- Main contents
- Introduction
- Executive summary
- List of tables
- List of figures
Main contents:
(The price of report chapters below is for single user license, please contact us if you want
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| No. | Content | Page | Price | Purchase |
| |
Executive summary
|
1
|
USD 750
|
|
| |
Methodology
|
4
|
USD 150
|
|
| 1 |
Overview of phosphorus ore
|
7
|
USD 3,000
|
|
| 1-1 |
Reserves and exploitation
|
7
|
USD 1,500
|
|
| 1-2 |
International trade
|
14
|
USD 1,500
|
|
| 1-3 |
Policies
|
17
|
USD 1,500
|
|
| 2 |
Production and supply of yellow phosphorus
|
21
|
USD 6,000
|
|
| 2-1 |
Overview
|
21
|
USD 1,500
|
|
| 2-2 |
China
|
24
|
USD 2,250
|
|
| 2-2-1 |
Introduction
|
24
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USD 1,200
|
|
| 2-2-2 |
Production situation
|
28
|
USD 1,500
|
|
| 2-3 |
The US
|
33
|
USD 1,500
|
|
| 2-3-1 |
Introduction
|
33
|
USD 750
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|
| 2-3-2 |
Production situation
|
35
|
USD 750
|
|
| 2-4 |
Kazakhstan
|
36
|
USD 1,500
|
|
| 2-4-1 |
Introduction
|
36
|
USD 750
|
|
| 2-4-2 |
Production situation
|
39
|
USD 750
|
|
| 2-5 |
Netherlands
|
41
|
USD 1,500
|
|
| 2-5-1 |
Introduction
|
41
|
USD 750
|
|
| 2-5-2 |
Production situation
|
42
|
USD 750
|
|
| 2-6 |
Others
|
43
|
USD 750
|
|
| 2-7 |
Forecast
|
45
|
USD 750
|
|
| 3 |
Demand from end use market
|
47
|
USD 4,500
|
|
| 3-1 |
Overview
|
47
|
USD 900
|
|
| 3-2 |
Phosphoric acid
|
50
|
USD 1,200
|
|
| 3-3 |
Phosphorus trichloride
|
54
|
USD 1,200
|
|
| 3-4 |
Phosphorus pentasulfide
|
57
|
USD 1,200
|
|
| 3-5 |
Sodium hypophosphite
|
60
|
USD 1,200
|
|
| 3-6 |
Phosphorus pentoxide
|
63
|
USD 1,200
|
|
| 3-7 |
Others
|
65
|
USD 900
|
|
| 4 |
Global trade and flow of yellow phosphorus
|
67
|
USD 2,250
|
|
| 4-1 |
Overview
|
67
|
USD 450
|
|
| 4-2 |
Export analysis
|
68
|
USD 750
|
|
| 4-3 |
Import analysis
|
72
|
USD 750
|
|
| 4-4 |
Global flow of yellow phosphorus
|
75
|
USD 750
|
|
| 4-5 |
Trade policies in main exporters
|
76
|
USD 450
|
|
| 4-6 |
Future trend
|
78
|
USD 300
|
|
| 5 |
Conclusion and commercial opportunities
|
79
|
USD 1,500
|
|
| 6 |
Profiles of major producers and end users
|
80
|
USD 2,250
|
|
| 6-1 |
Profiles of major producers
|
80
|
USD 1,500
|
|
| 6-1-1 |
Yuntianhua Group Co., Ltd.
|
80
|
USD 300
|
|
| 6-1-2 |
Jiangyin Chengxing Industrial Group Co., Ltd.
|
81
|
USD 300
|
|
| 6-1-3 |
Sichuan Province Chuantou Chemical Industry Group Co., Ltd.
|
82
|
USD 300
|
|
| 6-1-4 |
Hubei Xingfa Chemicals Group Co., Ltd.
|
83
|
USD 300
|
|
| 6-1-5 |
Yunnan Phosphorus Group Co., Ltd.
|
84
|
USD 300
|
|
| 6-1-6 |
Monsanto Company
|
86
|
USD 300
|
|
| 6-1-7 |
Kazphosphate LLC
|
87
|
USD 300
|
|
| 6-1-8 |
Thermphos International B.V.
|
88
|
USD 300
|
|
| 6-2 |
Profiles of major end users
|
90
|
USD 1,500
|
|
| 6-2-1 |
United Phosphorus Limited
|
90
|
USD 300
|
|
| 6-2-2 |
FOSFA
|
91
|
USD 300
|
|
| 6-2-3 |
CIECH
|
92
|
USD 300
|
|
| 6-2-4 |
Clariant Corporation
|
92
|
USD 300
|
|
| 6-2-5 |
Rhodia Group
|
93
|
USD 300
|
|
| 6-2-6 |
Rinkagaku Kogyo Co., Ltd.
|
94
|
USD 300
|
|
| 6-2-7 |
Nippon Chemical Industrial Co., Ltd.
|
95
|
USD 300
|
|
| 6-2-8 |
Guangxi Mingli Group Co., Ltd.
|
97
|
USD 300
|
|
| 6-2-9 |
Zhejiang Wynca Chemical Group Co., Ltd.
|
98
|
USD 300
|
|
| 6-2-10 |
Jiangsu Xuzhou JianPing Chemical Co., Ltd.
|
99
|
USD 300
|
|
| 6-2-11 |
Nantong Jiangshan Agrochemical & Chemical Co. Ltd.
|
100
|
USD 300
|
|
| 6-2-12 |
Hubei Sanonda Co., Ltd.
|
100
|
USD 300
|
|
| 6-2-13 |
Shandong Hengtong Chemical Engineering Co., Ltd.
|
101
|
USD 300
|
|
Description:
As a non-renewable resource and one of the most important fertilizers, phosphorus is crucial to human beings. Thus the utilization of phosphorus resources is attracting more and more attention in the world. The production of yellow phosphorus, one of the major downstream products of phosphoric ore, is affected by the supply and demand of phosphoric ores. At present, the global yellow phosphorus production is highly concentrated, mainly in China, the US, Kazakhstan, the Netherlands and Vietnam. The production of yellow phosphorus is gradually concentrated in developing countries where have abundant of phosphorus resources.
The global yellow phosphorus consumption is distributed in the major production countries and major import ones. Thermal phosphoric acid still takes the largest consumption share while phosphorus trichloride is playing a more and more important role in global yellow phosphorus consumption. Is the situation in the past few years the same as present? What are the differences between major players in the world? How will the future scenario will be in the world and in different countries?
What is the situation of major yellow phosphorus exporters in the world, such as China, Kazakhstan, Netherlands and the US? How about the major import countries, such as Germany, Japan, Poland, Brazil, India, Italy and France?
After some major countries restricted the export of yellow phosphorus, what is the situation of the global yellow phosphorus industry in 2010 and 2011, and what will it be in the near future?
To answer these questions, CCM International has carried out research on global yellow phosphorus market. Besides, you will also find answers to the following questions in this report:
- What is the situation of global phosphoric ore supply and how does it influence the production of yellow phosphorus?
- What is the production situation of yellow phosphorus in major countries in 2010 and in the following five years, as well as policies.
- How is the demand of the world's yellow phosphorus?
- Which is the consumption pattern of yellow phosphorus? How will it evolve in the future?
- What changes have taken place to the global yellow phosphorus flow from 2008 to 2010? How about the future situation?
- What are the opportunities in the yellow phosphorus industry in the future?
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 around XX% is used to produce yellow phosphorus globally in 2011, price of phosphate ore will generally be independent of price of yellow phosphorus. Thus, on one hand, when the price of yellow phosphorus drops, the price of phosphate ore will be likely to remain stable, which will cause manufacturers of yellow phosphorus to suffer losses. On the other hand, when the price of phosphate ore rises, manufacturers hardly can raise their ex-work price of yellow phosphorus.
As a result, the producers who do not have phosphorus resources themselves will be less competitive, and that's why the production of yellow phosphorus has been greatly transferred to the countries with phosphorus resources in the past few years.
- Production and supply
Global yellow phosphorus capacity concentrates in five countries, namely, China, the US, Kazakhstan, Netherlands, and Vietnam. Each of them has different characteristics in its yellow phosphorus industry. Yellow phosphorus production technology is generally the same in the world, which is electric furnace process.
► China
With sufficient phosphate ore resources and electric power, China is superior in producing yellow phosphorus. Total capacity of yellow phosphorus in China has reached XXXt/a, which is already XXX of the world's consumption. There are about XXX active producers in 2011. As the downstream industries in China have developed fast in the past few years, its export volume of yellow phosphorus keeps decreasing. Besides, in order to optimize its domestic phosphorus industries, the Chinese government has gradually restricted the export of yellow phosphorus and its derivatives by raising the export tax.
► The US
The US is the second largest producer in 2011, with capacity of XXXt/a, and exports a small volume of yellow phosphorus to Brazil where the US-headquartered Monsanto's subsidiary is located. The US government also has restricted yellow phosphorus production and export. As a result, Monsanto is the only active producer of yellow phosphorus in the US.
► Kazakhstan
Kazakhstan is the second largest exporter in 2010, next to China. With self-supplied phosphate ore and electric power, the production is stable in Kazakhstan and Kazphosphate is monopolizing the production of yellow phosphorus and its derivatives. The export ratio was rather high at about XX% before 2007, due to the limited domestic market. But with the development of downstream industries, more and more yellow phosphorus has been further processed and the export ratio has decreased as well in the past few years.
► Netherlands
Netherlands is the fourth largest producer in 2011, with capacity depending on imported phosphate ore. Thermphos International now monopolizes the production of yellow phosphorus and its derivatives in the Netherlands. With stable production in recent years, the Netherlands' yellow phosphorus is mainly exported to Thermphos International's subsidiaries in EU and Argentina.
► Vietnam
Vietnam has developed its yellow phosphorus industry fast in the past five years and has increased its export in recent years, but its capacity is not large enough to impact the global supply structure.
- Demand
The global yellow phosphorus demand has increased slowly in the past five years. However, the situation of the five main downstream products, phosphoric acid, phosphorus trichloride, phosphorus pentoxide, phosphorus pentasulfide and sodium hypophosphite, is different from each other.
In 2011, thermal phosphoric acid and phosphorus trichloride are the two largest consumption fields, accounting for XXX% and XXX% of the total yellow phosphorus consumption respectively. In the next five years, the demand from thermal phosphoric acid sector will gradually decrease, while that from phosphorus trichloride sector will continue increasing fast.
China, the US, Kazakhstan, Netherlands and Japan are the major consumption countries, with consumption share of XX%, XX%, XX%, XX% and XX% respectively.
- Competitiveness analysis of five major yellow phosphorus production countries
Based on Michael Porter diamond model, CCM International has made a brief analysis of major suppliers of yellow phosphorus in the world. The conclusions are as follows.
Kazakhstan and Vietnam seem to be more competitive than the other three countries in yellow phosphorus production. Both of them will play an increasingly important role in global supply in the future, with their importance expected to even surpass China and the US.
Over XX% of the US's phosphorus ore is used to produce high-analysis fertilizers and feed additives, and the US doesn't pay much attention to its yellow phosphorus industry.
With the Chinese government's goal to reduce yellow phosphorus' power consumption and to increase the product's added value, China's yellow phosphorus industry is witnessing a focus shift to post processing in the future from merely yellow phosphorus production.
Netherlands' competitiveness is the weakest, and its export is only to meet the demand from overseas subsidiaries.
List of tables:
|
Table No.
|
Table Title
|
|
Table 1.1-1
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Characteristics of phosphate ore in top reserves countries
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Table 1.1-2
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Typical analysis of commercial phosphate ore in major countries
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Table 1.2-1
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International trade of phosphate ore, 2000-2010
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Table 1.3-1
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Policies of main phosphate ore supplying countries in the world, 2011
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Table 1.3-2
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Export quota for phosphorus ore in China
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Table 2.1-1
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Output and export of yellow phosphorus of main suppliers in the world, 2010
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Table 2.1-2
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Competitiveness analysis of yellow phosphorus industry in China, the US, Kazakhstan, Netherlands and Vietnam, 2011
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Table 2.2.1-1
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Extra electricity price on high energy-consuming industries, 2007-2012
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Table 2.2.1-2
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Requirements for existing yellow phosphorus enterprises, Jan. 2009
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Table 2.2.1-3
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Requirements on indicators of yellow phosphorus equipment
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Table 2.2.2-1
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The top five producers of yellow phosphorus in China, 2011
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Table 2.3.1-1
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Average price of electricity for industrial use in the US, 2001-2010
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Table 2.3.2-1
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Main producer of yellow phosphorus in the US, 2009-2011
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Table 2.4.1-1
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Electricity supply & demand balance in Kazakhstan, million kWh, 2006-2010
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Table 2.5.1-1
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Phosphate ore import in Netherlands, 2010
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Table 3.1-1
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Apparent consumption of yellow phosphorus by country, 2010
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Table 3.2-1
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Comparison of different phosphoric acids in the world
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Table 3.2-2
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Main thermal phosphoric acid producers in the world, 2011
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Table 3.3-1
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Consumption of yellow phosphorus in phosphorus trichloride by country, 2010
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Table 3.3-2
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Main phosphorus trichloride producers in the world, 2011
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Table 3.4-1
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Main phosphorus pentasulfide producers in the world, 2011
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Table 3.6-1
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Main phosphorus pentoxide producers in the world, 2011
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Table 4.1-1
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Export situation of yellow phosphorus by country, 2010
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Table 4.1-2
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Import situation of yellow phosphorus by country, 2010
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Table 4.2-1
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Export situation of top five yellow phosphorus manufacturers by export volume in China, 2011
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Table 4.2-2
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Export situation of top five yellow phosphorus manufacturers by export volume in China, 2010
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Table 4.5-1
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Changes of export tariff and export rebate for yellow phosphorus in China
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Table 6.1.1-1
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Basic information of Yuntianhua, 2011
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Table 6.1.2-1
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Basic information of Jiangsu Chengxing, 2011
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Table 6.1.3-1
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Basic information of Sichuan Chuantou, 2011
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Table 6.1.4-1
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Basic information of Hubei Xingfa, 2011
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Table 6.1.5-1
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Basic information of Yunnan Yunphos, 2011
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Table 6.1.6-1
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Basic information of Monsanto Company, 2011
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Table 6.1.8-1
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Basic information of Thermphos International B.V., 2011
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Table 6.1.8-2
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Subsidiary companies of Thermphos International B.V. in the world, 2011
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Table 6.2.1-1
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Basic information of UPL, 2011
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Table 6.2.2-1
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Basic information of FOSFA, 2011
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Table 6.2.3-1
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Basic information of CIECH, 2011
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Table 6.2.4-1
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Basic information of Clariant Corporation, 2011
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Table 6.2.5-1
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Basic information of Rhodia Group，2011
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Table 6.2.6-1
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Basic information of Rinkagaku Kogyo, 2011
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Table 6.2.7-1
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Basic information of NCI, 2011
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Table 6.2.8-1
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Basic information of Guangxi Mingli, 2011
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Table 6.2.9-1
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Basic information of Zhejiang Wynca, 2011
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Table 6.2.10-1
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Basic information of Xuzhou JianPing, 2011
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Table 6.2.11-1
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Basic information of Nantong Jiangshan, 2011
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Table 6.2.12-1
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Basic information of Hubei Sanonda, 2011
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Table 6.2.13-1
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Basic information of Shandong Hengtong, 2011
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