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Gyan Prameswara

Mineral Chemical Engineering · Politeknik ATI Makassar

https://researchid.co/gyanprameswara
@atim.ac.id
29Scopus Publications
255Google Scholar Citations
8Google Scholar h-index
7Google Scholar i10-index

Research Interests

Mineral Processing

Biography

Gyan Prameswara is a dedicated scientist and academician with a passion for mineral processing, hydrometallurgy, chemical process engineering, and separation process technologies. Currently serving as a lecturer at Politeknik ATI Makassar, Gyan's work focuses on the development and optimization of processes involved in extracting valuable metals and minerals from their ores. Gyan's research in mineral processing revolves around finding efficient and sustainable methods to extract and refine minerals. By exploring novel techniques, he aims to enhance the recovery rates of valuable metals while minimizing environmental impact. His expertise lies in designing and optimizing mineral processing plants, including crushing, grinding, flotation, and gravity separation systems. In the field of hydrometallurgy, Gyan explores the application of aqueous solutions to extract and purify metals from their ores. He investigates various leaching techniques, solvent extraction, precipitation, and elec

Education

Chemical Engineering Graduate Program - Gadjah Mada University

Recent Scopus Publications

  1. Optimization of precipitation of rare earth elements from zircon tailings using Ammonia estimated using response surface methodology (RSM)
    Transition Metal Chemistry, 2026
  2. Prioritization of risks associated with mining permit restrictions in Indonesia’s new capital region: analytic hierarcy process and fuzzy-analytic hierarcy process approach
    Asia Pacific Journal of Regional Science, 2026
  3. Kinetics of Laterite Ore Reduction Using Low-Rank Coal and Palm Oil Empty Fruit Bunch (EFB) Biochar
    JOM, 2026
  4. Synthesis of nanoclay from Sidoarjo mud volcano by sonication method: particle breakage kinetics and mechanism
    Chemical Papers, 2026
  5. Strategic assessment of lithium iron phosphate in the global energy transition: Supply chain dynamics and future competitiveness
    Mineral Economics, 2026

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