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| No. | 0006P006 | Production and Market of Paraquat in China - Edition(2) |
About This Report:
| Report edition: | 2009 edition(2) | |
| Language version: | English | |
| Document type: | WORD|PDF + Excel(Word or PDF document,with additional Excel Document) | |
| For ready report -- | ||
| Finished in: | Sep 2009 ,edition(2) | |
| Total pages: | 87 | |
| Delivery: | Delivery within 1-1 work days by email | |
| Price/copy: | - USD8000.00 for single user | |
| -USD20000.00 for corporate license/site license |
| For update report -- | ||
| Delivery time: | Delivery within 50-60 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 50-60 work days upon confirmation | USD10000.00 |
| 2007,edition(1) | Dec,2007 | available | English | 129 | within 1-1 work days by email | USD5000.00 |
Description:
China’s paraquat industry has developed rapidly in recent years, with technical output growing with CAGR of 21% in 2003~2008. As the largest paraquat technical supplier in the world, China has created a new record in paraquat technical capacity in 2009, hitting 105,000t/a. China’s paraquat capacity has already exceeded the demand, but some large producers are still expanding the capacity. Why do they choose to do so and how do they survive the intense competition?
Besides, with current global financial crisis, export of most herbicides, including glyphosate, has suffered obvious decline in 2009. However, paraquat export continues to see promising prospect, with export volume of technical reaching 53,000 tonnes in H1 2009, up 33% year on year. Why paraquat is so special and what kind of characteristics have contributed to its great success in herbicide market? How is the development trend in the future?
Given China’s paraquat changing trend in 2008-2009, both domestic and overseas enterprises should pay close attention to existing and potential competitors in China, especially their technology improvement, production cost and market activities, etc., for the sake of seizing business opportunities.
This report, based on CCM’s paraquat report finished in 2007 and its continuous monitoring on this industry in the past two years, will provide in-depth analysis on China’s current paraquat industry and future trends, in terms of technology innovation, waste treatment, export situation, raw material supply, pricing, etc. With wider perspective, this second edition of paraquat report will provide you with CCM’s primary intelligence.
Penetrating into China’s paraquat market, this report not only updates all the data needed to Sep. 2009, but also strengthens the following aspects:
 Technology development situation and future trends;
 Changing raw material supply and its impact on paraquat production and price;
 Paraquat registration situation in the past few years;
 Governmental policies on paraquat production and improvement on waste treatment;
 Price changes in recent years and future trend;
 Analysis on paraquat export and future development;
 Consumption investigation.
What can you benefit from this report?
As China’s paraquat has been playing a crucial role in global market and its eye-catching performance under current global financial crisis will continue in the future, investment opportunities do exist in Chinese market. With CCM’s insight on this industry, the updated report will provides much useful information to the senior executives and decision makers who are seeking for investment opportunities within the industry.
What’s more, this report, covering the whole industrial chain of paraquat, will also provide useful information to the upstream producers, as it has analyzed the raw material production and supply situation in detail, thus bringing unexpected benefits to those players.
Main Content:
| No. | Content | Page |
| Executive summary | 1 |
|
| Source and methodology | 3 |
|
| I | Herbicide industry in China | 5 |
| I-1 | Overview of Herbicide industry | 5 |
| I-2 | Position of paraquat in herbicide industry | 7 |
| II | Paraquat upstream industry | 8 |
| II-1 | Brief introduction to raw materials involved in paraquat production | 8 |
| II-2 | Introduction to major raw materials of paraquat | 8 |
| II-2-1 | Pyridine | 8 |
| II-2-2 | Methyl chloride | 10 |
| II-2-3 | Impact of raw material on paraquat industry | 11 |
| III | Paraquat industry | 12 |
| III-1 | Paraquat development history in China | 12 |
| III-2 | Paraquat registration situation in China | 14 |
| III-3 | Paraquat production technology in China | 16 |
| III-3-1 | Brief Introduction to different methods | 16 |
| III-3-1.1 | Cyanide method | 16 |
| III-3-1.2 | Other paraquat production methods | 21 |
| III-3-2 | Comparison of different paraquat production methods | 25 |
| III-3-3 | Production cost | 26 |
| III-3-4 | Current technology level | 26 |
| III-3-5 | Current research status | 27 |
| III-4 | Paraquat supply in China | 29 |
| III-4-1 | Overall situation of paraquat technical | 29 |
| - Production situation | 29 |
|
| - Geographical distribution | 31 |
|
| - Key factors | 32 |
|
| III-4-2 | Overall situation of paraquat formulation | 32 |
| III-5 | Trade of paraquat in China | 36 |
| III-5-1 | Paraquat price and its influencing factors | 36 |
| - Factors affecting the price | 36 |
|
| - Price change of paraquat | 37 |
|
| III-5-2 | Import and export of paraquat technical and formulation | 38 |
| - Export price | 38 |
|
| - Export destination | 41 |
|
| - Export situation by manufacturers | 41 |
|
| - Trade trend of paraquat in next five years | 54 |
|
| III-6 | Demand for paraquat in China | 55 |
| III-6-1 | Consumption pattern of paraquat technical | 55 |
| III-6-2 | Application of paraquat formulations | 56 |
| IV | Future forecast on paraquat in the next 5 years | 68 |
| IV-1 | Drivers and barriers for paraquat development in China | 68 |
| IV-2 | Future forecast on paraquat to 2014 | 70 |
| V | Conclusion and commercial opportunities | 72 |
| VI | Appendix: Profile of major paraquat producers in China | 74 |
| VI-1 | Syngenta Nantong Crop Protection Co., Ltd | 74 |
| VI-2 | Nanjing Redsun Group Co., Ltd. | 75 |
| VI-3 | Hebei Shijiazhuang Baofeng Chemical Co., Ltd. | 76 |
| VI-4 | Hubei Sanonda Co., Ltd. | 77 |
| VI-5 | Shandong Jinan Lvba Chemical Co., Ltd. | 79 |
| VI-6 | Zhejiang Yongnong Chem. Ind. Co., Ltd. | 80 |
| VI-7 | Shandong Lvfeng Pesticide Co., Ltd. | 81 |
| VI-8 | Shandong Qiaochang Chemical Co., Ltd. | 82 |
| VI-9 | Shandong Dacheng Pesticide Co., Ltd. | 84 |
| VI-10 | Hubei Xianlong Chemical Co., Ltd. | 85 |
| VI-11 | Shandong Kexin Biochemical Co., Ltd. | 85 |
| VI-12 | Shijiazhuang Jitaisanmu Chemical Co., Ltd. | 86 |
| VI-13 | Hebei Taoyuan pesticide Co., Ltd. | 87 |
LIST OF TABLES
Table I-2.1 Supply and consumption of paraquat and related shares in herbicides, 2004~2008 (Calculated by AI, tonne)Table II-2.1-1 Pyridine producer in China as of Aug. 2009Table II-2.2-1 Major methyl chloride manufacturers in China, 2005 to 2009 (‘000 tonnes)Table III-2-1 Registration situation of paraquat technical in China as of Jul. 2009Table III-3-1.1-1 Comparison of pollutant discharge between AC process and MC processTable III-3-1.2-1 Different reaction temperatures of sodium metal methodTable III-3-3-1 Unit consumption of pyridineTable III-3-3-2 Production cost of paraquat 42% technical by AC process in Sep. 2009Table III-4-1-1 Basic information of paraquat technical producers, 2009Table III-4-1-2 Paraquat technical output breakdown by producers, 2006 to H1 2009Table III-4-1-3 Producers who have stopped paraquat production as of Aug. 2009Table III-4-2-1 Major paraquat formulation producers in China, 2008Table III-5-2-1 Change of paraquat HS code in ChinaTable III-5-2-2 Export volume of top four producers(tonne)Table III-5-2-3 Main exporters of paraquat, 2006(Quantity: tonne; Price: USD/kg)Table III-5-2-4 Main exporters of paraquat, 2007(Quantity: tonne; Price: USD/kg)Table III-5-2-5 Main exporters of paraquat, 2008(Quantity: tonne; Price: USD/kg)Table III-5-2-6 Main exporters of paraquat, H1 2009(Quantity: tonne; Price: USD/kg)Table III-5-2-7 Export destinations of paraquat, 2006 (Quantity: tonne; Price: USD/kg)Table III-5-2-8 Export destinations of paraquat, 2007 (Quantity: tonne; Price: USD/kg)Table III-5-2-9 Export destinations of paraquat, 2008 (Quantity: tonne; Price: USD/kg)Table III-5-2-10 Export destinations of paraquat, H1 2009 (Quantity: tonne; Price: USD/kg)Table III-5-2-11 Export volume of paraquat producers, 2006 (Quantity: tonne; Price: USD/kg)Table III-5-2-12 Export volume of paraquat producers, 2007 (Quantity: tonne; Price: USD/kg)Table III-5-2-13 Export volume of paraquat manufacturers, 2008 (Quantity: tonne; Price: USD/kg)Table III-5-2-14 Export volume of paraquat manufacturers, 1H 2009 (Quantity: tonne; Price: USD/kg)
LIST OF FIGURES
Figure I-2.1 Consumption structure of major herbicides, by variety, 2008Figure II-2.1-1 Consumption pattern of pyridine in China in 2008, by end useFigure II-2.1-2 Supply and demand of pyridine in China, 2003-2008Figure II-2.2-2 Production situation of methyl chloride in China, 2003-2008Figure III-2 Paraquat registration volume in China, 1988 to Jul. 2009Figurer III-3-1.1-1 Chemical principle of methanol-cyanide (MC) process and water-cyanide (WC)Figurer III-3-1.1-2 Flowchart of AC processFigurer III-3-1.2-1 Chemical principle of sodium metal methodFigurer III-3-1.2-2 Chemical principle of Acetic anhydride-Zinc MethodFigurer III-3-1.2-3 Chemical principle of Acetic anhydride-Zinc MethodFigurer III-3-1.2-4 Chemical reaction principle of DTB MethodFigurer III-3-1.2-5 Chemical reaction equation of ZnSO4 MethodFigurer III-3-1.2-6 Chemical reaction equation of 4-Formolpyridine MethodFigurer III-3-1.2-7 Chemical principle of NaCN catalytical methodFigure III-4-1-1 Output of paraquat technical in China, 2004-2008Figure III-4-1-2 Geographical distribution of Chinese paraquat technical producersFigure III-4-1-3 Output distribution of paraquat technical in 2008, by province (tonne)Figure III-4-2-1 Output of paraquat formulation in China, 2003 to 2008Figure III-4-2-2 Distribution of paraquat formulation producers in China, 2008Figure III-5-1-1 Price of pyridine and paraquat in China, 2004 to 2008Figure III-5-1-2 Mainstream quoted price of paraquat in China, 2004 to Jun. 2009Figure III-5-2-1 Export volume and price of paraquat, 2004-2008Figure III-5-2-2 Export volume and price of paraquat, 2006 Figure III-5-2-3 Export volume and price of paraquat, 2007 Figure III-5-2-4 Export volume and price of paraquat, 2008 Figure III-5-2-5 Export volume and price of paraquat, H1 2009 Figure III-6-1-1 Consumption pattern of paraquat technical in China, 2004-2009Figure III-6-2-1 Consumption structure of paraquat AS 20% in China, 2008Figure III-6-2-2 Consumption structure of paraquat AS 20%, 2006-2008Figure III-6-2-3 Consumption structure of paraquat AS 20% in orchards in China, 2008 Figure III-6.2-4 Geographical distribution of main orchards in China, 2008Figure III-6-2-6 Corn planting area in China, 1997 to 2008Figure III-6.2-7 Geographical distribution of main corn planting areas in China, 2008 Figure III-6.2-8 Geographical distribution of rubber planting area in China, 2008Figure III-6.2-9 Geographical distribution of bean planting area in China, 2008Figure III-6-2-10 Planting area of cotton in China, 1997 to 2008 Figure III-6.2-11 Geographical distribution of major cotton planting area in China, 2008Figure III-6.2-12 Geographical distribution of cane planting area in China, 2008Figure III-6.2-13 Geographical distribution of tea planting area in China, 2008Figure IV-2-1 Forecast of China’s paraquat technical and formulation output to 2014Figure IV-2-2 Forecast of China’s paraquat AS 20% consumption volume to 2014
Part of Report: click here for sample pages
With rapidly developed herbicide industry, reflected by sharply increasing output and enriching varieties, China has become a major herbicide supplier in the world. It was estimated that herbicide output in China had reached XXXX tonnes in 2008, ranking the first in the world.
As a non-selective herbicide and with so many years’ promotion, paraquat has won an irreplaceable position in weed control of orchard, corn fields, no-tillage fields and mulberry fields. Paraquat consumption had grown with CAGR of XXXX% in 2004~2008, higher than the average consumption growth of all herbicides (about XXXX%) in the same period.
China is the largest paraquat technical and formulation producer in the world. As of Aug. 2009, paraquat technical capacity in China has reached XXXXt/a, which has exceeded the demand. Paraquat technical output was XXXX tonnes in 2008, with CAGR of XXXX% in 2004 -2008.
Though paraquat capacity has exceeded the demand, some large paraquat technical producers are still planning to expand the capacity, which may further deteriorate the overcapacity situation and wash out some uncompetitive producers in the future.
Both the overseas and domestic demand for paraquat is increasing rapidly in recent years. Consumption volume of paraquat technical and 20% AS had grown with CAGR of XXXX% in 2003-2008.
As of Aug. 2009, there are XX active paraquat technical producers in China, mainly concentrating in Jiangsu, Hebei and Shandong. Major producers include Nantong Syngenta (XXXXt/a), Jiangsu Redsun (XXXXt/a), Hubei Sanonda (XXXXt/a), Shandong Lvba (XXXXt/a), etc.
From 2004 to 2008, price of paraquat technical and formulation had increased gradually, and reached the peak in Aug. 2008, thanks to high raw material price and increasing paraquat demand both at home and abroad. Affected by the global financial crisis and intense competition among domestic producers, paraquat price began to drop in Aug. 2008. In Aug. 2009, mainstream quoted price for paraquat technical is USDXXXX/t, while that for formulation is USDXXXX/t. With more and more sufficient pyridine supply, its impact on paraquat price will become smaller and smaller in the future.
A large proportion of paraquat technical produced in China is exported, accounting for XX% of total output in 2008. Thailand is the largest export destination for Chinese paraquat technical, followed by Indonesia and Australia. Chinese paraquat formulation export is mainly to Nigeria, Indonesia, Vietnam, Thailand and Ecuador.
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