Reportlinker Adds The Survey of Bio-pesticide Industry in China
NEW YORK, May 9, 2011 /PRNewswire/ --Reportlinker.com announces that a new market research report is available in its catalogue:
The Survey of Bio-pesticide Industry in China
http://www.reportlinker.com/p0490382/The-Survey-of-Bio-pesticide-Industry-in-China.html
Bio-pesticides are certain types of pesticides derived from such natural materials as animals, plants, bacteria, and certain minerals. For example, canola oil and baking soda have pesticidal applications and are considered bio-pesticides. With people's rising awareness of environmental protection and food safety, more and more attention has been paid to bio-pesticide, which enjoys advantages of no pollution, no residue, and high efficiency. So bio-pesticide has bright market outlook in the future. At the end of 2010, there were approximately more than 2,500 registered bio-pesticide active ingredients and 250 products.
The Survey of Bio-pesticide Industry in China is CCM's first edition report on Chinese bio-pesticide industry, finished in April 2011. This intelligence report attaches importance to the following parts:
- Update all the data related to bio-pesticide industry from technical and formulations in China in the past years, including registration, supply, export, price, demand, etc.
- Pay close attention to what technology they are using and how they achieved the technology.
- Identify the leading players and emerging products of bio-pesticide industry in China.
- Indicate which and how Chinese producers collaborate with MNCs.
- Emphasize on demand volume and value of bio-pesticides market in 2008-2010, as well as the consumption structure by crops.
- Figure out the development status and influencing factors including drivers and barriers.
- Forecast on bio-pesticides from supply, export, price, demand volume and value in 2011-2015.
- Get a clear understanding of the future development trend, and identify China's position of bio-pesticide industry from a global perspective.
- Explore commercial opportunities of bio-pesticide industry in China under the context of the new global economy situation.
- SWOT analysis of top 5 domestic bio-pesticides players
Ten major bio-pesticides studied in this report:
- Abamectin
- Bacillus thuringiensis
- Matrine
- Azadirachtin
- Pyrethrins
- Heliothis armigera NPV
- Jinggangmycin
- Bacillus subtilis
- Polyoxin
- Kasugamycin
- Bacillus cereus
- Agricultural antibiotic 120
- Gibberellic acid
The Survey of Bio-pesticide Industry in China is an intelligence report on bio-pesticide industry all over China. This study reveals the historical development and future trend of bio-pesticide industry by continents & countries, and is comprised of two major sections:
-Historical market analysis – A full market study provides comprehensive understanding to the China's bio-pesticide situation in the past three years. The intelligence data is presented by various indexes, such as supply (output, capacity, producers, market share), demand (demand volume, market value, demand structure by crops/targets & formulation types), price (ex-work price, trade price, market price), technology, trade flow, etc.
-Future market analysis - Expertise analysis provides the most credible projection of market trend in the coming five years.
This report attaches importance to the following aspects from both historical change and future trends:
-Supply & demand of bio-pesticide in China;
-Production technology of bio-pesticide in China;
-Registration situation of bio-pesticide in China;
-Introduction to key raw materials of bio-pesticide;
-Price of bio-pesticide technical and formulations in China;
-Import & export analysis of bio-pesticide;
-Demand by crops & formulation types in China;
-Price trend and influencing factors of bio-pesticide
Executive summary
Introduction and Methodology
I Overview of pesticide industry in China
II Production situation of bio-pesticide in China
II-1 The development history of bio-pesticide industry
II-2 The position of bio-pesticide in pesticide industry
II-3 Current production situation of bio-pesticide industry in China
II-3.1 Summary of production & manufacturers
II-3.2 Current production situation of major bio-pesticides
II-3.2.1 Bio-insecticide
II-3.2.1.1 Abamectin
II-3.2.1.2 Bacillus thuringiensis
II-3.2.1.3 Matrine
II-3.2.1.4 Azadirachtin
II-3.2.1.5 Pyrethrins
II-3.2.1.6 Heliothis armigera NPV
II-3.2.2 Bio-fungicide
II-3.2.2.1 Jinggangmycin
II-3.2.2.2 Bacillus subtilis
II-3.2.2.3 Polyoxin
II-3.2.2.4 Kasugamycin
II-3.2.2.5 Bacillus cereus
II-3.2.2.6 Agricultural antibiotic 120
II-3.2.3 Bio-plant growth regulator
III Problems existing in bio-pesticide industry
IV Technology level and research status of bio-pesticide in China
V Policy and regulation and the influence to bio-pesticide industry
VI The trade of Bio-pesticide in China
VII-1 Price and its trends
VII-2 Distribution channel
VII-3 Export and import situation
VII Use of Bio-pesticide in China
VII-1 Consumption volume
VII -2 Use situation in crop
VII-3 Farmer's habits and attitudes
VIII Prospect of bio-pesticide in China (2011-2015)
IX Conclusions
X Appendix
X-1 Profile of key player of bio-pesticide industry
X-2 SWOT analysis of top five producers
LIST OF TABLES
Table USD/RMB exchange rate, 2004-2011
Table I-1.1 Number of pesticide/biological pesticide producers with three certificates in China, 2003-2010
Table I-3.1 Output of pesticide technical, 1994-2010, tonne
Table I-6.1 Registration of water-based formulations in China, as of Aug. 23rd, 2010
Table I-6.2 Registration of two traditional formulations in China, as of Aug. 23rd, 2010
Table II-1.1 Development of bio-pesticide Industry in China
Table II-2.1 Market share of bio-pesticide industry, 2010
Table II-2.2 Market structure of bio-pesticide and chemical pesticides, 2010
Table II-3-2.1 Classifications by application of bio-pesticides in China
Table II-3-2.2 Production situation and leading player of major bio-pesticides in China, 2010
Table II-3-2.3 Other kinds of bio-pesticides and leading player in China, 2010
Table II-3-2-1-1.1 Registration situation of abamectin technical in China, 2005-2007
Table II-3-2-1-1.2 Registration situation of abamectin technical in China, 2008-2010
Table II-3-2-1-1.3 Registration situation of abamectin formulation in China, as of April 2011
Table II-3-2-1-1.4 Comparison of two fermentation route in China
Table II-3-2-1-1.5 Comparison of two extraction solvents in China
Table II-3-2-1-1.6 Some major maize starch producers in China, 2010
Table II-3-2-1-1.7 Export situation of abamectin, 2010
Table II-3-2-1-1.8 Export situation of abamectin, 2009
Table II-3-2-1-1.9 Export situation of abamectin, 2008
Table II-3-2-1-1.10 Export situation of Chinese abamectin producers, 2010
Table II-3-2-1-1.11 Export situation of Chinese abamectin producers, 2009
Table II-3-2-1-1.12 Export situation of Chinese abamectin producers, 2008
Table II-3-2-1-1.13 The top 10 destination countries of 95% and 96% abamectin TC, 2008-2010
Table II-3-2-1-1.14 The top 10 destination countries of 1.8% abamectin EC, 2008-2010
Table II-3-2-1-1.15 Major export destinations of Chinese abamectin, 2010
Table II-3-2-1-1.16 Major export destinations of Chinese abamectin, 2009
Table II-3-2-1-1.17 Major export destinations of Chinese abamectin, 2008
Table II-3-2-1-1.18 Capacity situation of active producers of abamectin technical in China, as of April 2011, t/a
Table II-3-2-1-1.19 Basic information of abamectin technical producers in China, as of April 2011
Table II-3-2-1-1.20 Capacity and output of abamectin technical producers in China, as of April 2011, Capacity: t/a, Output: t
Table II-3-2-1-1.21 Information about price and key raw material of abamectin technical producers in China, as of Apr. 2011
Table II-3-2-1-1.22 Domestic apparent consumption of abamectin in China, 2008-2010, tonne
Table II-3-2-1-1.23 Consumption situation of abamectin calculated by AI, 2008-2010, tonne
Table II-3-2-1-1.24 Demand situation of abamectin major formulations (volume and value) in China, 2008-2010
Table II-3-2-1-2.1 Registration situation of Bt technical in China, 2006-2007
Table II-3-2-1-2.2 Registration situation of Bt technical in China, 2008-2010
Table II-3-2-1-2.3 Registration situation of Bt formulations in China, as of April 2011
Table II-3-2-1-2.4 Technology and raw material of Bt producers in China
Table II-3-2-1-2.5 Production status and ex-work price information of domestic Bt technical producers, as of April. 2011
Table II-3-2-1-2.6 Capacity and output of Bt technical producers in China, 2008-2010, capacity: t/a, output: tonne
Table II-3-2-1-2.7 Domestic consumption situation of main Bt formulations (volume and value), 2008-2010
Table II-3-2-1-3.1 Registration situation of matrine TK in China, 2010
Table II-3-2-1-3.2 Registration situation of matrine formulations in China, as of April 2011
Table II-3-2-1-3.3 Major manufacturers of matrine in China, 2010
Table II-3-2-1-3.4 Comparison of the major two extraction methods for matrine in China
Table II-3-2-1-3.5 Basic information of matrine 5%TK producers in China, as of April 2011
Table II-3-2-1-3.6 Capacity and output of matrine 5%TK producers in China, as of 2011, Capacity t/a, Output t
Table II-3-2-1-3.7 Demand situation of matrine calculated by 5%TK in China, 2009-2010
Table II-3-2-1-4.1 Registration situation of azadirachtin TK in China, 2008-2010
Table II-3-2-1-4.2 Registration situation of azadirachtin formulations in China, 2008-2010
Table II-3-2-1-4.3 Technology and cooperation organ of major companies for azadirachtin TK extraction in China, 2010
Table II-3-2-1-4.4 Comparison of extraction methods for azadirachtin in China
Table II-3-2-1-4.5 The main planting companies of neem in China, 2010
Table II-3-2-1-4.6 Basic information of azadirachtin TK producers in China, as of April 2011
Table II-3-2-1-4.7 Capacity and output of azadirachtin 5%TK producers in China, as of 2011, Capacity t/a, Output t
Table II-3-2-1-4.8 Demand situation of azadirachtin calculated by 5%TK in China, 2009-2010
Table II-3-2-1-5.1 Registration situation of pyrethrins technicals, as of April 2011 in China
Table II-3-2-1-5.2 Registration situation of pyrethrins formulations in China, as of April 2011
Table II-3-2-1-5.3 Comparison of pyrethrins extration methods in China
Table II-3-2-1-5.4 Main planting companies of pyrethrum in China, 2010
Table II-3-2-1-5.4 Basic information of pyrethrins TC producers in China, as of 2011
Table II-3-2-1-5.5 Capacity and Output of 60% technical producers in China, as of 2011, Capacity: t/a, Output: tonne
Table II-3-2-1-5.6 Export situation of pyrethrins 60% TC, 2010, tonne
Table II-3-2-1-5.7 Domestic apparent consumption of pyrethrins in China, 2008-2010, tonne
Table II-3-2-1-6.1 Registration situation of HaNPV technicals, as of April 2011 in China
Table II-3-2-1-6.2 Registration situation of HaNPV formulation in China, as of April 2011
Table II-3-2-1-6.3 Basic information of HaNPV TK producers in China, as of April 2011
Table II-3-2-1-6.4 Capacity and output HaNPV TK producers in China, capacity: t/a, output: tonne
Table II-3-2-1-6.5 Export situation of HaNPV in China, 2008-2010, tonne
Table II-3-2-1-6.6 Domestic apparent consumption of HaNVP in China, 2008-2010, tonne
Table II-3-2-2-1.1 Registration situation of jinggangmycin technical in China, 2007-2010
Table II-3-2-2-1.2 Registration situation of jinggangmycin formulations in China, as of April 2011
Table II-3-2-2-1.3 Production status and price information of jinggangmycin technical producers in China, as of April 2011
Table II-3-2-2-1.4 Capacity and output of jinggangmycin technical producers in China, 2008-2010, capacity: t/a, output: tonne
Table II-3-2-2-1.5 Domestic consumption situation of main jinggangmycin formulations (volume and value), 2008-2010
Table II-3-2-2-2.1 Registration situation of B.subtilis TK in China, 2009-Apr. 2011
Table II-3-2-2-2.2 Registration situation of B.subtilis formulation in China, as of April 2011
Table II-3-2-2-2.3 Comparison of two fermentation route in China, 2010
Table II-3-2-2-2.4 Basic information of B.subtilis TK producers in China, as of Apr. 2011
Table II-3-2-2-2.5 Capacity and output of B.subtilis TK technical producers in China, as of Apr. 2011, Capacity t/a, Output t
Table II-3-2-2-2.6 Information about price and key raw material of B.subtilis TK producers in China, as of Apr. 2011
Table II-3-2-2-2.7 Export situation of B.subtilis, 2010, tonne
Table II-3-2-2-2.8 Domestic apparent consumption of B.subtilis in China, 2008-2010, tonne
Table II-3-2-2-2.9 Domestic consumption situation of major B.subtilis formulations (volume and value), 2008-2010
Table II-3-2-2-3.1 Registration situation of polyoxin technical in China, 2007-Apr. 2011
Table II-3-2-2-3.2 Registration situation of polyoxin formulations in China, as of April 2011
Table II-3-2-2-3.3 Main raw material of polyoxin
Table II-3-2-2-3.4 Basic information of polyoxin technical producers in China, as of 2011
Table II-3-2-2-3.5 Capacity and output of polyoxin technical producers in China, as of Apr. 2011, Capacity t/a, Output t
Table II-3-2-2-3.6 Information about price and key raw material of polyoxin technical producers in China, as of Apr. 2011
Table II-3-2-2-3.7 Domestic apparent consumption of polyoxin in China, 2008-2010, tonne
Table II-3-2-2-3.8 Domestic consumption situation of major polyoxin formulations (volume and value), 2008-2010
Table II-3-2-2-4.1 Registration situation of kasugamycin technical in China, 2007-2011
Table II-3-2-2-4.2 Registration situation of kasugamycin formulations in China, as of April 2011
Table II-3-2-2-4.3 Basic information of kasugamycin technical producers in China, as of 2011
Table II-3-2-2-4.4 Capacity and kasugamycin TK producers in China, capacity:t/a, output: tonne
Table II-3-2-2-4.5 Domestic apparent consumption of kasugamycin in China, 2008-2010, tonne
Table II-3-2-2-4.6 Domestic consumption situation of kasugamycin major formulations (volume and value), 2008-2010
Table II-3-2-2-5.1 Registration situation of Bacillus cereus TK in China, 2009-2010
Table II-3-2-2-5.2 Registration situation of Bacillus cereus formulations in China, as of April 2011
Table II-3-2-2-5.3 Basic information of Bacillus cereus TK producers in China, as of 2011
Table II-3-2-2-5.4 Capacity and output of Bacillus cereus TK producers in China, as of 2011, Capacity t/a, Output t
Table II-3-2-2-6.1 Registration situation of agricultural antibiotic 120 formulations in China, as of April 2011
Table II-3-2-2-6.2 Basic information of agricultural antibiotic 120 formulations producers in China, as of 2011
Table II-3-2-2-6.3 Capacity and output of agricultural antibiotic 120 formulations producers in China, as of 2011, Capacity t/a, Output t
Table II-3-2-2-6.4 Demand situation of agricultural antibiotic 120 formulations (volume and value) in China, 2008-2010
Table II-3-2-3.1 Registration situation of gibberellic acid technical in China, 2007-2010
Table II-3-2-3.2 Registration situation of gibberellic formulations in China, as of April 2011
Table II-3-2-3.3 Production status and price information of gibberellic acid technical producers in China, as of April 2011
Table II-3-2-3.4 Capacity and output of gibberellic acid technical producers in China, 2008-2010, capacity: t/a, output: tonne
Table II-3-2-3.5 Domestic consumption situation of main gibberellic acid formulations (volume and value), 2008-2010
Table V-1 Major administrations and policies on pesticides or pesticide industry in China
Table V-2 New entrance threshold stipulated in the Notice No. 485, 2008
Table V-3 Environmental protection policies and environmental cost in pesticide industry in China, as of April 2011
Table V-4 Status of effluent standards of pollutants for bio-pesticide industry, 2008
Table VI-1.1 Average prices of main bio-pesticides, 2006-2010, USD/t
Table VII-1.1 Export volume and value of main bio-pesticides in China, 2008-2010
Table VII-1.2 Consumption volume and share of bio-pesticide in main crops, 2008-2010
Table VII-1.3 Consumption by categories of bio-pesticide, 2008-2010, tonnes
Table X-1.1 Product species of Hebei Veyong Bio-chemical Co., Ltd., 2011
Table X-1.2 Bio-pesticide output of Hebei Veyong Bio-chemical Co., Ltd., 2008-2010, Output: tonne
Table X-1.3 Product species of Zhejiang Qianjiang Biochemical Co., Ltd., 2011
Table X-1.4 Bio-pesticide output of Zhejiang Qianjiang Biochemical Co., Ltd., 2008-2010, Output: tonne
Table X-1.5 Product species of Fujian Pucheng Green Shell Biological Technology Co., Ltd., 2011
Table X-1.6 Biopesticide output of Fujian Pucheng Green Shell Biological Technology Co., Ltd., 2008-2010, Output: tonne
Table X-1.7 Product species of Zhejiang Shenghua Biok Biological Co., Ltd., 2011
Table X-1.8 Biopesticide output of Zhejiang Shenghua Biok Biological Co., Ltd., 2008-2010, Output: tonne
Table X-1.9 Product species of Zhejiang Tonglu Huifeng Biochemistry Co., Ltd., 2011
Table X-1.10 Biopesticide output of Zhejiang Tonglu Huifeng Biochemistry Co., Ltd., 2008-2010, Output:tonne
Table X-1.11 Product species of Jixi Nonghua Biological Technology Co., Ltd., 2011
Table X-1.12 Biopesticide output of Jixi Nonghua Biological Technology Co., Ltd., 2008-2010, Output: tonne
Table X-1.13 Product species of Wuhan Kernel Bio-tech Co., Ltd., 2011
Table X-1.14 Products species of Yanbian Chunlei Biochemical Reagent Co., Ltd., 2011
Table X-1.15 Product species of Yanbian Chunlei Biochemical Reagent Co., Ltd., 2011
Table X-1.16 Biopesticide output of Yanbian Chunlei Biochemical Reagent Co., Ltd., 2008-2010, Output: tonne
Table X-2.1 SWOT analysis of Hebei Veyong Bio-chemical Co.,Ltd., 2011
Table X-2.2 SWOT analysis of Zhejiang Qianjiang Biochemical Co., Ltd., 2011
Table X-2.3 SWOT analysis of Zhejiang Shenghua Biok Biological Co., Ltd., 2011
Table X-2.4 SWOT analysis of Wuhan Kernel Bio-tech Co., Ltd., 2011
Table X-2.5 SWOT analysis of Yanbian Chunlei Biologicals Co., Ltd., 2011
LIST OF FIGURES
Figure I-4.1 Output value of pesticide 2001, 2007-2010, million USD
Figure I-5.1 Pesticide technical structure by output proportion, 2001-2010
Figure I-5.2 Output structure of pesticide production, 1994
Figure I-5.3 Output structure of pesticide production, 2010
Figure II-3-1.1 Output of bio-pesticides by AI in China, 2008-2010
Figure II-3-1.2 Output value of bio-pesticides in China, 2008-2010
Figure II-3-2.1 Market share of main bio-pesticides' production by output, 2010
Figure II-3-2-1-1.1 Process route of abamectin technical
Figure II-3-2-1-1.2 Geographic distribution of maize starch producers in China, 2010
Figure II-3-2-1-1.3 Market prices of maize starch in China, 2010
Figure II-3-2-1-1.4 Export volume of abamectin technical and formulations in China, 2008-2010
Figure II-3-2-1-1.5 Price of 95% abamectin technical, 2005-2010
Figure II-3-2-1-1.6 Prices of abamectin 95% technical and 1.8% EC, Jun. 2008-Apr. 2011
Figure II-3-2-1-1.7 Consumption structure of abamectin calculated by AI in China, 2010
Figure II-3-2-1-1.8 Consumption structure of abamectin calculated by AI in China, 2008-2010
Figure II-3-2-1-1.9 Forecast on output of abamectin technical in China, 2011-2015
Figure II-3-2-1-1.10 Forecast on demand volume of abamectin in China, 2011-2015
Figure II-3-2-1-1.11 Forecast on export volume of abamectin in China, 2011-2015
Figure II-3-2-1-1.12 Price forecast on abamectin technical in China, 2011-2015
Figure II-3-2-1-2.1 Registration situation of Bt in China, as of April 2011
Figure II-3-2-1-2.2 Process route of Bt technical
Figure II-3-2-1-2.3 Output and capacity of Bt technical in China, 2008-2010
Figure II-3-2-1-2.4 Average price of Bt 50,000IU/mg TC in China, 2006-2010
Figure II-3-2-1-2.5 Average price of Bt 32,000IU/mg WP in China, 2006-2010
Figure II-3-2-1-2.6 Consumption structure of Bt by crops in China, 2010
Figure II-3-2-1-2.7 Consumption situation of Bt by crops in China, 2008-2010
Figure II-3-2-1-2.8 Output forecast of Bt technical in China, 2011-2015
Figure II-3-2-1-2.9 Export forecast of Bt technical in China, 2011-2015
Figure II-3-2-1-2.10 Demand forecast of Bt technical in China, 2011-2015
Figure II-3-2-1-3.1 Process route of solvent extraction for matrine
Figure II-3-2-1-3.2 Process route of ion exchange for matrine
Figure II-3-2-1-3.3 Price of matrine 0.3% AS, 2006-2010
Figure II-3-2-1-3.4 Consumption structure of matrine calculated by 5%TK in agriculture of China, 2010
Figure II-3-2-1-3.5 Consumption structure of matrine calculated by 5%TK in China, 2009-2010
Figure II-3-2-1-3.6 Forecast on output volume of matrine 5% TK in China
Figure II-3-2-1-3.7 Forecast on demand volume of matrine 5%TK in China, 2011-2015
Figure II-3-2-1-3.8 Price forecast on matrine 5%TK in China, 2011-2015
Figure II-3-2-1-4.1 Process route of extraction for azadirachtin
Figure II-3-2-1-4.2 Price of azadirachtin 5%TK, 2006-2010
Figure II-3-2-1-4.3 Domestic consumption structure of azadirachtin calculated by 5%TK in agriculture, 2010
Figure II-3-2-1-4.4 Consumption structure of azadirachtin calculated by 5%TK in China, 2009-2010
Figure II-3-2-1-4.5 Forecast on output of azadirachtin 5%TK in China, 2011-2015
Figure II-3-2-1-4.6 Forecast on demand volume of azadirachtin 5%TK in China, 2011-2015
Figure II-3-2-1-4.7 Price forecast on azadirachtin 5%TK in China, 2011-2015
Figure II-3-2-1-5.1 Process route of pyrethrins
Figure II-3-2-1-5.2 Price of pyrethrins 60% TC in China, 2005-2010
Figure II-3-2-1-5.3 Consumption structure of pyrethrins calculated by AI in agriculture, 2010
Figure II-3-2-1-5.4 Consumption structure of pyrethrins calculated by AI in China, 2008-2010
Figure II-3-2-1-5.5 Forecast on output of pyrethrins TC in China, 2011-2015
Figure II-3-2-1-5.6 Forecast on export volume of pyrethrins in China, 2011-2015
Figure II-3-2-1-5.7 Price forecast on pyrethrin TC in China, 2011-2015
Figure II-3-2-1-6.1 Process route of Helicoverpa Armigera NPV
Figure II-3-2-1-6.2 Price of 500bPIB/g HaNPV TK in China, 2005-2010
Figure II-3-2-1-6.3 Consumption structure of HaNPV calculated by AI in agriculture, 2010
Figure II-3-2-1-6.4 Consumption structure of HaNPV calculated by AI in China, 2008-2010
Figure II-3-2-1-6.5 Forecast on output of HaNPV TC in China, 2011-2015
Figure II-3-2-1-6.6 Forecast on demand volume of HaNPV in China, 2011-2015
Figure II-3-2-1-6.7 Forecast on export volume of HaNPV in China, 2011-2015
Figure II-3-2-1-6.8 Price forecast on the HaNVP TC in China, 2011-2015
Figure II-3-2-2-1.1 Registration situation of jinggangmycin in China, as of April 2011
Figure II-3-2-2-1.2 Process route of jinggangmycin
Figure II-3-2-2-1.3 Output and capacity of jinggangmycin technical in China, 2008-2010
Figure II-3-2-2-1.4 Average price of jinggangmycin A 60% TC in China, 2006-2010
Figure II-3-2-2-1.5 Average price of jinggangmycin 20% SP in China, 2006-2010
Figure II-3-2-2-1.6 Consumption structure of jinggangmycin by crops in China, 2010
Figure II-3-2-2-1.7 Consumption situation of jinggangmycin by crops in China, 2008-2010
Figure II-3-2-2-1.8 Output forecast of jinggangmycin technical (by AI) in China, 2011-2015
Figure II-3-2-2-1.9 Export forecast of jinggangmycin technical (by AI) in China, 2011-2015
Figure II-3-2-2-1.10 Demand forecast of jinggangmycin technical (by AI) in China, 2011-2015
Figure II-3-2-2-2.1 Process route of B.subtilis technical
Figure II-3-2-2-2.2 Price of 95% B.subtilis TK, 2005-2010
Figure II-3-2-2-2.3 Consumption structure of B.subtilis calculated by AI in agriculture, 2010
Figure II-3-2-2-2.4 Consumption structure of B.subtilis calculated by AI in China, 2009-2010
Figure II-3-2-2-2.5 Forecast on output of B.subtilis TK in China, 2011-2015
Figure II-3-2-2-2.6 Forecast on demand volume of B.subtilis in China, 2011-2015
Figure II-3-2-2-2.7 Forecast on export volume of B.subtilis in China, 2011-2015
Figure II-3-2-2-2.8 Price forecast on B.subtilis TK in China, 2011-2015
Figure II-3-2-2-3.1 Process route of polyoxin technical
Figure II-3-2-2-3.2 Price of 34% polyoxin technical, 2006-2010
Figure II-3-2-2-3.3 Domestic consumption situation of polyoxin formulations (volume and value) ,2008-2010
Figure II-3-2-2-3.4 Forecast on output of polyoxin technical in China, 2011-2015
Figure II-3-2-2-3.5 Forecast on demand volume of polyoxin in China, 2011-2015
Figure II-3-2-2-3.6 Price forecast on polyoxin technical in China, 2011-2015
Figure II-3-2-2-4.1 Flowchart of kasugamycin synthesis
Price of kasugamycin 60% TC in China, 2005-2010
Figure II-3-2-2-4.3 Consumption structure of kasugamycin calculated by AI in agriculture, 2010
Figure II-3-2-2-4.4 Consumption structure of kasugamycin calculated by AI in China, 2008-2010
Figure II-3-2-2-4.5 Forecast on output of kasugamycin TC in China, 2011-2015
Figure II-3-2-2-4.6 Forecast on export volume of kasugamycin in China, 2011-2015
Figure II-3-2-2-4.7 Forecast on demand volume of kasugamycin in China, 2011-2015
Figure II-3-2-2-5.1 Production methods of Bacillus cereus
Figure II-3-2-2-5.2 Submerged liquid fermentation process of Bacillus cereus
Figure II-3-2-2-5.3 Domestic consumption structure of Bacillus cereus calculated by 9,000 million spores/g TK in agriculture, 2010
Figure II-3-2-2-5.4 Consumption structure of Bacillus cereus calculated by 9,000 million spores/g TK in China, 2009-2010
Figure II-3-2-2-5.5 Forecast on output of Bacillus cereus 9,000 million spores/g TK in China, 2011-2015
Figure II-3-2-2-5.6 Forecast on demand volume of Bacillus cereus 9,000 million spores/g TK in China, 2011-2015
Figure II-3-2-2-5.7 Price forecast on Bacillus cereus 9,000 million spores/g TK in China, 2011-2015
Figure II-3-2-2-6.1 Price of 4% agricultural antibiotic 120 SL, 2006-2010
Figure II-3-2-2-6.2 Consumption structure of agricultural antibiotic 120 calculated by AI in China, 2010
Figure II-3-2-2-6.3 Forecast on output of agricultural antibiotic 120 formulations in China, 2011-2015
Figure II-3-2-2-6.4 Price forecast on 4% agricultural antibiotic 120 SL in China, 2011-2015
Figure II-3-2-3.1 Registration situation of gibberellic in China, as of April 2011
Figure II-3-2-3.2 Process route of gibberellic technical
Figure II-3-2-3.3 Production technology of gibberellic acid adopted by Jiangsu Fengyuan
Figure II-3-2-3.4 Output and capacity of gibberellic acid technical in China, 2008-2010
Figure II-3-2-3.5 Average price of gibberellic acid 90% TC in China, 2006-2010
Figure II-3-2-3.6 Average price of gibberellic acid 75% JJF in China, 2006-2010
Figure II-3-2-3.7 Consumption structure of gibberellic acid by crops in China, 2010
Figure II-3-2-3.8 Consumption situation of gibberellic acid by crops in China, 2008-2010
Figure II-3-2-3.9 Output forecast of gibberellic acid technical in China, 2011-2015
Figure II-3-2-3.10 Export forecast of gibberellic acid technical in China, 2011-2015
Figure II-3-2-3.11 Demand forecast of gibberellic acid technical in China, 2011-2015
Figure VI-2.1 Distribution channel of bio-pesticide in China, 2010
Figure VI-3.1 Export volume of main bio-pesticides in China, 2008-2010
Figure VI-3.2 Export value of main bio-pesticides in China, 2008-2010
Figure VII-1.1 Consumption situation and market value of bio-pesticides in China, 2008-2010
Figure VII-1.2 Consumption situation of main bio-pesticides in China, 2008-2010
Figure VII-1.3 Market value of main bio-pesticides in China, 2008-2010
Figure VII-1.4 Consumption by categories of bio-pesticide, 2010, tonnes
Figure VII-1.5 Consumption by categories of bio-pesticide, 2009, tonnes
Figure VII-1.6 Consumption by categories of bio-pesticide, 2008, tonnes
Figure VII-2.1 Consumption structure of bio-pesticide by crops in China, 2010
Figure VII-2.2 Consumption structure of bio-pesticide by crops in China, 2009
Figure VII-2.3 Consumption structure of bio-pesticide by crops in China, 2008
Figure VII-2.3 Consumption situation by bio-pesticides on wheat, 2010, tonnes
Figure VII-2.4 Consumption situation of bio-pesticide on rice, 2010
Figure VII-2.5 Consumption situation of bio-pesticide on cotton, 2010
Figure VII-2.6 Consumption situation of bio-pesticide on fruits, 2010
Figure VII-2.7 Consumption situation of bio-pesticide on vegetable & melons, 2010
Figure VIII-1 Domestic consumption situation of Bio-pesticide, 2008-2010
Figure VIII-2 Forecast on bio-pesticide sales in China, 2011-2015
Companies Mentioned
Hebei Veyong Bio-Chemical Co. Ltd.
Zhejiang Qianjiang Biochemical Co., Ltd.
Fujian Pucheng Green Shell Biological Technology Co., Ltd.
Zhejiang Shenghua Biok Biological Co., Ltd.
Zhejiang Tonglu Huifeng Biochemistry Co., Ltd.
Jixi Nonghua Biological Technology Co., Ltd.
Wuhankernel Bio-tech Co., Ltd.
Yanbian Chunlei Biochemical Reagent Co., Ltd.
……
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Nicolas Bombourg
Reportlinker
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