2012-2017 study of the waste heat boiler industry market trends and investment planning ---------------------------------- - [Report No. 102707 [publishing] industry Institute of Economic Research [Published] September 2012 [report format] paper version: 6500 yuan [electronic version]: 6800 yuan [paper + electronic: 7000 yuan [ Delivery] Speedpost / E-MAIL [Order Tel] 010-52876950 [Customer Service: QQ】 2697021579 【Contact】 Li Jun [corporate website] http://www.cyjjyjy.com/nengyuanbaogao/nengyuanshebei/102707.html ( Click to view text) [Contents] Chapter 1: the the HRSG industry background Summary 16 1.1 Waste Heat Boiler Overview 16 1.1.1 HRSG HRSG Definition and Classification 16 1.1.2 Functions and Applications 16 1.1.3 HRSG and conventional the difference between the boiler the HRSG industry raw materials 16 1.2 Market Analysis 17 1.2.1 the HRSG industry chain analysis 18 (1) 17 1.2.2 steel market operators and price movements and the pipe market operations with the price movements of 19 (2) sheet market operators and prices Chart 25 (3) the profile market operators and price trends 34 1.2.3 fittings and hardware market Analysis 38 1.3 the HRSG industry policy environment analysis 39 1.3.1 industry authorities and management system 39 1.3.2 HRSG industry standard 39 1.3.3 HRSG industry policy 40 (1) the HRSG industry related policies and regulations 40 (2) the impact of policies and regulations on the operation of the trade 42 1.4 HRSG industry social environment analysis 44 1.4.1 the increasingly serious issue of global warming 44 1.4.2 increasingly difficult task of China Energy 45 1.4.3 Waste Heat Utilization Analysis 46 1.5.1 HRSG industry technical characteristics is an important measure of the energy conservation and environmental protection 45 1.5 HRSG industry environment 46 (1) 46 (2 design difficult ) technology with a high concentration of 46 (3) technical and product updates fast 47 (4) non-standard manufacturing complex process 47 1.5.2 China HRSG industry technology status 47 1.5.3 HRSG industry, new product development trends 48 1.5.4 Waste heat the boiler industry technology trends 51 Chapter 2: the HRSG industry development analysis 53 2.1 China 53 2.1.1 waste heat resources and the use of total waste heat resources analysis 53 2.1.2 distribution and characteristics of the waste heat resources in China 53 2.1.3 China Waste Heat Utilization Analysis 54 2.2 Industry Development of China's waste heat boiler waste heat boiler industry market size 55 2.2.2 Analysis 55 2.2.1 China the HRSG industry development overview 55 (1) The production scale of 55 (2) of the value of the scale of 56 (3) income scale 57 (4) export scale 58 2.2.3 HRSG industry business model 59 (1) procurement model 59 (2) design pattern 59 (3) production mode 60 (4) sales model 61 2.2.4 China industry development characteristics of the waste heat boiler 65 2.3.1 Industry Five Forces Model 62 2.2.5 competitive analysis of the factors affecting the development of the waste heat boiler industry 63 2.3 China's waste heat boiler industry analysis 65 (1) the upstream the bargaining power of 65 (2) downstream bargaining power of 65 (3) the threat of potential entrants 65 (4) 66 (5) alternatives threat the competitive landscape of the industry 66 2.3.2 foreign-funded enterprises in China Competitive Analysis 69 (1) the U.S. Delta (DELTAK) 69 (2) He Lanen according Mongolia (NEM) 69 (3) France The Alstom industry mergers and acquisitions (ALSTOM) 69 2.3.3 Analysis 70 (1) industry mergers and acquisitions characteristics 70 (2) industry mergers and acquisitions trends 70 (3) industry mergers and acquisitions trend 71 Chapter 3: HRSG industry segments Market Analysis 72 3.1 HRSG industry product structure features 72 3.2 oxygen converter waste heat boiler market analysis 73 3.2.1 oxygen converter waste heat boiler production scale analysis 73 3.2.2 oxygen converter waste heat boiler market competition 73 3.2.3 oxygen converter waste heat boiler technology research and development 3.3 75 CDQ waste heat boiler dynamic market trends 74 3.2.4 oxygen converter waste heat boiler project bidding Analysis 79 3.3.2 Analysis 79 3.3.1 CDQ waste heat boiler development process of the CDQ HRSG production scale analysis 80 3.3.3 CDQ waste heat boiler market competition 81 3.3.4 CDQ waste heat boiler technology R & D trends 81 3.3.5 CDQ waste heat boiler project bidding dynamic 83 3.4 the sinter machine HRSG market analysis 85 3.4.1 sintering machine HRSG production scale analysis 85 3.4.2 sintering waste heat boiler market competition 86 3.4.3 sintering waste heat boiler technology R & D trends 86 3.4.4 sintering waste heat boiler project bidding the the dynamic 87 3.5 cement kiln low temperature waste heat boiler market analysis 91 3.5.1 Cement kiln low temperature waste heat boiler production scale analysis 91 3.5.2 Cement kiln low temperature waste heat boiler market competition pattern of low-temperature waste heat boiler 92 3.5.3 Cement kiln technology R & D trends 92 3.5.4 Cement kiln low temperature waste heat boiler project bidding dynamic 94 3.6 blast furnace gas waste heat boiler Market Analysis 97 3.6.1 blast furnace gas waste heat boiler production scale analysis 97 3.6.2 The blast furnace gas the HRSG market competition 97 3.6.3 blast furnace gas waste heat boiler technology research and development trends 98 3.6.4 blast furnace gas waste heat boiler project bidding dynamic 98 3.7 Garbage incineration of waste heat boiler market analysis 100 3.7.1 Waste Incineration the HRSG production scale analysis 100 3.7.2 the garbage incineration of waste heat boiler market competition 100 3.7.3 the garbage incineration of waste heat boiler technology research and development trends 101 3.7.4 the garbage incineration of waste heat boiler project bidding dynamic the dynamic 106 3.9 102 3.8 gas turbine waste heat boiler market analysis 105 3.8.1 gas turbine waste heat boiler production scale analysis 105 3.8.2 Gas Turbine HRSG market competition 106 3.8.3 gas turbine waste heat boiler technology research and development trends 106 3.8.4 gas turbine waste heat boiler project bidding nonferrous metallurgy HRSG market analysis 113 3.9.1 nonferrous metallurgy HRSG production scale analysis 113 3.9.2 nonferrous metallurgy HRSG market competition 113 3.9.3 nonferrous metallurgy HRSG technology research and development trends 114 3.9.4 nonferrous metallurgy HRSG project bidding Dynamic 114 3.10 HRSG products market analysis of the 118 3.10.1 biomass boiler market analysis 118 3.10.2 refinery catalytic device HRSG market analysis 121 3.10.3 sulfate HRSG market analysis 122 3.10.4 glass kiln HRSG market analysis 124 Chapter 4: waste heat boiler industry HRSG industry downstream applications demand analysis 125 4.1 Distribution 125 4.2 125 4.2.1 development status of China's iron and steel industry 125 (1) production and market situation of the steel industry, 125 (2) of the steel industry steel industry, the demand analysis of the waste heat boiler 127 (3) investment scale iron and steel industry investment trends 128 4.2.2 steel industry demand for waste heat utilization Steel Industry Development Policy Analysis 130 (1) of the steel industry energy consumption and environmental issues 130 (2) of the steel industry waste heat using the related policy 1321) 1322) of iron and steel enterprises sintering waste heat power generation technology to promote the implementation of the program "1323) Ministry of Industry and pointed out the iron and steel industry energy saving 12 tasks 1354) guidance on the iron and steel industry energy conservation 1365)" further added large energy conservation efforts, speed up restructuring the steel industry, a number of opinions "139 (3) of the steel industry waste heat utilization Benefit Analysis 140 4.2.3 steel industry waste heat utilization Analysis 140 (1) of the steel industry waste heat resources total 140 (2) iron and steel waste heat utilization technology of the steel industry industry Waste Heat Utilization 141 (3) 1421) 1422 sinter cooler waste heat utilization) blast furnace waste heat utilization 1433) 143 (4) of the steel industry waste heat power generation project converter waste heat Statistics 143 4.2.4 (1) the sintering machine HRSG demand forecast demand forecast of the steel industry, the waste heat boiler 148 148 (2) of blast furnace gas waste heat boiler demand forecasting 148 (3) 149 4.3 cement industry, the waste heat boiler needs oxygen converter waste heat boiler demand forecast 149 4.3. 1 Chinese cement industry development status 149 (1) 149 Cement Industry Marketing Situation (2) the scale of investment in the cement industry 150 (3) 151 4.3.2 cement industry waste heat in cement industry investment trends use demand analysis 154 (1) energy consumption and the environment of the cement industry 155 (2) of the cement industry waste heat utilization policy 1551) "energy-saving and long-term special plan", 1552) "Several Opinions on Accelerating the cement industry structure adjustment 1553)" Cement Industry Development Policy ", 1554)" cement factory waste heat power generation design specification "National Institute of Standards 156 5) on the inhibition of some industries production capacity surplus and repeated construction guide industry healthy development of the number of views" 156 6) "inhibit the production capacity surplus and repeated construction guide the cement industry to the healthy development of the views" 156 7) "on the issuance of new dry cement kiln waste heat power generation technology to promote the implementation of the program," 1588) Cement Industry Development Policy "(new) 1599)" on the cement industry energy conservation guidance "16010)" cement industry access, "162 (3) waste heat power generation efficiency of the cement industry, cement industry 162 4.3.3 Waste heat utilization status cement industry analysis 163 (1) 163 (2) the total amount of waste heat resources dry process cement production line scale 166 (3) cement waste heat power generation projects 168 4.3.4 cement industry 169 (1) cement waste heat power generation equipment and technical parameters 169 (2) of the cement industry to forecast the demand of the waste heat boiler 170 4.4 coking industry demand of the waste heat boiler waste heat boiler demand forecast analysis 171 Coking Industry Marketing Situation of 4.4.1 Chinese coking industry development status 171 (1) 171 (2) the coking industry investment trends 173 4.4.2 coking industry waste heat use demand analysis 176 (1) energy consumption and environmental problems of the coking industry, 176 (2) of coking industry waste heat utilization policy 177 (3) the coking industry waste heat utilization efficiency 179 4.4.3 coking industry, waste heat utilization Analysis of 179 (1) CDQ wet coke quenching technology 179 (2) (3 CDQ Application Analysis 181 ) CDQ device into production trends analysis 181 4.4.4 Coking industry demand forecasts for the waste heat boiler to 184 4.5 waste-to-energy industry, the waste heat boiler needs analysis 185 4.5.1 discharge of garbage handling the development of waste-to-energy industry in China 185 4.5.2 Analysis of 188 (1) The the garbage power efficiency analysis of the utilization of waste heat of the waste-to-energy industry 188 (2) waste-to-energy industry development status 188 4.5.3 Analysis 189 (1) Waste Heat Utilization of waste-to-energy industry 189 (2) waste incinerator with waste heat boiler match problem 191 4.5.4 garbage power generation industry demand forecasting 192 4.6 gas turbine power generation industry demand for waste heat boiler waste heat utilization analysis 192 4.6.1 China gas turbine power generation industry development status 192 4.6.2 gas turbine power generation industry status quo of the waste heat boiler 193 4.6.3 Gas Turbine The power generation industry demand forecasts for the waste heat boiler waste heat boiler 193 (1) is a key equipment for gas turbine power generation 193 (2) 193 (3) of the gas turbine industry on the demand of the waste heat boiler gas turbine and waste heat boiler supporting analysis to predict 194 4.7 non-ferrous metallurgy industry HRSG demand 195 4.7.1 China's non-ferrous metallurgy industry development status 195 4.7.2 ferrous metallurgical industry waste heat resources total 197 4.7.3 nonferrous metallurgy industry waste heat utilization status 198 4.7.4 ferrous metallurgical industry demand forecasts for the waste heat boiler 199 4.8 needs analysis of the chemical industry waste heat boiler 200 4.8.1 Development Status of China's chemical industry 200 4.8.2 Chemical industry, chemical industry, waste heat resources total 203 4.8.3 Waste Heat Utilization 203 4.8.4 Chemical industry demand forecast of the waste heat boiler 206 4.9 other sectors of the waste heat boiler needs analysis 206 4.9.1 papermaking industry needs analysis of the waste heat boiler 206 4.9.2 Glass industry needs analysis of the waste heat boiler 209 Chapter 5: the HRSG industry production and operation analysis 213 5.1 HRSG enterprise development, the overall situation analysis 213 5.1.1 HRSG enterprise scale 213 5.1.2 HRSG industry industrial output status 213 5.1.3 HRSG industry sales revenue and profits of 214 5.1.4 HRSG enterprise innovation capability analysis 215 5.2 HRSG industry leading business case analysis of the operation of 216 5.2.1 Hangzhou Boiler Group Co., Ltd. the enterprise brief historical analysis 216 (1) analysis of 216 (2) 217 ??(3) product mix analysis enterprise technology R & D capacity 220 (4) Product sales channels 220 (5) analysis of the main economic indicators 221 (6) corporate solvency analysis of 221 (7) the ability of business operations enterprise profitability analysis 222 (8) 222 (9) enterprise development capacity analysis of the business model of the 223 (10) Analysis 223 ( 11) enterprise development planning 227 (12) the business conditions SWOT analysis 229 (13) of the merger and reorganization of enterprises to invest in analysis 231 (14) Latest developments Analysis 231 5.2.2 Suzhou Hailu Heavy Industry Co., Ltd., the operation of 232 (1 ) Enterprise 232 (2) enterprise product structure analysis of enterprise technology research and development capabilities 233 (3) 233 (4) 234 (5) of the enterprise product sales channel analysis of major economic indicators of the enterprise organizational structure analysis 235 (6) 235 (7) a brief historical analysis enterprise profitability of the business solvency analysis of the ability of business operations 236 (8) 237 (9) 237 (10), the merger and reorganization of enterprises to invest in enterprise development capacity analysis of 238 (11) business conditions SWOT analysis 239 (12) 240 (13 Jiangxi, Union Energy Environmental Corporation operating conditions) analysis of the latest developments of enterprises 240 5.2.3 240 (1) corporate brief historical analysis 240 (2) 241 (3) product structure analysis enterprise sales channels 241 (4) operation 242 (6) of the latest developments, trends analysis 243 5.2.4 Wuxi Huaguang Boiler Co., Ltd. the operation analysis 244 (1) the enterprise brief historical analysis 244 (2) 242 (5) business conditions SWOT analysis product mix enterprise technology research and development capabilities of Analysis 245 (3) 245 (4) corporate holding company 247 (6) analysis of the main economic indicators 247 (7) 246 (5) of corporate solvency analysis 248 (8) of the corporate product sales channels ability of business operations Analysis 249 (9), enterprise profitability analysis SWOT analysis, 249 (10) 250 (11) enterprise development capacity analysis of business conditions 251 (12) Latest developments in corporate 252 5.2.5 Yancheng Boiler Manufacturing Co., Ltd. Analysis 252 ( 1) a brief historical enterprise product structure analysis 253 (3) 253 (4) R & D capabilities, enterprise product sales channels 253 (5) business and marketing capacity analysis the solvency analysis 253 (6) 254 (7 252 (2) the) enterprise operational capability 254 (8) the profitability of the business enterprise development capacity analysis of 255 (9) 256 (11) 256 (10) business conditions SWOT enterprise latest developments 257 slightly Chapter 6: waste heat boiler industry Trends and Investment Analysis 372 6.1 the HRSG industry development trend analysis 372 6.1.1 HRSG industry development trend analysis 372 6.1.2 China HRSG industry drivers of 372 (1) waste heat resources abundant headroom 372 (2 ) National policies strongly support and promote the use of waste heat to 372 (3) waste heat 373 6.2 China HRSG industry investment characteristics analysis 374 6.2.1 HRSG industry into a significant economic and social benefits 373 6.1.3 HRSG industry development forecast Barrier 374 (1) the permit system 374 (2) Technical Barriers 374 (3) barriers to non-standard products 374 (4) brand awareness barriers 374 (5) funding barriers 375 6.2.2 HRSG industry investment risk analysis 375 ( 1) the risk of market competition, 375 (2) industry dependent risk 375 (3) 376 (4) the risk of fluctuations in the prices of raw materials production safety risk 376 (5) Product Quality Risk 376 (6) a shortage of skilled workers risk 376 (7) exchange rate risk 377 6.2.3 HRSG industry profit model analysis 377 6.2.4 HRSG industry profitability factors analysis 377 6.3 China waste heat boiler industry investment opportunities and recommendations 378 6.3.1 industry investment scale analysis 378 6.3.2 industry investment trends analysis 379 6.3.3 Industry Investment Opportunity Analysis 379 6.3.4 industry investment advice to analyze the difference between the 380 Table of Figures Figure 1: industrial boilers and waste heat boiler 17 Chart 2: 18 chart 3:2007-2012, the HRSG industry chain schematic diagram of welded pipe production growth ( Unit: million tons,%) of our welded pipe exports (unit: tons) 19 chart 5:2009-2012 welded pipe production in China and exports (unit: million tons,%) 20 19 chart 4:2007-2012 chart 6:2009-2012 pipe prices in China Trend (Unit: yuan / ton) monthly growth of 21 chart 7:2012 seamless pipe production in China (Unit: million tons,%) 22 chart 8:2012 China seamless pipe Monthly import and export statistics (Unit: tons) 22 Chart 9:2012 major domestic cities seamless pipe market trend of 108 * 4.5mm Specification (Unit: yuan / ton) the 24 chart 10:2012 major domestic cities seamless 219 * 6mm specifications market trend (Unit: yuan / ton) the 25 chart 11:2006-2012 years of hot-rolled production curve (right axis for hot-rolled ordinary sheet) (Unit: 10,000 tons) the 25 chart 12:2005-2012 national hot-rolled day average yield curve (unit: tons / day) 26 chart 13:2006-2012 average price movements of hot rolled coil in China (Unit: yuan / ton) in 27 chart 14:2006-2012 China hot rolled coil export prices trend (Unit: USD / t) 27 Chart 15:2009 -2012 domestic production of cold rolled coils statistics (Unit: tons) the 28 chart 16:2011 -2012, domestic cold rolled coils import and export trend (Unit: tons) market price movements of 29 chart 17:2007-2012 cold rolled coils (Unit: yuan / ton), 30 chart 18:2009-2012 of plate production growth in China (Unit: million tons) 31 Exhibit 19: Plate imports and exports of China in 2009-2012 (Unit: million tons) 32 chart 20:2012 plate inventory in China (Unit: million tons) 33 chart 21:2012 plate price trend in China (Unit: $ / ton) 34 chart 22:2009-2012 years of large sections of production (unit: tons) 35 Chart 23:2009-2012 output of China's small and medium-sized profiles (Unit: million tons), 35 chart 24:2009-2012 China large sections of exports (unit: tons) 36 chart 25:2009-2012 36 chart 26:2012 profile price movements in China (Unit: yuan / ton), the export of China's small and medium-sized profiles (Unit: million tons) 38 Exhibit 27 : the HRSG industry standards 39 Exhibit 28: main laws, regulations and policies that affect the development of the boiler industry 41 chart 29:2009 major countries of the world carbon dioxide emissions (Unit: 100 million tons) 45 chart 30:2012 Hangzhou Boiler Group authorized announcement patent 49 chart 31:2009 Environmental Protection Co., Ltd. of Jiangxi, Union Energy Awards 50 Exhibit 32: China's waste heat resources distribution (unit:%) 54 Exhibit 33: waste heat resources and their characteristics the 54 chart 34:2000-2011 years China waste heat boiler production (sets / kits) (units: units /%) 56 chart 35:2000-2011 the HRSG production (tons of steam) (unit: tons of steam,%) 56 chart 36:2004 - China HRSG industry output growth in 2011 (Unit:%) 57 chart 37:2004-2011 HRSG industry sales growth (Unit: 100 million yuan,%) 58 chart 38:2006-2011 HRSG exports (Unit: million U.S. dollars) 59 chart 39:2011 domestic the HRSG market share and ranked (according to generate steam tonnage statistics) (Unit:%) Chart 66 40:2011 domestic HRSG market share (unit:%) Chart 66 41:2011-year production of various types of waste heat boiler and main production enterprise 67 Exhibit 42: 72 charts of the power plant waste heat boilers and industrial waste heat boiler characteristics 43: HRSG industry product structure (statistical ranking (by value) tons of steam and Statistics) (unit:%) 72 chart 44:2005-2011 oxygen converter waste heat boiler output (units: units, tons of steam) 73 Figure 45: Hailu Heavy Industry the steelmaking converter evaporative cooling waste heat boiler technology 74 Chart 46: Hailu Heavy Industry Holdings subsidiary, land and sea metallurgical owned utility model patents of 75 chart 47:2005-2011 years of CDQ waste heat boiler output (units: units, tons of steam) 81 Figure 48: Hailu Heavy Industry CDQ boiler technology 82 chart 49: CDQ waste heat boiler patent 82 Chart 50: the sintering machine HRSG patent 87 chart 51:2005-2011 China's cement kiln production growth of low-temperature waste heat boiler (Unit: station, steam tons) 91 Figure 52: cement kiln major producers of the waste heat boiler 92 Chart 53: cement kiln waste heat boiler the patent 93 chart 54:2005-2011 our blast furnace gas and waste heat boiler output (units: units, tons of steam) of 97 chart 55:2005-2011 years of waste incineration waste heat boiler production (units: units, tons of steam) 100 chart 56:2003-2011 years of gas turbine waste heat boiler output (units: units, tons of steam) 106 chart 57:2005-2011 years China nonferrous metallurgy waste heat boiler output growth in the (unit: Taiwan steam tons) 113 Figure 58: Hailu Heavy Industry nonferrous metallurgy HRSG technology 114 Chart 59: the the boiler wind systems supporting fan model parameters 120 Figure 60: typical FCCU steam production equipment soda system flowchart 121 chart 61:2005-2011 years of refinery catalytic unit waste heat boiler output growth (units: units, tons of steam) 122 Chart 62: sulfuric industrial the pyrite waste heat recovery Chart 123 chart 63:2005-2011 sulfuric acid waste heat boiler output growth in China (Unit: Taiwan, tons of steam) 123 chart the 64:2005-2011 years of glass kiln waste heat boiler output (units: units, tons of steam) 124 Chart 65: China HRSG downstream applications distributed the 125 chart 66:2008-2012 Monthly crude steel production in China (in : million tons,%) 126 chart 67:2008-2012 China's monthly crude steel production (unit: tons) the 126 chart 68:2011 annual steelmaking capacity growth forecast (Unit: million tons / year) 127 chart 69:2003 - fixed asset investment and the growth of the steel industry in 2012 (Unit: 100 million yuan,%) 128 chart 70:2005-2012 May, China's major iron and steel enterprises in the major production process energy consumption (Unit: KGCE / T) 131 chart 71 : the steel enterprises sintering waste heat power generation technology to promote the implementation of the project (a) 134 Figure 72: The iron and steel enterprises sintering cogeneration technology to promote the implementation of the project table (b) 135 Chart 73: steel industry waste heat the resource source distribution (unit:%) 141 Figure 74: China's iron and steel enterprises waste heat recycling statistics 141 Chart 75: iron and steel production process and waste heat utilization diagram (Unit: million tons,%) 149 chart 77:2009-2012 142 chart 76:2008-2012 China's cement industry production growth national sub-regional cement production and growth rate (unit:%) 150 chart 78:2008-2012 years, the fixed asset investment growth of the cement industry (unit:%) 150 chart 79:2012 National regional cement industry growth rate of investment in fixed assets (unit:%) 150 Chart 80: cement industry energy saving key special project summary table of 161 charts 81:5000 t / d clinker production line waste heat resources 164 charts 82:2500 t / d clinker production line of waste heat resources 164 Chart 83: Water clinker calcination process heat consumption analysis (unit: kJ / kg-Cl, t / d) 165 Chart 84: clinker production line of the waste heat utilization analysis (unit: kJ / kg-Cl, t / d) 165 Chart 85 : clinker production line with the characteristics of the waste heat (unit: 104Nm3 / h ° C, g/Nm3, t / d) 166 chart 86:2001-2012 national new clinker production capacity (unit: tons) 167 Chart 87: Up to the scale of China's cement production line in 2009 (Unit: tonne, as amended) 167 chart 88:2006-2009, China put into operation in low temperature waste heat power plant (Unit: bar, kW, 000 tons / year) 168 Chart 89: waste heat power generation production lines running indicator summary (Unit: kg / t, kWh / t, $ / kWh) 169 Graph 90: Cement low temperature waste heat power generation major equipment and technical parameters 170 Chart 91: Cement low temperature waste heat power generation major technical economic indicators 170 Chart 92: China's coke production in 2009-2012 (Unit: million tons,%) 171 chart 93:2006-2012 China's coke export quota (unit: tons) 172 chart 94:2006-2012 China's coke export volume and export growth Price (Unit: million tons, U.S. $ / ton) 173 Figure 95: CDQ technology of steel companies and coking enterprises to promote the implementation of projects in Table (1) 177 Chart 96: steel mills and coking enterprises CDQ technology to promote the implementation of items (b ) 178 Graph 97: the CDQ's proposed budget value 180 Chart 98: the CWQ equipment loss coke 180 chart 99:2012 put into the budget for value CDQ device statistics in 182 chart 100:2003-2009 China municipal solid waste capacity growth conditions ( Unit:%) 185 Chart 101: China the garbage clearance volume over the years, processing power and processing rate (units: million tons) 186 Figure 102: different disposal methods compare the municipal solid waste disposal in China (Unit 186 chart 103:2011 : seat, chart 104%) 187: 187 charts of stabling the incineration plant in China (Unit: Block, tons) 105: The waste heat boiler incineration plant, waste heat utilization system process 190 Figure 106: Use water cooling method of waste incineration plants flue gas cooling process 190 Figure 107: "Eleventh Five-Year" and "Twelfth Five-Year" period of the waste heat boiler and water spray to cool combination of the way the incineration plant waste heat utilization process 190 Chart 108: the scale of investment in solid waste treatment in China (Unit: billion) 192 Chart 109: supporting the case of the gas turbine and waste heat boiler (Unit: kW units) 194 chart 110:2001-2012 November 10 non-ferrous metal production in China (Unit: million tons,% 195 chart 111:2012) for each month of non-ferrous metal industry accumulated fixed assets investment scale (Unit: 100 million yuan,%) 196 chart 112:2012 years from January to November, China Nonferrous Metals Import & Export (Unit: 100 million U.S. dollars) 113:32 nonferrous metallurgy enterprises flue gas waste heat resources tables (unit: GJ / a 10,000 t / a) 196 Chart 197 Chart 114: part of the non-ferrous metallurgy furnace flue gas temperature and thermal efficiency (unit: ℃,%) 197 chart 115: Some colored utilization of waste heat recovery boiler flue gas I cooked (Unit: ° C,%, g/m3, t / b Mpa) 198 Chart 116: part colored heat exchanger recycling flue gas I cooked utilization (Unit: ° C, m3 / h, pa) 199 Exhibit 117: Some colored kiln vaporization cooler recycled flue gas waste heat utilization (unit: ° C, t / h, Mpa) 199 chart 118:2007-2012 our main chemical products (unit: million tons,%) 200 chart 119:2001-2012 price index of chemical products the 201 chart 120:2003-2012 chemical products export amount (Unit: U.S. $ million) 202 chart 121:2004-2012 cumulative year-on-year (unit:%) of the fixed assets investment of the chemical industry 202 chart 122:2008-2012 paper industry production in China (Unit: million tons,%) 207 chart 123:2008-2012 years, China's output of pulp industry (Unit: million tons,% of our revenue and profit growth in the paper industry (unit:%)) 207 chart 124:2002-2012 years 208 chart 125:2009-2012 fixed asset investment growth of the paper industry (Unit: 100 million yuan,%) 208 chart 126:2012 January to November, China's flat glass production growth (Unit: million weight boxes,%) 209 chart 127:2008-2012 focus on tracking the price movements of the float glass (Unit: yuan / weight box) 210 Chart 128: flat glass exports growth in 2007-2012 (Unit: million square meters) the 211 chart 129:2009 China waste heat boiler industry total industrial output value, sales income and profit before ten enterprises 213 chart 130:2008-2009 HRSG industry industrial output value (current price) top ten enterprises (Unit: million) 214 chart 131:2008-2009 HRSG industry enterprise product sales revenue and total profit (unit: million) the 215 chart 132:2009 HRSG industry the output value of new products (Unit: million) 216 Chart 133: structure block diagram of Hangzhou Boiler Group Co., Ltd. 219 chart 134: Technology Center of Hangzhou Boiler Group Co., Ltd. Chart the 220 chart 135:2008-2012 Hangzhou Boiler Group Co., Ltd. analysis of the company's major economic indicators (Unit: million) Hangzhou Boiler Group Co., Ltd. 221 chart 136:2008-2012 the solvency analysis (Unit:%, times) 222 chart 137:2008-2012 years Hangzhou Boiler Group Co., Ltd. operational capacity (unit: times) 222 chart 138:2008-2012 Hangzhou Boiler Group Co., Ltd. profitability analysis (unit:%) (Unit 223 chart 139:2008-2012 Hangzhou Boiler Group Co., Ltd. development capacity analysis: %) 223 Chart 140: Hangzhou Boiler Group Co., Ltd. SWOT Analysis 229 Exhibit 141: Suzhou Hailu Heavy Industry Co., Ltd. and actual control between property rights and control block 233 chart 142:2012 Suzhou Hailu Heavy Industry Co., Ltd. Product structure (unit:%) 233 chart 143:2012 Suzhou Hailu Heavy Industry Co., Ltd. sales the 234 chart 144:2012 Suzhou Hailu Heavy Industry Co., Ltd. organizational structure of the regional distribution of (unit:%) (unit:%) 235 chart 145:2008 -2012 Suzhou Hailu Heavy Industry Co., Ltd. The main economic indicators analysis (Unit: million) the 236 chart 146:2012 Suzhou Hailu Heavy Industry Co., Ltd. Main business areas of the table (unit: million,%) 236 Chart 147: 2008-2012 Suzhou Hailu Heavy Industry Co., Ltd. the solvency analysis (unit:% times) operational capability of Suzhou Hailu Heavy Industry Co., Ltd. 236 chart 148:2008-2012 (unit: times) 237 chart 149:2008-2012 238 chart 150:2012 Suzhou Hailu Heavy Industry Co., Ltd. Main business sectors in Suzhou Hailu Heavy Industry Co., Ltd. profitability analysis (unit:%) Table (Unit: million,%) 238 ...