUTANT EMISSION LIMITS 263
TABLE NEW PRODUCTION LINE OF AIR POLLUTANT EMISSION LIMITS 264
TABLE FLAT GLASS INDUSTRY WASTEWATER DISCHARGE STANDARDS 266
TABLE PROJECT DETERMINATION OF WATER POLLUTANTS269
TABLE WASTEWATER POLLUTANT EMISSIONS CONCENTRATION AND INTEGRATED
EMISSION STANDARDS AND PLATE GLASS POLLUTANT DISCHARGE STANDARD OF
COMPARISON 284
TABLE SULFUR DIOXIDE EMISSIONS AND THE FLAT GLASS INDUSTRY EMISSION
STANDARDSCOMPARED LIST 286
TABLE NITROGEN OXIDE EMISSIONS AND THE FLAT GLASS INDUSTRY EMISSION
STANDARDSCOMPARED LIST 287
TABLE PARTICULATE MATTER EMISSIONS FROM THE FLAT GLASS INDUSTRY
EMISSION STANDARDSCOMPARED LIST 289
TABLE 650 T THE FLOAT KILN FUEL THE ACTUAL HEAT CONSUMPTION 294
FIGURE 2008-2011 CHINA'S CHEMICAL INDUSTRY SCALE DEVELOPMENT 302
TABLE 2009-2011CHINA NONFERROUS METAL INDUSTRY FINANCIAL OPERATION
313
TABLE 2006-2011 CHINA'S OUTPUT OF OXYGEN CONVERTER WASTE HEAT BOILER
SCALE ANALYSIS 321
TABLE UTILITY MODEL PATENTS OWNED BY THE HEAVY INDUSTRIES HOLDINGS
SUBSIDIARY OF THE LAND AND SEA LAND AND SEA METALLURGY 322
TABLE 2006-2011 CHINA CEMENT KILNS WASTE HEAT BOILER PRODUCTION SCALE
ANALYSIS 325
TABLE CEMENT KILNS WASTE HEAT BOILER MAIN PATENT 326
TABLE 2007-2011 CHINA BIOMASS BOILER PRODUCTION SCALE ANALYSIS 326
TABLE 2006-2011 CHINA NONFERROUS METALLURGY WASTE HEAT BOILER
PRODUCTION SCALE ANALYSIS 327
TABLE 2006-2011 CHINA BLAST FURNACE GAS WASTE HEAT BOILER PRODUCTION
SCALE ANALYSIS 329
TABLE UKRAINE, JAPAN, GERMANY CDQ TECHNOLOGY COMPARISON 333
TABLE 2006-2011 CHINA CDQ WASTE HEAT BOILER PRODUCTION SCALE ANALYSIS
334



TABLE 2006-2011 CHINA WASTE INCINERATION WASTE HEAT BOILER PRODUCTION
SCALE ANALYSIS 337
TABLE 2006-2011 CHINA SINTERING MACHINE WASTE HEAT BOILER PRODUCTION
SCALE ANALYSIS 338
TABLE SINTERING MACHINE WASTE HEAT BOILER RELATED PATENTS 339
TABLE 2006-2011 CHINA GAS TURBINE WASTE HEAT BOILER PRODUCTION SCALE
ANALYSIS 340
TABLE THE GAS TURBINE THE WASTE THE HEAT THE BOILER RELATED PATENT 340
TABLE 2006-2011 CHINA COKE OVEN GAS WASTE HEAT BOILER PRODUCTION
SCALE ANALYSIS 341
TABLE 2006-2011 THE LHV EXHAUST THE WASTE THE HEAT BOILER PRODUCTION
THE SCALE ANALYSIS 341
TABLE 2007-2011 CHINA DIESEL ENGINE WASTE HEAT BOILER PRODUCTION SCALE
ANALYSIS 342
TABLE 2006-2011 CHINA SULFURIC ACID THE WASTE THE HEAT BOILER P
RODUCTION SCALE, ANALYSIS 343
TABLE 2006-2011 CHINA GLASS KILN, THE WASTE THE HEAT BOILER PRODUCTION
THE SCALE ANALYSIS 343
TABLE 2006-2011 CHINA'S OIL REFINING CATALYTIC DEVICE I WOK PRODUCTION
SCALE ANALYSIS 344
FIGURE 2008-2011 CHINA POWER STATION TURBINE YIELD TREND : KILOWATT 345
FIGURE 2011 CHINA POWER STATION TURBINE MAPS (BY VOLUME) 345
FIGURE 2008-2011 CHINA POWER STATION TURBINE YIELD TREND : KILOWATT 348
FIGURE 2011 GENERATOR DISTRIBUTION MAP (BY VOLUME) 349
TABLE 2010 36 LARGE AND MEDIUM-SIZED URBAN SEWAGE TREATMENT
FACILITIES OPERATION STATISTICS 351
FIGURE 2011 CHINA POWER STATION TURBINE DISTRIBUTION DIAGRAM (BY
CAPACITY) 354
TABLE ANHUI CONCH KAWASAKI ENGINEERING CO., LTD. MAIN ECONOMIC
INDICATORS TABLE 371
TABLE ANHUI CONCH KAWASAKI ENGINEERING CO., LTD. OPERATING INCOME
TREND ANALYSIS 371
TABLE ANHUI CONCH KAWASAKI ENGINEERING CO., LTD. A TOTAL PROFIT OF
TREND ANALYSIS 372
TABLE ANHUI CONCH KAWASAKI ENGINEERING CO., LTD. PROFITABILITY
ANALYSIS 372
TABLE ANHUI CONCH KAWASAKI ENGINEERING CO., LTD. ABILITY TO RUN 372
TABLE ANHUI CONCH KAWASAKI ENGINEERING CO., LTD. SOLVENCY ANALYSIS
373
TABLE DALIAN THE EAST NEW ENERGY DEVELOPMENT CO., LTD. MAIN
ECONOMIC INDICATORS TABLE 385
TABLE THE DALIAN EAST NEW ENERGY DEVELOPMENT CO., LTD. OPERATING
INCOME TREND ANALYSIS 385
TABLE DALIAN EAST NEW ENERGY DEVELOPMENT CO., LTD. TREND ANALYSIS OF



TOTAL PROFIT 386
TABLE THE DALIAN EAST NEW ENERGY DEVELOPMENT CO., LTD.. PROFITABILITY
ANALYSIS 386
TABLE DALIAN EAST NEW ENERGY DEVELOPMENT CO., LTD. THE ABILITY TO RUN
386
TABLE THE DALIAN EAST NEW ENERGY DEVELOPMENT CO., LTD. SOLVENCY
ANALYSIS 387


2012 deep research report on china waste heat power generation industry

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