No. | Content | Page | Price | Handle |
|
Executive summary
|
1
|
$ 1,600
|
|
|
Introduction and methodology
|
3
|
$ 160
|
|
1 |
Source of phosphate rock
|
5
|
$ 4,000
|
|
1-1 |
Phosphorus ore
|
5
|
$ 1,600
|
|
1-1-1 |
Deposit information
|
5
|
$ 800
|
|
1-1-2 |
Quality of currently mined phosphate rock
|
7
|
$ 800
|
|
1-1-3 |
Rock treatment after mining
|
8
|
$ 800
|
|
1-2 |
Main player in rock production
|
9
|
$ 1,600
|
|
1-2-1 |
Miner
|
9
|
$ 800
|
|
1-2-2 |
Integrated producers to fertilizers
|
11
|
$ 800
|
|
1-2-3 |
Integrated producers to industrial phosphorus manufactures
|
12
|
$ 800
|
|
1-3 |
Rock application in China
|
13
|
$ 2,400
|
|
1-3-1 |
Rock’s main applications
|
13
|
$ 800
|
|
1-3-2 |
Yellow phosphorus
|
17
|
$ 960
|
|
1-3-2-1 |
Production
|
17
|
$ 480
|
|
1-3-2-1-1 |
Capacity and output of yellow phosphorus
|
|
|
|
1-3-2-1-2 |
Players
|
|
|
|
1-3-2-1-3 |
Regional distribution of yellow phosphorus
|
|
|
|
1-3-2-2 |
Technology utilized
|
23
|
$ 480
|
|
1-3-2-3 |
Consumption in China
|
25
|
$ 480
|
|
1-3-2-3-1 |
Thermal-process phosphoric acid
|
|
|
|
1-3-2-3-1-1 |
Consumption in China
|
|
|
|
1-3-2-3-1-2 |
Export
|
|
|
|
1-3-2-3-2 |
Phosphoric acid's derivatives
|
|
|
|
1-3-2-3-2-1 |
Consumption in China
|
|
|
|
1-3-2-3-2-2 |
Export
|
|
|
|
1-3-2-3-3 |
Non acid applications
|
|
|
|
1-3-2-3-3-1 |
Consumption of yellow phosphorus in non-acid applications of China
|
|
|
|
1-3-2-3-3-2 |
Export
|
|
|
|
1-3-2-4 |
Yellow phosphorus derivatives
|
34
|
$ 480
|
|
1-3-2-5 |
Economical model
|
36
|
$ 480
|
|
1-3-2-5-1 |
Business model for integrated acid applications
|
|
|
|
1-3-2-5-2 |
Business model for integrated non-acid applications
|
|
|
|
1-3-3 |
Industry development
|
37
|
$ 800
|
|
1-3-3-1 |
Acid application of yellow phosphorus
|
37
|
$ 480
|
|
1-3-3-2 |
Non-acid applications of yellow phosphorus
|
38
|
$ 480
|
|
1-4 |
Estimated quality decrease in time
|
39
|
$ 1,600
|
|
1-5 |
Estimated exploitation cost increase in time
|
42
|
$ 1,600
|
|
1-5-1 |
Projected cost development based on higher exploitation cost
|
42
|
$ 800
|
|
1-5-2 |
Projected price development based on higher exploitation cost
|
45
|
$ 800
|
|
1-5-3 |
Projected peak in projected consumption curve
|
47
|
$ 800
|
|
1-6 |
Estimated rock consumption
|
48
|
$ 1,600
|
|
1-7 |
Possible ways to reshuffle rock consumption
|
50
|
$ 1,600
|
|
2 |
Phosphorus recovery
|
51
|
$ 4,800
|
|
2-1 |
Available methodologies to recover phosphorus
|
51
|
$ 1,600
|
|
2-1-1 |
From sewage sludge
|
51
|
$ 800
|
|
2-1-2 |
Farming manure
|
53
|
$ 800
|
|
2-1-3 |
Industry
|
55
|
$ 800
|
|
2-2 |
Existing projects worldwide dealing with phosphorus recovery
|
56
|
$ 1,600
|
|
2-3 |
Development of phosphorus recovery in China
|
58
|
$ 1,600
|
|
2-4 |
Official responsibilities to deal with phosphorus recovery in China
|
58
|
$ 1,600
|
|
2-5 |
Existing projects in China
|
59
|
$ 1,600
|
|
2-6 |
Major obstacles
|
60
|
$ 1,600
|
|
3 |
Possible influence of PEST factors upon phosphorus industry
|
62
|
$ 4,800
|
|
3-1 |
Political factor
|
63
|
$ 1,600
|
|
3-1-1 |
Government's role in the industry
|
63
|
$ 480
|
|
3-1-2 |
Restricted policy in the industry and its effect to the industry
|
65
|
$ 480
|
|
3-1-3 |
Subsidy policy in the industry and its effect to the industry
|
69
|
$ 480
|
|
3-1-4 |
Comparison between policy in China with other phosphorus supply countries (such as Europe’s declaration of phosphate Rock as critical raw material)
|
70
|
$ 480
|
|
3-1-5 |
Environmental policy in the industry and its effect to the industry
|
71
|
$ 480
|
|
3-1-6 |
Possible restricted mining policy in the future
|
72
|
$ 480
|
|
3-2 |
Economic factor
|
73
|
$ 1,600
|
|
3-2-1 |
China’s economic and its effect to the industry
|
73
|
$ 480
|
|
3-2-2 |
Oversea economic and its effect to the industry
|
75
|
$ 480
|
|
3-2-3 |
Possible economic structure adjustment in the future and its effect to the industry
|
75
|
$ 480
|
|
3-2-4 |
Possible industry and agriculture change in the future and its effect to the industry
|
76
|
$ 480
|
|
3-3 |
Social factor
|
77
|
$ 1,600
|
|
3-3-1 |
Future population and demographic change and its effect to the industry
|
77
|
$ 480
|
|
3-3-2 |
Urbanization trend in China and its effect to the industry
|
78
|
$ 480
|
|
3-3-3 |
Feature of phosphorus consumption in industrial and agricultural field
|
79
|
$ 480
|
|
3-3-4 |
Public’s attitude towards resource recovery business
|
79
|
$ 480
|
|
3-3-5 |
Social features of China’s enterprises
|
80
|
$ 480
|
|
3-4 |
Technology factor
|
81
|
$ 1,600
|
|
3-4-1 |
R&D environment in China
|
81
|
$ 480
|
|
3-4-2 |
Current production technology of phosphate fertilizers and yellow phosphorus
|
82
|
$ 480
|
|
3-4-3 |
Enterprise’s attitude towards the electricity limited and new technology
|
84
|
$ 480
|
|
3-4-4 |
Future possible change of technology
|
84
|
$ 480
|
|
4 |
Qualitative forecast of phosphorus industry in China
|
85
|
$ 4,800
|
|
4-1 |
Forecast of available time of phosphorus in China
|
85
|
$ 1,600
|
|
4-2 |
Forecast of technology utilized trend of phosphorus in China
|
85
|
$ 1,600
|
|
4-3 |
Forecast of competition and survey of players in the industry
|
87
|
$ 1,600
|
|
4-4 |
Forecast of phosphorus downstream development in China
|
87
|
$ 1,600
|
|