Indonesia Designates 47 Critical Minerals to Boost Strategic Industries

The Indonesian Ministry of Energy and Mineral Resources (ESDM) has officially designated 47 minerals as critical, marking a significant step in the country’s resource management strategy.

This designation, outlined in Ministerial Decree No. 296.K/MB.01/MEM.B/2023, aims to secure raw material supply for domestic strategic industries and enhance the national economy, defense, and security.

Defining Critical Minerals

According to the decree issued on September 14, 2023, critical minerals are defined as those with crucial applications for the national economy and defense security, potentially facing supply disruptions and lacking suitable substitutes. To be classified as critical, a mineral must meet four criteria:

1. Serve as a raw material for national strategic industries

2. Provide significant value to the national economy and defense security

3. Face high supply risks

4. Lack of suitable substitutes

Rationale Behind the Classification

The Directorate General of Mineral and Coal (Ditjen Minerba) at the Ministry of ESDM outlined several reasons for formulating this list of critical minerals:

1. Ensuring a stable supply of specific minerals for strategic industries

2. Addressing weak mineral reserve resilience

3. Reducing dependency on high mineral imports

4. Mitigating the export of certain resource-based minerals due to limited advanced refining technologies

5. Completing the industrial linkage local value chain

6. Attracting large investments for mineral downstream processing

The 47 Critical Minerals

The comprehensive list of critical minerals includes both commonly known elements and rarer materials are.

  1. Aluminum (from bauxite)
  2. Antimony
  3. Barium (from barite)
  4. Beryllium
  5. Iron (from iron ore and iron sand)
  6. Bismuth
  7. Boron
  8. Cadmium
  9. Feldspar
  10. Fluorspar
  11. Phosphorus (from phosphate)
  12. Galena
  13. Gallium
  14. Germanium
  15. Graphite
  16. Hafnium
  17. Indium
  18. Potassium
  19. Calcium
  20. Cobalt
  21. Chromium (from chromite)
  22. Lithium
  23. Rare Earth Elements
  24. Magnesium
  25. Manganese
  26. Mercury (from cinnabar)
  27. Molybdenum
  28. Nickel
  29. Niobium
  30. Palladium
  31. Platinum
  32. Ruthenium
  33. Selenium
  34. Zinc
  35. Silica (from quartz sand, quartzite, quartz crystal)
  36. Sulfur
  37. Scandium
  38. Strontium
  39. Tantalum
  40. Tellurium
  41. Copper
  42. Tin
  43. Titanium
  44. Thorium
  45. Tungsten (Wolfram)
  46. Vanadium
  47. Zirconium (from zircon)

This strategic move by Indonesia aligns with global trends of securing critical mineral supplies, reflecting the country’s commitment to leveraging its natural resources for economic development and national security.

As one of the world’s major mineral producers, Indonesia’s classification of critical minerals is likely to have significant implications for both domestic and international markets in the coming years.

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