Project Manager - Gallium Extraction and Refining (LATAM)

About the role

Gatesource HR is seeking an experienced Project Manager to lead the development and operation of a high-purity gallium extraction and refining project. The role sits within a strategic critical materials supply chain supporting the semiconductor and advanced electronics markets, and calls for deep expertise in ultra-high-purity metal recovery, precision refining technologies and strict quality and export compliance.

Key responsibilities

• Lead the execution and operational management of a semiconductor-grade gallium extraction and refining project.
• Oversee high-purity metal recovery processes so that product specifications meet advanced electronics standards.
• Manage solvent extraction and ion exchange purification circuits for ultra-low impurity control.
• Implement quality control systems capable of maintaining parts-per-million (ppm) impurity thresholds.
• Ensure compliance with applicable US and EU export regulations, quality standards and traceability requirements.
• Coordinate integration of gallium recovery streams within existing alumina refinery process infrastructure.
• Lead multidisciplinary teams across metallurgy, process engineering, quality assurance and regulatory compliance.
• Drive continuous improvement in recovery yields, refining performance and product consistency.
• Act as the senior technical interface with customers, auditors and project stakeholders under confidential conditions.

Required profile

• Direct experience in high-purity metal extraction and refining, ideally in critical or specialty materials.
• Proven expertise operating and optimizing solvent extraction circuits and ion exchange purification systems.
• Strong background in quality assurance at ppm-level impurity specifications.
• Demonstrated experience working under strict US and EU export control frameworks and international quality standards.
• Practical experience integrating gallium or trace metal recovery within alumina refinery or Bayer Process environments.