• Bismuth Ingot 99.99%min Delivered US(0.12)  04-12|Terbium Metal 99.9%min EXW China(200)  04-12|Vanadium Nitride N 14%min EXW China(3000)  04-12|Ferro-molybdenum 60%min EXW China(5500)  04-12|Terbium Oxide 99.99%min EXW China(150)  04-12|Ferro-chrome Cr 60%min, C 8%max In warehouse Rotterdam(0.04)  04-12|Gadolinium Oxide 99.99%min EXW China(5000)  04-12|Terbium Metal 99.9%min FOB China(25)  04-12|Terbium Oxide 99.99%min FOB China(20)  04-12|Holmium Oxide 99.5%min EXW China(10)  04-12|Ferro-holmium 80% EXW China(10)  04-12|Copper Conc. TC 25%min CIF China(-1)  04-12|Ferro-chrome Indian Cr 58%min, C 8%max CIF China(0.02)  04-12|Ferro-dysprosium 80% FOB China(5)  04-12
  • China Ammonium Metavanadate Production Market Research Report 2023

    2023-09-19 15:45:50   【Print】
    Table of Contents
    List of Figures
    List of Tables
    Text
    Table of Contents

    1 Production Capacity Analysis
    1.1 Review of Historical Production Capacity
    1.1.1 Historical Total Capacity
    1.1.1.1 Total Capacity by Year
    1.1.1.2 Total Capacity by Province
    1.1.1.3 Total Capacity by Type
    1.1.1.3.1 Total Capacity by Scale
    1.1.1.3.2 Total Capacity by Ownership
    1.1.1.3.3 Total Capacity by Raw Material
    1.1.1.3.4 Total Capacity by Production Method
    1.1.2 Historical Closed Capacity
    1.1.2.1 Closed Capacity by Year
    1.1.2.2 Closed Capacity by Province
    1.1.2.3 Closed Capacity by Type
    1.1.2.3.1 Closed Capacity by Scale
    1.1.2.3.2 Closed Capacity by Ownership
    1.1.2.3.3 Closed Capacity by Raw Material
    1.1.2.3.4 Closed Capacity by Production Method
    1.1.3 Historical Increased Capacity
    1.1.3.1 Increased Capacity by Year
    1.1.3.2 Increased Capacity by Province
    1.1.3.3 Increased Capacity by Type
    1.1.3.3.1 Increased Capacity by Scale
    1.1.3.3.2 Increased Capacity by Ownership
    1.1.3.3.3 Increased Capacity by Raw Material
    1.1.3.3.4 Increased Capacity by Production Method
    1.2 Analysis of Current Production Capacity
    1.2.1 Current Capacity by Province
    1.2.2 Currently Capacity by Type
    1.2.2.1 Current Capacity by Scale
    1.2.2.2 Current Capacity by Ownership
    1.2.2.3 Current Capacity by Raw Material
    1.2.2.4 Current Capacity by Production Method
    1.3 Forecast of Future Production Capacity
    1.3.1 Current Planned Capacity
    1.3.2 Prospect of Future Capacity
    1.3.2.1 Future Capacity by Year
    1.3.2.2 Future Capacity by Province
    1.3.2.2.1 Total Capacity by Province
    1.3.2.2.2 Increased Capacity by Province
    1.3.2.3 Future Capacity by Type
    1.3.2.3.1 Future Capacity by Scale
    1.3.2.3.2 Future Capacity by Ownership
    1.3.2.3.3 Future Capacity by Raw Material
    1.3.2.3.4 Future Capacity by Production Method
    2 Output Analysis
    2.1 Review of Historical Output
    2.1.1 Historical Output by Year
    2.1.2 Historical Output by Province
    2.1.3 Historical Output by Type
    2.1.3.1 Historical Output by Scale
    2.1.3.2 Historical Output by Ownership
    2.1.3.3 Historical Output by Raw Material
    2.1.3.4 Historical Output by Production Method
    2.2 Analysis of Current Output
    2.2.1 Current Output by Month
    2.2.2 Current Output by Province
    2.2.3 Current Output by Type
    2.2.3.1 Current Output by Scale
    2.2.3.2 Current Output by Ownership
    2.2.3.3 Current Output by Raw Material
    2.2.3.4 Current Output by Production Method
    2.3 Forecast of Future Output
    2.3.1 Future Output by Year
    2.3.2 Future Output by Province
    2.3.3 Future Output by Type
    2.3.3.1 Future Output by Scale
    2.3.3.2 Future Output by Ownership
    2.3.3.3 Future Output by Raw Material
    2.3.3.4 Future Output by Production Method
    3 Production Capacity Utilization Rate Analysis
    3.1 Review of Historical Production Capacity Utilization Rate
    3.1.1 Historical Capacity Utilization Rate by Year
    3.1.2 Historical Capacity Utilization Rate by Province
    3.1.3 Historical Capacity Utilization Rate by Type
    3.1.3.1 Historical Capacity Utilization Rate by Scale
    3.1.3.2 Historical Capacity Utilization Rate by Ownership
    3.1.3.3 Historical Capacity Utilization Rate by Raw Material
    3.1.3.4 Historical Capacity Utilization Rate by Production Method
    3.2 Analysis of Current Production Capacity Utilization Rate
    3.2.1 Current Capacity Utilization Rate by Month
    3.2.2 Current Capacity Utilization Rate by Province
    3.2.3 Current Capacity Utilization Rate by Type
    3.2.3.1 Current Capacity Utilization Rate by Scale
    3.2.3.2 Current Capacity Utilization Rate by Ownership
    3.2.3.3 Current Capacity Utilization Rate by Raw Material
    3.2.3.4 Current Capacity Utilization Rate by Production Method
    4 Inventory Ratio Analysis
    4.1 Review of Historical Inventory Ratio
    4.1.1 Historical Inventory Ratio by Year
    4.1.2 Historical Inventory Ratio by Province
    4.1.3 Historical Inventory Ratio by Type
    4.1.3.1 Historical Inventory Ratio by Scale
    4.1.3.2 Historical Inventory Ratio by Ownership
    4.1.3.3 Historical Inventory Ratio by Raw Material
    4.1.3.4 Historical Inventory Ratio by Production Method
    4.2 Analysis of Current Inventory Ratio
    4.2.1 Current Inventory Ratio by Month
    4.2.2 Current Inventory Ratio by Province
    4.2.3 Current Inventory Ratio by Type
    4.2.3.1 Current Inventory Ratio by Scale
    4.2.3.2 Current Inventory Ratio by Ownership
    4.2.3.3 Current Inventory Ratio by Raw Material
    4.2.3.4 Current Inventory Ratio by Production Method
    5 List of Major Producers

    List of Figures

    Figure 1 China Ammonium Metavanadate Production Capacity by Year 2018-2022 (t)
    Figure 2 China Ammonium Metavanadate Production Capacity by Province 2018-2022 (t)
    Figure 3 China Ammonium Metavanadate Production Capacity by Scale 2018-2022 (t)
    Figure 4 China Ammonium Metavanadate Production Capacity by Ownership 2018-2022 (t)
    Figure 5 China Ammonium Metavanadate Production Capacity by Raw Material 2018-2022 (t)
    Figure 6 China Ammonium Metavanadate Production Capacity by Production Method 2018-2022 (t)
    Figure 7 China Ammonium Metavanadate Closed Production Capacity by Year 2018-2022 (t)
    Figure 8 China Ammonium Metavanadate Closed Production Capacity by Province 2018-2022 (t)
    Figure 9 China Ammonium Metavanadate Closed Production Capacity by Scale 2018-2022 (t)
    Figure 10 China Ammonium Metavanadate Closed Production Capacity by Ownership 2018-2022 (t)
    Figure 11 China Ammonium Metavanadate Closed Production Capacity by Raw Material 2018-2022 (t)
    Figure 12 China Ammonium Metavanadate Closed Production Capacity by Production Method 2018-2022 (t)
    Figure 13 China Ammonium Metavanadate Increased Production Capacity by Year 2018-2022 (t)
    Figure 14 China Ammonium Metavanadate Increased Production Capacity by Province 2018-2022 (t)
    Figure 15 China Ammonium Metavanadate Increased Production Capacity by Scale 2018-2022 (t)
    Figure 16 China Ammonium Metavanadate Increased Production Capacity by Ownership 2018-2022 (t)
    Figure 17 China Ammonium Metavanadate Increased Production Capacity by Raw Material 2018-2022 (t)
    Figure 18 China Ammonium Metavanadate Increased Production Capacity by Production Method 2018-2022 (t)
    Figure 19 China Ammonium Metavanadate Production Capacity by Province 2022
    Figure 20 China Ammonium Metavanadate Production Capacity by Scale 2022
    Figure 21 China Ammonium Metavanadate Production Capacity by Ownership 2022
    Figure 22 China Ammonium Metavanadate Production Capacity by Raw Material 2022
    Figure 23 China Ammonium Metavanadate Production Capacity by Production Method 2022
    Figure 24 China Ammonium Metavanadate Planned Production Capacity 2023 (t)
    Figure 25 China Ammonium Metavanadate Production Capacity Forecast by Year 2023-2025 (t)
    Figure 26 China Ammonium Metavanadate Production Capacity Forecast by Province 2023-2025 (t)
    Figure 27 China Ammonium Metavanadate Increased Production Capacity Forecast by Province 2023-2025 (t)
    Figure 28 China Ammonium Metavanadate Production Capacity Forecast by Scale 2023-2025 (t)
    Figure 29 China Ammonium Metavanadate Production Capacity Forecast by Ownership 2023-2025 (t)
    Figure 30 China Ammonium Metavanadate Production Capacity Forecast by Raw Material 2023-2025 (t)
    Figure 31 China Ammonium Metavanadate Production Capacity Forecast by Production Method 2023-2025 (t)
    Figure 32 China Ammonium Metavanadate Output by Year 2018-2022 (t)
    Figure 33 China Ammonium Metavanadate Output by Province 2018-2022 (t)
    Figure 34 China Ammonium Metavanadate Output by Scale 2018-2022 (t)
    Figure 35 China Ammonium Metavanadate Output by Ownership 2018-2022 (t)
    Figure 36 China Ammonium Metavanadate Output by Raw Material 2018-2022 (t)
    Figure 37 China Ammonium Metavanadate Output by Production Method 2018-2022 (t)
    Figure 38 China Ammonium Metavanadate Output by Month 2022 (t)
    Figure 39 China Ammonium Metavanadate Output by Province 2022 (t)
    Figure 40 China Ammonium Metavanadate Output by Scale 2022 (t)
    Figure 41 China Ammonium Metavanadate Output by Ownership 2022 (t)
    Figure 42 China Ammonium Metavanadate Output by Raw Material 2022 (t)
    Figure 43 China Ammonium Metavanadate Output by Production Method 2022 (t)
    Figure 44 China Ammonium Metavanadate Output Forecast by Year 2023-2025 (t)
    Figure 45 China Ammonium Metavanadate Output Forecast by Province 2023-2025 (t)
    Figure 46 China Ammonium Metavanadate Output Forecast by Scale 2023-2025 (t)
    Figure 47 China Ammonium Metavanadate Output Forecast by Ownership 2023-2025 (t)
    Figure 48 China Ammonium Metavanadate Output Forecast by Raw Material 2023-2025 (t)
    Figure 49 China Ammonium Metavanadate Output Forecast by Production Method 2023-2025 (t)
    Figure 50 China Ammonium Metavanadate Production Capacity Utilization Rate by Year 2018-2022
    Figure 51 China Ammonium Metavanadate Production Capacity Utilization Rate by Province 2018-2022
    Figure 52 China Ammonium Metavanadate Production Capacity Utilization Rate by Scale 2018-2022
    Figure 53 China Ammonium Metavanadate Production Capacity Utilization Rate by Ownership 2018-2022
    Figure 54 China Ammonium Metavanadate Production Capacity Utilization Rate by Raw Material 2018-2022
    Figure 55 China Ammonium Metavanadate Production Capacity Utilization Rate by Production Method 2018-2022
    Figure 56 China Ammonium Metavanadate Production Capacity Utilization Rate by Month 2022
    Figure 57 China Ammonium Metavanadate Production Capacity Utilization Rate by Province 2021
    Figure 58 China Ammonium Metavanadate Production Capacity Utilization Rate by Scale 2022
    Figure 59 China Ammonium Metavanadate Production Capacity Utilization Rate by Ownership 2022
    Figure 60 China Ammonium Metavanadate Production Capacity Utilization Rate by Raw Material 2022
    Figure 61 China Ammonium Metavanadate Production Capacity Utilization Rate by Production Method 2022
    Figure 62 China Ammonium Metavanadate Inventory to Production Ratio by Year 2018-2022
    Figure 63 China Ammonium Metavanadate Inventory to Production Ratio by Province 2018-2022
    Figure 64 China Ammonium Metavanadate Inventory to Production Ratio by Scale 2018-2022
    Figure 65 China Ammonium Metavanadate Inventory to Production Ratio by Ownership 2018-2022
    Figure 66 China Ammonium Metavanadate Inventory to Production Ratio by Raw Material 2018-2022
    Figure 67 China Ammonium Metavanadate Inventory to Production Ratio by Production Method 2018-2022
    Figure 68 China Ammonium Metavanadate Inventory to Production Ratio by Month 2022
    Figure 69 China Ammonium Metavanadate Inventory to Production Ratio by Province 2022
    Figure 70 China Ammonium Metavanadate Inventory to Production Ratio by Scale 2022
    Figure 71 China Ammonium Metavanadate Inventory to Production Ratio by Ownership 2022
    Figure 72 China Ammonium Metavanadate Inventory to Production Ratio by Raw Material 2022
    Figure 73 China Ammonium Metavanadate Inventory to Production Ratio by Production Method 2022

    List of Tables

    Table 1 China Ammonium Metavanadate Production Capacity by Year 2018-2022 (t)
    Table 2 China Ammonium Metavanadate Production Capacity by Province 2018-2022 (t)
    Table 3 China Ammonium Metavanadate Production Capacity by Scale 2018-2022 (t)
    Table 4 China Ammonium Metavanadate Production Capacity Scale Definition 2022 (t)
    Table 5 China Ammonium Metavanadate Production Capacity by Ownership 2018-2022 (t)
    Table 6 China Ammonium Metavanadate Production Capacity by Raw Material 2018-2022 (t)
    Table 7 China Ammonium Metavanadate Production Capacity by Production Method 2018-2022 (t)
    Table 8 China Ammonium Metavanadate Closed Production Capacity by Year 2018-2022 (t)
    Table 9 China Ammonium Metavanadate Closed Production Capacity by Province 2018-2022 (t)
    Table 10 China Ammonium Metavanadate Closed Production Capacity by Scale 2018-2022 (t)
    Table 11 China Ammonium Metavanadate Closed Production Capacity by Ownership 2018-2022 (t)
    Table 12 China Ammonium Metavanadate Closed Production Capacity by Raw Material 2018-2022 (t)
    Table 13 China Ammonium Metavanadate Closed Production Capacity by Production Method 2018-2022 (t)
    Table 14 China Ammonium Metavanadate Increased Production Capacity by Year 2018-2022 (t)
    Table 15 China Ammonium Metavanadate Increased Production Capacity by Province 2018-2022 (t)
    Table 16 China Ammonium Metavanadate Increased Production Capacity by Scale 2018-2022 (t)
    Table 17 China Ammonium Metavanadate Increased Production Capacity by Ownership 2018-2022 (t)
    Table 18 China Ammonium Metavanadate Increased Production Capacity by Raw Material 2018-2022 (t)
    Table 19 China Ammonium Metavanadate Increased Production Capacity by Production Method 2018-2022 (t)
    Table 20 China Ammonium Metavanadate Production Capacity by Province 2022 (t)
    Table 21 China Ammonium Metavanadate Production Capacity by Scale 2022 (t)
    Table 22 China Ammonium Metavanadate Production Capacity by Ownership 2022 (t)
    Table 23 China Ammonium Metavanadate Production Capacity by Raw Material 2022 (t)
    Table 24 China Ammonium Metavanadate Production Capacity by Production Method 2022 (t)
    Table 25 China Ammonium Metavanadate Planned Production Capacity 2023 (t)
    Table 26 China Ammonium Metavanadate Production Capacity Forecast by Year 2023-2025 (t)
    Table 27 China Ammonium Metavanadate Production Capacity Forecast by Province 2023-2025 (t)
    Table 28 China Ammonium Metavanadate Increased Production Capacity Forecast by Province 2023-2025 (t)
    Table 29 China Ammonium Metavanadate Production Capacity Forecast by Scale 2023-2025 (t)
    Table 30 China Ammonium Metavanadate Production Capacity Forecast by Ownership 2023-2025 (t)
    Table 31 China Ammonium Metavanadate Production Capacity Forecast by Raw Material 2023-2025 (t)
    Table 32 China Ammonium Metavanadate Production Capacity Forecast by Production Method 2023-2025 (t)
    Table 33 China Ammonium Metavanadate Output by Year 2018-2022 (t)
    Table 34 China Ammonium Metavanadate Output by Province 2018-2022 (t)
    Table 35 China Ammonium Metavanadate Output by Scale 2018-2022 (t)
    Table 36 China Ammonium Metavanadate Output by Ownership 2018-2022 (t)
    Table 37 China Ammonium Metavanadate Output by Raw Material 2018-2022 (t)
    Table 38 China Ammonium Metavanadate Output by Production Method 2018-2022 (t)
    Table 39 China Ammonium Metavanadate Output by Month 2022 (t)
    Table 40 China Ammonium Metavanadate Output by Province 2022 (t)
    Table 41 China Ammonium Metavanadate Output by Scale 2022 (t)
    Table 42 China Ammonium Metavanadate Output by Ownership 2022 (t)
    Table 43 China Ammonium Metavanadate Output by Raw Material 2022 (t)
    Table 44 China Ammonium Metavanadate Output by Production Method 2022 (t)
    Table 45 China Ammonium Metavanadate Output Forecast by Year 2023-2025 (t)
    Table 46 China Ammonium Metavanadate Output Forecast by Province 2023-2025 (t)
    Table 47 China Ammonium Metavanadate Output Forecast by Scale 2023-2025 (t)
    Table 48 China Ammonium Metavanadate Output Forecast by Ownership 2023-2025 (t)
    Table 49 China Ammonium Metavanadate Output Forecast by Raw Material 2023-2025 (t)
    Table 50 China Ammonium Metavanadate Output Forecast by Production Method 2023-2025 (t)
    Table 51 China Ammonium Metavanadate Production Capacity Utilization Rate by Year 2018-2022 (t)
    Table 52 China Ammonium Metavanadate Production Capacity Utilization Rate by Province 2018-2022
    Table 53 China Ammonium Metavanadate Production Capacity Utilization Rate by Scale 2018-2022
    Table 54 China Ammonium Metavanadate Production Capacity Utilization Rate by Ownership 2018-2022
    Table 55 China Ammonium Metavanadate Production Capacity Utilization Rate by Raw Material 2018-2022
    Table 56 China Ammonium Metavanadate Production Capacity Utilization Rate by Production Method 2018-2022
    Table 57 China Ammonium Metavanadate Production Capacity Utilization Rate by Month 2022 (t)
    Table 58 China Ammonium Metavanadate Production Capacity Utilization Rate by Province 2022 (t)
    Table 59 China Ammonium Metavanadate Production Capacity Utilization Rate by Scale 2022 (t)
    Table 60 China Ammonium Metavanadate Production Capacity Utilization Rate by Ownership 2022 (t)
    Table 61 China Ammonium Metavanadate Production Capacity Utilization Rate by Raw Material 2022 (t)
    Table 62 China Ammonium Metavanadate Production Capacity Utilization Rate by Production Method 2022 (t)
    Table 63 China Ammonium Metavanadate Inventory to Production Ratio by Year 2018-2022 (t)
    Table 64 China Ammonium Metavanadate Inventory to Production Ratio by Province 2018-2022
    Table 65 China Ammonium Metavanadate Inventory to Production Ratio by Scale 2018-2022
    Table 66 China Ammonium Metavanadate Inventory to Production Ratio by Ownership 2018-2022
    Table 67 China Ammonium Metavanadate Inventory to Production Ratio by Raw Material 2018-2022
    Table 68 China Ammonium Metavanadate Inventory to Production Ratio by Production Method 2018-2022
    Table 69 China Ammonium Metavanadate Inventory to Production Ratio by Month 2022 (t)
    Table 70 China Ammonium Metavanadate Inventory to Production Ratio by Province 2022 (t)
    Table 71 China Ammonium Metavanadate Inventory to Production Ratio by Scale 2022 (t)
    Table 72 China Ammonium Metavanadate Inventory to Production Ratio by Ownership 2022 (t)
    Table 73 China Ammonium Metavanadate Inventory to Production Ratio by Raw Material 2022 (t)
    Table 74 China Ammonium Metavanadate Inventory to Production Ratio by Production Method 2022 (t)
    Table 75 China Major Ammonium Metavanadate Producers List 2022 (t)
    Table 76 China Ammonium Metavanadate Production Capacity Distribution Forecast ---- Value Assigned to Key Variables
    Table 77 China Ammonium Metavanadate Production Capacity Distribution Forecast ---- Value Assigned to Natural Endowments
    Table 78 China Ammonium Metavanadate Production Capacity Distribution Forecast ---- Value Assigned to Local Policies
    Table 79 China Ammonium Metavanadate Production Capacity Distribution Forecast ---- Value Assigned to Industrial Chains
    Table 80 China Ammonium Metavanadate Production Capacity Distribution Forecast ---- Value Assigned to Cultural Preferences


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