Industry Reports

Survey of Pesticide Industry in China 2018 version

Jan. 27 2017 Pages: 221 Language: English Price: $6480

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Summary
Table of contents

After over 60 years' development, China has become the largest production base of pesticides in the world, with over one third of its output exporting to over 160 countries and regions every year.

China’s pesticide industry has made great progress during the past few years. The number of up-scale formulators reached 822. China can produce over 500 pesticide technical with over 3,000 pesticide formulations. Adama, Nutrichem, Rainbow, Red Sun, Wynca, Yangnong are among the top 20 pesticide companies in the world. The output of pesticides hit a historic high, reaching 3.8 million tonnes in 2016.

China is playing a more and more important role in the world pesticide market, as China mainly produces generic products in the form of technical, and over 70% of the global demand of pesticide technical is produced in China. Therefore, China’s pesticide industry is deeply influenced by the world economy.

The development of China’s pesticide industry slowed down in 2015 with the export value declining by 14.4% compared to that in 2014, influenced by the worldwide economic downturn. In 2015, the price of some bulk commodities such as grains, crude oil, natural gas, coal, iron ores, decreased drastically to different extent. And the global pesticide market value witnessed the maximum drawdown in the past ten years. China’s pesticide industry developed steadily in 2016 along with the recovery of world economy.

The Chinese government is now actively strengthening the pesticide industry by releasing stricter policies for environmental protection, raising threshold, phasing out highly toxic pesticides and pesticides with high residue level, etc. and has been strengthening the inspections of environmental protection. Some pesticides have been banned for use by the Chinese government these years. Some companies who can’t reach the standard were ordered to close down, and the production of some pesticides that can’t reach the standard was ordered to stop. Also the Chinese government is planning to realize zero growth in the use of pesticide by 2020.

In a circumstance of depressing global economy, some pesticides have shown downtrend in supply and demand these years. With policy pressure from the Chinese government, lots of pesticide producers, especially those small ones, have been trapped in an embarrassing situation. Then how does the market of each major pesticide in China develop? In order to figure out China's pesticide market clearly, CCM selected 18 major pesticides (including 6 herbicides, 6 fungicides and 6 insecticides) to conduct in-depth research. This report studies the current pesticide industry and forecasts the market by the end of 2021.

And the detailed research aspects are as follows:

- Registration of 18 pesticide technical and formulations in China

- Capacity and output of 18 pesticide technical in China

- Key producers of 18 pesticide technical in China

- Production technology of 18 pesticide technical in China

- Ex-works price of 18 pesticide technical and formulations in China

- Application of 18 pesticide technical in China

- Forecast on supply and demand of 18 pesticide technical in China

- Regulation and policy analysis

- Influencing factor analysis of Chinese pesticide market

- Research on major pesticide companies

This report is based on data collected via diverse sources. The primary sources include interviews with key pesticide producers and traders. Various secondary sources include published magazines, journals, government statistics and databases, etc. Data obtained from various sources have been combined and cross-checked to ensure that this report is as accurate and methodologically sound as possible.

Scope of this report

Region scope: China

Time scope: 2012 to H1 2017, primarily 2016 to H1 2017.

On the basis of industrial segments: production, technology, price, consumption.

Executive summary ........................................................................................................... 1

Definition, scope and methodology................................................................................. 4

1 Overview of China’s pesticide industry ....................................................................... 8

1.1 Development history ............................................................................................ 8

1.2 Market characteristics ......................................................................................... 9

1.3 Enterprise M&A ................................................................................................... 10

1.4 Market analysis ................................................................................................... 16

1.4.1 Supply and demand ................................................................................. 16

1.4.2 Producers.................................................................................................. 17

1.4.3 Typical pesticides .................................................................................... 19

2 Factors influencing Chinese pesticide industry ....................................................... 20

2.1 Policy factor ........................................................................................................ 20

2.1.1 Industrial policy for pesticide industry.................................................. 21

2.1.2 Pesticide registration administration policies ...................................... 24

2.1.3 Sewage discharge regulations related to pesticides ........................... 26

2.2 Social environmental factors ............................................................................ 29

2.2.1 Characteristics of pesticide users ......................................................... 29

2.2.2 Urbanization ............................................................................................. 30

2.2.3 Controversial issues on safety of GM crops......................................... 31

2.3 Economic factors ............................................................................................... 32

2.4 Natural environmental factors .......................................................................... 34

2.4.1 Crop cultivation (structure and area)..................................................... 34

2.4.2 GM crops ................................................................................................... 35

2.4.3 Non-tillage crops ...................................................................................... 37

2.4.4 Pest and disease occurrence and resistance ....................................... 37

2.5 Technological factors......................................................................................... 40

3 Market analysis of major insecticides in China ........................................................ 43

3.1 Overview of Chinese insecticide industry ....................................................... 43

3.2 Chlorpyrifos ........................................................................................................ 45

3.3 Abamectin ........................................................................................................... 54

3.4 Imidacloprid ........................................................................................................ 61

3.5 Acephate .............................................................................................................. 69

3.6 Thiamethoxam .................................................................................................... 76

3.7 Lambda-cyhalothrin ........................................................................................... 80

4 Market analysis of major herbicides in China ........................................................... 85

4.1 Overview of Chinese herbicide industry.......................................................... 85

4.2 Glyphosate .......................................................................................................... 86

4.3 Acetochlor ........................................................................................................... 94

4.4 Paraquat ............................................................................................................ 100

4.5 Dicamba ............................................................................................................. 106

4.6 Glufosinate-ammonium ................................................................................... 111

4.7 2,4-D ................................................................................................................... 116

5 Market analysis of major fungicides in China ......................................................... 122

5.1 Overview of Chinese fungicide industry........................................................ 122

5.2 Mancozeb .......................................................................................................... 124

5.3 Carbendazim ..................................................................................................... 130

5.4 Tebuconazole .................................................................................................... 136

5.5 Difenoconazole ................................................................................................. 142

5.6 Chlorothalonil ................................................................................................... 149

5.7 Azoxystrobin ..................................................................................................... 155

6 Appendix: Profiles of key pesticide manufacturers................................................ 163

6.1 Nanjing Red Sun Co., Ltd. ............................................................................... 163

6.2 Zhejiang Wynca Chemical Industry Group Co., Ltd. .................................... 165

6.3 Jiangsu Yangnong Chemical Co., Ltd. ........................................................... 167

6.4 Shandong Weifang Rainbow Chemical Co., Ltd. .......................................... 169

6.5 Zhejiang Jinfanda Biochemical Co., Ltd. ....................................................... 171

6.6 Hubei Sanonda Co., Ltd. .................................................................................. 172

6.7 Nantong Jiangshan Agrochemical & Chemicals Co., Ltd. ........................... 174

6.8 Shandong Binnong Technology Co., Ltd. ...................................................... 176

6.9 Jiangsu Changlong Agrochemical Co., Ltd. .................................................. 178

6.10 Jiangsu Fengshan Group Co., Ltd................................................................ 179

6.11 Jiangsu Kwin Group Co., Ltd. ....................................................................... 181

6.12 Shandong Qiaochang Chemical Co., Ltd..................................................... 183

6.13 Jiangsu Changqing Agrochemical Co., Ltd. ................................................ 185

6.14 Jiangsu Huifeng Agrochemical Co., Ltd. ..................................................... 187

6.15 Lianhe Chemical Technology Co., Ltd. ........................................................ 190

6.16 Hunan Haili Chemical Industry Co., Ltd. ...................................................... 192

6.17 Jiangsu Good Harvest-Weien Agrochemical Co., Ltd. ............................... 194

6.18 Zhejiang Zhongshan Chemical Industry Group Co., Ltd. .......................... 196

6.19 Lier Chemical Co., Ltd.................................................................................... 197

6.20 Anhui Guangxin Agrochemical Co., Ltd. ..................................................... 199

6.21 Jiangsu Lanfeng Biochemical Co., Ltd. ....................................................... 201

6.22 Limin Chemical Co., Ltd................................................................................. 203

6.23 Jiangsu Sevencontinent Green Chemical Co., Ltd. .................................... 205

LIST OF TABLES

Table 1.1-1 Development history of China's pesticide industry

Table 1.3-1 Major M&A cases in China's pesticide industry, 2011–2013

Table 1.3-2 List of eight batches of M&A in China's pesticide industry, 2012

Table 1.3-3 List of seven batches of M&A in China's pesticide industry, 2013

Table 1.3-4 List of nine batches of M&A in China's pesticide industry, 2014

Table 1.3-5 List of two batches of M&A in China's pesticide industry, as of Oct. 2017

Table 1.4.1-1 Output of chemical pesticides (calculated by 100% technical) in China by product category, 2013–2016, '000 tonne

Table 1.4.1-2 Consumption volume of pesticides (calculated by 100% TC) in China by product category, 2013–2016, tonne

Table 1.4.1-3 China's imports and exports of pesticides, 2013–2016

Table 1.4.1-4 Consumption volume (by technical) of pesticides in China, 2007–2012, tonne

Table 1.4.3-1 Output of main pesticide technical in China, 2016

Table 2.1-1 Major administrations and policies on pesticides or pesticide industry in China

Table 2.1.2-1 Basic registration policies in Chinese pesticide industry, as of Oct. 2017

Table 2.1.3-1 Components of effluent standards of pollutants for pesticide industry in China

Table 2.1.3-2 Integrated wastewater discharge standard (GB8978-1996), mg/L

Table 2.1.3-3 Environmental protection policies and environmental cost in pesticide industry in China, 2016

Table 2.3-1 Per capita disposable income of urban residents in China, 2000–2016

Table 2.4.2-1 Key regulations on GMO and GM technology in China, as of Oct. 2017

Table 2.4.3-1 Advantages of non-tillage cultivation technique

Table 2.4.4-1 China's pest and disease occurrence, 2017

Table 2.4.4-2 Common pesticide-resistant insect pests and diseases in China

Table 2.5-1 Technologies promoted by the Chinese government, as of Oct. 2017

Table 3.1-1 Major varieties of insecticides in China

Table 3.2-1 Registrations of chlorpyrifos in China, as of 1 Nov., 2017

Table 3.2-2 Capacity and output of main chlorpyrifos technical producers in China, 2016–H1 2017

Table 3.2-3 Comparison between trichloroacetyl chloride route and pyridine route in the production of STCP

Table 3.2-4 Production, export, import and apparent consumption of chlorpyrifos in China, 2012–2016

Table 3.3-1 Registrations of abamectin in China, as of 1 Nov., 2017

Table 3.3-2 Capacity and output of main abamectin technical producers in China, 2016–H1 2017

Table 3.3-3 Comparison of two fermentation routes for abamectin production in China

Table 3.3-4 Output, export, import and apparent consumption of abamectin in China, 2012–2016, tonne

Table 3.4-1 Registrations of imidacloprid in China, as of 1 Nov., 2017

Table 3.4-2 Capacity and output of main imidacloprid technical producers in China, 2016 and H1 2017

Table 3.4-3 Comparison of major imidacloprid production routes in China

Table 3.4-4 Output, export, import and apparent consumption of imidacloprid (calculated by 100% TC) in China, 2012–2016, tonne

Table 3.5-1 Registrations of acephate in China, as of 1 Nov., 2017

Table 3.5-2 Capacity and output of main acephate technical producers in China, 2016 and H1 2017

Table 3.5-3 Output, export, apparent consumption of acephate in China, 2012–2016, tonne

Table 3.6-1 Registrations of thiamethoxam in China, as of 1 Nov., 2017

Table 3.6-2 Capacity and output of thiamethoxam technical producers in China, 2016–H1 2017

Table 3.7-1 Registrations of lambda-cyhalothrin in China, as of 1 Nov., 2017

Table 3.7-2 Capacity and output of main lambda-cyhalothrin technical producers in China,2016 and H1 2017

Table 3.7-3 Output, export, import and apparent consumption of lambda-cyhalothrin in China,2012–2016, tonne

Table 4.1-1 Classifications of herbicides

Table 4.1-2 Output of major herbicide technical in China, 2011–2016, tonne

Table 4.2-1 Registrations of glyphosate in China, as of 1 Nov., 2017

Table 4.2-2 Capacity and output of main glyphosate technical producers in China, 2016–2017

Table 4.2-3 Key glyphosate formulations in China

Table 4.2-4 Output of key glyphosate formulations in China, 2012–H1 2017, tonne

Table 4.2-5 Output, export, import and apparent consumption of glyphosate in China,2012–2016, tonne

Table 4.2-6 Consumption and market share of glyphosate formulations in China, 2012–H12017

Table 4.2-7 Planting area of main crops in China, 2012–2016, '000 hectare

Table 4.3-1 Registrations of acetochlor in China, as of 1 Nov., 2017

Table 4.3-2 Capacity and output of main acetochlor technical producers in China, 2016–H12017

Table 4.3-3 Comparison on Al content and yield coefficient of acetochlor between methylene route and ether route in China

Table 4.3-4 Output, export, import and apparent consumption of acetochlor in China, 2012–2016, tonne

Table 4.4-1 Registrations of paraquat in China, as of 1 Nov., 2017

Table 4.4-2 Capacity and output of paraquat TK manufacturers in China, 2016–H1 2017

Table 4.5-1 Registrations of dicamba in China, as of 1 Nov., 2017

Table 4.5-2 Capacity and output of major producers of dicamba technical in China, 2016–H1 2017

Table 4.5-3 Production, export and apparent consumption of dicamba in China, 2012–2016

Table 4.6-1 Registrations of glufosinate-ammonium in China, as of 1 Nov., 2017

Table 4.6-2 Capacity and output of glufosinate-ammonium technical (converted to 95% TC) by producer in China, 2016–H1 2017

Table 4.7-1 Registrations of 2,4-D in China, as of 1 Nov., 2017

Table 4.7-2 Capacity and output of main 2,4-D technical producers in China, 2016–H1 2017

Table 4.7-3 Production, export, import and apparent consumption of 2,4-D in China, 2012–2016, tonne

Table 5.1-1 Classification and major products of fungicides in China

Table 5.2-1 Registrations of mancozeb in China, as of 1 Nov., 2017

Table 5.2-2 Capacity and output of main mancozeb technical producers in China, 2016–H1 2017

Table 5.2-3 Output, export, import and apparent consumption of mancozeb in China,2012–2016, tonne

Table 5.3-1 Registrations of carbendazim in China, as of 1 Nov., 2017

Table 5.3-2 Capacity and output of main carbendazim technical producers in China, 2016–H12017

Table 5.3-3 Output, export, import and apparent consumption of carbendazim in China,2013–2016, tonne

Table 5.3-4 Consumption volume of carbendazim formulations in China, 2013–2016

Table 5.4-1 Registrations of tebuconazole in China, as of 1 Nov., 2017

Table 5.4-2 Capacity and output of tebuconazole technical producers in China, 2016–H1 2017

Table 5.4-3 Output, export, import and apparent consumption of tebuconazole in China,2013–2016, tonne

Table 5.4-4 Consumption volume of tebuconazole in China, 2013–2016

Table 5.5-1 Registrations of difenoconazole in China, as of 1 Nov., 2017

Table 5.5-2 Capacity and output of main difenoconazole technical producers in China,2016–H1 2017

Table 5.5-3 Output, export, import and apparent consumption of difenoconazole in China,2012–2016, tonne

Table 5.5-4 Consumption and market value of difenoconazole in China, 2012–2016

Table 5.6-1 Registrations of chlorothalonil in China, as of 1 Nov., 2017

Table 5.6-2 Capacity and output of main chlorothalonil technical producers in China, 2016–H12017

Table 5.6-3 Output, export, import and apparent consumption of chlorothalonil in China,2012–2016, tonne

Table 5.6-4 Consumption volume of chlorothalonil formulations in China, 2012–2016

Table 5.7-1 Registrations of azoxystrobin in China, as of 1 Nov., 2017

Table 5.7-2 Capacity and output of main azoxystrobin technical producers in China, 2016–H12017

Table 5.7-3 Comparison between different routes for producing azoxystrobin technical in China

Table 5.7-5 Output, export, import and apparent consumption of azoxystrobin in China,2012–2016, tonne

Table 5.7-6 Apparent consumption and market value of azoxystrobin formulations in China,2012–2016

Table 6.1-1 Basic info of Nanjing Red Sun Co., Ltd.

Table 6.1-2 Major pesticide technical species of Nanjing Red Sun Co., Ltd., 2016

Table 6.1-3 Capacity and output of major pesticide products in Nanjing Red Sun Co., Ltd.,2016–H1 2017

Table 6.2-1 Basic info of Zhejiang Wynca Chemical Industry Group Co., Ltd.

Table 6.2-2 Major pesticide species of Zhejiang Wynca Chemical Industry Group Co., Ltd.,2016

Table 6.2-3 Capacity and output of major pesticide products in Zhejiang Wynca Chemical Industry Group Co., Ltd., 2016–H1 2017

Table 6.21-4 Major intermediate species of Jiangsu Lanfeng Biochemical Co., Ltd., 2016

Table 6.21-5 Capacity and output of major pesticide products in Jiangsu Lanfeng BiochemicalCo., Ltd., 2016–H1 2017

Table 6.22-1 Basic info of Limin Chemical Co., Ltd.

Table 6.22-2 Major pesticide species of Limin Chemical Co., Ltd., 2016

Table 6.22-3 Capacity and output of major pesticide products in Limin Chemical Co., Ltd.,2016–H1 2017

Table 6.23-1 Basic info of Jiangsu Sevencontinent Green Chemical Co., Ltd.

Table 6.23-2 Major pesticide species of Jiangsu Sevencontinent Green Chemical Co., Ltd.,2016

Table 6.23-3 Capacity and output of major pesticide products in Jiangsu Sevencontinent Green Chemical Co., Ltd., 2016–H1 2017

LIST OF FIGURES

Figure 1.3-1 Sales value of top pesticide enterprises in China, 2010–2016

Figure 1.4.1-1 Output share of chemical pesticide technical (calculated by 100% TC) in China by region, 2015

Figure 2.2.2-1 Proportion of urban population at year-end, 2007–2016

Figure 2.3-1 Per capita net income of rural residents in China, 2000–2016

Figure 2.4.1-1 Annual cultivation area of crops in China, 2000–2016

Figure 2.4.1-2 Planting structure of crops in China, 2016

Figure 2.4.2-1 GM crop planting area in China, 2000–2016

Figure 3.1-1 Output and growth rate of insecticides in China, 2007–2016

Figure 3.1-2 Consumption of insecticides in China by product category, 2016

Figure 3.2-1 Capacity and output of chlorpyrifos technical in China, 2012–H1 2017

Figure 3.2-2 Chemical principle of chlorpyrifos synthesis in China

Figure 3.2-3 STCP synthesis by trichloroacetyl chloride route

Figure 3.2-4 STCP synthesis by pyridine route

Figure 3.2-5 General production process of chlorpyrifos technical by trichloroacetyl chloride route

Figure 3.2-6 Manufacturing process of TCP from pyridine

Figure 3.2-7 Annual ex-works price of 95% chlorpyrifos technical in China, 2012–2016

Figure 3.2-8 Monthly ex-works price of 95% chlorpyrifos technical in China, Jan. 2014–Oct. 2017

Figure 3.2-9 Monthly ex-works price of chlorpyrifos 480g/L EC in China, Jan. 2014–Oct. 2015

Figure 3.2-10 Actual consumption of chlorpyrifos (converted to 97% TC) in China, 2012–2016, tonne

Figure 3.2-11 Consumption of chlorpyrifos in China by crop, 2016

Figure 3.2-12 Forecast on output of chlorpyrifos technical in China, 2017–2021

Figure 3.2-13 Forecast on demand for chlorpyrifos (calculated by 97% TC) in China, 2017–2021

Figure 3.3-1 Capacity and output of abamectin technical in China, 2012–H1 2017

Figure 3.3-2 Process route of abamectin technical in China

Figure 3.3-3 Annual ex-works price of 95% abamectin technical in China, 2012–2016

Figure 3.3-4 Monthly ex-works price of 95% abamectin technical in China, Jan. 2014–Oct.2017

Figure 3.3-5 Consumption of abamectin in China by crop, 2016

Figure 3.3-6 Forecast on output of abamectin technical in China, 2017–2021

Figure 3.3-7 Forecast on demand for abamectin (calculated by 95% TC) in China, 2017–2021

Figure 3.4-1 Capacity and output of imidacloprid technical in China, 2012–H1 2017

Figure 3.4-2 CCMP synthesis for imidacloprid production by DCPD route

Figure 3.4-3 Process flow chart of imidacloprid technical by DCPD route

Figure 3.4-4 Monthly average ex-works price of 97% imidacloprid technical in China, Jan.2014–Oct. 2017

Figure 3.4-5 Monthly ex-works price of imidacloprid 10% WP in China, Jan. 2011–Oct. 2015

Figure 3.4-6 Actual consumption volume of imidacloprid (calculated by 100% TC) in China,2012–2016

Figure 3.4-7 Consumption of imidacloprid in China by crop, 2016

Figure 3.4-8 Forecast on demand for imidacloprid (calculated by 100% TC) in China,2017–2021

Figure 3.4-9 Forecast on demand for imidacloprid (calculated by 100% TC) in China,2017–2021

Figure 3.5-1 Capacity and output of acephate technical in China, 2012–H1 2017

Figure 3.5-2 Isomerization chemical reaction in acephate production in China

Figure 3.5-3 Chemical equation of making acephate, adopting acetic anhydride as acidylating agents

Figure 3.5-4 Chemical equation of making acephate, adopting acetyl chloride acylation as acidylating agents

Figure 3.5-5 Chemical equation of making acephate, adopting acetic acid and phosphorus trichloride as acidylating agents

Figure 3.5-6 Process flow of acephate production

Figure 3.5-7 Annual average ex-works price of 97% acephate technical in China, 2012–2016

Figure 3.5-8 Monthly ex-works price of 97% acephate technical in China, Jan. 2014–Oct. 2017

Figure 3.5-9 Monthly ex-works price of acephate 30% EC in China, Jan. 2014–Oct. 2015

Figure 3.5-10 Actual consumption of acephate (calculated by 97% TC) in China, 2012–2016

Figure 3.5-11 Consumption of acephate by crop in China, 2016

Figure 3.5-12 Forecast on output of acephate technical in China, 2017–2021

Figure 3.5-13 Forecast on demand for acephate (calculated by 97% TC) in China, 2017–2021

Figure 3.6-1 Capacity and output of thiamethoxam technical in China, 2012–H1 2017

Figure 3.6-2 Synthetic route of thiamethoxam in China

Figure 3.6-3 Synthetic route of 2-chloro-5-chloromethylthiazole in China

Figure 3.6-4 Synthetic route of nitroguanidine in China

Figure 3.6-5 Synthetic route of 3-methyl-4-nitroiminoperhydro-1,3,5-oxadiazine in China

Figure 3.6-6 Monthly ex-works price of 97% thiamethoxam technical in China, Jan.2011–Sept. 2016

Figure 3.6-7 Consumption of thiamethoxam in China by application, 2016

Figure 3.6-8 Forecast on output of thiamethoxam technical in China, 2017–2021

Figure 3.6-9 Forecast on apparent consumption of thiamethoxam (calculated by 97% TC) inChina, 2017–2021

Figure 3.7-1 Capacity and output of lambda-cyhalothrin technical in China, 2012–H1 2017

Figure 3.7-2 Annual ex-works price of 95% lambda-cyhalothrin technical in China, 2012–2016

Figure 3.7-3 Monthly ex-works price of 95% lambda-cyhalothrin technical in China, Jan.2014–Oct. 2017

Figure 3.7-4 Actual consumption of lambda-cyhalothrin (calculated by 95% TC) in China,2012–2016

Figure 3.7-5 Consumption of lambda-cyhalothrin in China by crop, 2016

Figure 3.7-6 Forecast on output of lambda-cyhalothrin technical in China, 2017–2021

Figure 3.7-7 Forecast on demand for lambda-cyhalothrin (calculated by 95% TC) in China,2017–2021

Figure 4.1-1 Output and share of herbicides in China's pesticide industry, 2007–2016

Figure 4.2-1 Capacity and output of glyphosate technical in China, 2012–H1 2017

Figure 4.2-2 Production pathways of glyphosate technical in China

Figure 4.2-3 Output share of glyphosate technical by different route in China, 2007–2016

Figure 4.2-4 Monthly ex-works price of glyphosate 95% technical in China, Jan. 2014–Oct.2017

Figure 4.2-5 Monthly ex-works price of glyphosate 41% IPA in China, Jan. 2014–Oct. 2017

Figure 4.2-6 Forecast on demand for glyphosate (calculated by 95% TC) in China, 2017–2021

Figure 4.3-1 Capacity and output of acetochlor technical in China, 2012–H1 2017

Figure 4.3-2 Methylene route for acetochlor technical production in China

Figure 4.3-3 Ether route for acetochlor technical production in China

Figure 4.3-4 Annual average ex-works price of 92% acetochlor technical and acetochlor 900g/L EC in China, 2012–2016

Figure 4.3-5 Monthly average ex-works price of 92% acetochlor technical in China, Jan. 2014–Oct. 2017

Figure 4.3-6 Monthly average ex-works price of acetochlor 900g/L EC in China, Jan. 2014–Oct. 2015

Figure 4.3-7 Consumption of acetochlor in China by crop, 2016

Figure 4.3-8 Forecast on output of acetochlor technical in China, 2017–2021

Figure 4.3-9 Forecast on demand for acetochlor (converted to 92% TC) in China, 2017–2021

Figure 4.4-1 Capacity and output of paraquat TK (calculated by 42% TK) in China, 2012–H1 2017

Figure 4.4-2 Flowchart of AC process for paraquat production

Figure 4.4-3 Chemical principle of MC process for paraquat production

Figure 4.4-4 Ex-works price of paraquat 42% TK and 20% AS in China, 2012–Oct. 2017

Figure 4.4-5 Monthly ex-works price of paraquat 42% TK in China, Jan. 2014–Oct. 2017

Figure 4.4-6 Monthly ex-works price of paraquat 200g/L AS in China, Jan. 2014–Oct. 2017

Figure 4.4-7 Actual consumption volume and market value of paraquat in China, 2012–H1 2017

Figure 4.4-8 Consumption structure of paraquat in China by crop, 2016

Figure 4.4-9 China's exports of paraquat, 2012–2017

Figure 4.4-10 Forecast on output of paraquat (calculated by 42% TK) in China, 2017–2021

Figure 4.4-11 Forecast on consumption of paraquat (calculated by 42% TK) in China, 2017–2021

Figure 4.5-1 Capacity and output of dicamba technical in China, 2012–H1 2017

Figure 4.5-2 Monthly ex-works price of 98% dicamba technical in China, Jan. 2014–Oct. 2017

Figure 4.5-3 Monthly ex-works price of dicamba 48% AS in China, Jan. 2014–Oct. 2017

Figure 4.5-4 Actual consumption of dicamba (converted to 98% TC) in China, 2008–H1 2017

Figure 4.5-5 Actual consumption of dicamba (converted to 98% TC) in China by crop, 2016

Figure 4.5-6 Forecast on capacity and output of dicamba technical in China, 2017–2021

Figure 4.5-7 Forecast on global demand for dicamba (converted to 98% TC), 2017–2021

Figure 4.6-1 Capacity and output of glufosinate-ammonium technical in China, 2012–H1 2017

Figure 4.6-2 Monthly export prices of glufosinate-ammonium 95% technical and glufosinate-ammonium 200g/L AS in China, Jan. 2012–Aug. 2017

Figure 4.6-3 Consumption of glufosinate-ammonium (converted to 95% TC) in China, 2012–2016

Figure 4.6-4 Consumption of glufosinate-ammonium (calculated by 95% TC) in China by application field, 2016

Figure 4.6-5 Forecast on output of glufosinate-ammonium (calculated by 95% technical) in China, 2017-2021

Figure 4.6-6 Forecast on demand for glufosinate-ammonium (calculated by 95% technical) in China, 2017-2021

Figure 4.7-1 Capacity and output of 2,4-D technical in China, 2012–H1 2017

Figure 4.7-2 Flowchart of the method of chlorination followed with condensation for synthesizing 2,4-D

Figure 4.7-3 Flowchart of the method of condensation followed with chlorination for synthesizing 2,4-D

Figure 4.7-4 Annual ex-works price of 96% 2,4-D technical in China, 2012–2016

Figure 4.7-5 Monthly ex-works price of 96% 2,4-D technical in China, Jan. 2014–Oct. 2017

Figure 4.7-6 Monthly ex-works price of 2,4-D amine salt 720g/L SL in China, Jan. 2014–Oct. 2015

Figure 4.7-7 Actual consumption volume of 2,4-D in China, 2012–2016

Figure 4.7-8 Consumption of 2,4-D formulations by crops in China, 2016

Figure 4.7-9 Forecast on output of 2,4-D technical in China, 2017–2021

Figure 4.7-10 Forecast on demand for 2,4-D (calculated by 96% TC) in China, 2017–2021

Figure 5.1-1 Output and share of fungicides in China's pesticide industry, 2007-2016

Figure 5.2-1 Capacity and output of mancozeb technical in China, 2012–H1 2017

Figure 5.2-2 Flowchart of mancozeb synthesis in China

Figure 5.2-3 Chemical principle of mancozeb synthesis in China

Figure 5.2-4 Annual ex-works price of mancozeb technical in China, 2012–2016

Figure 5.2-5 Monthly ex-works price of 90% mancozeb technical in China, Jan. 2014–Oct. 2017

Figure 5.2-6 Annual ex-works price of mancozeb 80% WP in China, 2012–2016

Figure 5.2-7 Apparent consumption of mancozeb in China by crop, 2016

Figure 5.2-8 Forecast on output of mancozeb technical in China, 2017–2021

Figure 5.2-9 Forecast on demand for mancozeb (calculated by 85% TC) in China, 2017–2021

Figure 5.3-1 Capacity and output of carbendazim technical in China, 2012–H1 2017

Figure 5.3-2 Main chemical reaction in carbendazim production in China

Figure 5.3-3 Flowchart of carbendazim production in China

Figure 5.3-4 Annual ex-works price of 98% carbendazim technical in China, 2012–2016

Figure 5.3-5 Monthly ex-works price of 98% carbendazim technical in China, Jan. 2014–Oct.2017

Figure 5.3-6 Monthly ex-works price of carbendazim 500g/L SC in China, Jan. 2009–Feb.2013

Figure 5.3-7 Apparent consumption of carbendazim in China by crop, 2016

Figure 5.3-8 Forecast on output of carbendazim technical in China, 2017–2021

Figure 5.3-9 Forecast on demand for carbendazim (calculated by 98% TC) in China,2017–2021

Figure 5.4-1 Capacity and output of tebuconazole technical in China, 2012–H1 2017

Figure 5.4-2 Production route of tebuconazole technical in China

Figure 5.4-3 Flowchart of tebuconazole technical production in China

Figure 5.4-4 Annual ex-works price of 97% tebuconazole technical in China, 2012–2016

Figure 5.4-5 Monthly ex-works price of 97% tebuconazole technical in China, Jan. 2014–Oct.2017

Figure 5.4-6 Monthly ex-works price of tebuconazole 250g/L EC in China, Jan. 2008–Dec.2012

Figure 5.4-7 Apparent consumption of tebuconazole (calculated by 97% technical) in China bycrop, 2016

Figure 5.4-8 Forecast on output of tebuconazole technical in China, 2017–2021

Figure 5.4-9 Forecast on demand for tebuconazole (calculated by 97% TC) in China,2017–2021

Figure 5.5-1 Capacity and output of difenoconazole technical in China, 2012–H1 2017

Figure 5.5-2 Route for producing difenoconazole technical in China

Figure 5.5-3 Flowchart of difenoconazole technical production in China

Figure 5.5-4 Annual ex-works price of 95% difenoconazole technical in China, 2012–2016

Figure 5.5-5 Monthly ex-works price of 95% difenoconazole technical in China, Jan. 2014–Oct.2017

Figure 5.5-6 Annual ex-works price of difenoconazole 250g/L EC in China, 2012–2016

Figure 5.5-7 Annual ex-works price of difenoconazole 10% WDG in China, 2012–2016

Figure 5.5-8 Consumption of difenoconazole by crop in China, 2016

Figure 5.5-9 Forecast on output of difenoconazole technical in China, 2017–2021

Figure 5.5-10 Forecast on demand for difenoconazole (calculated by 95% TC) in China,2017–2021

Figure 5.6-1 Capacity and output of chlorothalonil technical in China, 2012–H1 2017

Figure 5.6-2 Flowchart of chlorothalonil technical production in China

Figure 5.6-3 Catalytic chemical reaction in chlorothalonil production in China

Figure 5.6-4 Replacement chemical reaction in chlorothalonil production in China

Figure 5.6-5 Annual ex-works price of 98% chlorothalonil technical in China, 2012–2016

Figure 5.6-6 Monthly ex-works price of 98% chlorothalonil technical in China, Jan. 2014–Oct.2017

Figure 5.6-7 Monthly ex-works price of chlorothalonil 75% WP in China, Jan. 2009–Feb. 2013

Figure 5.6-8 Apparent consumption of chlorothalonil in China by crop, 2016

Figure 5.6-9 Forecast on output of chlorothalonil technical in China, 2017–2021

Figure 5.6-10 Forecast on demand for chlorothalonil (calculated by 98% TC) in China,2017–2021

Figure 5.7-1 Capacity and output of azoxystrobin technical in China, 2012–H1 2017

Figure 5.7-2 Route A for producing intermediate used in azoxystrobin technical production in China

Figure 5.7-3 Route B for producing intermediate used in azoxystrobin technical production in China

Figure 5.7-4 Route C for producing intermediate used in azoxystrobin technical production in China

Figure 5.7-5 Process route of azoxystrobin technical production in China

Figure 5.7-6 Annual ex-works price of azoxystrobin technical in China, 2012–2016

Figure 5.7-7 Monthly ex-works price of 96% azoxystrobin technical in China, Jan. 2014–Oct. 2017

Figure 5.7-8 Annual ex-works price of azoxystrobin 25% SC in China, 2012–2016

Figure 5.7-9 Annual ex-works price of azoxystrobin 50% WDG in China, 2012–2016

Figure 5.7-10 Apparent consumption of azoxystrobin (converted to 95% technical) in China by crop, 2016

Figure 5.7-11 Forecast on output of azoxystrobin technical in China, 2017–2021

Figure 5.7-12 Forecast on demand for azoxystrobin (converted to 95% technical) in China, 2017–2021

Figure 6.1-1 Ownership structure of Nanjing Red Sun Co., Ltd., 2016

Figure 6.2-1 Ownership structure of Zhejiang Wynca Chemical Industry Group Co., Ltd., 2016

Figure 6.3-1 Ownership structure of Jiangsu Yangnong Chemical Co., Ltd., 2016

Figure 6.4-1 Ownership structure of Shandong Weifang Rainbow Chemical Co., Ltd., Oct. 2017

Figure 6.6-1 Ownership structure of Hubei Sanonda Co., Ltd., Oct. 2017

Figure 6.7-1 Ownership structure of Nantong Jiangshan Agrochemical & Chemicals Co., Ltd., 2016

Figure 6.8-1 Ownership structure of Shandong Binnong Technology Co., Ltd., 2016

Figure 6.9-1 Ownership structure of Jiangsu Changlong Agrochemical Co., Ltd., Oct. 2017

Figure 6.12-1 Ownership structure of Shandong Qiaochang Chemical Co., Ltd., Oct. 2017

Figure 6.13-1 Ownership structure of Jiangsu Changqing Agrochemical Co., Ltd., 2016

Figure 6.14-1 Ownership structure of Jiangsu Huifeng Agrochemical Co., Ltd., 2016

Figure 6.15-1 Ownership structure of Lianhe Chemical Technology Co., Ltd., 2016

Figure 6.16-1 Ownership structure of Hunan Haili Chemical Industry Co., Ltd., 2016

Figure 6.17-1 Ownership structure of Jiangsu Good Harvest-Weien Agrochemical Co., Ltd.,2016

Figure 6.19-1 Ownership structure of Lier Chemical Co., Ltd., as of Oct. 2017

Figure 6.20-1 Ownership structure of Anhui Guangxin Agrochemical Co., Ltd., 2016

Figure 6.21-1 Ownership structure of Jiangsu Lanfeng Biochemical Co., Ltd., as of Oct. 2017

Figure 6.22-1 Ownership structure of Limin Chemical Co., Ltd., 2016

Figure 6.23-1 Ownership structure of Jiangsu Sevencontinent Green Chemical Co., Ltd., 2016

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