Survey of Insecticides in China
Description:
China is rich in fluorite resource. Driven by domestic and overseas demand for fluorine chemicals, fluorine chemical industry has been one of the fastest developing and most promising chemical industries in China. On the other hand, China had become one of the largest fluorine chemical production and consumption areas. A high proportion of the downstream products is for export.
China is rich in fluorite resource. Driven by domestic and overseas demand for fluorine chemicals, fluorine chemical industry has been one of the fastest developing and most promising chemical industries in China. On the other hand, China had become one of the largest fluorine chemical production and consumption areas. A high proportion of the downstream products is for export.
EXECUTIVE SUMMARY
METHODOLOGY
I OVERVIEW OF CHINESE INSECTICIDES INDUSTRY
II DDVP III ACEPHATE
IV TRICHLORFON
V CHLORPYRIFOS
VI DIMETHOATE
VII IMIDACLOPRID
VIII BETA-CYPERMETHRIN
IX PHOXIM
X ABAMECTIN
XI OTHER INSECTICIDES
XI-1 Malathion
XI-2 Acetamiprid
XI-3 Endosulfan
METHODOLOGY
I OVERVIEW OF CHINESE INSECTICIDES INDUSTRY
II DDVP III ACEPHATE
IV TRICHLORFON
V CHLORPYRIFOS
VI DIMETHOATE
VII IMIDACLOPRID
VIII BETA-CYPERMETHRIN
IX PHOXIM
X ABAMECTIN
XI OTHER INSECTICIDES
XI-1 Malathion
XI-2 Acetamiprid
XI-3 Endosulfan
LIST OF TABLES
Table I.1 Classifications of insecticides in China
Table II.1 Registration situation of DDVP in China, as of Aug. 23, 2010
Table II.2 Key manufacturers of DDVP technical in China, 2010
Table III.1 Registration situation of acephate in China, as of Aug. 23, 2010
Table III.2 Number of acephate registrations in China, 2002-2010
Table III.3 Key Chinese manufacturers of acephate technical, 2010
Table IV.1 Target pests of trichlorfon in China
Table IV.2 Registration situation of trichlorfon in China, as of Aug. 23, 2010
Table IV.3 Key Chinese manufacturers of trichlorfon technical, 2010
Table V.1 Registration situation of chlorpyrifos in China, as of Aug. 23, 2010
Table V.2 Key Chinese manufacturers of chlorpyrifos technical, 2010
Table V.3 Production quality comparison between technology A and B
Table VI.1 Registration situation of dimethoate in China, as of Aug. 23, 2010
Table VI.2 Key Chinese manufacturers of dimethoate technical, 2009-2010
Table VII.1 Registration situation of imidacloprid in China, as of Aug. 23, 2010
Table VII.2 Key Chinese manufacturers of imidacloprid technical, 2010
Table VII.3 Main technologies of imidacloprid production, 2010
Table VIII.1 Registration situation of beta-cypermethrin in China, as of Aug. 23, 2010
Table VIII.2 Key Chinese manufacturers of beta-cypermethrin in China, 2010
Table IX.1 Registration situation of phoxim in China, as of Aug. 23, 2010
Table IX.2 Key Chinese manufacturers of phoxim technical, 2009-2010
Table X.1 Registration situation of abamectin in China, as of Aug. 23, 2010
Table X.2 Key Chinese manufacturers of abamectin technical, 2010
Table XI-1.1 Key Chinese manufacturers of malathion technical, 2010
Table XI-2.1 Key Chinese manufacturers of acetamiprid technical, 2010
Table XI-3.1 Key Chinese manufacturers of endosulfan technical, 2010
Table I.1 Classifications of insecticides in China
Table II.1 Registration situation of DDVP in China, as of Aug. 23, 2010
Table II.2 Key manufacturers of DDVP technical in China, 2010
Table III.1 Registration situation of acephate in China, as of Aug. 23, 2010
Table III.2 Number of acephate registrations in China, 2002-2010
Table III.3 Key Chinese manufacturers of acephate technical, 2010
Table IV.1 Target pests of trichlorfon in China
Table IV.2 Registration situation of trichlorfon in China, as of Aug. 23, 2010
Table IV.3 Key Chinese manufacturers of trichlorfon technical, 2010
Table V.1 Registration situation of chlorpyrifos in China, as of Aug. 23, 2010
Table V.2 Key Chinese manufacturers of chlorpyrifos technical, 2010
Table V.3 Production quality comparison between technology A and B
Table VI.1 Registration situation of dimethoate in China, as of Aug. 23, 2010
Table VI.2 Key Chinese manufacturers of dimethoate technical, 2009-2010
Table VII.1 Registration situation of imidacloprid in China, as of Aug. 23, 2010
Table VII.2 Key Chinese manufacturers of imidacloprid technical, 2010
Table VII.3 Main technologies of imidacloprid production, 2010
Table VIII.1 Registration situation of beta-cypermethrin in China, as of Aug. 23, 2010
Table VIII.2 Key Chinese manufacturers of beta-cypermethrin in China, 2010
Table IX.1 Registration situation of phoxim in China, as of Aug. 23, 2010
Table IX.2 Key Chinese manufacturers of phoxim technical, 2009-2010
Table X.1 Registration situation of abamectin in China, as of Aug. 23, 2010
Table X.2 Key Chinese manufacturers of abamectin technical, 2010
Table XI-1.1 Key Chinese manufacturers of malathion technical, 2010
Table XI-2.1 Key Chinese manufacturers of acetamiprid technical, 2010
Table XI-3.1 Key Chinese manufacturers of endosulfan technical, 2010
LIST OF FIGURES
Figure I.1 Capacity and output of insecticides, 2005-2009
Figure II.1 Capacity and output of DDVP technical, 2005-2009
Figure II.2 Price change of DDVP technical, 2005-2010
Figure II.3 Consumption structure of DDVP in China by volume, 2009
Figure II.4 Forecast on supply of DDVP technical in China, 2010-2015
Figure III.1 Capacity and output of acephate technical, 2005-2009
Figure III.2 Price change of acephate technical, 2005-2010
Figure III.3 Consumption structure of acephate in China by volume, 2009
Figure III.4 Forecast on supply of acephate technical in China, 2010-2015
Figure IV.1 Capacity and output of trichlorfon technical, 2005-2009
Figure IV.2 Price change of trichlorfon, 2005-2010
Figure IV.3 Consumption structure of trichlorfon in China by volume, 2009
Figure IV.4 Forecast on supply of trichlorfon technical in China, 2010-2015
Figure V.1 Capacity and output of chlorpyrifos technical, 2005-2009
Figure V.2 Price change of chlorpyrifos technical, 2005-2010
Figure V.3 Consumption structure of chlorpyrifos in China by volume, 2009
Figure V.4 Forecast on supply of chlorpyrifos technical in China, 2010-2015
Figure VI.1 Output and capacity of dimethoate technical, 2005-2009
Figure VI.2 Price change of dimethoate technical, 2005-2010
Figure VI.3 Consumption structure of dimethoate in China by volume, 2009
Figure VI.4 Forecast on supply of dimethoate technical in China, 2010-2015
Figure VII.1 Output and capacity of imidacloprid technical, 2005-2009
Figure VII.2 Price change of imidacloprid technical in China, 2005~2010
Figure VII.3 Consumption structure of imidacloprid in China by volume, 2009
Figure VII.4 Forecast on supply of imidacloprid technical in China, 2010-2015
Figure VICapacity and output of beta-cypermethrin technical, 2005-2009
Figure VIII.2 Price change of beta-cypermethrin technical, 2005-2010
Figure VIII.3 Consumption structure of beta-cypermethrin in China by volume, 2009
Figure VIII.4 Forecast on supply of beta-cypermethrin technical in China, 2010-2015
Figure IX.1 Capacity and output of phoxim technical, 2005-2009
Figure IX.2 Price change of phoxim technical, 2005-2010
Figure IX-3 Consumption structure of phoxim in China by volume, 2009
Figure IX.4 Forecast on supply of phoxim technical in China, 2010-2015
Figure X.1Capacity and output of abamectin technical, 2005-2009
Figure X.2 Price change of abamectin technical, 2005-2010
Figure X.3 Consumption structure of abamectin in China by volume, 2009
Figure X.4 Forecast on supply of abamectin technical in China, 2010-2015
Figure I.1 Capacity and output of insecticides, 2005-2009
Figure II.1 Capacity and output of DDVP technical, 2005-2009
Figure II.2 Price change of DDVP technical, 2005-2010
Figure II.3 Consumption structure of DDVP in China by volume, 2009
Figure II.4 Forecast on supply of DDVP technical in China, 2010-2015
Figure III.1 Capacity and output of acephate technical, 2005-2009
Figure III.2 Price change of acephate technical, 2005-2010
Figure III.3 Consumption structure of acephate in China by volume, 2009
Figure III.4 Forecast on supply of acephate technical in China, 2010-2015
Figure IV.1 Capacity and output of trichlorfon technical, 2005-2009
Figure IV.2 Price change of trichlorfon, 2005-2010
Figure IV.3 Consumption structure of trichlorfon in China by volume, 2009
Figure IV.4 Forecast on supply of trichlorfon technical in China, 2010-2015
Figure V.1 Capacity and output of chlorpyrifos technical, 2005-2009
Figure V.2 Price change of chlorpyrifos technical, 2005-2010
Figure V.3 Consumption structure of chlorpyrifos in China by volume, 2009
Figure V.4 Forecast on supply of chlorpyrifos technical in China, 2010-2015
Figure VI.1 Output and capacity of dimethoate technical, 2005-2009
Figure VI.2 Price change of dimethoate technical, 2005-2010
Figure VI.3 Consumption structure of dimethoate in China by volume, 2009
Figure VI.4 Forecast on supply of dimethoate technical in China, 2010-2015
Figure VII.1 Output and capacity of imidacloprid technical, 2005-2009
Figure VII.2 Price change of imidacloprid technical in China, 2005~2010
Figure VII.3 Consumption structure of imidacloprid in China by volume, 2009
Figure VII.4 Forecast on supply of imidacloprid technical in China, 2010-2015
Figure VICapacity and output of beta-cypermethrin technical, 2005-2009
Figure VIII.2 Price change of beta-cypermethrin technical, 2005-2010
Figure VIII.3 Consumption structure of beta-cypermethrin in China by volume, 2009
Figure VIII.4 Forecast on supply of beta-cypermethrin technical in China, 2010-2015
Figure IX.1 Capacity and output of phoxim technical, 2005-2009
Figure IX.2 Price change of phoxim technical, 2005-2010
Figure IX-3 Consumption structure of phoxim in China by volume, 2009
Figure IX.4 Forecast on supply of phoxim technical in China, 2010-2015
Figure X.1Capacity and output of abamectin technical, 2005-2009
Figure X.2 Price change of abamectin technical, 2005-2010
Figure X.3 Consumption structure of abamectin in China by volume, 2009
Figure X.4 Forecast on supply of abamectin technical in China, 2010-2015
