12th Rare Earth Summit

May 27-28, 2021
Hangzhou, Zhejiang, China

11th Aluminum Raw Materials Summit

May 20-21, 2021
Hangzhou, Zhejiang, China

9th Magnesium Summit

April 15-16, 2021
Hangzhou, Zhejiang, China

13th World InBiGeGa Forum

March 25-26, 2021
Hangzhou, Zhejiang, China

7th World Antimony Forum

June 13-14, 2019
Changsha, Hunan, China

7th Refractory & Abrasive Materials Summit 2019

May 23-24, 2019
Qingdao, Shandong, China

10th Aluminum Raw Materials Summit

May 16-17, 2019
Zhengzhou, Henan, China

11th Rare Earth Summit

May 9-10, 2019
Qingdao, Shandong, China

8th Magnesium Summit

April 11-12, 2019
Zhuhai, Guangdong, China

12th World InBiGeGa Forum

March 14-15, 2019
Zhuhai, Guangdong, China

6th World Manganese & Selenium Forum

May 21-22, 2018
Hainan Sanya, China

China Rare Earth Ore Development Research Report 2020

2021-01-06 19:01:07   【Print】
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Table of Contents

1 Definition of Rare Earth Ore 
1.1 Bastnaesite-Monazite Mixed Ore
1.2 Bastnaesite Ore
1.3 Ionic Rare Earth Ore
1.4 Monazite Ore
2 Identified Rare Earth Resources
2.1 Volume of Identified Resources
2.1.1 Volume Review by Year
2.1.2 Volume Review by Province
2.2 Distribution of Identified Resources
2.2.1 Distribution of Rare Earth Ore
2.2.2 Distribution of Ionic Rare Earth Ore
2.3 Forecast of Identified Resources
3 Characteristics of Rare Earth Ore
3.1 Highly Concentrated and Primarily in Inner Mongolia
3.2 The Light and the Heavy Coexistent, with the Light Dominant
3.3 The Light in the North and the Heavy in the South, with the North Dominant
4 Types of Rare Earth Ore
5 Exploitation of Rare Earth Ore
5.1 Exploitation Proportion
5.1.1 General Proportion
5.1.2 Proportion by Type
5.2 Exploitation Distribution
5.3 Exploited Mines List
5.4 Mining Methods
5.4.1 Types of Mining Methods
5.4.2 Definition of Mining Methods
5.4.2.1 Open Pit Mining
5.4.2.1.1 Description
5.4.2.1.2 Process
5.4.2.1.3 Characteristics
5.4.2.2 Combination of Open Pit and Underground Mining
5.4.2.2.1 Description
5.4.2.2.2 Process
5.4.2.2.3 Characteristics
5.4.2.3 Hydraulic Mining
5.4.2.3.1 Description
5.4.2.3.2 Process
5.4.2.3.3 Characteristics
5.4.2.4 In-situ Leaching
5.4.2.4.1 Description
5.4.2.4.2 Process
5.4.2.4.3 Characteristics
5.4.3 Comparison of Mining Methods
5.4.4 Application of Mining Methods
5.4.4.1 Application Rates
5.4.4.1.1 Application Rates by Capacity
5.4.4.1.2 Application Rates by Output
5.4.4.1.3 Application Rates by Operation
5.4.4.2 Applied Companies
6 Beneficiation of Rare Earth Ore
6.1 Beneficiation Methods
6.1.1 Types of Beneficiation Methods
6.1.2 Definition of Beneficiation Methods
6.1.2.1 Combination of Low Intensity and High Intensity Magnetic-Floatation Separation
6.1.2.1.1 Description
6.1.2.1.2 Process
6.1.2.1.3 Characteristics
6.1.2.2 Combination of Gravity-Magnetic-Floatation Separation
6.1.2.2.1 Description
6.1.2.2.2 Process
6.1.2.2.3 Characteristics
6.1.2.3 Combination of Gravity-Floatation-Magnetic Separation
6.1.2.3.1 Description
6.1.2.3.2 Process
6.1.2.3.3 Characteristics
6.1.2.4 In-situ Leaching Separation
6.1.2.4.1 Description
6.1.2.4.2 Process
6.1.2.4.3 Characteristics
6.1.3 Comparison of Beneficiation Methods
6.1.4 Application of Beneficiation Methods
6.1.4.1 Application Rates
6.1.4.1.1 Application Rates by Capacity
6.1.4.1.2 Application Rates by Output
6.1.4.1.3 Application Rates by Operation
6.1.4.2 Applied Companies
6.2 Standard Specifications of Rare Earth Concentrates
7 Types of Rare Earth Concentrates
7.1 Definition of Types
7.2 Market Share of Types
7.3 Comparison of Types
8 Applications of Rare Earth Concentrates
9 Rare Earth Concentrates' Role in Industrial Chains
10 Rare Earth Concentrates' Role in National Economies
10.1 Value of Rare Earth Concentrates Industry
10.2 Employment of Rare Earth Concentrates Industry
Appendix 1
Appendix 2

Figures

Figure 1 China Identified Rare Earth Resources Volume by Year 2014-2019 (REO 10kt)
Figure 2 China Identified Rare Earth Resources Volume by Province 2014-2019 (REO 10kt)
Figure 3 China Identified Rare Earth Resources Volume and Proportion by Province 2019 (REO 10kt)
Figure 4 China Identified Ionic Rare Earth Resources Proportions by Province 2019
Figure 5 China Identified Rare Earth Resources Volume Forecast 2020-2022 (REO 10kt)
Figure 6 China Identified Rare Earth Resources Proportion in Inner Mongolia 2019 (REO 10kt)
Figure 7 China Identified Rare Earth Resources Volume Proportions of the Light/Heavy 2019
Figure 8 China Identified Light Rare Earth Resources Volume Proportion by Region 2019
Figure 9 China Identified Heavy Rare Earth Resources Proportion by Region 2019
Figure 10 China Identified Rare Earth Resources Proportion by Major Types 2019
Figure 11 China Identified Rare Earth Resources Exploitation Volume and Proportion 2019
Figure 12 China Identified Rare Earth Resources Exploitation Volume and Proportion by Type 2019 (REO 10kt)
Figure 13 China Identified Rare Earth Resources Exploitation Volume and Proportion by Province 2019 (REO 10kt)
Figure 14 China Number of Exploited Rare Earth Mines with Capacity by Province 2019 (REO 10kt)
Figure 15 China Open Pit Mining Method Flowchart of Rare Earth Ore 2019
Figure 16 China Combination of Open Pit and Underground Mining Method Flowchart of Rare Earth Ore 2019
Figure 17 China Hydraulic Mining Method Flowchart of Rare Earth Ore 2019
Figure 18 China In-situ Leaching Method Flowchart of Rare Earth Ore 2019
Figure 19 China Application Rates of Mining Methods of Rare Earth Ore by Capacity 2019 (REO 10kt)
Figure 20 China Application Rates of Mining Methods of Rare Earth Ore by Output 2019 (REO 10kt)
Figure 21 China Application Rates of Mining Methods of Rare Earth Ore by Operation 2019
Figure 22 China Combination of Low & High Intensity Magnetic-Floatation Separation Method Flowchart of Rare Earth Ore 2019
Figure 23 China Combination of Gravity-Magnetic-Floatation Separation Method Flowchart of Rare Earth Ore 2019
Figure 24 China Combination of Gravity-Floatation-Magnetic Separation Method Flowchart of Rare Earth Ore 2019
Figure 25 China In-situ Leaching Separation Flowchart of Rare Earth Ore 2019
Figure 26 China Application Rates of Beneficiation Methods of Rare Earth Ore by Capacity 2019
Figure 27 China Application Rates of Beneficiation Methods of Rare Earth Ore by Output 2019
Figure 28 China Application Rates of Beneficiation Methods of Rare Earth Ore by Operation 2019
Figure 29 China Rare Earth Concentrates Market Share by Major Types and Output 2019
Figure 30 China Rare Earth Concentrates Industrial Chains 2019
Figure 31 China Value of Rare Earth Concentrates by Type 2019 (million USD)
Figure 32 China Employment of Rare Earth Concentrates by Type 2019 (Person)

Tables

Table 1 China Definition of Bastnaesite-Monazite Mixed Ore 2019
Table 2 China Definition of Monazite Ore 2019
Table 3 China Definition of Ionic Rare Earth Ore 2019
Table 4 China Definition of Monazite Ore 2019
Table 5 China Identified Rare Earth Resources Volume by Year 2014-2019 (REO 10kt)
Table 6 China Identified Rare Earth Resources Volume by Province 2014-2019 (REO 10kt)
Table 7 China Identified Rare Earth Resources Volume and Proportion by Province 2019 (REO 10kt)
Table 8 China Identified Ionic Rare Earth Resources Volume by Province 2019 (REO 10kt)
Table 9 China Identified Rare Earth Resources Volume Forecast 2020-2022 (REO 10kt)
Table 10 China Identified Rare Earth Resources Volume in Inner Mongolia 2019 (REO 10kt)
Table 11 China Identified Rare Earth Resources Volume Proportions of the Light/Heavy 2019 (REO 10kt)
Table 12 China Identified Light Rare Earth Resources Volume and Proportion by Region 2019 (REO 10kt)
Table 13 China Identified Heavy Rare Earth Resources Volume by Region 2019 (REO 10kt)
Table 14 China Identified Rare Earth Resources Volume by Major Types 2019 (REO 10kt)
Table 15 China Identified Rare Earth Resources Exploitation Volume and Proportion 2019 (REO 10kt)
Table 16 China Identified Rare Earth Resources Exploitation Volume and Proportion by Type 2019 (REO 10kt)
Table 17 China Identified Rare Earth Resources Exploitation Volume and Proportion by Province 2019 (REO 10kt)
Table 18 China Number of Exploited Rare Earth Mines with Capacity by Province 2019 (REO 10kt)
Table 19 China Application of Mining Methods of Rare Earth Ore by Type 2019
Table 20 China Advantages and Disadvantages of Mining Methods of Rare Earth Ore 2019
Table 21 China Application Rates of Mining Methods of Rare Earth Ore by Capacity 2019 (REO 10kt)
Table 22 China Application Rates of Mining Methods of Rare Earth Ore by Output 2019 (REO 10kt)
Table 23 China Application Rates of Mining Methods of Rare Earth Ore by Operation 2019
Table 24 China Typical Applied Companies of Mining Methods of Rare Earth Ore 2019
Table 25 China Application of Beneficiation Methods of Rare Earth Ore 2019
Table 26 China Advantages and Disadvantages of Beneficiation Methods of Rare Earth Ore 2019
Table 27 China Application Proportions of Beneficiation Methods of Rare Earth Ore by Capacity 2019 (REO 10kt)
Table 28 China Application Rates of Beneficiation Methods of Rare Earth Ore by Output 2019 (REO 10kt)
Table 29 China Application Rates of Beneficiation Methods of Rare Earth Ore by Operation 2019
Table 30 China Typical Applied Rates of Beneficiation Methods of Rare Earth Ore 2019
Table 31 China Standard Specifications for Rare Earth Concentrates 2019
Table 32 China Rare Earth Concentrates by Major Types 2019
Table 33 China Rare Earth Concentrates Market Share by Major Types and Output 2019 (REO 10kt)
Table 34 China Advantages and Disadvantages of Major Grades of Rare Earth Concentrates 2019
Table 35 China Applications of Rare Earth Concentrates 2019
Table 36 China Value of Rare Earth Concentrates by Type 2019 (million USD)
Table 37 China Employment of Rare Earth Concentrates by Type 2019 (Person)
Table 38 China Identified Rare Earth Resources Increased Volume by Province by Year 2015-2019 (REO 10kt)
Table 39 China Sources List for Identified Rare Earth Resources Increased Volume 2015-2019 (REO 10kt)