Supply and Demand of Chlorpyrifos in China
China has twenty-four years' history in the production of xanthan gum and has witnessed fast development in the past few years, playing an increasingly important role in global supply of the product. Since 2005, China has become one of the largest xanthan gum production bases in the world.
In H1 2011, there are 11 xanthan gum producers in China, with total capacity and output of 135,400t/a and 37,995 tonnes, respectively. What's the detailed production situation about the 11 producers? How about the production situation in the past few years? What are the challenges and opportunities for producers?
Corn and corn starch are important raw materials of xanthan gum. This report represents the supply situation of them in China in theses years. Nowadays, xanthan gum's production technology is quite mature worldwide. Which production technology is most popular among producers? And what are the key factors that affect the whole production process?
Moreover, xanthan gum is widely used in crude oil drilling fluids, foods & beverages and pharmaceuticals in China, the top three consumption fields. So what are the consumption patterns of xanthan gum in China and how different downstream areas share the total 21,735 tonnes' consumption volume in 2010?
This report combines CCM International's expertise in market research on xanthan gum. Highlights of this report are as follows:
In H1 2011, there are 11 xanthan gum producers in China, with total capacity and output of 135,400t/a and 37,995 tonnes, respectively. What's the detailed production situation about the 11 producers? How about the production situation in the past few years? What are the challenges and opportunities for producers?
Corn and corn starch are important raw materials of xanthan gum. This report represents the supply situation of them in China in theses years. Nowadays, xanthan gum's production technology is quite mature worldwide. Which production technology is most popular among producers? And what are the key factors that affect the whole production process?
Moreover, xanthan gum is widely used in crude oil drilling fluids, foods & beverages and pharmaceuticals in China, the top three consumption fields. So what are the consumption patterns of xanthan gum in China and how different downstream areas share the total 21,735 tonnes' consumption volume in 2010?
This report combines CCM International's expertise in market research on xanthan gum. Highlights of this report are as follows:
- Production situation in 2007-H1 2011
- Raw material supply in 2006-2010
- Production technology
- Consumption situation in 2009-2010
EXECUTIVE SUMMARY
INTRODUCTION AND METHODOLOGY
I SUPPLY OF CHLORPYRIFOS IN CHINA
I-1 Production technology of chlorpyrifos in China
I-2 Current production situation (capacity, output, species, key players, etc.)
I-2.1 Registration situation of chlorpyrifos in China
I-2.2 Summary of chlorpyrifos technical production, 2006-2010
I-2.3 Summary of chlorpyrifos formulations production, 2006-2010
I-3 Chlorpyrifos demand in China
I-3.1 Demand summary (volume and value), 2006-2010
I-3.2 Share by crops
I-3.3 Share by regions
INTRODUCTION AND METHODOLOGY
I SUPPLY OF CHLORPYRIFOS IN CHINA
I-1 Production technology of chlorpyrifos in China
I-2 Current production situation (capacity, output, species, key players, etc.)
I-2.1 Registration situation of chlorpyrifos in China
I-2.2 Summary of chlorpyrifos technical production, 2006-2010
I-2.3 Summary of chlorpyrifos formulations production, 2006-2010
I-3 Chlorpyrifos demand in China
I-3.1 Demand summary (volume and value), 2006-2010
I-3.2 Share by crops
I-3.3 Share by regions
LIST OF TABLES
Table I-1.1 Raw material, solvent and catalyzer of the three synthesis methods of chlorpyrifos
Table I-1.2 Comparison between trichloro-acetyl chloride route and pyridine route in the production of STCP
Table I-1.3 Cost analysis of raw materials in the production of chlorpyrifos technical (95% AI) using trichloro-acetyl chlorid as the starting raw material, by general technology, Oct. 2010
Table I-1.4 Cost analysis of raw materials in the production of chlorpyrifos technical (95% AI), using pyridine as the starting raw material, Oct. 2010
Table I-2.1.1 Active registration of chlorpyrifos technical in China, 2004~Sept. 2010
Table I-2.1.2 Registration situation of chlorpyrifos technical in China, 2004~Sept. 2010
Table I-2.1.3 Popular single chlorpyrifos formulations registered in China, as of 25th Sept. 2010
Table I-2.1.4 Effective registration of chlorpyrifos mixed formulation in China, as of 25th Sept. 2010
Table I-2.2.1 Capacity situation of active producers of chlorpyrifos technical, 2010, t/a
Table I-2.2.2 Basic information of chlorpyrifos technical producers in China, as of Oct. 2010
Table I-2.2.3 Capacity and output of chlorpyrifos technical producers in China, as of Oct. 2010, Capacity: t/a, Output: t
Table I-2.2.4 Information about price and key raw materials of chlorpyrifos technical producers in China, as of Oct. 2010
Table I-2.2.5 Potential chlorpyrifos technical producers in China, as of Oct. 2010, t/a
Table I-2.2.6 Geographic distribution of chlorpyrifos technical production in China, 2010
Table I-2.2.7 Quality requirement of chlorpyrifos technical by GB19604-2004
Table I-2.3.1 Major producers of chlorpyrifos formulations in China, 2010, tonne
Table I-3.1.1 Domestic apparent consumption of chlorpyrifos in China, 2006-2010, tonne
Table I-3.1.2 Demand situation of chlorpyrifos formulations in China, 2006-2010
Table I-3.2.1 Consumption situation of chlorpyrifos calculated by AI, 2008-2010, tonne
Table I-3.2.2 Popular chlorpyrifos formulations applied in different crops in China, 2010
Table I-3.3.1 Planting area of rice, vegetable, fruit and cotton in China, 2008, ‘000 ha.
Table I-1.1 Raw material, solvent and catalyzer of the three synthesis methods of chlorpyrifos
Table I-1.2 Comparison between trichloro-acetyl chloride route and pyridine route in the production of STCP
Table I-1.3 Cost analysis of raw materials in the production of chlorpyrifos technical (95% AI) using trichloro-acetyl chlorid as the starting raw material, by general technology, Oct. 2010
Table I-1.4 Cost analysis of raw materials in the production of chlorpyrifos technical (95% AI), using pyridine as the starting raw material, Oct. 2010
Table I-2.1.1 Active registration of chlorpyrifos technical in China, 2004~Sept. 2010
Table I-2.1.2 Registration situation of chlorpyrifos technical in China, 2004~Sept. 2010
Table I-2.1.3 Popular single chlorpyrifos formulations registered in China, as of 25th Sept. 2010
Table I-2.1.4 Effective registration of chlorpyrifos mixed formulation in China, as of 25th Sept. 2010
Table I-2.2.1 Capacity situation of active producers of chlorpyrifos technical, 2010, t/a
Table I-2.2.2 Basic information of chlorpyrifos technical producers in China, as of Oct. 2010
Table I-2.2.3 Capacity and output of chlorpyrifos technical producers in China, as of Oct. 2010, Capacity: t/a, Output: t
Table I-2.2.4 Information about price and key raw materials of chlorpyrifos technical producers in China, as of Oct. 2010
Table I-2.2.5 Potential chlorpyrifos technical producers in China, as of Oct. 2010, t/a
Table I-2.2.6 Geographic distribution of chlorpyrifos technical production in China, 2010
Table I-2.2.7 Quality requirement of chlorpyrifos technical by GB19604-2004
Table I-2.3.1 Major producers of chlorpyrifos formulations in China, 2010, tonne
Table I-3.1.1 Domestic apparent consumption of chlorpyrifos in China, 2006-2010, tonne
Table I-3.1.2 Demand situation of chlorpyrifos formulations in China, 2006-2010
Table I-3.2.1 Consumption situation of chlorpyrifos calculated by AI, 2008-2010, tonne
Table I-3.2.2 Popular chlorpyrifos formulations applied in different crops in China, 2010
Table I-3.3.1 Planting area of rice, vegetable, fruit and cotton in China, 2008, ‘000 ha.
LIST OF FIGURES
Figure 1 Geographic distribution of chlorpyrifos technical producers in China as of Oct. 2010
Figure I-1.1 Chemical principle of chlorpyrifos synthesis in China
Figure I-1.2 STCP synthesis by trichloro-acetyl chloride route
Figure I-1.3 STCP synthesis by pyridine route
Figure I-1.4 General production process of chlorpyrifos technical by trichloro-acetyl route
Figure I-1.5 Process of manufacturing TCP from pyridine
Figure I-2.1.1 Registration number of chlorpyrifos in China, 1987-Sept. 2010
Figure I-2.1.2 Registration number and proportion of chlorpyrifos formulations in China, by 25th Sept. 2010
Figure I-2.1.3 Registration number and proportion of major chlorpyrifos single formulation in China, as of 25th Sept. 2010
Figure I-2.2.1 Output and capacity of chlorpyrifos technical in China, 2006~2010
Figure I-2.2.2 Output distribution of chlorpyrifos technical in China, 2010
Figure I-2.3.1 Production situation of chlorpyrifos formulation in China, 2006-2010
Figure I-2.3.2 Chlorpyrifos AI consumption for formulation production in China, 2006-2010
Figure I-3.1.1 Demand of chlorpyrifos technical in China, 2006-2010, by volume & value
Figure I-3.1.2 Market price of chlorpyrifos formulations in China, 2006-2010
Figure I-3.2.1 Consumption structure of chlorpyrifos calculated by AI in China, 2010
Figure I-3.3.1 Chlorpyrifos consumption structure by region in China, 2010
Figure 1 Geographic distribution of chlorpyrifos technical producers in China as of Oct. 2010
Figure I-1.1 Chemical principle of chlorpyrifos synthesis in China
Figure I-1.2 STCP synthesis by trichloro-acetyl chloride route
Figure I-1.3 STCP synthesis by pyridine route
Figure I-1.4 General production process of chlorpyrifos technical by trichloro-acetyl route
Figure I-1.5 Process of manufacturing TCP from pyridine
Figure I-2.1.1 Registration number of chlorpyrifos in China, 1987-Sept. 2010
Figure I-2.1.2 Registration number and proportion of chlorpyrifos formulations in China, by 25th Sept. 2010
Figure I-2.1.3 Registration number and proportion of major chlorpyrifos single formulation in China, as of 25th Sept. 2010
Figure I-2.2.1 Output and capacity of chlorpyrifos technical in China, 2006~2010
Figure I-2.2.2 Output distribution of chlorpyrifos technical in China, 2010
Figure I-2.3.1 Production situation of chlorpyrifos formulation in China, 2006-2010
Figure I-2.3.2 Chlorpyrifos AI consumption for formulation production in China, 2006-2010
Figure I-3.1.1 Demand of chlorpyrifos technical in China, 2006-2010, by volume & value
Figure I-3.1.2 Market price of chlorpyrifos formulations in China, 2006-2010
Figure I-3.2.1 Consumption structure of chlorpyrifos calculated by AI in China, 2010
Figure I-3.3.1 Chlorpyrifos consumption structure by region in China, 2010
