Amide Herbicides China Report 2016 Edition

  • ID: 4267402
  • Report
  • Region: China
  • 183 pages
  • WBISS
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Amide herbicides are the third largest herbicide category (after organophosphate herbicides and sulfonylurea herbicides) by market value globally, whose market value accounts for about 9% of the global herbicides total. The rate has been increasing in recent years. In 2014, the global amide herbicides’ market value reached USD2.3 billion, up by 5.3% compared with that in 2013.

China is one of the largest suppliers of amide herbicides in the world. Currently, China can produce over 10 kinds of amide herbicides, and more than 60 companies have registered amide herbicide technical in China. The total capacity of amide herbicides in China exceeds 250,000t/a at present, and the output was about 100,000 tonnes in 2014. About 45% of China’s amide herbicides flow to the oversea market.

Amide herbicides can be widely used in many crops, especially for the pre-emergent control of weeds in broadleaf crop fields. Coupled with the advantages of low cost, long validity and low residue, the domestic demand for amide herbicides takes up around 20%-25% of the total herbicides in terms of consumption volume. The total market value of China’s amide herbicides accounts for about 9% of the global total.

With the internal competition of amide herbicides product and the development of new post-emergent herbicides, amide herbicides’ product mix has changed: the production and consumption shares of acetochlor and alachlor have declined while those of metolachlor have increased.

The Chinese Government has been paying more attention to the agrochemical industry in recent years. In Dec. 2011, it issued the Twelfth Five-Year (2011-2015) Development Plan for Pesticide Industry, which pointed out that the number of Chinese pesticide companies shall be cut down by 30% by 2015. In addition, its supervision on wastewater treatment in the agrochemical industry has become more stringent, and some pesticide enterprises have been shut down or rectified and reformed because of the problem of wastewater treatment. The amide herbicides industry is also under the influence of governmental policies.

In order to fully understand the current industry market aspects of China’s amide herbicides and their future trend, the researcher carried out a special market research for China’s amide herbicides industry and published this report.

China Amide Herbicides Market Report 2016 Edition is a professional and trusted study on the current state of the Chinese amide herbicides industry. With more than 170 tables and figures, the report provides key statistics on the state of the industry and is a valuable source of guidance and direction for companies and individuals who are interested in the market. It helps them fully understand the current Chinese amide herbicides market and their future trend.

The report provides reliable data and analysis in the following aspects:

1. Supply situation of China amide herbicides in 2009-H1 2016, segment by product, region and producer, including detailed data about capacity and output, major producers and their production information in 2013-H1 2016.
2. Qualitative analysis for China amide herbicides export in the recent three years, including export specifications, destinations and exporters.
3. Consumption situation of China amide herbicides, segment by product and crop. The detail data include consumption volume and value.
4. Raw materials supply situation in 2009-H1 2016.
5. Supply and demand forecast in 2016-2020, segment by product and crop.
6. Detailed introduction of 10 typical amide herbicides products. For each amide herbicide, the information includes:

Supply situation (total capacity and output), 2009-H1 2016

  • Major technical suppliers and their production, 2013-H1 2016
  • Potential projects introduction
  • Price trends, 2012-H1 2016
  • Qualitative analysis for export situation

Consumption situation, segment by formulation and crop, 2010-2015

  • Supply and demand forecast in 2016-2020

7. Profile of 10 key amide herbicides players, including company introduction, major pesticides products in each company, company financial data, amide herbicides production, sales data and information.

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Executive summary

Research scope and methodology

I Introduction of China herbicides industry
I-1 China herbicides supply situation, 2006-2015
I-2 China herbicides consumption situation, 2006-2015

II Supply situation of amide herbicides in China
II-1 Total supply situation, 2009-H1 2016
II-2 Segment by region, 2009-H1 2016
II-3 Segment by product, 2009-H1 2016
II-4 Segment by manufacturer, 2009-H1 2016

III  Export situation of amide herbicides in China
III-1 Total export volume, 2009-2015
III-2 Segment by product, 2009-2015

IV Consumption situation of amide herbicides in China
IV-1 Total consumption situation (volume and value), 2009-2015
IV-2 Segment by product (volume and value), 2009-2015
IV-3 Segment by crop (volume), 2011-2015

V Introduction of 10 typical amide herbicide products
V-1 Acetochlor
V-1.1 Supply situation, 2009-H1 20156
V-1.2 Producer, 2013-H1 2016
V-1.3 Price, 2009-H1 2016
V-1.4 Export situation
V-1.5 Consumption situation (by formulation and by crop), 2009-2015
V-1.6 Supply and demand forecast, 2016-2020
V-2 Butachlor
V-3 Metolachlor
V-4 Pretilachlor
V-5 Mefenacet
V-6 Propisochlor
V-7 Propanil
V-8 Alachlor
V-9 Napropamide
V-10 S-metolachlor
V-11 Others

VI China amide herbicides supply and demand forecast, 2016-2020
VI-1 Influencing factors
VI-2 Demand forecast to 2020
VI-3 Supply forecast to 2020

VII Profile of 10 key amide herbicides producers
VII-1 Shandong Binnong Technology Co., Ltd.
VII -1.1 Basic information
VII -1.2 Company introduction
VII -1.3 Shareholder structure
VII -1.4 Business performance, 2011-2015
VII -1.5 Amide herbicides production and sale situation, 2013-H1 2016
VII-2 Jiangsu Changlong Chemicals Co., Ltd.
VII-3 Shandong Qiaochang Chemical Co., Ltd.
VII-4 J Nantong Jiangshan Agrochemical & Chemical Co., Ltd.
VII-5 Shangyu Nutrichem Co., Ltd.
VII-6 Anhui Futian Agrochemical Co., Ltd.
VII-7 Hangzhou Nutrichem Co., Ltd.
VII-8 Shandong Vicome Greenland Chemical Co., Ltd.
VII-9 Shandong Determination Pharmaceutical Co., Ltd.
VII-10 Agriculture Development in Henan Agrochemical Co., Ltd.

List of Tables
Table II-2-1 Capacity of amide herbicides in China segment by region, t/a, 2009-2016
Table II-2-2 Output of amide herbicides in China segment by region, tonne, 2009-2016
Table II-3-1 Capacity of amide herbicides in China segment by product, t/a, 2009-H1 2016
Table II-3-2 Output of amide herbicides in China segment by product, tonne, 2009-H1 2016
Table II-4-1 China's top amide herbicides producers and main amide herbicides, 2016 H1
Table II-4-2 Output of the tops amide herbicide producers and industry concentration ratio in China (tonne), 2009-H12016
Table III-4-1 Amide herbicides technical export segment by product (tonne), 2009-2015
Table III-4-2 Amide herbicides formulations export segment by product (tonne), 2009-2015
Table III-4-3 Amide herbicides export (calculated by technical) segment by product (tonne), 2009-2015
Table V-1.2-1 Major acetochlor technical producers and their production routes, H1 2016
Table V-1.2-2 Capacity and output of major acetochlor technical producers in China, 2013-H1 2016
Table V-2.2-1 Basic information of major butachlor technical producers, H1 2016
Table V-2.2-2 Capacity and output of major butachlor technical producers in China, 2013-H1 2016
Table V-3.2-1 Basic information of major metolachlor technical producers, H1 2016
Table V-3.2-2 Capacity and output of major metolachlor technical producers in China, 2013-H1 2016
Table V-4.2-1 Basic information of major pretilachlor technical producers, H1 2016
Table V-4.2-2 Capacity and output of major pretilachlor technical producers in China, 2013-H1 2016
Table V-5.2-1 Basic information of major mefenacet technical producers, H1 2016
Table V-5.2-2 Capacity and output of major mefenacet technical producers in China, 2013-H1 2016
Table V-6.2-1 Basic information of major propisochlor technical producers, H1 2016
Table V-6.2-2 Capacity and output of major propisochlor technical producers in China, 2013-H1 2016
Table V-7.2-1 Basic information of major propisochlor technical producers, H1 2016
Table V-7.2-2 Capacity and output of major propisochlor technical producers in China, 2013-H1 2016
Table V-8.2-1 Basic information of major alachlor technical producers, H1 2016
Table V-8.2-2 Capacity and output of major alachlor technical producers in China, 2013-H1 2016
Table V-9.2-1 Basic information of major napropamide technical producers, H1 2016
Table V-9.2-2 Capacity and output of major alachlor technical producers in China, 2013-H1 2016
Table V-10.2-1 Basic information of major S-metolachlor technical producers, H1 2016
Table V-10.2-2 Basic information of S-metolachlor technical potential producers, H1 2016
Table V-10.3-2 Capacity and output of major S-metolachlor technical producers in China, 2013-H1 2016
Table V-11.1-1 Basic information of major metazachlor technical producers, H1 2016
Table V-11.1-2 Capacity and output of major metazachlor technical producers in China, 2013-H1 2016
Table V-11.2-1 Potential producers of flufenacet in China, October 2016
Table VII-1-1 Basic information of Shandong Binnong, October 2016
Table VII-1-2 Capacity of major pesticide products in Shandong Binnong, 2013- H1 2016, t/a
Table VII-1-3 Capacity and output of amide herbicides in Shandong Binnong, 2013- H1 2016, t/a
Table VII-2-1 Basic information of Jiangsu Changlong, October 2016
Table VII-2-2 Capacity of major pesticide products in Jiangsu Changlong,  t/a, 2013-H1 2016
Table VII-1-3 Capacity and output of amide herbicides in Jiangsu Changlong, 2013- H1 2016, t/a
Table VII-3-1 Basic information of Shandong Qiaochang, October 2016
Table VII-3-2 Capacity of major pesticide products in Shandong Qiaochang, 2013- H1 2016, t/a
Table VII-3-3 Capacity and output of amide herbicides in Shandong Qiaochang, 2013- H1 2016, t/a
Table VII-4-1 Basic information of Nantong Jiangshan, October 2016
Table VII-4-2 Capacity of major pesticide products in Nantong Jiangshan, 2013- H1 2016, t/a
Table VII-4-3 Financial data of Nantong Jiangshan (million USD), 2012-H1 2016
Table VII-4-4 Prime operating revenue of Nantong Jiangshan by industry (million USD), 2013-2015
Table VII-4-5 Prime operating revenue of Nantong Jiangshan by product (million USD), 2013-2015
Table VII-4-6 Prime operating revenue of Nantong Jiangshan by region (million USD), 2013-2015
Table VII-4-7 Capacity and output of amide herbicides in Nantong Jiangshan, 2013- H1 2016, t/a
Table VII-5-1 Basic information of Shangyu Nutrichem, October 2016
Table VII-5-2 Capacity of major pesticide products in Shangyu Nutrichem, 2013- H1 2016, t/a
Table VII-5-3 Financial data of Shangyu Nutrichem (million USD), 2014 and 2015
Table VII-5-4 Capacity and output of amide herbicides in Shangyu Nutrichem, 2013- H1 2016, t/a
Table VII-6-1 Basic information of Anhui Futian, October 2016
Table VII-6-2 Capacity of major pesticide products in Anhui Futian, 2013- H1 2016, t/a
Table VII-6-3 Capacity and output of amide herbicides in Anhui Futian, 2013- H1 2016, t/a
Table VII-7-1 Basic information of Hangzhou Nutrichem, October 2016
Table VII-7-2 Capacity of major pesticide products in Hangzhou Nutrichem, 2013- H1 2016, t/a
Table VII-7-3 Financial data of Hangzhou Nutrichem (million USD), 2014 and 2015
Table VII-7-4 Capacity and output of amide herbicides in Hangzhou Nutrichem, 2013- H1 2016, t/a
Table VII-8-1 Basic information of Vicome Greenland, October 2016
Table VII-8-2 Capacity of major pesticide products in Vicome Greenland, 2013- H1 2016, t/a
Table VII-8-3 Financial data of Vicome Greenland (million USD), 2013-H1 2016
Table VII-8-4 Capacity and output of amide herbicides in Vicome Greenland, 2013- H1 2016, t/a
Table VII-9-1 Basic information of Shandong Determination, October 2016
Figure VII-9-1 Shareholder structure of Shandong Determination, October 2016
Table VII-9-2 Capacity and output of amide herbicides in Shandong Determination, 2013- H1 2016, t/a
Table VII-10-1 Basic information of Agriculture Development (Henan), October 2016
Table VII-10-2 Capacity of major pesticide products in Agriculture Development (Henan), 2013- H1 2016, t/a
Table VII-10-3 Financial data of Agriculture Development (Henan), million USD, 2013-H1 2016
Table VII-10-4 Capacity and output of amide herbicides in Agriculture Development (Henan), 2013- H1 2016, t/a

List of Figures
Figure I-1-1 Output of herbicides and pesticides in China (calculated by TC), 2009-H1 2016 ( ’000 tonne)
Figure I-1-2 Output share of herbicides technical in major regions of China, 2015
Figure I-2-1 Consumption volume of herbicides in China, ’000 tonnes, 2006-2015
Figure II-1-1 Total capacity and output of amide herbicides in China, 2009-H1 2016
Figure II-1-2 Operating rate of amide herbicides production in China, 2009-2015
Figure II-2-1 Geographical distribution of amide herbicides technical producers in China, t/a, tonne, 2015
Figure II-3-1 Capacity structure of amide herbicides by product in China, 2016
Figure II-3-2 Output structure of amide herbicides by product in China, 2016
Figure III-4-1 Total export volume of amide herbicides in China (tonnes), 2009-2015
Figure IV-1-1Total consumption volume of amide herbicides (calculated by technical) in China, tonne, 2009-2015
Figure IV-1-2 Total consumption volume of amide herbicides (calculated by formulations) in China, tonne,million USD, 2009-2015
Figure IV-2-1 Consumption situation of key amide herbicides (calculated by technical) in China, tonne, 2011-2015
Figure IV-2-2 Consumption structure of amide herbicides (calculated by technical) in China, 2015
Figure IV-2-3 Consumption situation of key amide herbicides (calculated by formulations) in China, tonne, 2011-2015
Figure IV-2-4 Consumption structure of amide herbicides (calculated by formulations) in China, 2015
Figure IV-2-5 Market value of key amide herbicides in China, million USD, 2011-2015
Figure IV-2-6 Market value structure of amide herbicides by product in China, 2015
Figure IV-3-1 Consumption volume of amide herbicides by crop in China, tonne, 2011-2015
Figure IV-3-2 Consumption structure of amide herbicides by crop in China, 2011 and 2015
Figure V-1.1-1 Capacity and output of acetochlor technical in China, 2009-H1 2016 (t/a, tonne)
Figure V-1.3-1 Ex-works price of acetochlor technical and formulation in China (USD/t), 2009-H1 2016
Figure V-1.4-1 Total export volume of acetochlor in China (tonne), 2009-2015
Figure V-1.4-2 Export situation of acetochlor formulations by specification in China (tonne), 2009-2015
Figure V-1.5-1 Consumption volume of acetochlor in China, 2009-2015 (calculated by 92% TC, tonne)
Figure V-1.5-2 Consumption volume and market value of acetochlor in China (by formulation, tonne, million USD), 2009-2015
Figure V-1.5-3 Consumption situation of acetochlor by crop in China (calculated by 92% TC, tonne), 2009-2015
Figure V-1.5-4 Consumption structure of acetochlor by crop in China (calculated by 92% TC, tonne), 2009-2015
Figure V-1.6-1 Demand forecast of acetochlor in China (calculated by technical), tonne, 2016-2020
Figure V-1.6-2 Supply forecast of acetochlor technical in China, tonne, 2016-2020
Figure V-2.1-1 Capacity and output of butachlor technical in China, 2009-H1 2016 (t/a, tonne)
Figure V-2.3-1 Ex-works price of butachlor technical and formulation in China (USD/t), 2009-H1 2016
Figure V-2.4-1 Total export volume of butachlor in China (tonne), 2009-2015
Figure V-2.4-2 Export situation of butachlor formulations by specification in China (tonne), 2009-2015
Figure V-2.5-1 Consumption volume of butachlor in China, 2009-2015 (calculated by 92% TC, tonne)
Figure V-2.5-2 Consumption volume and market value of butachlor in China (by formulation, tonne, million USD), 2009-2015
Figure V-2.5-3 Consumption situation of butachlor by crop in China (calculated by 92% TC, tonne), 2009-2015
Figure V-2.5-4 Consumption structure of butachlor by crop in China (calculated by 92% TC, tonne), 2009-2015
Figure V-2.6-1 Demand forecast of butachlor in China (calculated by 92% technical),  tonne, 2016-2020
Figure V-2.6-2 Supply forecast of butachlor technical in China, tonne, 2016-2020
Figure V-3.1-1 Capacity and output of metolachlor technical in China, 2009-H1 2016 (t/a, tonne)
Figure V-3.3-1 Ex-works price of metolachlor technical and formulation in China (USD/t), 2009-H1 2016
Figure V-3.4-1 Total export volume of metolachlor in China (tonne), 2009-2015
Figure V-3.4-2 Export situation of butachlor formulations by specification in China (tonne), 2009-2015
Figure V-3.5-1 Consumption volume of metolachlor in China, 2009-2015 (calculated by 97% TC, tonne)
Figure V-3.5-2 Consumption volume and market value of metolachlor in China (by formulation, tonne, million USD), 2009-2015
Figure V-3.5-3 Consumption situation of metolachlor by crop in China (calculated by 92% TC, tonne), 2009-2015
Figure V-3.5-4 Consumption structure of metolachlor by crop in China (calculated by 92% TC, tonne), 2009-2015
Figure V-3.6-1 Demand forecast of metolachlor in China (calculated by 97% technical),  tonne, 2016-2020
Figure V-3.6-2 Supply forecast of metolachor technical in China, tonne, 2016-2020
Figure V-4.1-1 Capacity and output of pretilachlor technical in China, 2009-H1 2016 (t/a, tonne)
Figure V-3.3-1 Ex-works price of pretilachlor technical and formulation in China (USD/t), 2009-H1 2016
Figure V-3.4-1 Total export volume of pretilachlor in China (tonne), 2009-2015
Figure V-3.4-2 Export situation of pretilachlor formulations by specification in China (tonne), 2009-2015
Figure V-4.5-1 Consumption volume of pretilachlor in China, 2009-2015 (calculated by 95% TC, tonne)
Figure V-4.5-2 Consumption volume and market value of pretilachlor in China (by formulation, tonne, million USD), 2009-2015
Figure V-4.6-1 Demand forecast of pretilachlor in China (calculated by 95% technical), tonne, 2016-2020
Figure V-4.6-2 Supply forecast of pretilachlor technical in China, tonne, 2016-2020
Figure V-4.1-1 Capacity and output of mefenacet technical in China, 2009-H1 2016 (t/a, tonne)
Figure V-5.3-1 Ex-works price of mefenacet technical and formulation in China (USD/t), 2009-H1 2016
Figure V-5.4-1 Total export volume of mefenacet in China (tonne), 2009-2015
Figure V-5.5-1 Consumption volume of mefenacet in China, 2009-2015 (calculated by 95% TC, tonne)
Figure V-5.5-2 Consumption volume and market value of metolachlor in China (by formulation, tonne, million USD), 2009-2015
Figure V-5.6-1 Demand forecast of mefenacet in China (calculated by 95% technical),  tonne, 2016-2020
Figure V-5.6-2 Supply forecast of mefenacet technical in China, tonne, 2016-2020
Figure V-6.1-1 Capacity and output of propisochlor technical in China, 2009-H1 2016 (t/a, tonne)
Figure V-6.3-1 Ex-works price of propisochlor technical and formulation in China (USD/t), 2009-H1 2016
Figure V-6.4-1 Total export volume of  propisochlor in China (tonne), 2009-2015
Figure V-6.4-2 Export situation of propicochlor formulations by specification in China (tonne), 2009-2015
Figure V-6.5-1 Consumption volume of propisochlor in China, 2009-2015 (calculated by 90% TC, tonne)
Figure V-6.5-2 Consumption volume and market value of propisochlor in China (by formulation, tonne, million USD), 2009-2015
Figure V-6.5-3 Consumption situation of propisochlor by crop in China (calculated by 90% TC, tonne), 2009-2015
Figure V-6.5-4 Consumption structure of propisochlor by crop in China (calculated by 90% TC, tonne), 2009-2015
Figure V-6.6-1 Demand forecast of propisochlor in China (calculated by 90% technical), tonne, 2016-2020
Figure V-6.6-2 Output forecast of propisochlor technical in China , tonne, 2016-2020
Figure V-7.1-1 Capacity and output of propanil technical in China, 2009-H1 2016 (t/a, tonne
Figure V-7.3-1 Ex-works price of propanil technical and formulations in China (USD/t), 2009-H1 2016
Figure V-7.4-1 Total export volume of  propisochlor in China (tonne), 2009-2015
Figure V-7.4-2 Export situation of propicochlor formulations by specification in China (tonne), 2009-2015
Figure V-7.5-1 Consumption volume of propanil in China, 2009-2015 (calculated by 97% TC, tonne)
Figure V-7.5-2 Consumption volume and market value of propanil in China (by formulation, tonne, million USD), 2009-2015
Figure V-7.6-1 Demand forecast of propanil  in China (calculated by 97% technical), tonne, 2016-2020
Figure V-7.6-2 Output forecast of propanil technical in China , tonne, 2016-2020
Figure V-8.1-1 Capacity and output of alachlor technical in China, 2009-H1 2016 (t/a, tonne)
Figure V-8.3-1 Ex-works price of alachlor technical and formulation in China (USD/t), 2009-H1 2016
Figure V-8.4-1 Total export volume of alachlor in China (tonne), 2009-2015
Figure V-8.4-2 Export situation of alachlor formulations by specification in China (tonne), 2009-2015
Figure V-8.5-1 Consumption volume of alachlor in China, 2009-2015 (calculated by 95% TC, tonne)
Figure V-8.5-2 Consumption volume and market value of alachlor in China (by formulation, tonne, million USD), 2009-2015
Figure V-8.5-3 Consumption situation of alachlor by crop in China (calculated by 95% TC, tonne), 2009-2015
Figure V-8.5-4 Consumption structure of alachlor by crop in China (calculated by 95% TC, tonne), 2009-2015
Figure V-8.6-1 Demand forecast of alachlor in China (calculated by 95% technical), tonne, 2016-2020
Figure V-8.6-2 Output forecast of alachlor technical in China, tonne, 2016-2020
Figure V-9.1-1 Capacity and output of napropamide technical in China, 2009-H1 2016 (t/a, tonne)
Figure V-9.3-1 Ex-works price of napropamide technical and formulation in China (USD/t), 2009-H1 2016
Figure V-9.4-1 Total export volume of  napropamide in China (tonne), 2009-2015
Figure V-9.5-1 Consumption volume of napropamide in China, 2009-2015 (calculated by 96% TC, tonne)
Figure V-9.5-2 Consumption volume and market value of napropamide in China (by formulation, tonne, million USD), 2009-2015
Figure V-9.5-3 Consumption situation of napropamide by crop in China (calculated by 96% TC, tonne), 2009-2015
Figure V-9.5-4 Consumption structure of napropamide by crop in China (calculated by 96% TC, tonne), 2009-2015
Figure V-9.6-1 Demand forecast of napropamide in China (calculated by 96% technical), tonne, 2016-2020
Figure V-9.6-2 Output forecast of napropamide technical in China, tonne, 2016-2020
Figure V-10.1-1 Capacity and output of S-metolachlor technical in China, 2013-H1 2016 (t/a, tonne)
Figure V-10.3-1 Ex-works price of S-metolachlor  formulation in China (USD/t), 2009-H1 2016
Figure V-10.4-1 Consumption volume and market value of S-metolachlor in China (by formulation, tonne, million USD), 2009-2015
Figure V-10.4-2 Consumption situation of S-metolachlor by crop in China (calculated by 98% TC, tonne), 2009-2015
Figure V-10.4-3 Consumption structure of S-metolachlor by crop in China (calculated by 98% TC, tonne), 2009-2015
Figure V-10.6-1 Demand forecast of S-metolachlor in China (calculated by 97% technical), tonne, 2016-2020
Figure V-10.6-2 Output forecast of S-metolachlor technical in China, tonne, 2016-2020
Figure VI-1-1 Planting area of corn in China, million ha., 2005-2015
Figure VI-1-2 Planting area of rice in China, million ha., 2005-2015
Figure VI-1-3 Planting area of wheat in China, million ha., 2005-2015
Figure VI-1-4 Planting area of vegetables and melons in China, million ha., 2005-2015
Figure VI-2-1 Demand forecast of amide herbicides (calculated by technical) in China, tonne, 2016-2020
Figure VI-2-2 Demand forecast of amide herbicides segment by product (calculated by technical) in China, tonne, 2016-2020
Figure V2-3 Demand structure of amide herbicides segment by product in China, 2020
Figure VI-3-1 Output forecast of amide herbicides in China, tonne, 2016-2020
Figure VI-3-2 Output forecast of amide herbicides segment by product in China, tonne, 2016-2020
Figure VI-3-3 Output structure of amide herbicides segment by product in China, 2020
Figure VII-1-1 Shareholder structure of Shandong Binnong, October 2016
Figure VII-1-2 Prime operating revenue in Shandong Binnong (million USD), 2011-2015
Figure VII-1-1 Shareholder structure of Jiangsu Changlong, October 2016
Figure VII-1-2 Prime operating revenue in Jiangsu Changlong (million USD), 2011-2015
Figure VII-3-1 Shareholder structure of Shandong Qiaochang, October 2016

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  • Agriculture Development in Henan Agrochemical Co., Ltd.
  • Anhui Futian Agrochemical Co., Ltd.
  • Hangzhou Nutrichem Co., Ltd.
  • Jiangsu Changlong Chemicals Co., Ltd.
  • Nantong Jiangshan Agrochemical & Chemical Co., Ltd.
  • Shandong Binnong Technology Co., Ltd.
  • Shandong Determination Pharmaceutical Co., Ltd.
  • Shandong Qiaochang Chemical Co., Ltd.
  • Shandong Vicome Greenland Chemical Co., Ltd.
  • Shangyu Nutrichem Co., Ltd.
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