CCM/Market Reports-/The Future of Pesticide in China 2009-2015

¡¡

(home)
CCM
consultancy
Market reports
Trade Analysis
newsletters & Information
conferences & events
coming report
ValoTracer
about us
careers 
contact
Always Primary Findings
Online Payment
samples
 

click here for sample pages

 

CCM>Market Reports>

 

No. 0006P007 The Future of Pesticide in China 2009-2015  - Edition(1)

 

 

About This Report:

 

Report edition:  2008 edition(1)
Language version: English
Document type: PDF File,(*.pdf)
For ready report --    
  Finished in: Sep 2008 ,edition(1)
  Total pages: 278
  Delivery: Delivery within 1-1 work days by email
  Price/copy: - USD8000.00 for single user
    -USD17600.00 for corporate license/site license
For update report --  
  Delivery time: Delivery within 30-50 work days upon confirmation
  Price/copy: - USD10000.00 for single user PDF
    - USD25000.00 for corporate license/site license

 

* The corporate license/site license is only for the sole and confidential use within the subscriber company and its affiliates in which the subscriber company owns, directly or indirectly, a fifty percent or greater, financial interest.

 

Report Edition List:

 

Version Finished in Availability Language   Pages   Delivery Price/Copy (For single user)
update report - update on request English - within 30-50 work days upon confirmation USD10000.00

 

 

Description:

 

Every year, because of pesticide, over billions of hectares of crops are protected against insect pests and diseases in the world. The sales value of pesticide has exceeded USD 30 billion in the world since 2005.

China has become one of the pesticide production centers in the world, with over 2,000 pesticide manufacturers, including 500 pesticide technical manufacturers, and about 1,500 formulation manufacturers and 1,731,000 tonnes pesticide technicals in 2007, with CAGR 14.94% from 2003-2007.

Chinese pesticide structure is becoming more reasonable. In 2008, Chinese government issue some status including reducing export rebate of pesticide, establishing stricter standard of waste treatment etc. Proportion of insecticide, fungicide and herbicide by volume reached 34.80%, 32.50% and 7.90% in 2007, while they were 76.40%, 13.00% and 9.50% in 1994. This change resulted from gradual loss of Chinese pesticide advantages like low cost of labor force and waste treatment.

China is also a large pesticide consumption country. Amount of pesticide technical consumption in China reached 517,762 tonnes in 2007, with CAGR 16.30% from 2003-2007, according to CCM’s investigation.

 In this report, you will get the answers of the following questions:

What was the production situation of pesticide, including insecticide, herbicide, fungicide and others, by volume and output value from 2003 to 2007?

What’s SWOT analysis of the top ten pesticide manufacturers in China?

How was consumption situation of pesticide in China by crops and regions from 2003 to 2007?

What's the situation of pesticide export & import 2003-2007?

What will the situation of pesticide production and demand be from 2009 to 2015?

What's the current status of Chinese pesticide industry?

How will Chinese pesticide manufacturers do to adapt the change of Chinese pesticide structure?

 

Main Content:

 

No. Content
Page
Executive Summary
12
Introduction and Methodology
26
I Brief Introduction to China’s Pesticide Industry
28
I-1 Classification and Major Products of Pesticide in China
28
I-2 Development History of Chinese Pesticide Industry
31
II Factors Influencing Pesticide Industry
32
II-1 Governmental Policies
32
II-1.1 Brief Introduction to the Major Regulations
33
II-1.2 Introduction to the Standards in Pesticide Industry
36
II-1.3 Introduction to Environmental Policies
38
II-1.4 11th Five-Year (2006~2010) Plan of Pesticide Industry
41
II-2 Crop Plant Situation
42
II-2.1 Planting Area of Crops
42
II-2.2 Situation of Genetically Modified Crops
43
II-2.3 Situation of Non-Tillage Crops
45
II-3 Plant Diseases and Pests
46
II-4 Characteristics of Pesticide Users
48
II-5 Macro Economic Environment
48
II-5.1 GDP and Per-Capita GDP
48
II-5.2 International Trade
50
III Pesticide Industry Overview in China
53
III-1 Characteristics of China’s Pesticide Industry
53
III-2 Production Situation of Chinese Pesticide Industry
54
III-2.1 Summary of Production of Chinese Pesticide Industry
54
III-2.2 Summary of Pesticide Manufacturers in China
57
III-2.3 SWOT Analysis of Top 10 Producers
61
III-2.4 Characteristics of Pesticide Species in China
64
III-2.5 About Characteristics of China’s Pesticide Formulation
64
III-2.6 Other Findings
66
III-3 Consumption of Pesticide in China
67
III-3.1 Overview of Consumption Situation
67
III-3.2 Consumption Situation of Pesticide by Crop
69
III-3.2.1 Consumption of Insecticide
71
III-3.2.2 Consumption of Herbicide
72
III-3.2.3 Consumption of Fungicide
73
III-3.3 Consumption Situation of Pesticide by Region
74
III-4 Brief Introduction to the Distribution Channel of Pesticide in China
75
III-4.1 General Situation
75
III-4.2 Marketing Pattern of China’s Pesticide Manufacturers
76
III-5 Introduction to the Import and Export Situation of Pesticide in Recent Years
78
III-5.1 Export situation
78
III-5.2 Import situation
81
III-6 Cutting Edge Technology of Pesticide in China
83
III-6.1 Optimizing Process and Equipment
83
III-6.2 Adjuvant Technology
83
III-7 Growing Points and Hot Spots in China
84
III-8 Competitiveness of Chinese Pesticide Industry
84
IV Brief Introduction to Major Pesticides in China
86
IV -1 Insecticide
86
IV -1.1 DDVP
87
IV -1.2 Acephate
92
IV -1.3 Trichlorfon
98
IV -1.4 Chlorpyrifos
103
IV -1.5 Dimethoate
109
IV -1.6 Imidacloprid
114
IV -1.7 Beta-cypermethrin
119
IV -1.8 Phoxim
125
IV -1.9 Abamectin
131
IV -1.10 Others, Including Endosulfan, Phosalone, Malathion, DDT
137
IV-2 Herbicide
140
IV-2.1 Glyphosate
142
IV-2.2 Acetochlor
150
IV-2.3 Paraquat
156
IV-2.4 Butachlor
162
IV-2.5 Atrazine 
167
IV-2.6 Nicosulfuron
173
IV-2.7 Others, Including Alachlor, Metolachlor, Quizalofop-P-ethyl, Glufosinate-ammonium
178
IV-3 Fungicide
180
IV-3.1 Mancozeb
180
IV-3.2 Carbendazim
186
IV-3.3 Chlorothalonil
191
IV-3.4 Thiophanate Methyl
196
IV-3.5 Triadimefon
201
IV-4 Others
205
IV-4.1 Ethephon
205
IV-4.2 Paclobutrazol
210
V Future Forecast
215
V-1 Key Factors and Driven Forces for the Development of Pesticide Industry in China
215
V-2 Future Forecast on Pesticide Industry to 2015          
218
VI Conclusion, Recommendation, and Opportunities
227
VII Appendix
229
VII-1 Profile of Major Pesticide Producers in China
229
VII-1-01 Hebei Xinfeng Pesticide & Chemical Stock Co. Ltd.
229
… …
VII-1-33 Shandong Binnong Technology Co., Ltd.
277

LIST OF TABLES
Table 1 Production Situation of Pesticide in China, 2003-2015
Table 2 Situation of Main Species of Insecticide in China, 2008
Table 3 Situation of Main Species of Herbicide in China, 2008
Table 4 Situation of Main Species of Fungicide in China, 2008
Table 5 Forecast on Pesticide Output in China by volume, tonne, 2008-2015
Table 6 Forecast on Pesticide Output in China, by Value, Million USD, 2008-2015
Table 7 Demand of Pesticide in China, 2007-2015
Table 8 Consumption of Insecticide by Crop in China in 2007, tonne
Table 9 Consumption of Herbicide by Crop in 2007, tonne
Table 10 Consumption of Fungicide in China by Crop in 2007, tonne
Table 11 Consumption of main species in China by region in 2007, tonne
Table 12 Forecast on Pesticide Industry in China, by Demand, tonne, 2008-2015
Table 13 Import & Export Situation of Pesticide, 2003-2007
Table I-1-1 Classification and Major Products of Insecticide in China
Table I-1-2 Classification and Major Products of Herbicide in China
Table I-1-3 Classification and Major Products of Fungicide in China
Table I-2-1 Development of Pesticide Industry in China, 1950-2008
Table II-1-1 Major Administrations and Policies on Pesticides or Pesticide Industry in China
Table II-1.1-1 The Threshold Has Been Raised according to the Notice No.285 [2008] Issued by The National Development and Reform Commission
Table II-1.2-1 Technology Standards of Pesticide in China, 2007
Table II-1.3-1 Components of Effluent Standards of Pollutants for Pesticide Industry, Situation In 2008
Table II-1.3-2 Effluent Standards of Pollutants for Heterocyclic Pesticides Industry, Unit: Mg/L
Table II-1.3-3 Integrated Wastewater Discharge Standard, GB8978-1996, Unit: Mg/L
Table II-1.3-4 Environmental Policies and Environmental Cost in Pesticide Industry in China
Table II-2.2-1 Global GM Crops Development, 2000~2007, Million Hectares
Table II-2.3-1 Advantages of Non-Tillage Cultivating Technology
Table II-2.3-2 Non-Tillage Cultivation System Development Plan in China, Million Hectares
Table II-3-1 Areas of Diseases and Insect Pests, Breakdown by Major Traditional Crops, 2003-2008, Million Hectares
Table II-3-2 Areas of Diseases and Insect Pests of the Major Traditional Crops (Rice, Corn, Wheat, and Cotton), Breakdown by Disease and Pests, 2003-2008, Million Hectares
Table II-3-3 Areas of Diseases and Insect Pests, Breakdown by Major Economic Crops, 2006-2008, Million Hectares
Table II-3-4 Areas of Diseases and Insect Pests of Major Economic Crops (Vegetable, Apple, Orange), Breakdown by Diseases and Pests, 2006-2008, Million Hectares
Table III-2.1-1 Capacity and Output of Pesticide Technical in the Past Years
Table III-2.1-2 Output of Pesticide in the Past Years (Unit: tonne)
Table III-2.2-1 Capacity of Top 40 Pesticide Technical Manufacturers in China in 2008(unit: tonne)
Table III-2.2-2 Major Manufacturers of Insecticide in 2008, (shares by capacity)
Table III-2.2-3 Major Manufacturers of Herbicides in 2008, (shares by capacity)
Table III-2.2-4 Major Manufacturers of Fungicides in 2008, (shares by capacity)
Table III-2.5-1 Registered Situation of Water-based formulation
Table III-3.1-1 Key Species of Pesticide by Consumption Volume in 2007
Table III-3.1-2 Key Regions by Consumption Volume in 2007
Table III-3.2-1 Consumption Situation of Pesticide by Species and Crops in 2007 (Unit: tonne)
Table III-3.2-1-1 Consumption of Insecticide by Crop in 2007 (Unit: tonne)
Table III-3.2-2-1 Consumption of Herbicide by Crop in 2007 (Unit: tonne)
Table III-3.2-3-1 Consumption of Fungicide by Crop in 2007 (Unit: tonne)
Table III-3.3-1 Consumption Situation of Main Species by Region in 2007 (Unit: tonne)
Table III-4.1-1 Comparison of Five Domestic Sales Channels
Table III-5.1-1 Export Situation in the Past Years
Table III-5.2-1 Pesticide import situation in the 1998-2007
Table III-6.1-1 New Technologies’ in Optimizing Process and Equipment
Table III-7-1Growing Points and Hot Spots in Pesticide
Table IV-1-1 Classification of Insecticide
Table IV-1.1-1 Key Chinese Manufacturers of DDVP Technical in 2008
Table IV-1.1- 2 Consumption of DDVP in 2007
Table IV-1.2-1 Number of Acephate Registrations in China, 2002-2008
Table IV-1.2-2 Key Chinese Manufacturers of Acephate Technical in 2008
Table IV- 1.2-3 Consumption of Acephate Technical in 2007 in China
Table IV-1.3-1 Key Chinese Manufacturers of Technical Trichlorfon in 2008
Table IV-1.3-2 Consumption of Trichlorfon Technical in 2007 in China
Table IV-1.4-1 Key Chinese Manufacturers of Chlorpyrifos Technical in 2008
Table IV-1.4-2 Production Quality Comparison between Technology A and B
Table IV-1.4-3 Consumption of Chlorpyrifos Technical in 2007
Table IV-1.5-1 Key Chinese Manufacturers of Dimethoate Technical in 2008
Table IV-1.5-2 Consumption of Dimethoate Technical in 2007
Table IV-1.6-1 Capacity Expansion of Imidacloprid Producers in China in 2008
Table IV-1.6-2 Key Chinese Manufacturers of Imidacloprid Technical in 2007
Table IV-1.6-3 Main Technologies of Producing Imidacloprid in 2008
Table IV-1.6-4 Consumption Situation of Imidacloprid Technical in China in 2007
Table IV-1.7-1 Main Manufacturers of Beta-Cypermethrin in China
Table IV-1.7-2 Consumption of Beta-cypermethrin Technical in 2007
Table IV-1.8-1 Main Manufacturers of Phoxim in 2008
Table IV-1.8-2 Consumption of Phoxim Technical in 2007
Table IV-1.9-1 Key Chinese Manufacturers of Abamectin Technical in 2008
Table IV-1.9-2 Consumption of Abamectin Technical in China in 2007
Table IV-2-1 Classifications of Herbicide
Table IV-2.1-1 Key Chinese Glyphosate Technical Manufacturers in 2008 est.
Table IV-2.1-2 Comparison of Different Pathways
Table IV-2.1-3 Consumption of Glyphosate Technical in 2007, tonne
Table IV-2.2-1 Key Chinese Manufacturers of Acetochlor Technical in 2008
Table IV-2.2-2 Consumption of Acetochlor Technical in 2007
Table IV 2.3-1 Output of Paraquat Technical and Formulation in China in 2003~2007, tonne
Table IV-2.3-2 Key Manufacturers of Paraquat Technical in China in 2008
Table IV-2.3-3 Current Situation of Paraquat Technical Production Technology in China in 2007
Table IV-2.3-4 Consumption of Paraquat Technical in 2007
Table IV-2.4-1 Key Chinese Manufacturers of Butachlor Technical in 2008
Table IV-2.4-2 Consumption of Butachlor Technical in 2007
Table IV-2.5-1 Key Chinese Manufacturers of Atrazine Technical in 2008
Table IV-2.5-2 Consumption of Atrazine Technical in 2007
Table IV-2.6-1 Number of Registered Nicosulfuron Manufacturers in China, 2006-2008
Table IV-2.6-2 Key Chinese Manufacturers of Nicosulfuron Technical in 2008
Table IV-2.6-3 Consumption of Nicosulfuron Technical in 2007, by volume
Table IV-2.7-1 Key Chinese Manufacturers of Alachlor Technical in 2007
Table IV-2.7-2 Key Chinese Manufacturers of Metolachlor Technical in 2007
Table IV-2.7-3 Key Chinese Manufacturers of Quizalofop-P-ethyl Technical in 2007
Table IV-3.1-1 Key Chinese Manufacturers of Mancozeb Technical in 2008
Table IV-3.1-2 Price of Mancozeb’s raw Materials from Jan. 2008 to Jul. 2008
Table IV-3.1-3 Consumption of Mancozeb Technical in 2007
Table IV-3.2-1 Key Chinese Manufacturers of Carbendazim Technical in 2008
Table IV-3.2-2 Consumption of Carbendazim Technical in 2007
Table IV-3.3-1 Key Chinese Manufacturers of Chlorothalonil Technical in 2008
Table IV-3.3-2 Consumption of Chlorothalonil Technical in 2007
Table IV-3.4-1 Key Chinese Manufacturers of Thiophanate Methyl Technical in 2008
Table IV-3.4-2 Consumption of Thiophanate Methyl Technical in 2007
Table IV-3.5-1 Key Chinese Manufacturers of Triadimefon Technical in 2008
Table IV-3.5-2 Consumption of Triadimefon Technical in 2007
Table IV-4.1-1 Active and Stopped Ethephon Manufacturers in China In 2008
Table IV-4.2-1 Manufacturers of Paclobutrazol in China, 2008
Table IV-4.2-2 Species of Technical Grades of Paclobutrazol in China, 2008
Table IV-4.2-3 Quotation of Paclobutrazol Formulations, Sep, 2008
Table V-2.1-1 Assumptions of the Future GDP Growth in China
Table V-2.2-1 Trends Influencing Insecticide Development
Table V-2.2-2 Historical Growth Rate of Insecticide and Pesticide Output, 2004-2007
Table V-2.3-1 Trends Influencing Herbicide Development
Table V-2.3-2 Historical Growth Rate of Herbicide and Pesticide Output, 2004-2007
Table V-2.4-1 Trends Influencing Fungicide Development
Table V-2.4-2 Historical Growth Rate of Fungicide and Pesticide Output, 2004-2007
Table VII-1-08-2-1: Capacity and output of glyphosate technical in Jiangsu Tenglong:
Table VII-1-13-2-1: Capacity and output of glyphosate in Zhenjiang Jiangnan
Table VII-1-13-2-2: Price of glyphosate technical in Zhenjiang Jiangnan
Table VII-1-14-2-1: Capacity and output of glyphosate technical in Zhejiang Jingma
Table VII-1-15-2-1: Capacity and output of glyphosate technical in Anhui Huaxing
Table VII-1-15-2-2: Sales situation of major products in Anhui Huaxing in 2004(Unit: USD)
Table VII-1-16-2-1: Capacity and output of glyphosate technical in Zhejiang Linghua
Table VII-1-16-2-2: Price of glyphosate technical in Zhejiang Linghua
Table VII-1-16-2-3: Glyphosate and its formulations produced by Zhejiang Linghua
Table VII-1-31-2-1: Capacity and output of glyphosate technical in Shandong Qiaochang
Table VII-1-33-2-1: Capacity and output of glyphosate technical in Shandong Binnong

LIST OF FIGURES
Figure II-2.1-1 China’s Crop Planting Area, 1991~2007, Million Hectares
Figure II-2.2-1 Insect-resistant GM Crops (Bt Cotton) Planting Area in China, 2000~2007, Million Hectares
Figure II-5.1-1 GDP Growth of China Since 1990
Figure II-5.1-2 CPI and PPI Growth in China, Aug-07~Aug-08
Figure II-5.2-1 International Trade Value in China, 1995~2008, USD Billion
Figure II-5.2-2 Growth Rate of International Trade in China, 1996~Aug.2008
Figure II-5.2-3 RMB Exchange Rates against USD and Euro Since 2005, RMB yuan per 100 USD and Euro
Figure III-2.1-1 Output Value of Pesticide 2005-2007 (Million USD)
Figure III-2.1-2 Pesticide Technical Structure by Output in the Past Years, tonne
Figure III-3.1-1 Consumption Situation of Pesticide in China 2004-2007
Figure III-3.2-1 Consumption of Pesticide, Breakdown by Major Crops, 2007
Figure III-3.2-1-1 Consumption of Main Insecticides, Breakdown by Crop in 2007
Figure III-3.2-2-1 Consumption Structure of Main Herbicides in Crops in 2007
Figure III-3.2-3-1 Consumption Structure of Main Fungicide in Crops in 2007
Figure III-4.1-1 Distribution Channel of Pesticide in China
Figure III-5.1-1 Pesticide Export Structure in the Past Years (By Volume, thousand tonnes)
Figure III-5.1-2 Export Value of Pesticide 2001-2007, Million USD
Figure III-5.1-3 Structure of Pesticide by Export Value in Recent Years (Million USD)
Figure III-5.1-4 Unit Price of Pesticide Export 2002-2007 (USD/t)
Figure III-5.2-1 Pesticide Export Structure in the Past Years (By Volume, thousand tonnes)
Figure III-5.2-2 Import Value of Pesticide 2001-2007, Million USD
Figure III-5.2-3 Structure of Pesticide by Import Value Recent Years (Million USD)
Figure III-5.2-4 Unit Price of Pesticide Import 2002-2007 (USD/t)
Figure IV-1.1-1 Capacity and Output of DDVP Technical, 2005-2008 est.
Figure IV-1.1-2 Output Value of DDVP Technical, 2005-2008 est.
Figure IV-1.1-3 Price Change of DDVP Technical, 2005-2008 est.
Figure IV-1.1-4 Forecast on Output of DDVP in China, 2009-2013
Figure IV-1.1-5 Forecast on Price of DDVP, 2009-2015
Figure IV-1.1-6 Forecast on Output Value of DDVP, 2009-2015
Figure IV-1.2-1 Output of Acephate Technical, 2005-2008
Figure IV-1.2-2 Output Value of Acephate Technical in China, 2005-2008 est.
Figure IV-1.2-3 Price Change of Acephate Technical, 2005-2008
Figure IV-1.2-4 Forecast on Output of Acephate Technical in China, 2009-2013
Figure IV-1.2-5 Forecast on Price of Acephate Technical in China, 2009-2015
Figure IV-1.2-6 Forecast on Output Value of Acephate Technical, 2009-2015
Figure IV-1.3-1 Output of Trichlorfon Technical, 2004-2008 est.
Figure IV-1.3-2 Output Value of Trichlorfon Technical, 2004-2008 est.
Figure IV-1.3-3 Price Trend of Trichlorfon, 2004-2008
Figure IV-1.3-4 Forecast on Output of Trichlorfon Technical, 2009-2015
Figure IV-1.3-5 Forecast on Price of Trichlorfon Technical, 2009-2015
Figure IV-1.3-6 Forecast on Output Value of Trichlorfon Technical, 2009-2015
Figure IV-1.4-1 Output of Chlorpyrifos Technical, 2004-2008 est.
Figure IV-1.4-2 Output Value of Chlorpyrifos Technical, 2004-2008 est.
Figure IV-1.4-3 Price of Chlorpyrifos Technical, 2004-2008
Figure IV-1.4-4 Forecast on Output of Chlorpyrifos Techncial, 2009-2015
Figure IV-1.4-5 Forecast on Value of Chlorpyrifos Technical, 2009-2015
Figure IV-1.5-1 Output of Dimethoate Technical, 2005-2008 est.
Figure IV-1.5-2 Output Value of Dimethoate Technical, 2005-2008 est.
Figure IV-1.5-3 Price Change of Dimethoate Technical, 2005-2008
Figure IV-1.5-4 Consumption Structure of Dimethoate Technical in China in 2007
Figure IV-1.5-5 Forecast on Price of Dimethoate Technical, 2009-2015
Figure IV-1.5-6 Forecast on Output Value of Dimethoate Techncial, 2009-2015
Figure IV-1.6-1 Output of Imidacloprid Techncial in China, 2003~2007
Figure IV-1.6-2 Output Value of imidacloprid Technical, 2003-2008 est.
Figure IV-1.6-3 Price of Imidacloprid Technical in China, 2001~2007
Figure IV-1.6-4 Forecast on Output of Imidacloprid Technical, 2009-2015
Figure VI-1.6-5 Forecast on Output Value of Imidacloprid Techncial, 2009-2015
Figure IV-1.7-1 Output of Beta-cypermethrin Technical in China, 2005-2008 est.
Figure IV-1.7-2 Registered Number of Beta-cypermethrin Technical, 2003-2008
Figure IV-1.7-3 Output Value of Beta-cypermethrin Technical, 2005-2008 est.
Figure IV-1.7-4 Price of Beta-cypermethrin Technical, 2005-2008
Figure IV-1.7-5 Consumption Structure of Beta-Cypermethrin Techncial in China in 2007
Figure IV-1.7-6 Forecast on Output of Beta-cypermethrin Techncial, 2009-2015
Figure IV-1.7-7 Forecast on Output Value of Beta-cypermethrin Technical, 2009-2015
Figure IV-1.8-1 Output of Phoxim Techncial, 2003-2008 est.
Figure IV-1.8-2 Output Value of Phoxim Technical, 2003-2008 est.
Figure IV-1.8-3 Price of Phoxim Technical from 2003 to Aug-2008
Figure IV-1.8-4 Consumption Structure of Phoxim Technical in China in 2007
Figure IV-1.8-5 Forecast on Output of Phoxim Technical, 2009-2015
Figure IV-1.8-6 Forecast on Output Value of Phoxim Technical, 2009-2015
Figure IV-1.9-1 Output of Abamectin Techncial 2004-2008 est.
Figure IV-1.9-2 Registered Number of Abamectin, 2004-2008
Figure IV-1.9-3 Output Value of Abamectin Technical, 2004-2008 est.
Figure IV-1.9-4 Price Change of Abamectin Technical, 2004-2008
Figure IV-1.9-5 Consumption Structure of Abamectin Technical in China in 2007
Figure IV-1.9-6 Forecast on Output of Abamectin Techncial, 2009-2013
Figure IV-1.9-7 Forecast on Price of Abamectin Technical, 2009-2015
Figure IV-1.9-8 Forecast on Output Value of Abamectin Technical, 2009-2015
Figure IV-2-1 Capacity and Output of Herbicide in the Past 5 Years
Figure IV-2.1-1 Output of Glyphosate Technical, 2003-2008 est.
Figure IV-2.1-2 Output Value of Glyphosate Technical, 2003-2008 est.
Figure IV-2.1-3 Price Change of Glyphosate Technical, 2003-2008
Figure IV-2.1-4 Forecast on Output of Glyphosate Technical, 2009-2015
Figure IV-2.1-5 Forecast on Price of Glyphosate Technical, 2009-2015
Figure IV-2.1-6 Forecast on Output Value of Glyphosate Technical, 2009-2015
Figure IV-2.2-1 Output of Acetochlor Technical in China, 2003-2008 est.
Figure IV-2.2-2 Output Value of Acetochlor Technical, 2005-2008 est.
Figure IV-2.2-3 Price of Acetochlor Technical, 2005-2008
Figure IV-2.2-4 Forecast on Output of Acetochlor Technical, 2009-2015
Figure IV-2.2-5 Influencing Factors on Acetochlor Technical Output in 2008
Figure IV-2.2-6 Forecast on Output Value of Acetochlor Technical, 2009-2015
Figure IV-2.3-1 Output of Paraquat Technical, 2003-2008 est.
Figure IV-2.3-2 Output Value of Paraquat Technical, 2005-2008 est.
Figure IV-2.3-3 Price of Paraquat Technical, 2005-2008
Figure IV-2.3-4 Forecast on Output of Paraquat Technical, 2009-2015
Figure IV-2.3-5 Influencing Factors of Output Increase of Paraquat Technical in the Following Years
Figure IV-2.3-6 Forecast on Output Value of Paraquat Technical, 2009-2015
Figure IV-2.4-1 Output of Butachlor Technical in China, 2002-2007
Figure IV-2.4-2 Output Value of Butachlor Technical, 2004-2008 est.
Figure IV-2.4-3 Price Change of Butachlor Technical, 2004-2008
Figure IV-2.4-4 Consumption Structure of Butachlor Technical in 2007, by volume
Figure IV-2.4-5 Forecast on Output of Butachlor Technical, 2009-2015
Figure IV-2.4-6 Forecast on Output Value of Butachlor Technical, 2009-2015
Figure IV-2.5-1 Output of Atrazine Technical, 2005-2008 est.
Figure IV-2.5-2 Output Value of Atrazine Technical, 2005-2008 est.
Figure IV-2.5-3 Price Change of Atrazine Technical, 2005-2008
Figure IV-2.5-4 Influencing Factors of Atrazine Technical Price Increase in 2008
Figure IV-2.5-5 Forecast on Output of Atrazine Technical, 2009-2015
Figure IV-2.5-6 Forecast on Price of Atrazine Technical, 2009-2015
Figure IV-2.5-7 Forecast on Output Value of Atrazine Technical, 2009-2015
Figure IV-2.6-1 Forecast on Output of Nicosulfuron Technical, 2009-2015
Figure IV-2.6-2 Forecast on Price of Nicosulfuron Technical, 2009-2015
Figure IV-2.6-3 Forecast on Output Value of Nicosulfuron Technical, 2009-2015
Figure IV-3-1 Capacity and Output of Fungicide 2003-2007
Figure IV-3.1-1 Output of Mancozeb Technical, 2005-2008 est.
Figure IV-3.1-2 Output Value of Mancozeb Technical, 2005-2008
Figure IV-3.1-3 Price Change of Mancozeb Technical, 2005-2008
Figure IV-3.1-4 Forecast on Output of Mancozeb Technical, 2009-2015
Figure IV-3.1-5 Forecast on Output Value of Mancozeb Technical, 2009-2015
Figure IV-3.2-1 Output of Carbendazim Technical, 2005-2008 est.
Figure IV-3.2-2 Output Value of Carbendazim Technical, 2005-2008 est.
Figure IV-3.2-3 Price Change of Carbendazim Techncial, 2007-2008
Figure IV-3.2-4 Forecast on Output of Carbendazim Technical, 2009-2015
Figure IV-3.2-5 Forecast on Price of Carbendazim Technical, 2009-2015
Figure IV-3.2-6 Forecast on Output Value of carbendazim Technical, 2009-2015
Figure IV-3.3-1 Output of Chlorothalonil Technical, 2003-2008 est.
Figure IV-3.3-2 Output Value of Chlorothalonil Technical, 2003-2008 est.
Figure IV-3.3-3 Price Change of Chlorothalonil Technical, April 2007-July 2008
Figure IV-3.3-4 Forecast on Output of Chlorothalonil Technical, 2009-2015
Figure IV-3.3-5 Forecast on Output Value of Chlorothalonil Technical, 2009-2015
Figure IV-3.4-1 Output of Thiophanate Methyl Technical, 2005-2008 est.
Figure IV-3.4-2 Output Value of Thiophanate Methyl Technical, 2005-2008 est.
Figure IV-3.4-3 Price Change of Thiophanate Methyl Technical, 2005-2008
Figure IV-3.4-4 Forecast on Output of Thiophanate Methyl Technical, 2009-2015
Figure IV-3.4-5 Forecast on Price of Thiophanate Methyl Technical, 2009-2015
Figure IV-3.4-6 Influencing Factors on Thiophanate Methyl Technical Price in 2008
Figure IV-3.4-7 Forecast on Output Value of Thiophanate Methyl Technical, 2009-2015
Figure IV-3.5-1 Output of Triadimefon Technical, 2005-2008 est.
Figure IV-3.5-2 Output Value of Triadimefon Technical, 2005-2008
Figure IV-3.5-3 Price Change of Triadimefon Technical, 2005-2008
Figure IV-3.5-4 Forecast on Output of Triadimefon Technical, 2009-2015
Figure IV-3.5-5 Forecast on Price of Triadimefon Technical, 2009-2015
Figure IV-3.5-6 Forecast on Output Value of triadimefon Technical, 2009-2015
Figure IV-4.1-1 Output Volume of Ethephon in China, 2003~2008, Tonne
Figure IV-4.1-2 Output Value of Ethephon in China, 2003~2007, Million USD
Figure IV-4.1-3 Consumption Volume of Ethephon in China, 2003~2008, Tonne
Figure IV-4.1-4 Consumption structure of Ethephon in China, 2007
Figure IV-4.1-5 Prediction of Ethephon Output in China, 2008~2015, Tonne
Figure IV-4.1-6 Prediction of Ethephon Output Value in China, 2008~2015, Million USD
Figure IV-4.2-1 Output Volume of Paclobutrazol in China, 2003~2007, Tonne
Figure IV-4.2-2 Output Value of Paclobutrazol in China, 2003~2007, Million USD
Figure IV-4.2-3 Apparent Consumption of Paclobutrazol, 2003~2007, Tonnes
Figure IV-4.2-4 Prediction of Output of Paclobutrazol in China, 2008~2015, Tonne
Figure IV-4.2-5 Prediction of Output Value of Paclobutrazol in China, 2008~2015, Million USD
Figure V-1.1-1 Income Growth of Chinese Peasants, 2000-2007
Figure V-1.1-2 Number of People Engaged in Agriculture
Figure V-1.1-3 Government’s Investment in Agriculture 2003-2007
Figure V-2.1-1 China’s GDP Growth in 2003-2007, Billion USD
Figure V-2.2-1 Projection on Output of Insecticide, 2008-2015
Figure V-2.2-2 Projection on Output Value of Insecticide, 2008-2015
Figure V-2.2-3 Projection on Demand of Insecticide, 2008-2015
Figure V-2.3-1 Projection on Output of Herbicide, 2008-2015
Figure V-2.3-2 Projection on Output Value of Herbicide, 2008-2015
Figure V-2.3-3 Projection on Demand of Herbicide, 2008-2015
Figure V-2.4-1 Projection on Output of Fungicide, 2008-2015
Figure V-2.4-2 Projection on Output Value of Fungicide 2008-2015
Figure V-2.4-3 Projection on Demand of Fungicide 2008-2015

Part of Report: click here for sample pages

Executive Summary

Executive Summary

(Note: The following summary is based on the situation in 2008 and maybe different to what it is nowadays. Please be noted.)



Every year, because of pesticide, over billions of hectares of crops are protected against insect pests and diseases in the world, which shows the importance of pesticide and pesticide industry to the world. The sales value of pesticide has exceeded xx billion USD all the world since 2005.

China has become one of the pesticide production centers of in the world, with over xxxx pesticide manufacturers, including 500 pesticide technical manufacturers, and about xxxx formulation manufacturers.

Chinese government is taking measures to adjust its pesticide structure to follow the world pesticide development trend. Before 2000, China’s insecticide volume constituted over xx% of total pesticide. In 2007, insecticide’s share has dropped to xx%, and the shares of herbicide and fungicide are xx% and xx% respectively.

CCM predicts that output of insecticide, fungicide, herbicide in 2008 will be about xxxx tonnes, xxxx tonnes and xxxx tonnes. The insecticide output in 2008 will decrease with the withdrawal of five highly toxic insecticides, though they still existed in China’s pesticide market in 2007, and strict standard of waste discharge. Output of herbicide will increase because of robust demand both at home and abroad, and that of fungicide will change little.

Organic insecticide is the largest category among all the insecticide categories. It accounts for over 95% of the total output in China. Organophosphorus insecticide is key species. In addition, biological insecticide has developed fast, with growth rate of xx% in 2007, compared with that in 2006. However, its application is not wide because of its high price and slow effect.

With economy developing, fewer peasants, especially young people from rural areas, are engaged in agriculture. Peasants’ moving into cities has increased by xx million from 2003 to 2007, which results in insufficient labor force in agriculture. This situation stimulates the demand for pesticide.

Thanks to the low labour cost and prosperous economy, China has become a key supplier of global pesticide market. China ranked the largest by global trade volume and the fourth largest by global trade value in 2007.

......

(The rest content of this report is omitted.)

......

(The rest content of this report is omitted.)

Character of CCM' Report:

This multi-client report provides a comprehensive study on the researched subject in China, from aspects of production, technology, import & export, consumption & end uses, etc.

>>
 All the producers in China, either active or idled or potential, have been sourced and contacted. Their situation has been verified and compiled as in the appendix.
>>
 The competitiveness of Chinese production has been discussed in order to uncover the mystery of ever-increasing capability of Chinese manufacturing.
>>
 The import & export analysis for the situation in the recent three years has been conducted.
>>
 The consumption pattern of the researched subject has been carried out in order to breakdown the end uses into different segments. The major end users under each major end use segments have been identified.
>>
 The scientific methodology has been employed to conduct the quantitative forecast on this subject in the future 5-10 years.

The aim of this report is to provide powerful assistance to the strategy group and the management team in making correct decision as how to penetrate the ever-increasing China market and how to catch the maximum commercial opportunities. The report is formulated independently by CCM’s professional market researchers, based on the first-hand and primary data which are analyzed by scientific methodology, confirmed with both manufacturers/end users/traders and legal authorities, and presented in a logic way.

Remark:

If you are not satisfied with the above main content, or if you would like to add additional requirements to the mentioned subject, or if you could not find your interested item(s) via the search engine, you are advised to go to Single-Client Services and Advisor, or Contact Us.