Future of Plant Growth Regulators in China 2010-2014

Report edition: 2010 edition(1)
Finished time: May 2010
Document type: P_E
Total pages : 139
Language version: English
Published by CCM

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CCM_sample_Future of Plant Growth Regulators in China 2010-2014

Introduction
Main contents
List of tables
List of figures

Description:

China’s plant growth regulator industry has seen remarkable progress in recent years, showing show attractive market potential in the future. Total output and output value of plant growth regulators reached 29,962 tonnes and USD256 million respectively in 2009. About 60% outuput was exported in 2009, the ramaining 40% output about 11,776 tonnes was consumed in domestic.

This report aims to provide comprehensive understanding about Chinese plant growth regulator industry and to find out investment risk and business opportunities in this field. Following aspects of plant growth regulator industry are covered in this report.

-Total supply and demand situation. Discussed in detail the production situation, market share of key producers, market share of downstream fields and market share of key products, etc.

- Production and consumption situation of 10 key plant growth regulators. Analyze the current production technology, registration situation, production and consumption situation, etc.

- Competitiveness analysis of key plant growth regulator producers. Provide competitiveness analysis to know strength and weakness of plant growth regulator producers, and find out opportunities and threats in the industry.

- Forecast on plant growth regulator industry from 2010 to 2014. Analyze the key factors influencing development of plant growth regulator industry, and discuss the trends of plant growth reguloator supply and demand and pricing.

- Identify risk assessment and market opportunities. Policy risk, industry competition risk, small demand and seasonal fluctuation risk, technology risk are assessed, and proposals to avoid risks are raised in this report. Though plant growth regulator industry faces many risks, investment in this industry is still full of many business opportunities, including supply and demand growth of low-toxic and high-efficient plant growth regulator, industry integration and development of new products with high added value, etc.

This report is helpful to:

 Companies engaged in production, R&D and sales of plant growth regulators.

 Analysts and consultants trying to gain insights into Chinese plant growth regulator market.

 Governments paying attention to Chinese plant growth regulator market.

 Chambers of commerce and associations related to plant growth regulator industry.

Main contents:

No.	Content	Page
	Executive summary	7
	Introduction and methodology	11
I	Overview of Chinese PGR industry	14
I-1	Industry introduction	14
I-1.1	Definition, classification and key products	14
I-1.2	Position of PGRs in Chinese pesticide industry	15
I-1.3	Development history	16
I-2	Governmental policies related to PGR Industry	17
I-3	Industry lifecycle identification	27
I-4	Analysis of Barriers of industrial entry and withdrawal	28
I-5	Comprehensive economic benefit analysis	30
II	Supply and demand of PGRs in China	32
II-1	Summary of supply and demand	32
II-1.1	Supply summary	32
	- Production summary (capacity, output, price, output value) 2009-2010	32
	- Production summary (output, output value), 2005-2009	33
	- Key manufacturers of PGRs	33
	- SWOT analysis of 5 leading manufacturers	35
II-1.2	Demand summary	36
	- Market volume and value, 2005-2009	36
	- Share of downstream fields, 2009	36
	- Share of key players, 2009	37
	- Share of key products, 2009	37
II-2	Supply and demand of key products	38
II-2.1	Ethephon	38
	- Registration	39
	- Production situation	40
	- Pricing, 2005-2009	42
	- Consumption situation (market volume and value, share of key players, share of downstream fields)	43
II-2.2	Paclobutrazol	46
II-2.3	Mepiquat chloride	54
II-2.4	Gibberellic acid	61
II-2.5	Uniconazole	69
II-2.6	Thidiazuron	76
II-2.7	Chlormequat	83
II-2.8	Sodium nitrophenolate	91
II-2.9	Brassinolide	98
II-2.10	1-Naphthaleneacetic acid	106
III	Forecast on PGR industry	114
III-1	Key factors influencing development of PGR industry	114
III-2	Future forecast, 2010-2014	117
IV	Risk assessment and opportunities for investment	124
IV-1	Risk assessment and proposals	124
IV-2	Commercial opportunities	128
V	Appendix: Profile of major PGR producers in China	130
V-1	Sichuan Guoguang Agrochemical Co., Ltd.	130
…	…	0
V-8	Jiangsu Sevencontinent Green Chemical Co., Ltd.	138

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List of tables:

Table No.	Table Title
Table I-1.1.1	PGR categories and main products
Table I-2.1	Major administrations and policies on pesticides or pesticide industry in China
Table I-2.2	Technology standards of pesticide in China, 2007
Table I-2.3	Components of effluent standards of pollutants for pesticide industry, situation, 2008
Table I-2.4	Effluent standards of pollutants for heterocyclic pesticides industry, Unit: Mg/L
Table I-2.5	Integrated wastewater discharge standard, GB8978-1996, Unit: Mg/L
Table I-2.6	Environmental policies and environmental cost in pesticideindustry in China
Table I-3.1	Growth rate of PGR output, 2005~2009
Table I-4.2	Entry fund barriers of pesticide industry
Table II-1.1.1	Production summary of PGRs in China, 2009
Table II-1.1.2	Key manufacturers of PGR technical in China, 2009
Table II-2.1.1	Regional distribution of ethephon technical registrations, by Mar. 2010
Table II-2.1.2	Production situation of ethephon technical in China, 2009-2010
Table II-2.1.3	Export situation of ethepthon by A.I. in China, 2009
Table II-2.1.4	Application fields and function of ethepthon in those fields in China
Table II-2.2.1	Regional distribution of paclobutrazol technical registrations, by Mar. 2010
Table II-2.2.2	Production situation of paclobutrazol technical in China, 2009-2010
Table II-2.2.3	Export situation of paclobutrazol by A.I. in China, 2009
Table II-2.2.4	Application fields and effect of paclobutrazol in China
Table II-2.3.1	Regional distribution of mepiquat chloride technical registrations, by Mar. 2010
Table II-2.3.2	Production situation of mepiquat chloride technical in China, 2009-2010
Table II-2.3.2	Production situation of mepiquat chloride technical in China, 2009-2010
Table II-2.3.3	Export situation of mepiquat chloride by A.I. in China, 2009
Table II-2.3.4	Application fields and effect of mepiquat chloride in China
Table II-2.4.1	Distribution of gibberellic acid registration
Table II-2.4.2	Production situation of gibberellic acid technical, 2009 and 2010
Table II-2.4.3	Export structure of gibberellic acid technicalby producers, 2009
Table II-2.4.4	The application of gibberellic acid in crops
Table II-2.5.1	Regional distribution of uniconazole technical registrations, by Mar. 2010
Table II-2.5.2	Production situation of uniconazole technical in China, 2009-2010
Table II-2.5.3	Ex-factory price of uniconazole technical in China, Apr. 2010
Table II-2.5.3	Export situation of uniconazole by A.I. in China, 2009
Table II-2.5.4	Application fields and effect of uniconazole in China
Table II-2.6.1	Distribution of thidiazuron registration
Table II-2.6.2	Distribution of thidiazuron registration
Table II-2.6.3	Production situation of thidiazuron technical, 2009 and 2010
Table II-2.6.4	Export structure of thidiazuron technical by producers, 2009
Table II-2.6.5	The application of gibberellic acid in crops
Table II-2.7.1	Distribution of chlormequat registration
Table II-2.7.2	Production situation of chlormequat producers, 2009 and 2010
Table II-2.7.3	Export structure of chlormequat technical, by producers, 2009
Table II-2.7.4	The application of chlormequat in crops
Table II-2.8.1	Regional distribution of sodium nitrophenolate technical registrations, by Mar. 2010
Table II-2.8.2	Production situation of sodium nitrophenolate technical in China, 2009-2010
Table II-2.8.3	Export situation of sodium nitrophenolate by A.I. in China, 2009
Table II-2.9.1	Distribution of brassinolide registrations
Table II-2.9.2	Production situation of brassinolide technical producers, 2009-2010
Table II-2.9.3	Export structure of brassinolide technical producers, 2009
Table II-2.9.4	The application of brassinolide in crops
Table II-2.10.1	Distribution of NAA registration
Table II-2.10.2	Production situation of NAA technical producers, 2009 and 2010
Table II-2.10.3	Export structure of NAA technical, by producers, 2009
Table II-2.10.4	The application of NAA in crops
Table III-1.1	Significance of factors influencing future development of PGR industry, 2010-2014
Table III-2.1	Assumptions of the future GDP growth in China, 2010-2014
Table IV-1.1	Description of risk level
Table IV-1.2	Risk assessment of Chinese PGR industry
Table V-1.1	Production situation of PGRs of Sichuan Guoguang, 2009
Table V-2.1	Production situation of PGRs of Jiangsu Sword, 2009
Table V-3.1	Production situation of PGRs of Anyang Quanfeng, 2009
Table V-4.1	Production situation of PGRs of Jiangsu Hormone, 2009
Table V-5.1	Production situation of PGRs of Yancheng Limin, 2009
Table V-6.1	Production situation of PGRs of Zhengzhou Zhengshi, 2009
Table V-7.1	Production situation of PGRs of Anpon, 2009
Table V-8.1	Production situation of PGRs of Jiangsu Sevencontinent, 2009

List of figures:

Figure No.	Figure Title
Figure	I-1.2.1Output share of pesticides, 2009
Figure	I-3.1 Industry lifecycle of PGR industry
Figure	I-4.1 Barriers of entry and withdrawal of pesticide industry.
Figure	II-1.1.1 Output volume and value of PGRs in China, 2005-2009
Figure	II-1.1.2 Average price of PGR technical in China, 2005-2009
Figure	II-1.2.1 Demand and market value of PGRs in China, 2005-2009
Figure	II-1.2.2 Consumption structure of PGRs, 2009
Figure	II-1.2.3 Market share of key players by value, 2009
Figure	II-1.2.4 Product market share by value, 2009
Figure	II-2.1.1 Registration data of ethephon in China, 1984-2010
Figure	II-2.1.2 Ethephon registration structure of different formulation types, by Mar. 2010
Figure	II-2.1.3 Production process of ethephon by four different routes
Figure	II-2.1.4 Ex-factory price of ethephon technical (85%) in China, 2005-Q1 2010
Figure	II-2.1.5 Share of ethepthon technical in China by output, 2009
Figure	II-2.1.6 key players’s market share of ethepthon formulations in China, 2009
Figure	II-2.1.7 Consumption structure of ethepthon formulations in crops, 2009
Figure	II-2.1.8 Consumption structure of ethepthon formulations by formulation types, 2009
Figure	II-2.2.1 Registration data of paclobutrazol in China, 1991-2010
Figure	II-2.2.2 Structure of paclobutrazol registrations by formulation type, by Mar. 2010
Figure	II-2.2.3 Production process of paclobutrazol
Figure	II-2.2.4 Ex-factory price of paclobutrazol technical (95%) in China, 2005-Q1 2010
Figure	II-2.2.5 Share of paclobutrazol technical in China by output, 2009
Figure	II-2.2.6 Market share of paclobutrazol formulations by key players in China, 2009
Figure	II-2.2.7 Consumption structure of paclobutrazol formulations in crops, 2009
Figure	II-2.2.8 Consumption structure of paclobutrazol formulations by formulation types, 2009
Figure	II-2.3.1 Registration data of mepiquat chloride in China, 1991-2010
Figure	II-2.3.2 Structure of mepiquat chloride registrations by formulation type, by Mar. 2010
Figure	II-2.3.3 Production process of mepiquat chloride
Figure	II-2.3.4 Ex-factory price of mepiquat chloride technical (98%) in China, 2005-Q1 2010
Figure	II-2.3.5 Share of mepiquat chloride technical in China by output, 2009
Figure	II-2.3.6 Market share of mepiquat chloride formulations by key players in China, 2009
Figure	II-2.3.7 Consumption structure of mepiquat chloride formulations in crops, 2009
Figure	II-2.3.8 Consumption structure of mepiquat chloride by formulation types, 2009
Figure	II-2.4.1 Registrations of Gibberellic acid, 1986~ Mar.2010
Figure	II-2.4.2 Ex-factory price of gibberellic acid technical (90%), 2005~Q1 2010
Figure	II-2.4.3 Output share of gibberellic acid technical producers, 2009
Figure	II-2.4.4 Consumption structure of gibberellic acid in crops in China, 2009
Figure	II-2.4.5 Consumption structure of gibberellic acid formulaitons in China, 2009
Figure	II-2.5.1 Registration data of uniconazole in China, 1994-2010
Figure	II-2.5.2 Formulation type structure of uniconazole registrations, by Mar. 2010
Figure	II-2.5.3 Production process of uniconazole
Figure	II-2.5.4 Ex-factory price of uniconazole technical (90%) in China, 2005-Q1 2010
Figure	II-2.5.5 Share of uniconazole technical in China by output, 2009
Figure	II-2.5.6 Market share of uniconazole formulations by key players in China, 2009
Figure	II-2.5.7 Consumption structure of uniconazole formulations in crops, 2009
Figure	II-2.5.8 Consumption structure of uniconazole by formulation types, 2009
Figure	II-2.6.1 Registrations of thidiazuron, 2000 ~ 2010
Figure	II-2.6.2 Registrations of thidiazuron formulations by does type, 2000 ~ 2010
Figure	II-2.6.3 Ex-factory price ofthidiazuron technical (95%), 2005~Q1 2010
Figure	II-2.6.4 Output share of thidiazuron technical producers, 2009
Figure	II-2.6.5 Market share of thidiazuron formulations producers in China, 2009
Figure	II-2.6.6 Consumption structure of thidiazuron in crops in China, 2009
Figure	II-2.6.7 Consumption structure of thidiazuron formulations in China, 2009
Figure	II-2.7.1 Registrations of chlormequat, 2001 ~ Mar.2010
Figure	II-2.7.2 Registrations of chlormequat formulation by does type, 2001 ~ Mar.2010
Figure	II-2.7.3 Ex-factory price of chlormequat technical (98%), 2005~Q1 2010
Figure	II-2.7.4 Output share of chlormequat technical producers, 2009
Figure	II-2.7.5 Market share of chlormequat formulation producers, 2009
Figure	II-2.7.6 Consumption structure of chlormequat in crops in China, 2009
Figure	II-2.7.7 Consumption structure of chlormequat formulations in China, 2009
Figure	II-2.7.8 Consumption structure of chlormequat application range
Figure	II-2.8.1 Registration data of sodium nitrophenolate in China, 1989-2010
Figure	II-2.8.2 Structure of sodium nitrophenolate registrations by formulation type, by Mar. 2010
Figure	II-2.8.3 Ex-factory price of sodium nitrophenolate technical (98%) in China, 2005-Q1 2010
Figure	II-2.8.4 Share of sodium nitrophenolate technical in China by output, 2009
Figure	II-2.8.6 Market share of sodium nitrophenolate by key players in China, 2009
Figure	II-2.8.7 Consumption structure of sodium nitrophenolate by application modes, 2009
Figure	II-2.8.8 Consumption structure of sodium nitrophenolate in crops, 2009
Figure	II-2.9.1 Registrations of brassinolide, 2000 ~ Mar.2010
Figure	II-2.9.2 Brassinolide formulation registrations of different formulation types, 2000 ~ Mar.2010
Figure	II-2.9.3 Ex-factory price of brassinolide technical (90%), 2005~Q1 2010
Figure	II-2.9.4 Output share of brassinolide technical producers, 2009
Figure	II-2.9.5 Market share of brassinolide formulation producers, 2009
Figure	II-2.9.6 Consumption structure of brassionlide in crops in China, 2009
Figure	II-2.9.7 Consumption structure of brassinolide formulations in China, 2009
Figure	II-2.9.8 Consumption structure of brassinolide application range
Figure	II-2.10.1 NAA registration number, 1986~ Mar.2010
Figure	II-2.10.2 Does type of NAA formulation registration, 1986~ Mar.2010
Figure	II-2.10.3 Ex-factory price of NAA technical (90%), 2005~Q1 2010
Figure	II-2.10.4 Output share of NAA technical producers, 2009
Figure	II-2.10.5 Consumption structure of NAA in crops in China, 2009
Figure	II-2.10.6 Consumption structure of NAA formulations in China, 2009
Figure	II-2.10.7 Consumption structure of NAA application range
Figure	III-1.1 Income growth of Chinese peasants, 2004-2009
Figure	III-1.2 Agricultural population in China, 2003-2009
Figure	III-1.3 Chinese government’s investment in agriculture, 2003-2009
Figure	III-2.1 China’s GDP growth, 2001-2009
Figure	III-2.2 Projection for output of PGRs in China, 2010-2014
Figure	III-2.3 Projection on average price of PGR technical in China, 2010-2014
Figure	III-2.4 Projection on output value of PGRs in China, 2010-2014
Figure	III-2.5 Projection on price of ethephon, paclobutrazol and sodium nitrophenolate (A.I.) in China, 2010-2014
Figure	III-2.6 Projection on demand of PGRs in China, 2010-2014

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Future of Plant Growth Regulators in China 2010-2014

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List of figures:

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