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Description

This report looks at polyacrolamide industry in China from the aspects of historical and current production, product categories, problems in the production faced by Chinese polyacrolamide producers, raw materials supply, production technology and research progress, import and export, pricing, and consumption. What's to be noted is that an exhausting effort has been made to dig into each end use sector of polyacrolamide in order to find not only the current consumption situation, but also the characteristics of each sector, e.g. which is declining and which is growing extremely fast. By taking into consideration of all the aspects mentioned above and the driven forces and barriers for polyacrolamide industry, a forecast on the future of polyacrolamide industry in China is made.

Main Content:

LIST OF TABLES

Table I-1.1-1 Production of PAM in the past years (on base of 90% solid, unit: MT)
Table I-2-1 Summary of Chinese manufacturers in 2006
Table I-3.1-1 Major manufacturers of anionic PAM in China in 2006
Table I-3.1-2 Major manufacturers of cationic PAM in China in 2006
Table I-3.1.3 Major manufacturers of cationic PAM in China in 2006
Table I-3.2-1 Major PAM powder producers in China
Table I-3.3-1 The average molecular weight of PAM in China (unit: million)
Table I-3.3-2 Manufacturers that can produce super high molecular weight PAM
Table I-3.4-1 Summary AM supply among PAM manufacturers in 2001 and 2006
Table I-5-1 Price of PAM in Aug. 2007, RMB/tonne
Table I-7.1-1 Situation of AM production in China in 2001 and 2006
Table I-7.1-2 List of AM manufacturers who do not produce PAM
Table I-7.1-3 Active AM producers in China (On base of 98% crystal)
Table I-7.2-1 List of major acrylonitrile producers in China
Table II-2-1 The import situation of PAM in 2004,2005 and 2006, (kg and USD/kg).
Table II-2-2 The export situation of PAM under in 2004, 2005 and 2006. Kg and USD/kg)
Table II-3.1-1 Import of PAM in 2004 – breakdown by origin country
Table II-3.1-2 Top importers of PAM in 2004
Table II-3.1-3 Import of PAM in 2005 – breakdown by origin country
Table II-3.1-4 Top importers of PAM in 2005
Table II-3.1-5 Import of PAM in 2006– breakdown by origin country
Table II-3.1-6 Top importers of PAM in 2006
Table II-3.2-1 Export of PAM in 2004 – breakdown by country
Table II-3.2-2 Top exporters of PAM in 2004
Table II-3.2-3 Chinese manufacturers of PAM in 2004
Table II-3.2-4 Export of PAM in 2005 – breakdown by country
Table II-3.2-5 Top exporters of PAM in 2005
Table II-3.2-6 Chinese manufacturers of PAM in 2005
Table II-3.2-7 Export of PAM in 2006 – breakdown by country
Table II-3.2-8 Top exporters of PAM in 2006
Table II-3.2-9 Chinese manufacturers of PAM in 2006
Table III-1.2.1-1 The major EOR methods suitable for Chinese oilfields
Table III-1.2.1-2 Comparison of different methods for increasing oil recovery in the old oilfields (like Daqing and Shengli)
Table III-1.2.2-1 Profile control of China petroleum from 2000 to 2004
Table III-1.3-1 The potential EOR oil and the potential demand for chemicals in China
Table III-2.1-1 Sewage treatment rate from 2002 to 2006
Table III-2.2.1-1 the volume of industry wastewater and its treatment level from 2002 to 2006
Table III-2.2.2-1 Discharge of domestic sewage and its treatment level in China from 2002 to 2006
Table III-1-1 List of Chinese Manufacturers
Table IV-1.2-1 Summary of active Chinese PAM/AM manufacturers

LIST OF FIGURES
Figure I-3-1 Output of PAM in China from 2002 to 2006
Figure I-3-2 Geographical distribution of PAM production in China in 2006
FigureI-3.1-1 Output of different categories of PAM in China in 2006, by Charge Type
FigureI-3.2-1 Output of PAM with different physical form in China in 2006
Figure I-5-1 Price of PAM in China from 2004 to 2007
Figure I-6.1.1-1 The process of catalyst hydration method
Figure I-6.1.1-2 The process of biochemical method
Figure I-7.2-1 The supply and demand situation of acrylonitrile from 2002 to 2006
Figure I-7.2-2 Average price of acrylonitrile from 2002 to 2006
Figure III-1 Consumption volume of PAM in China from 2002 to 2006
Figure III-2 Consumption pattern of PAM in China from 2002 to 2006
FigureIII-1.1-1 The output of crude oil in China from 2002 to 2006
Figure III-1.2-1 Consumption volume of PAM in oil field in China from 2002 to 2006
Figure III-2.1-1 Discharge of waste water in China from 2001 to 2006
Figure III-2.2-1 Consumption volume of PAM in water treatment in China from 2002 to 2006
Figure III-2.2-2 Consumption pattern of PAM in water treatment industry in China from 2002 to 2006
Figure III-2.2.1-1 Consumption volume of PAM in industry wastewater treatment in China from 2002 to 2006
Figure III-2.2.2-1 Consumption volume of PAM in domestic sewage in China from 2002 to 2006
Figure III-3.1-1 Paper output in China from 2002 to 2006
Figure III-3.2-1 Consumption volume of PAM in papermaking industry in China from 2002 to 2006
Figure III-4-1 Consumption volume of PAM in mine exploitation industry in China from 2002 to 2006
Figure IV-2-1 Forecast the output of PAM in China from 2007 to 2011
Figure IV-2-2 Forecast the consumption of PAM in China from 2007 to 2011

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Executive Summary

(Note: The following summary is based on the situation in 2007 and maybe different to what it is nowadays. Please be noted.)

• Production of PAM

Most Chinese PAM manufacturers are also AM producers.

• AM

There ar e xx AM manufacturers in China, xx of them also produce PA M.

The actual output of AM in 2006 was xxx tons, the operation rate in 2006 increased from 50% in 2001 to 70% in 2006. About 95% of acrylamide is used to produce PAM and AM derivatives. In China the production capacity of AM has reached xxxxt/a (on 98% base). The production and demand of PAM increases fast in recent years, the supply of AM also can meet the demand of PAM.

Now, the biochemicals method is the major production technology of AM. ....

• PAM

By Aug. 2007, there are xxx manufacturers producing PAM in China. Most of new PAM producers have small-scale production capacity;

In 2006, the total output of PAM was xxxx tonnes, which only account for 48.69% of the total capacity in China. The operation rate in large-scale PAM producers is higher than that. For example, ....

The low operation rate reflects the current unstable PAM production in China, for example,.....

Of Chinese PAM, xxx% is anionic type. Nonionic PAM, cationic PAM and amphoteric PAM accounts for xxx%, xxx% and xxx%, respectively.

Of Chinese PAM, xxx% is in powder form. Solution form and emulsion form totally account for less than xxx%.

• Consumption of PAM

In 2006, the consumption volume of PAM was xxxx tonnes, and the average growth rate wasxxx% from 2002 to 2006. The fast growth is attributed to the increasing demand in oil recovery, wastewater treatment and papermaking industry. The growth of PAM demand from wastewater and papermaking has been fast, which was 14.43% and 15.47% from 2002 to 2006 respectively.

Of Chinese PAM, xxx% is used in petroleum industry, mainly EOR process. Water treatment industry and papermaking industry consumes xxx% and xxx%, respectively.

......

(The rest content of this report is omitted.)

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