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No. 0017Y001 The Global Market of Yellow Phosphorus  - Edition(1)

 

 

About This Report:

 

Report edition:  2009 edition(1)
Language version: English
Document type: WORD|PDF (Word or PDF document)
For ready report --    
  Finished in: May 2009 ,edition(1)
  Total pages: 154
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Report Edition List:

 

Version Finished in Availability Language   Pages   Delivery Price/Copy (For single user)
update report - update on request English - within 15-30 work days by email USD18000.00
2009,edition(1) May,2009 available English 154 within 1-1 work days by email USD15000.00

 

 

Description:

 

As a non-renewable resource, yellow phosphorus is attracting more and more attention in the world. The global yellow phosphorus production is highly concentrated, mainly in China, the USA, Kazakhstan, the Netherlands, India and Vietnam. Except the Netherlands and India, phosphate ore, the main raw material of yellow phosphorus in other countries, is supplied by themselves.

The global yellow phosphorus consumption is distributed in the major production countries and major import ones. Thermal phosphoric acid takes the largest share, and next are phosphorus trichloride and phosphorus pentasulfide. Has the situation remained in the past few years? What are the differences between major players in the world? How will the future scenario be in the world and in different countries?

How does the situation differ among the world major yellow phosphorus exporters, such as China, Kazakhstan, Netherlands and the USA? Same question to the major import countries, as Germany, Japan, Poland, Czech Republic, India and the USA?

With the restriction of yellow phosphorus export in some countries and the global economic depression, what is the situation of the global yellow phosphorus industry in 2008, and what will be its future prospect?

To answer these questions, CCM carried out n in-depth research on global yellow phosphorus market. Besides, you will also find answers to the following questions in this report:

- What is global phosphorus ores supply situation and its influence on yellow phosphorus production?
- How is the world yellow phosphorus demand?
- Which is yellow phosphorus’ largest application? Which downstream industry will grow faster than others in the future?
- What about global yellow phosphorus production in major countries in 2008 and in the following 5 years, as well as policies in these countries?
- What changes have taken place to the global yellow phosphorus flow in 2008 and 2003? How about future situation and in-depth analysis?
- Where are the opportunities in the global yellow phosphorus in the future？

 

Main Content:

 

No. Content
Page
Executive Summary
1
I Introduction
5
I-1 Introduction to this research
5
I-2 Methodology and source
5
I-3 Definitions and glossary
6
II Overview of phosphorus ore
9
II-1 Reserves and exploitation
9
II-2 International trade
16
II-3 Policies
18
III Demand and end use markets
22
III-1 Summary of demand
22
III-2 Phosphoric acid
24
III-2.1 Introduction
24
III-2.2 Production of phosphoric acid
26
III-2.3 Forecast to the next five years
29
III-3 Phosphorus trichloride
30
III-3.1 Introduction
30
III-3.2 Production of phosphorus trichloride
31
III-3.3 Forecast to the next five years
36
III-4 Red phosphorus
37
III-4.1 Introduction
37
III-4.2 Production of red phosphorus
39
III-4.3 Forecast to the next five years
41
III-5 Phosphorus pentasulfide
42
III-5.1 Introduction
42
III-5.2 Production of phosphorus pentasulfide
44
III-5.3 Forecast to the next five years
46
III-6 Sodium hypophosphite
47
III-6.1 Introduction
47
III-6.2 Production of sodium hypophosphite
48
III-6.3 Forecast to the next five years
50
III-7 Phosphorus pentoxide
52
III-7.1 Introduction
52
III-7.2 Production of phosphorus pentoxide
52
III-7.3 Forecast to the next five years
54
III-8 Others
55
III-9 Yellow phosphorus consumption in major countries
56
IV Supply of yellow phosphorus
62
IV-1 Supply summary
62
IV-2 China
65
IV-2.1 Introduction
65
IV-2.2 Production
70
IV-3 USA
75
IV-3.1 Introduction
75
IV-3.2 Production
77
IV-4 Kazakhstan
79
IV-4.1 Introduction
79
IV-4.2 Production
81
IV-5 Netherlands
84
IV-5.1 Introduction
84
IV-5.2 Production
84
IV-6 Others (India, Russia, Vietnam, etc.)
85
IV-6.1 India
85
IV-6.2 Russia
86
IV-6.3 Vietnam
86
IV-7 Forecast on supply and supply-demand balance to the next 5 years
87
V Global trade and flow of yellow phosphorus
89
V-1 Summary of global trade and flow of P4
89
V-2 Export analysis
90
V-3 Import analysis
98
V-4 Global flow of yellow phosphorus and future trend
103
V-5 Policies related to global trade of P4
107
VI Conclusion and commercial opportunities
109
VII Profiles of major producers and end users
110
VII-1 Profiles of major producers
110
VII-1.1 Yunnan Malong Industry Group Co., Ltd.
110
…
VII-2.17 Shandong Hengtong Chemical Engineering Co., Ltd.
153

LIST OF TABLES
Table 1 Yellow phosphorus capacity and output of main production countries, 2008
Table 2 Import situation of yellow phosphorus by country, 2008
Table 3 Export situation of yellow phosphorus by country, 2008
Table I-1 Exchange rate of USD against RMB, 1994-2008
Table I-2 Exchange rate of USD against JPY, 2003-2009
Table I-3 Exchange rates of EUR against USD
Table I-4 Exchange rates of USD against PLZ
Table I-5 Exchange rates of USD against KZT, 2003~2008
Table II-1 Characteristics of phosphate ore in top reserves countries
Table II-2 Typical analyses of commercial phosphate ore in major countries
Table II-3 International trade of phosphate ore, 2000 to 2008
Table II-4 Policies of main phosphate ore supplying countries in the world
Table III-1 Global consumption volume of yellow phosphorus by region, 2008
Table III-2 Competition among different phosphoric acids in the world
Table III-3 Main thermal phosphoric acid producers in the world, 2008
Table III-4 Major global phosphorus trichloride producers, 2008
Table III-5 Major global red phosphorus producers, 2008
Table III-6 Main phosphorus pentasulfide producers in the world, 2008
Table III-7 Major global producers of sodium hypophosphite in 2008
Table III-8 Major phosphorus pentoxide producers in the world, 2008
Table III-9 Consumption of yellow phosphorus in the Netherlands, Kazakhstan, Russia, Vietnam, Czech Republic and Poland, 2008
Table IV-1 Competitiveness analysis of yellow phosphorus industry in China, the USA, Kazakhstan and the Netherlands, 2008
Table IV-2 Generation and consumption of electricity in China, 2004-2008, billion kWh
Table IV-3 China's electricity price policy on high energy-consuming industries
Table IV-4 Requirements for existing yellow phosphorus enterprises, Jan. 2009
Table IV-5 Requirement on indexes of yellow phosphorus equipment
Table IV-6 Main yellow phosphorus manufacturers in China, Jan. 2009
Table IV-7 Historical data of electric power supply and price in Kazakhstan, 2003~2007
Table IV-8 Forecast on yellow phosphorus output by country, tonne, 2009~2013
Table IV-9 Forecast on yellow phosphorus consumption by end use sector, tonne, 2009~2013
Table V-1 Export situation of yellow phosphorus by country, 2008
Table V-2 Import situation of yellow phosphorus by country, 2008
Table V-3 Export situation of major yellow phosphorus exporters in China, 2008
Table V-4 Export situation of major yellow phosphorus manufacturers in China, 2008
Table V-5 Export situation of yellow phosphorus in Kazakhstan, 2007
Table V-6 Export situation of yellow phosphorus in Kazakhstan, 2008
Table V-7 Export situation of yellow phosphorus in Kazakhstan, Jan. - Mar. 2009
Table V-8 Export destinations of the Netherlands by volume, 2008
Table V-9 Import origins of yellow phosphorus in Japan, 2003~2008
Table V-10 Import origins of yellow phosphorus in India by volume, 2008
Table V-11 Import origins of yellow phosphorus in the USA, 2008
Table V-12 Flow of yellow phosphorus in 2003 and 2008 by exporter
Table V-13 Flow of yellow phosphorus in 2003 and 2008 by importer
Table V-14 Attitude of main yellow phosphorus supply countries in the world, 2008
Table V-15 Export tariff and export rebate of yellow phosphorus changes in China

LIST OF FIGURES
Figure 1 Global consumption structure of yellow phosphorus by application volume, 2008
Figure II-1 Distribution of phosphate ore in the world, 2008 (Unit: million tonnes)
Figure II-2 World production of phosphate ore, 2000~2008
Figure II-3 Consumption pattern of phosphate ore in the world
Figure II-4 Flow of phosphate ore in the world
Figure III-1 Global consumption structure of yellow phosphorus by application volume, 2008
Figure III-2 Forecast on consumption structure of yellow phosphorus by application volume, 2013
Figure III-3 Structure of thermal phosphoric acid capacity by country, 2008
Figure III-4 Structure of yellow phosphorus consumption in thermal phosphoric acid by country, 2008
Figure III-5 Forecast on global thermal phosphoric acid output and its yellow phosphorus consumption, 2009-2013
Figure III-6 Capacity structure of phosphorus trichloride by country, 2008
Figure III-7 Structure of yellow phosphorus consumption in phosphorus trichloride by country, 2008
Figure III-8 Yellow phosphorus consumption in phosphorus trichloride in China, 2000-2008, tonne
Figure III-9 Phosphorus trichloride output in EU, 2003-2008, tonne
Figure III-10 Forecast on global phosphorus trichloride output and its yellow phosphorus consumption, 2009-2013, tonne
Figure III-11 Consumption structure of red phosphorus by application volume, 2008
Figure III-12 Consumption structure of red phosphorus by region, 2008
Figure III-13 Capacity and output distribution of red phosphorus by region, 2008
Figure III-14 Forecast on red phosphorus capacity in the next five years, 2009-2013
Figure III-15 Forecast on global red phosphorus output in the next five years, 2009-2013
Figure III-16 Consumption structure of phosphorus pentasulfide by application volume, 2008
Figure III-17 Capacity structure of phosphorus pentasulphide by country, 2008
Figure III-18 Structure of yellow phosphorus consumption in phosphorus pentasulfide by country, 2008
Figure III-19 Forecast on global phosphorus pentasulfide output and its yellow phosphorus consumption, 2009-2013
Figure III-20 Forecast on global sodium hypophosphite output and its yellow phosphorus consumption, 2009-2013
Figure III-21 Forecast on global phosphorus pentoxide output and its yellow phosphorus consumption, 2009-2013, tonne
Figure III-22 Forecast on global consumption of yellow phosphorus in others fields, 2009-2013
Figure III-23 Consumption structure of yellow phosphorus in China by application volume, 2008
Figure III-24 Consumption structure of yellow phosphorus in the USA by application volume, 2008
Figure III-25 Consumption structure of yellow phosphorus in Germany by application volume, 2008
Figure III-26 Consumption structure of yellow phosphorus in Japan by application volume, 2008
Figure III-27 Consumption structure of yellow phosphorus in India by application volume, 2008
Figure III-28 Consumption structure of yellow phosphorus in France by application volume, 2008
Figure IV-1 World yellow phosphorus capacity structure by volume, 2004-2008
Figure IV-2 Yellow phosphorus output and export of main suppliers, 2008
Figure IV-3 Global phosphorus ore distribution in major countries, 2009, million tonnes
Figure IV-4 Export volume of phosphate ores in China, 1996-2008
Figure IV-5 Production process of electric furnace method
Figure IV-6 Capacity and output of yellow phosphorus in China, 2000-2008
Figure IV-7 Main manufacturers of yellow phosphorus in China by Apr. 2009
Figure IV-8 Price change of yellow phosphorus in China, 2006-2008
Figure IV-9 Experts' forecast on yellow phosphorus capacity & output, 2009-2013
Figure IV-10 Historical growth rate of capacity and output of yellow phosphorus in China, 2003~2008
Figure IV-11 Projection on capacity/output of yellow phosphorus in China, 2009-2013
Figure IV-12 Yellow phosphorus capacity of USA, 1985-2008, t/a.
Figure IV-13 Forecast on yellow phosphorus output in USA, 2009-2013, tonne
Figure IV-14 Kazakhstan's yellow phosphorus capacity change in the past two decades
Figure IV-15 Capacity and output of yellow phosphorus in Kazakhstan, 2003~2008
Figure IV-16 Forecast on Kazakh yellow phosphorus output and export, 2009~2013
Figure V-1 Export volume and share of yellow phosphorus in China, 1997-Mar. 2009
Figure V-2 Structure of China's yellow phosphorus export destinations, 2008
Figure V-3 Export price change in China, Jan. 2008-Mar. 2009
Figure V-4 Output and export volume of yellow phosphorus in Kazakhstan, 2003~2008
Figure V-5 Import volume and price of yellow phosphorus in Germany, 2008
Figure V-6 Structure of yellow phosphorus import origins in Germany, 2008
Figure V-7 Yellow phosphorus import volume in Japan, 2003-2008, tonne
Figure V-8 Import volume and price of yellow phosphorus in Japan, Jan. 2008-Mar. 2009
Figure V-9 Import volume and price of yellow phosphorus in India, 2008
Figure V-10 Export volume of yellow phosphorus in the USA, 2003~2008, tonne
Figure V-11 Global flow of yellow phosphorus, 2009, tonne

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Executive Summary

The global yellow phosphorus production is highly concentrated and resource-dependent, largely subject to the changes of phosphate ore supply, which is to tighten in the future with increasing demand. As XX% of phosphate ore is used to produce phosphate fertilizer and only XX% is used to produce yellow phosphorus globally, phosphate ore supply has certain influence on production cost of yellow phosphorus, especially in those production countries with high dependence on imported phosphate ore, such as the Netherlands and India, though it is electric power that takes up the largest portion of yellow phosphorus production cost.

The global yellow phosphorus demand, with major applications including six products, has been increasing year by year. And the consumption structure varies in different regions.

In 2008, thermal phosphoric acid and phosphorus trichloride are the two largest consumption fields, accounting for XX% and XX% of the total respectively. In the next five years, thermal phosphoric acid demand will decrease, while phosphorus trichloride and sodium hypophosphite demand will increase fast.

China, the USA, Germany, the Netherlands and Japan are the major consumption countries, with consumption share of XX%, XX%, XX%, XX% and XX%.

Yellow phosphorus production technology is generally the same in the world, which is electric furnace process. Global yellow phosphorus capacity mainly concentrates in six countries, namely, China, the USA, Kazakhstan, the Netherlands, India and Vietnam, each with different characteristics and playing different roles in global yellow phosphorus flow.

Germany, Japan, Poland, Czech India and the USA are the major importers in 2008.

China, Kazakhstan and the Netherlands are the major exporters in 2008. The global yellow phosphorus supply is relatively stable. The market gap left by some exporters like China will be filled by other exporters.

China will reduce the output and restrict export gradually, while Kazakhstan and Vietnam will enlarge their output and export to fill the market gap left by China. Some previously import countries of Chinese yellow phosphorus such as Japan and India may turn to product from Kazakhstan and Vietnam. The supply from the Netherlands and the USA will remain unchanged. Indian output will not increase fast due to lack of phosphate ore.

Global yellow phosphorus demand will decrease in 2009 and gradually recover from 2010. Demand in thermal phosphoric acid will reduce in the future, especially in China. Moreover, global demand in phosphorus trichloride and sodium hypophosphite will expand fast, mainly in China, the USA and India.

At present, due to the global economic recession, the yellow phosphorus faces oversupply. With the economic recovery since 2010, the supply and demand will tend to be balanced.

Among the major yellow phosphorus suppliers, Kazakhstan seems to be more competitive than the other three countries in production and will be increasingly important in global supply in the future, even surpass China and the USA.

......

(The rest content of this report is omitted.)

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This multi-client report provides a comprehensive study on the researched subject in China, from aspects of production, technology, import & export, consumption & end uses, etc.

>>
 All the producers in China, either active or idled or potential, have been sourced and contacted. Their situation has been verified and compiled as in the appendix.
>>
 The competitiveness of Chinese production has been discussed in order to uncover the mystery of ever-increasing capability of Chinese manufacturing.
>>
 The import & export analysis for the situation in the recent three years has been conducted.
>>
 The consumption pattern of the researched subject has been carried out in order to breakdown the end uses into different segments. The major end users under each major end use segments have been identified.
>>
 The scientific methodology has been employed to conduct the quantitative forecast on this subject in the future 5-10 years.

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