2012-2017 biodiesel market operators dynamically and the Investment Development Research report ------------------------------------ Report No. 105163 [publishing] industry Institute of Economic Research [publication time delivery report format paper version: 6500 yuan [electronic version]: 6800 yuan [paper + electronic: 7000 yuan [in] October 2012 】 Speedpost / E-MAIL [Order Tel] 010-56036118 010-52876950 [green channel] 15313900551 [Customer Service: QQ】 2697021579 【Contact】 Li Jun [corporate website] http://www.cyjjyjy.com/nengyuanbaogao/ shiyou/105163.html (Click to view text) [Contents] the first part of foreign biodiesel industry analysis Chapter biodiesel Overview 1 Section I Overview of biodiesel a background biodiesel biodiesel overview 2 7 a comparative analysis of the advantages of bio-diesel 5 Section II biodiesel and other alternative fuels, the evaluation of a variety of alternative fuels factors II 8 III, Evaluation and comparison of various alternative fuels, the nature of the various alternative fuels and the use of 15 third the section vigorously develop biodiesel significance of our 16 one, vigorously develop biodiesel adjust the energy structure to alleviate the energy crisis 16 2, the development of bio-diesel can promote environmental protection to enhance and improve the environmental quality of 19 three, vigorously develop biodiesel can promote the automobile industry etc. the 19 IV related to upgrading of industrial technology, the development of bio-diesel, adjust the industrial structure and leading agricultural income 20 20 Section I of the development of the global biodiesel industry analysis and forecasts of the global biodiesel market overview 21 a development of the global biodiesel overview 21 Second, the trend of the global automotive diesel 24 three biodiesel in four European Development of 28 African countries in the development of bio-diesel Overview 30 five biodiesel Development of Latin American countries the global biodiesel development in the future 31 Section II predicted 32, 2012 World biodiesel production forecast 32 World biodiesel demand forecast 32 in 2012, 2012 the Indian biodiesel production is estimated at 33 four, 2020, biodiesel demand is likely to drive food prices 33 Section III the global biodiesel Analysis and thinking 34 a biodiesel feedstock 34 two bio-diesel technology and equipment 35 three, 36 four of the industrialization process of biodiesel Biodiesel management 37 National Biodiesel development of analysis 38 section I of the EU 38, 2010 Annual EU bio-diesel production analysis of 38 two, the EU bio-diesel production in 2012 can analyze 39 three EU Mei bio-diesel provisional anti-dumping and countervailing 39 four, European Biodiesel unit building aground 468.61, in 2012 the EU-27 bio-diesel production can predict 40 Section II of the U.S. 41, U.S. biodiesel production 41 two U.S. biofuels will take the non-food route 45 three 46 four U.S. biodiesel industry is struggling, the United States developed the five low-cost algae biodiesel production methods 47, 2010 annual U.S. exports to the EU biodiesel 48 six 20,102,012 annual U.S. soybean oil for the production of bio-diesel 7 Analysis 48 Oregon imminent implementation of B2 biodiesel requirement 49 eight U.S. Biodiesel Production, 2012 49 nine ,2006-2015 The annual biodiesel industry contribution to the U.S. economy forecast 49 Section III Germany 55 a German biodiesel production and sales 55 biofuels become German agriculture new growth point 56, the German biodiesel industry Influencing Factors 56 Section IV 57 one in the United Kingdom, the United Kingdom biodiesel program will bring a strong demand for rapeseed 57 two British biodiesel usage analysis 58 Section V Brazil 58, the Brazilian Ministry of Finance, the biodiesel tax relief 58 two, to strengthen research and development of bio-diesel project in Brazil invested 58 III the Brazilian biodiesel Strategy 59 four to the Brazilian biodiesel development planning in 2013 predicted 63 Section VI Singapore 65, Singapore decided to substantially improve biofuel production 65, Singapore is expected to become Asia's largest biodiesel in their places of origin 66 2015 Singapore biodiesel production reached 300 tons 67 Section VII, Malaysia 67, 2010 Malaysian biodiesel annual production capacity of 67 68 section VIII of India 68, 2012, Malaysia's exports of biodiesel analysis, bio-diesel in India country plans to resolve 68, 2012 biodiesel production in India is expected to other countries 71 70 Section IX, in 2012, developed a new catalytic biodiesel production process 71 two, 71 three of Japan's largest biodiesel plant construction, Bohol, Philippines 2012 Development and provincial biodiesel project's 72-2012 Italian biodiesel production 5 Analysis 72, 2012 Korea biodiesel blending target 72 second biodiesel industry analysis Chapter biodiesel industry development analysis of 74 first the necessity and feasibility of the section biodiesel 74 First, the need for the development of bio-diesel Analysis 74, analysis of the feasibility of the development of bio-diesel 75 Section II China's biodiesel industry development situation analysis 76 a biodiesel Development Overview 76 II, the biodiesel industry has formed a strong adaptability of raw materials process route 77 three engine experimental low-level duplicated research 78 Section III biodiesel industry analysis 79 a biodiesel took norms industrialization of the road 79 II, Chinese biodiesel industrialization warming 81 biodiesel to replace fossil fuel industry, the accelerated pace of 83 four, 84 five the bioenergy investment thermotaxis major giants competing to layout, the development of China's biodiesel industry need to break the barriers and solutions 87 six of biodiesel industrialization prospect of seven of 90, the national energy sector will accelerate and promote the application of bio-diesel 93 eight 93 Section IV biodiesel enterprise development situation in parts of the development of bio-diesel 96 Yunnan development of the biodiesel industry 96 Second, the biodiesel industry in Qinghai Province, the development potential of 96 three, four Qingdao biodiesel supply 101 Gansu Jianxin million acres of Man Bunge Linti Bio-diesel the 102 Chapter biodiesel production and supply situation analysis 103 Section I biodiesel production analysis of 103 103 foreign production applications, bio-diesel in the production and application of our 105 Third, the domestic biodiesel production status considerations 105, biodiesel production capacity of 106 Section II biodiesel producers profiles 107 a China Biodiesel International Holding Co., 107 two, 109 three the Hainan positive and bioenergy company, Sichuan Gushan Oil Chemical Co., Ltd. 109 four Excellence in Energy Technology Co., Ltd., Fujian source China 110 Chapter biological diesel construction projects around the 112 the first section has been put into operation, the biodiesel project summary 112 Section II major projects under construction and planning to introduce 115 to Jilin Province Dunhua City, Yanbianzhou, put into biodiesel extraction project 115 two Asian energy biodiesel project settled in Xuzhou 116 three Lingbi an annual output of 60,000 tons of bio-diesel project profiles 116 four, Inner Mongolia, 10 million tons of biodiesel industrial production line put into operation in June 116 five of Hainan biodiesel project is put into commercial operation in May 2010 116 the third quarter, mainly in the construction of the proposed project describes 117 a Tianjin Nangang build bio-energy industry base 117 two Chenggu annual output of 10 million tons of bio-diesel projects under 117 three, Shandong NTHU energy annual production capacity of 200,000 tons of biodiesel The project 118 four, 50,000 tons of bio-diesel project in Jinju contract in oil mainly in the construction of the proposed project introduced 119, oil and other biodiesel industry start 119 projects in oil first bioenergy base settled in Nanchong 119 Chapter 118 Section IV the seven chapters diesel market supply and demand analysis and forecast of the first section 120 Chinese diesel market situation analysis 120 First, the price of gasoline and diesel recent previous adjustment Glance 120 3 2012 diesel production and consumption characteristics 121 2012 diesel market, import and export trade characteristics of 123 four, 124 five 2012 diesel apparent consumption in 2012, China's diesel exports Analysis 125, China's diesel demand the status quo of 125 seven diesel output in 2012 to 128, the second in 2012 and the next few years, China diesel market supply and demand forecasting a 133 open context of domestic diesel market outlook 133 two, energy saving and environmentally friendly diesel vehicles will become increasingly important 135 three 2012 cars with diesel environmental standards will be more stringent 137, our diesel market outlook 138 five raw material supply situation of China's petroleum-based diesel 2015 139 6 140 The third part of the 2015 diesel supply and demand situation in China is forecast and prospects of bio-diesel bio-diesel technology and raw materials market analysis 145 Section I of Chapter VIII of biodiesel production methods and processes biodiesel main Preparation 145 one direct mixing method 145, the microemulsion method 145 III high-temperature pyrolysis method 145 four, the transesterification method 146 five, different process to produce biodiesel advantages and disadvantages of 147 VI the biodiesel synthesis technology Overview 147 Section II biological compare and progress of diesel different production methods 148 a chemical method to produce 148, 149 three biological enzyme synthesis, prepared by the method of "engineering of microalgae Act 149 Section III biodiesel transesterification progress 150 an ester exchange synthesis Biodiesel 150 II, the selection of the raw material and its pretreatment 150, biodiesel production technologies Route 152 four, the method of production process of biodiesel transesterification 153 five main conclusions 156 Chapter biodiesel production technology progress 157 Section I 2012 global bio-diesel technology progress 157 a, the Swedish biodiesel production technology analysis 157, 2012 by the European Patent 158 ??three the LANXESS biodiesel stabilizer, Brazil in 2012 to strengthen investment in research and development of biodiesel project 159 four, developed in Japan in 2012 new catalytic Production of biodiesel 159 V. 2012 Sebec listing 50L, biodiesel fuel fabrication device 160 six low-cost algae biodiesel production methods developed in the U.S. in 2012 160 Section II biodiesel production technology Investigation 161 a biodiesel Benefits analysis of 162 Second, the the national biodiesel application of 162 three biodiesel production technology progress 163 IV 165 Section III of China's development status of biodiesel biodiesel technical overview and strategy 167 one of biodiesel R & D and production has started 168, 170 three of the biodiesel industry out of the main strategies of technical errors, several strategies for research and development of fuel oil plant production of bio-diesel 171 Section IV biodiesel technology progress analysis 172, the algae is expected to be used to refine biodiesel 172 Second, the study of seed oil for biodiesel production 173 three microalgae biodiesel production technology in the 2012 test proved successful 174 four clear research Lihua in 2012 successfully developed five biodiesel technology 174, 2012 Love agricultural research and development of bio-diesel green catalyst 179 six 2012 Academy of Agricultural Research biodiesel from weeds 180 seven Guizhou Aerospace bioenergy company in 2012 to develop biodiesel New 181 Section IV biodiesel synthesis of the Beijing University of Chemical Technology 184 Section V grease trap garbage collection biodiesel feedstock with waste oil technology research 186 Chapter biodiesel feedstock market analysis overview 198 198 Section I of the main raw material of biodiesel, biodiesel can be used raw materials and the selection of raw materials in China 198, China's energy crop regional distribution of 199 three 201 four, the main raw material for biodiesel - fuel oil plant introduction and distribution of China's major oil trees and five and their oil yield 204 biodiesel feedstock waste oil, acid oil supply situation 207 Section II of biological 207 ,2010-2012 China's biodiesel diesel raw material supply situation will face raw material constraints 207 2012 of biodiesel feedstocks Analysis on the Supply and Demand of 4 208, 2012 Wushan transfiguration biodiesel feedstock base 210, 2010 - 20010 Gansu biodiesel feedstock base construction plan 210 Section III the rape market rapeseed biodiesel developments Analysis 211 Overview 211 two rapeseed oil, rape oil market conditions in China 212 three, vegetable oil prices impact factors and trend 229 four, China the rapeseed area eight years layout planning 237 five using broad prospects for rapeseed processing to produce bio-diesel 237 six, China strictly controls the transformed rapeseed biodiesel project 238 Section IV soybean market analysis and soy diesel Outlook 239 a 2012 soybean market run 239 Second, in 2012 China's soybean imports data analysis 240 2012 soybean market impact analysis and market forecast 242 IV soybean biodiesel than corn ethanol gasoline more environmentally friendly 244 five soybean will become a force in the development of the biodiesel industry 245 Fifth 246 a section biodiesel raw material forest developments, promote biodiesel raw materials bases in China construction of 246 to 2010 the Handan City Cixian biodiesel raw material forest base 246 three 2010 Xuyong start biodiesel raw material forest demonstration base 247 2010 Yunnan cultivation of biodiesel feedstock forest curcas area 248 5th, 2010 the Tongliao City National forest oil integrated biodiesel raw material forest demonstration base 248 six Jatropha development of one of the best species for biodiesel 249 seven, ideal biodiesel feedstock oil trees - red Ramu 251-Section VI swill processing biodiesel development of 252 one, 2010 Gushan Group swill annual production capacity of bio-diesel, 50,000 tons 252 two 2012 Chongqing swill oil change biological diesel applications of 253 three, 2012 Changsha swill oil is expected to become other biodiesel feedstock development of bio-diesel 254 Section VII 255 a Wild Salicornia to study the use of 255, to accelerate the microbial oil as biodiesel feedstock plant studies provide cheap raw material for the biodiesel industry 256 Third, our bio-diesel extracted from rice grass and alkali canopy 256 four, peanut scraps biodiesel technology to the advent of the 256 Section VIII of the development of the fuel energy species and development prospects for biodiesel analysis of 258 Foreign Research 258 Second, the the domestic forest fuel energy species resources development and bio-diesel development status 259 three, the development of forest bio-diesel industry to explore 260 IV, vigorously develop forest biodiesel need to strengthen several five working 260 industrial structure, product structure The adjustment of the main ways of saving energy 262 Conclusion 263 Part IV 264 Section I of the industry trends and strategies the Chapter XI biodiesel development policies, regulations, standards, foreign bio-diesel industry policy 264, Germany 264 two EU 264, United States 264 four, Malaysia 265 Fifth, Brazil 265 six, Vietnam 266 Section II of the biodiesel industry policy environment analysis and recommendations 266 266 two biodiesel diesel policy analysis, China's policy on bio-diesel is gradually perfect 269 271 Section III biodiesel products at home and abroad standard of biodiesel development ideas and policy recommendations to develop the case 276 a major foreign national biodiesel standard 276 Second, the physical and chemical indicators and measurement methods of biodiesel 283, our biological diesel implementation of national standards of 287, the the B5 standard "launch situation and its impact analysis 288 V. 2012 biodiesel is expected to direct the" national IV standard "291 the fourth quarter 2005, the People's Republic of China Renewable Energy Law 293 Section V 2006 annual renewable energy development special fund management Interim Measures 299 Section VI 303 one of the National Development and Reform Commission notice on the issuance of renewable energy and long-term development planning, the international renewable energy development 304, China's renewable energy development status 307 three the significance of the development of renewable energy 311 guiding ideology and principles 312 five development goals 313 six, focusing on the development of the field of 314 seven, Investment Estimation and effective analysis of 319 8, 321 Section VII of the ideas and suggestions of biodiesel development planning and implementation of safeguards 323, biodiesel production Overview 323, 331 three biodiesel development ideas and policy recommendations, ultrasonic machining rapid production of bio-diesel 336 Fourth, the development of the fuel energy species and development prospects for biodiesel analysis of 337 five biodiesel industry development in China improvement of laws and Countermeasures 342 six, 350 Chapter XII 2012-2017, several strategies for research and development of fuel oil plant production of bio-diesel biodiesel trends and prospects in 2012-2017 351 Section I of the biofuels industry prospect analysis 351 one of the main characteristics of the bio-diesel 351 two biodiesel production methods 352 three foreign biodiesel development of 353 four five of biodiesel development 354 industrial prospects of biodiesel 355 Section II 2012-2017 the annual biodiesel application prospect of the 356 government support policies for biodiesel 356 two biodiesel competitiveness continuously improve the 356, driven by the popularity of diesel cars increased biodiesel market space in 2012-2017 359 Section III biological diesel development forecast 360 ,2012-2017 development trend of China's biodiesel industry 3 363 360 ,2012-2017 the new trend of the development of biomass liquid fuels ,2012-2017, China's bio-diesel supply and demand forecast of 366, our biodiesel technical progress and industrial prospects Analysis 368 five biodiesel industry development in China should pay attention to a few large 372 fourth, "Eleventh Five-Year Plan" period, energy supply and demand situation, biomass energy development and related policies 378 an overview of 378 two, China 381 III of biomass technology development status quo of China's biomass resource potential of 382 four, China's biomass energy development related policy 383 five current problems and countermeasures 386 six, biomass development, biomass energy development policy towards 390 seven main conclusions 393 Chapter XIII Development Strategy 2012-2017 Biodiesel 395 Section I of the United States and Brazil biofuels development points inspiration 395 a situation and development trend of the U.S. use of bioenergy 395 two Brazilian bioenergy utilization and development trend of 398 three, 400 Section II of the development of bio-diesel Several experiences and suggestions on China's development of biofuels recommend 401 material development proposals 402, technology and equipment development proposals 403 industrialization process 403 four development proposals, management development proposals to correctly handle a biodiesel industry strategic relations 406 404 Section III, the problem of raw material supply 406 II, 407 three of the relations of several major oil companies, the three major oil companies and private enterprises, other state-owned enterprises and foreign-funded enterprises relationship 407 Fourth, the biodiesel equipment and technology relations 408, tax subsidies 408 six, the impact of oil price fluctuations on the biodiesel industry 409 Section IV strategic development of the biodiesel industry thinking 409 of biodiesel resources forecast and industry chain analysis of 410 cases, 410 fifth part of the the biodiesel investment strategy, investment strategy and feasibility analysis of Chapter XIV 2012-2017 415 Section I biodiesel industry investment opportunities for China's biodiesel industry development mode and policy recommendations 415, two diesel from different sources and investment 415, biodiesel triggered investment boom 418 three double opportunity to make biodiesel highlight the investment value of 418 four diesel demand tight five biodiesel will become the new hot spot of investment 421 diesel imports increased year after year for the biological diesel bring development opportunities for 422 six biodiesel there are technical barriers 423 Section II of bio-diesel project investment analysis 423 424 two environmental requirements, product standard 424 three, four sources of raw materials and the price of 425, five technology roadmap Licensor 426 427 six, raw materials and power consumption, investment and benefit 428 seven or problems with investment advice to 431 a cost analysis 430 Section III biodiesel industry investment, economic costing 431, selection of raw materials 432 Third, the solution to the current China's biodiesel production costs 434 Section IV biodiesel investment risk of high-way analysis of 436 436 two product price volatility risk, the risk of product sales channels 437 three, whether the supply of raw materials risk 437 Chapter XV 2012-2017 biodiesel Investment Feasibility Analysis 438 a 438 Section I waste edible oils and fats as biodiesel feedstock feasibility analysis, waste edible oil production, recovery and management 438 II 441 three of the prospects for biodiesel feedstock, waste edible oils and fats using waste edible oils and fats Advances in manufacturing biodiesel process 442 waste edible oils and fats biodiesel application prospect 444, it is recommended that 446 Section II of the Beijing Municipal Development 447 a biodiesel feasibility analysis, selection of raw materials - waste cooking oil 447, Beijing raw materials market of the case 448, 448 four technology product market 449 five revenue model (refer to positive and Production) 449 Section III National Tsing Hua University Branch code biodiesel feasibility analysis of 450 450 two biodiesel and raw materials, bio-diesel Production 450 451 technical advantages advantage (test report) 451 Fifth, set up factories in the conditions of 452 six 452 seven major equipment, environmental protection 453 Section IV BDT Austria country bio-diesel technology companies - the biodiesel factories planning process 453 a factories location plan 454, plan 455 three sources of raw materials, production scale to plan 455, 5 456 of the financial plan, the marketing channel 457 six, installations and equipment 7 to buy 458 458 eight factory software and hardware construction, personnel training 459 nine formally put into trial operation 459 chart catalog chart: biodiesel and conventional diesel performance comparison chart: the biodiesel definition of 4 chart: biodiesel production process chart: comparison of biodiesel to regular diesel chart: Evaluation and comparison of various alternative fuels chart: the significance of the development of biodiesel icon 16 chart: the biodiesel production EU-25 countries in 2005 and 2006, production capacity of 21 chart: biodiesel at this stage German standard (DINV51606), 22 charts: the development of the world biodiesel overview 23 chart Basic information 43: 24 charts of foreign biodiesel applications: the world's top five biodiesel producers in 2005 33 Chart :1999-2004, U.S. biodiesel production growth trend chart in Figure 41: the United States have production and processing practices biodiesel plant Chart :2005-2015 diesel fuel and biodiesel consumption and forecast 50 Chart: U.S. final demand multiplier 51 chart :2006-2015 biodiesel production annual economic contribution of 53 charts from 2006 to 2015 the U.S. biodiesel contribution to the economy forecast Chart 53: China's bio-diesel technology 77 Chart 78 Chart: China's main biodiesel production plant scale: the major EU countries biodiesel production in 2005 of 103 chart :2000-2005 EU biodiesel consumption growth 104 chart major EU biodiesel producers: 2005 production capacity 104 chart: in some regions of China in the construction, the proposed project briefing (1) 112 chart: in some regions of China in the construction, the proposed project briefing (2) Chart 112: The domestic part of the biodiesel manufacturers have been built and will be built 113 chart: domestic parts have been built and will be built biodiesel manufacturers continued Table 114 charts: January to December 2010, China diesel apparent consumption data table 122 Chart: 2012 1-5 China's diesel apparent consumption statistics 123 charts: January to May 2012, 129 Chart: China's diesel output diesel sub-provinces and cities in China from January to May 2012, production statistics 129 Chart :1995-2010 China's crude oil production and consumption situation 139 chart from 1990 to 2015, China's crude oil consumption and forecast 140 Chart 139 Chart :1995-2010 diesel production and consumption situation in China :2005-2020 the Chinese diesel consumption forecast 141 chart: the advantages and disadvantages of the different production technology to produce bio-diesel comparative table 147 Chart: the cost of oil crops to produce bio-diesel 151 chart 151 charts: the relative content of fatty acids in the vegetable oil: biodiesel production technologies Route 152 chart: the biodiesel transesterification Act reaction equation 153 chart: the biodiesel separation of extraction equipment 185 chart: Biological 185 Chart: Diesel enzyme reactor biomass to bio-diesel route diagram 186 chart: grease trap garbage crushing isolation of waste oil Schematic 188 chart: grease trap garbage basic nature and composition of the 189 chart: pressure on the grease trap oily garbage separation impact 190 chart: pressure and grease trap waste volume change between 190 chart 191 charts: grease trap waste segregation ratios at different temperatures: different temperature grease trap the garbage separation resulting liquid oil content 191 chart: without breaking glue grease traps 193 chart junk: junk grease traps in broken plastic barbed role gradually separated 193 chart: the grease trap garbage breaker separation 194 chart: oil and garbage separation (upper oil ) 194 Chart: broken plastic separation mechanical structure diagram 195 chart: the gel breaking separation mechanical data and laboratory analysis of data comparing% 196 196 Chart: grease trap waste isolated by the nature of the waste oil chart: 199 countries biodiesel feedstock use status quo chart: the physical and chemical properties of the cottonseed oil esterification Table 202 chart: the physical and chemical properties of palm oil after esterification Table 203 Chart: diesel and jatropha seed oil diesel indicators 204 Chart: China's major oil trees (as the distribution of energy trees) and fruit the main producing areas of Hunan Province, rapeseed yield chart 204: the Chinese rapeseed planting area distribution 212 chart: the main producing areas of Sichuan Province, rapeseed 213 chart 214 charts: the main producing areas of Hubei Province, rapeseed: Anhui Province rapeseed producing areas 215 chart: 215 Chart: Jiangsu rapeseed planting area 216 chart: Zhejiang rapeseed planting area 217 Chart: China's Yangtze River basin rape give priority to the development of the geographical distribution of 217 Chart :1999-2012 China's rapeseed oil, soybean oil and palm oil weekly price chart 234 chart: -2012 China's soybean monthly import volume and price charts of 240 charts: United States, Germany and the European biodiesel standard 277 Chart: other typical national the biodiesel standard 279 chart: other typical national biodiesel standard continued Table 281 chart: Biodiesel performance and conventional diesel 325 chart: 327 charts of the relative content of fatty acids in the vegetable oil: biodiesel production technology route 327 chart :2001-2006 part of the biodiesel production status 333 Chart: China's major oil trees (as energy species) distribution and fruit yield 341 chart: diesel the world fuel specifications Ⅱ class standard 357 Chart: diesel the world fuel specification Class III standard 357 chart: emissions from vehicles, the European standard 358 chart :2002-2006, China's GDP growth 378 Chart: 2006 China's energy consumption of 379 charts from 1990 to 2030 global carbon dioxide emissions 380 chart trend: biomass development and utilization of the target in the medium-and long-term planning in the 390 chart: the proposed types of demonstration projects Statistics Chart 392: 2004 and 2005, the Brazilian automobile fuel consumption chart in the proportion of 398: 2005 Brazil's main fuel crop yields 400 chart: diesel sources constitute 415 chart: 10,000,000 ta (20 bbld) of crude oil processing unit (including secondary processing) 416 Chart: 3000000 ta (60000 bbld) coal directly liquefaction unit (CTL) 416 Chart: 2,500,000 ta (50000 bbld) of natural gas to synthetic device (CTL) 416 chart: of 200,000 ta (4000 bbld) biodiesel device (CTL) 417 Chart :2000-2006 China's oil imports 423 Chart: petroleum diesel with biodiesel product standards 424 chart: raw materials and power consumption of bio-diesel project 427 chart: the the EU 60000 ta biodiesel project investment benefit analysis 428 chart: investment-benefit analysis of the 100,000 ta biodiesel project 428 chart : the full cost of the 100,000 ta biodiesel project constitutes 429 chart: world production of biodiesel raw materials constitute 432 chart: different raw materials to produce biodiesel cost 434 chart: source of raw materials for biodiesel and Description 435 chart :2000-2005, crude oil price of diesel comparison chart 436 charts: the 2000 countries recyclable waste edible oils and fats predict actual recovery 438 chart: national waste edible oils and fats composed 439 chart: transesterification reaction schematic 442 chart: the use of waste cooking oil manufacturing base-catalyzed biodiesel process 444 Chart: use of waste edible oil manufacturing bio-diesel fuel's quality 446 chart: different raw materials production of biodiesel's cost comparison 447 chart: biodiesel production technology and shortcomings evaluation 449 chart: biodiesel production process 450 charts: the main equipment (to date production 5 tons of equipment, for example) 453