-Content
-Executive summary
-Definition, research scope and methodology
-Definition and research scope
-Methodology
I Overview of global glyphosate industry
I-1 Overview of global glyphosate supply (distribution, production, circulation)
I-2 Overview of global glyphosate demand
I-3 Forecast on global glyphosate industry for 10 years
I-3.1 Factors influencing global glyphosate supply and demand
I-3.2 Forecast on glyphosate demand in future 10 years
II Development trend of glyphosate technical production routes
II-1 Introduction to current situation and market share of the three major production routes
II-2 Introduction to glyphosate technical production technology
II-2.1 AEA route
II-2.2 DEA route
II-2.3 IDAN route
II-2.4 Other routes
II-3 Competitiveness Analysis of different route
II-3.1 Comparison of technology requirement
- Synthesis technology of glyphosate technical
- Investment
- Product quality
- Waste treatment technology
II-3.2 Comparison of key raw material accessibility
II-3.3 Cost of glyphosate technical by route
II-3.4 Forecast on development trend and market share of three major production routes and potential new routes
III Global glyphosate capacity integration and possible industrial transfer
III-1 Outstanding characters of current global glyphosate capacity distribution
III-2 Historical global capacity redistribution
III-3 Analysis on factors influencing glyphosate capacity redistribution and industrial transfer
III-3.1 Influencing Factors
III-3.2 Rating of factor importance
III-4 Forecast on global glyphosate capacity redistribution
III-5 Forecast on global glyphosate capacity re-distribution and industrial transfer
III-5.1 Questionnaire result
III-5.2 Step-by-step analysis
III-5.3 Analysis of possible regions
IV Opportunities derived from development of global glyphosate industry -Investment and upstream raw materials
IV-1 Overview of value chain and profitable nodes in glyphosate upstream industries
IV-2 Investment and raw material supply opportunities in DEA route
IV-2.1 Opportunities overview for investment on DEA route
IV-2.2 Diethanolamine
IV-2.2.1 Global diethanolamine production and supply
IV-2.2.2 Export situation in major production regions
IV-2.2.3 Global consumption, especially for glyphosate industry
IV-2.2.4 Forecast on future consumption
IV-2.2.5 Opportunities for diethanolamine suppliers for glyphosate industry
IV-2.3 Ethylene oxide
IV-2.3.1 Global ethylene oxide production and supply
IV-2.3.2 Global consumption, especially for glyphosate industry
IV-2.3.3 Forecast on future consumption
IV-3 Investment and raw material supply opportunities in AEA route
IV-3.1 Opportunities overview for investment on AEA route
IV-3.2 Glycine
IV-3.2.1 Global glycine production and supply
IV-3.2.2 Global glycine consumption
IV-3.2.3 Opportunities and challenges for glycine raw materials suppliers for glyphosate industry
IV-3.3 Paraformaldehyde
IV-3.3.1 Global overview
IV-3.3.2 Paraformaldehyde market situation in Asia
IV-3.3.3 Paraformaldehyde market situation in Europe
IV-3.3.4 Paraformaldehyde market situation in America
IV-3.3.5 Paraformaldehyde market situation in Africa and Oceania
IV-3.3.6 Global forecast to 2015
IV-4 Investment and raw material supply opportunities in IDAN route
IV-4.1 Opportunities overview for investment on IDAN route
IV-4.2 IDAN
IV-4.2.1 Global overview of IDAN industry
IV-4.2.2 Global IDAN production
IV-4.2.3 Influencing factors and cost structure of IDAN production
IV-4.2.4 Global IDAN consumption, especially for glyphosate industry
IV-4.2.5 Opportunities and challenges for IDAN and raw material suppliers for glyphosate industry
IV-5 Investment and supply opportunities for the universal upstream raw materials for glyphosate
IV-5.1 Phosphorus Chemicals
IV-5.1.1 Overview of global supply situation of phosphorus chemicals relevant to glyphosate
- Phosphorus ore
- Yellow phosphorus
- Phosphorus trichloride
- Dimethyl phosphite
IV-5.1.2 Production and consumption of yellow phosphorus
IV-5.1.3 Phosphorus trichloride and DMP supply in major glyphosate production regions and potential regions
IV-5.1.4 Global forecast to 2015
IV-5.1.5 Opportunities derived from global glyphosate industry development
IV-5.2 Chlor-alkali products
IV-5.2.1 Global overview of chlor-alkali industry
IV-5.2.2 Impacts of chlor-alkali products supply on glyphosate production
IV-5.3 Methanol
IV-5.3.1 Overview of global methanol supply
IV-5.3.2 Overview of global methanol consumption
IV-5.3.3 Interaction between glyphosate industry and methanol
V Non-product opportunities derived from development of global glyphosate industry
V-1 Technology solutions
- Yield improvement
- By-product recycling
- Waste treatment
V-2 International trade and agent
VI Opportunities and recommendations for global petrochemical enterprises
VI-1 Profitable and promising nodes in the glyphosate value Chain related to petrochemical enterprises
VI-2 Future potential opportunities and investment direction
VII Opportunities and recommendations for market participant involved in natural gas chemical industry
VII-1 Current investment movements of natural gas chemical enterprises worldwide and factors behind
VII-2 Profitable and promising nodes in the glyphosate value Chain related to natural gas chemical industry
VII-3 Future potential opportunities and investment direction
VIII Opportunities and recommendations for market participant involved in phosphorus chemical industry
VIII-1 Profitable and promising nodes in the glyphosate value Chain related to phosphorus chemical industry
VIII-2 Future potential opportunities and investment direction
IX Opportunities in other industries (Coal, chlor-alkali)
X Appendix: Key players of glyphosate technical
X-1 Zhejiang Wynca Chemical Industry Group Co., Ltd.
X-2 Zhejiang Jinfanda Bio-chemical Co., Ltd.
X-3 Shandong Weifang Rainbow Chemical Co., Ltd.
X-4 Sichuan Fuhua Agro-chemical Technology Co., Ltd.
X-5 Jiangsu Yangnong Chemical Group Co., Ltd.
X-6 Jiangsu Good Harvest-Weien Agrochemical Co., Ltd.
X-7 Anhui Huaxing Chemical Industry Co., Ltd.
X-8 Nantong Jiangshan Agrochemical & Chemical Co., Ltd.
X-9 Monsanto
X-10 Atanor S.A
LIST OF TABLES
Table I-1-1 Key players of glyphosate technical in the world, 2011
Table I-3.1-1 Global production of bio-ethanol and bio-diesel in billion liters, 2006-2010
Table I-3.1-2 Production of bio-ethanol in the U.S. and Brazil, 2005-2009
Table I-3.1-3 Area under no-tillage by continent, 2008
Table I-3.1-4 Comparison of glyphosate, paraquat and glufosinate
Table II-3.1-1 Ingredients of AEA glyphosate alkali mother liquid and treated liquid
Table II-3.1-2 Treatment fee of membrane method on AEA glyphosate alkali mother liquid
Table II-3.1-3 Ingredients of AEA glyphosate acid mother liquid and concentrated liquid
Table II-3.1-4 Treatment fee of membrane method on AEA glyphosate acid mother liquid
Table II-3.1-5 Ingredients of IDA glyphosate mother liquid and treated liquid
Table II-3.1-6 Treatment fee of membrane method on IDA glyphosate mother liquid
Table II-3.3-1 Production cost competition among different routes, Dec. 2010, USD/t glyphosate
Table II-3.3-2 Raw material cost of AEA route, Dec. 2010
Table II-3.3-3 Raw material cost of DEA route, Dec. 2010
Table II-3.3-4 Raw material cost of IDAN route, Dec. 2010
Table III-1-1 Key regions of glyphosate technical makers in the world, 2011
Table III-3.2-1 Factors impacting the profitability of glyphosate business
Table III-4-1 Scenarios of glyphosate industry transfer from Southeast China to Western China, 2011
Table III-5.1-1 Questionnaire result for the possible regions to acquire part of China's glyphosate technical capacity, Q1 2011
Table III-5.1-2 Questionnaire result for the possible countries to acquire part of China's glyphosate technical capacity, Q1 2011
Table III-5.2-1 181 countries or regions collected for the analysis
Table III-5.2-2 Developed countries with GDP per capital higher than USD20,000 in 2009
Table III-5.2-3 Least developed countries with GDP per capital below USD1,500 in 2009
Table III-5.2-4 Least developed countries with GDP per capital above USD1,500, 2009
Table III-5.2-5 Excluded countries with area less than 10,000 square kilometers
Table III-5.2-6 Situation of excluded countries that have small glyphosate consumption
Table III-5.2-7 Countries screened out by previous four steps exclusion
Table III-5.3-1 19 countries finally screened out
Table III-5.3-2 Risk in possible countries' launch of new glyphosate technical production lines, 2011
Table IV-2.2.1-1 Main producers of EA in the U.S. in 2010
Table IV-2.2.1-2 Main Producers of EA in China in 2010
Table IV-2.2.1-3 Main producers of EA in West Europe in 2010, '000 tonnes
Table IV-2.2.1-4 Global output of EA and DEA in 2010, '000 tonnes
Table IV-2.2.2-1 Net Exports of EA around the world in 2010, '000 tonnes
Table IV-2.2.2-2 Net Exports of DEA around the world in 2010, '000 tonnes
Table IV-2.2.3-1 Global consumption of DEA by Region in 2010, '000 tonnes
Table IV-2.3.1-1 Production capacity of main EO producers, 2010, '000 t/a
Table IV-2.3.1-2 Output of EO by region, 2010
Table IV-2.3.2-1 Consumption of EO by regions, 2010
Table IV-3.1-1 Unit consumption of AEA route of glyphosate in 2010
Table IV-3.1-1 Unit consumption of AEA route of glyphosate in 2010
Table IV-3.2.1-1 Glycine output by grade in China, 2005-2010, tonnes
Table IV-3.2.1-2 The main glycine manufactures in China, 2010
Table IV-3.2.1-3 The main glycine manufactures in Japan, 2010
Table IV-3.2.2-1 Main global end-use segments of glycine in food
Table IV-3.2.2-2 Some end-use segments of glycine in pharmaceutical in China
Table IV-3.2.2-3 Consumption of glycine in glyphosate, 2001-2010, tonnes
Table IV-3.2.2-4 Main glycine producers and glycine consumers in China, 2010
Table IV-3.3.1-1 General information of global paraformaldehyde production in major continents
Table IV-3.3.2-1 Major paraformaldehyde producers in Asia
Table IV-3.3.3-1 Major paraformaldehyde producers in Europe, 2011
Table IV-3.3.4-1 Major paraformaldehyde producers in America, 2011
Table IV-4.2.2-1 Active IDAN producers in China, 2011
Table IV-4.2.2-2 Suspended construction line in China, 2011
Table IV-4.2.3-1 Unit cost of major raw material of IDAN production, Mar. 2011
Table IV-4.2.5-1 Raw material consumption situation of IDAN production in China, 2010
Table IV-5.1.2-1 Main yellow phosphorus manufacturers in the world
Table IV-5.1.2-2 Import situation of yellow phosphorus by country, 2008-2009
Table IV-5.1.3-1 Part of global phosphorus trichloride producers, 2010
Table IV-5.2.1-1 Operating rate of caustic soda production, 2006-2010
Table IV-5.2.1-2 Main producers of caustic soda and their capacities in the world
Table IV-5.2.1-3 Comparison of energy consumption for three production technologies, kWh/t ECU
Table IV-5.2.1-4 Structure of chlor-alkali production technologies
Table IV-5.3.1-1 General information of global methanol production in major regions
Table IV-5.3.3-1 Global consumption of methanol in different routes glyphosate production, 2010
LIST OF FIGURES
Figure I-1-1 Total output of glyphosate in the world, 2006-2010
Figure I-1-2 Global glyphosate distribution, 2011
Figure I-1-3 China’s glyphosate distribution, 2011
Figure I-1-4 Output share of China’s glyphosate technical by distribution, 2006-2010
Figure I-1-5 Output share of China’s glyphosate technical by distribution, 2010
Figure I-1-6 Circulation of glyphosate technical and PMIDA in the world, 2008
Figure I-2-1 Global glyphosate demand and its growth rate, 2006-2010
Figure I-2-2 Consumption structure of glyphosate by region, 2010
Figure I-3.1-1 Growth rates of glyphosate demand and related drivers, 2006-2010
Figure I-3.1-3 Global harvested area of biotech crops by trait, 2006-2010
Figure I-3.1-4 Dominant herbicide tolerant and stacked traits crops, 2005-2009
Figure I-3.2-1 Forecast of global glyphosate demand, 2011-2020
Figure II-1 Different routes of glyphosate technical production
Figure II-1-1 Supply of glyphosate technical by different route in the world, 2006-2010
Figure II-1-2 Market share of glyphosate by different route in the world, 2006-2010
Figure II-1-3 Production of glyphosate technical by route in China, 2006-2010
Figure II-2.1-1 Brief pathway of AEA route
Figure II-2.1-2 Flowchart of AEA route
Figure II-2.2-1 Brief pathway of DEA route
Figure II-2.2-2 Flowchart of DEA route
Figure II-2.3-1 Brief route of IDAN route
Figure II-2.3-2 Flowchart of IDAN route
Figure II-3.1-1 Flowchart of membrane method on AEA glyphosate alkali mother liquid
Figure II-3.1-2 Flowchart of membrane method on AEA glyphosate acid mother liquid
Figure II-3.1-3 Flowchart of membrane method on IDA glyphosate mother liquid
Figure II-3.4-1 Predicted supply of glyphosate technical by route in the world, 2011-2020
Figure II-3.4-2 Predicted growth rate of glyphosate supply by route, 2011-2020
Figure II-3.4-3 Predicted market share of glyphosate by route in the world, 2011-2020
Figure II-3.4-4 Predicted production of glyphosate technical by route in China, 2011-2020
Figure II-3.4-5 Predicted growth rate of glyphosate supply in China by route, 2011-2020
Figure III-3.1-1 Factors impacting the profitability of glyphosate business
Figure III-4-1 A survey result for the possibility of glyphosate capacity transfer from China to overseas countries, Q1, 2011
Figure IV-2.2.1-1 Global Output of EA, 2002-2010
Figure IV-2.2.1-2 Global output of DEA, 2002-2010
Figure IV-2.2.2-1 Imports of DEA in China from 2000 to 2010
Figure IV-2.2.3-5 Global consumption structure of DEA in 2010
Figure IV-2.2.3-6 Global consumption of DEA in glyphosate, 2005-2010, '000 tonnes
Figure IV-2.2.4-1 Future global consumption of DEA, 2006-2015, '000 tonne
Figure IV-2.3.1-1 Global production capacity of EO, 2006-2010
Figure IV-2.3.1-2 Global output of EO, 2006-2010
Figure IV-2.3.2-1 Global consumption of EO, 2006-2010
Figure IV-2.3.2-2 Global consumption structure of EO, 2010
Figure IV-2.3.3-1 Forecast of EO consumption, 2011-2015, '000 tonnes
Figure IV-3.2.1-1 Global glycine capacity and output, 2008-2010
Figure IV-3.2.1-2 Global glycine capacity by countries, 2010
Figure IV-3.2.1-3 Global glycine output by grade, 2008-2010
Figure IV-3.2.1-4 Global glycine output by country, 2010
Figure IV-3.2.1-5 Tech-grade and other grade glycine capacity in China, 2005-2010, tonnes
Figure IV-3.2.1-6 Glycine capacity and output in Japan, 2008-2010, tonnes
Figure IV-3.2.1-7 Glycine output by grade in Japan, 2008-2010, tonnes
Figure IV-3.2.1-8 Glycine output in the U.S, 2008-2010, tonnes
Figure IV-3.2.1-9 Glycine output by grade in the U.S, 2008-2010, tonnes
Figure IV-3.2.1-10 Glycine output and capacity in India, 2008-2010
Figure IV-3.2.1-11 Glycine output by grade in India, 2008-2010, tonnes
Figure IV-3.2.1-12 Glycine output in Netherlands, 2008-2010, tonnes
Figure IV-3.2.1-14 Glycine output in Belgium, 2008-2010, tonnes
Figure IV-3.2.1-15 Glycine output by grade in Belgium,2008-2010, tonnes
Figure IV-3.2.2-1 Global glycine apparent consumption, 2008-2010, tonnes
Figure IV-3.2.2-2 Global glycine consumption by grade, 2008-2010, tonnes
Figure IV-3.2.2-3 Glycine consumption in China, 2005-2010, tonnes
Figure IV-3.2.2-4 Glycine total and tech-grade consumption in China, 2005-2010, tonnes
Figure IV-3.2.2-5 Glycine consumption by grade in China, 2005-2010, tonnes
Figure IV-3.2.2-6 Glycine consumption in Japan, 2008-2010, tonnes
Figure IV-3.2.2-7 Glycine consumption by grade in Japan, 2008-2010, tonnes
Figure IV-3.2.2-8 Glycine consumption share in Japan, 2010
Figure IV-3.2.2-9 Glycine consumption in the U.S, 2008-2010, tonnes
Figure IV-3.2.2-10 Glycine consumption by grade in the U.S, 2008-2010, tonnes
Figure IV-3.2.2-11 Glycine consumption share in the U.S., 2010
Figure IV-3.2.2-12 Glycine consumption in India, 2008-2010, tonnes
Figure IV-3.2.2-13 Glycine consumption by grade in India, 2008-2010, tonnes
Figure IV-3.2.2-14 Glycine consumption share in India
Figure IV-3.2.2-15 Glycine consumption in Netherlands, 2008-2010, tonnes
Figure IV-3.2.2-16 Glycine consumption by grade in Netherlands, 2008-2010, tonnes
Figure IV-3.2.2-17 Glycine consumption share by grade in Netherlands, 2010
Figure IV-3.2.2-18 Glycine consumption in Netherlands, 2008-2010, tonnes
Figure IV-3.2.2-19 Glycine consumption by grade in Netherlands, 2008-2010, tonnes
Figure IV-3.2.2-20 Glycine consumption in glyphosate and growth rate in China, 2011-2020
Figure IV-3.2.2-21 Global glycine consumption and growth rate, 2011-2020
Figure IV-3.2.3-1 AEA route glyphosate output in China, 2011-2020, '000, tonnes
Figure IV-3.3.1-1 Global production and consumption of paraformaldehyde, 2006~2011
Figure IV-3.3.1-2 Global production of paraformaldehyde, 2006~2010
Figure IV-3.3.1-3 Global distribution of paraformaldehyde production, 2011
Figure IV-3.3.1-4 Global distribution of paraformaldehyde production in major producing countries
Figure IV-3.3.1-5 Global consumption situation of paraformaldehyde, 2006~2010
Figure IV-3.3.1-6 Global consumption distribution of paraformaldehyde, 2010
Figure IV-3.3.1-7 Global consumption structure of paraformaldehyde, 2010
Figure IV-3.3.2-1 Paraformaldehyde production in Asia , 2006~2010
Figure IV-3.3.2-2 Distribution of paraformaldehyde production in Asia
Figure IV-3.3.2-3 Paraformaldehyde consumption in Asia, 2006~2010
Figure IV-3.3.2-4 Consumption distribution of paraformaldehyde in Asia, 2010
Figure IV-3.3.2-5 Consumption structure of paraformaldehyde in Asia, 2010
Figure IV-3.3.3-1 Production of paraformaldehyde in Europe, 2006~2010
Figure IV-3.3.3-2 Distribution of paraformaldehyde production in Europe
Figure IV-3.3.3-3 Paraformaldehyde consumption in Europe, 2006~2010
Figure IV-3.3.3-4 Paraformaldehyde consumption distribution in Europe, 2010
Figure IV-3.3.3-5 Consumption structure of paraformaldehyde in Europe, 2010
Figure IV-3.3.4-1 Production of paraformaldehyde in America, 2006~2010
Figure IV-3.3.4-2 Distribution of paraformaldehyde production in America, 2010
Figure IV-3.3.4-3 Paraformaldehyde consumption in America, 2006~2010
Figure IV-3.3.4-4 Paraformaldehyde consumption distribution in America, 2010
Figure IV-3.3.4-5 Paraformaldehyde consumption structure in America, 2010
Figure IV-3.3.5-1 Paraformaldehyde consumption distribution in Africa, 2010
Figure IV-3.3.5-2 Paraformaldehyde consumption structure in Africa, 2010
Figure IV-3.3.5-3 Paraformaldehyde consumption distribution in Oceania, 2010
Figure IV-3.3.5-4 Paraformaldehyde consumption structure in Oceania, 2010
Figure IV-3.3.6-1 Global forecast of paraformaldehyde production, 2011~2015
Figure IV-3.3.6-2 Global forecast of paraformaldehyde demand, 2011~2015
Figure IV-4.2.1-1 Global production and consumption of IDAN, 2005~2010
Figure IV-4.2.2-1 IDAN output and growth rate in China, 2005-2010
Figure IV-4.2.2-2 Forecast on global IDAN production, 2011-2015
Figure IV-4.2.3-1 Production process of IDAN with natural gas as the original raw material, 2011
Figure IV-4.2.4-1 Global consumption situation of IDAN, 2006-2010
Figure IV-4.2.4-2 Major consumption structure of IDAN in the world by country,2010
Figure IV-4.2.4-3 Major consumption structure of IDAN in the world by application area,2010
Figure IV-4.2.4-4 Global forecast of IDAN consumption, 2011~2015
Figure IV-5.1.1-1 Distribution of phosphorus ore in the world, 2008 (Unit million tonnes)
Figure IV-5.1.1-2 Global yellow phosphorus capacity structure by volume, 2006-2010
Figure IV-5.1.1-3 Yellow phosphorus output of major countries and the world, 2008-2010
Figure IV-5.1.1-4 Capacity structure of phosphorus trichloride by region, 2008-2010
Figure IV-5.1.1-5 Output structure of phosphorus trichloride by region, 2008-2010
Figure IV-5.1.1-6 Global production of dimethyl phosphite, 2006~2010
Figure IV-5.1.2-1 Global yellow phosphorus capacity structure by region, 2010
Figure IV-5.1.2-2 Global yellow phosphorus output structure by region, 2009
Figure IV-5.1.2-3 Global yellow phosphorus export structure by region, 2008
Figure IV-5.1.2-4 Global yellow phosphorus export structure by region, 2009
Figure IV-5.1.2-5 Global consumption structure of yellow phosphorus by application volume, 2010
Figure IV-5.1.2-6 Global consumption structure of yellow phosphorus by region, 2009
Figure IV-5.1.2-7 Global consumption structure of yellow phosphorus in each region, 2009
Figure IV-5.1.3-1 Capacity structure of phosphorus trichloride by region, 2010
Figure IV-5.1.3-2 Output structure of phosphorus trichloride by region, 2010
Figure IV-5.1.3-3 Consumption structure of phosphorus trichloride by region, 2010
Figure IV-5.1.3-4 Output of phosphorus trichloride in China, 2006-2010
Figure IV-5.1.3-5 Consumption structure of phosphorus trichloride in China, 2010
Figure IV-5.1.3-6 Consumption structure of phosphorus trichloride in the U.S., 2010
Figure IV-5.1.3-7 Output of phosphorus trichloride in Europe, 2006-2010
Figure IV-5.1.3-8 Consumption structure of phosphorus trichloride in Germany, 2010
Figure IV-5.1.3-9 Global distribution of dimethyl phosphite production
Figure IV-5.1.3-2 General information of global dimethyl phosphite production in major countries
Figure IV-5.1.3-10 Dimethyl phosphite production in China, 2006~2010
Figure IV-5.1.3-3 Major DMP producers in China
Figure IV-5.1.3-4 Global major DMP producers except China
Figure IV-5.1.3-11 Global consumption of dimethyl phosphite, 2006~2010
Figure IV-5.1.3-12 Global consumption structure of dimethyl phosphite, 2010
Figure IV-5.1.3-13 Global consumption distribution of dimethyl phosphite, 2010
Figure IV-5.1.4-1 Forecast on global yellow phosphorus production, 2011-2015
Figure IV-5.1.4-2 Forecast on global yellow phosphorus consumption, 2011-2015
Figure IV-5.1.4-3 Forecast on global phosphorus trichloride production, 2011-2015
Figure IV-5.2.1-1 Distribution of global caustic soda capacity, 2006-2010
Figure IV-5.2.1-2 Distribution of global caustic soda output, 2006-2010
Figure IV-5.2.1-3 Output structure of global caustic soda, 2010
Figure IV-5.2.1-4 Global consumption structure of caustic soda by region, 2010
Figure IV-5.2.1-5 Global consumption structure of chlorine by region, 2010
Figure IV-5.3.1-1 Global production of methanol, 2006~2010
Figure IV-5.3.1-2 Global distribution of methanol production
Figure IV-5.3.2-1 Global consumption situation of methanol, 2006~2010
Figure IV-5.3.2-2 Global consumption distribution of methanol, 2010
Figure IV-5.3.2-3 Global consumption structure of methanol, 2010
Figure IV-5.3.3-2 Cost of methanol in different route glyphosate production, 2011 (unit:USD/t)
Figure VI-1-1 Global consumption of DEA by glyphosate, 2005-2010, '000 tonnes
Figure VI-1-2 Global consumption of triethylamine in glyphosate, 2004-2010, '000 tonnes
Companies Mentioned
Monsanto, Zhejiang Wynca, Dow, |
