Nickel is infinitely recyclable. GTX closes the loop deliberately.
Every kilogramme of nickel that enters the GTX supply chain is, in principle, infinitely reusable. The engineering question is how much of it actually cycles back. GTX runs closed-loop recovery programmes with industrial partners across the seven verticals — and maintains the 400-mesh filtration product that makes industrial-scale recovery economically viable in the first place.
End-of-life recovery programmes
For long-term supply-agreement customers, GTX offers scheduled end-of-life retrieval of nickel-mesh and fabricated-component material. Retrieved material is reconverted and re-enters the GTX production stream under a closed-loop batch identifier.
PGM and REE recovery enablement
The GTX 400-mesh product itself enables closed-loop recovery of platinum-group metals and rare earths from industrial process streams at 95% efficiency — meaning GTX is both a user and a supplier of circular-economy infrastructure.
Process-water closed loop
Singapore conversion operations run on a ≥ 90% process-water recycling commitment by 2028. Zero-discharge design is the baseline; all effluent is treated and returned to process, with reporting audited against the published policy.
Recycled-content provenance
For customers subject to recycled-content mandates (US IRA, EU CRMA), GTX can provide recycled-content documentation against verified reclaim streams — enabling those customers to satisfy their own downstream regulatory filings.
Reservoir efficiency
The 7,026,905-metre reservoir is a physical asset designed to be efficiently consumed, not wastefully depleted. Conversion yields are tracked batch-by-batch; inefficiencies identified in the QA record feed directly into process-engineering improvements.
Partner-facing audits
Long-term customers can audit the GTX circular-economy programme against their own internal ESG framework. Audit reports are treated as customer-confidential and are not published.