Renascor hits battery-grade purity at Adelaide plant: flowsheet insights for process engineers
Reviewed by Tom Sullivan

First reported on Australian Mining
30 Second Briefing
Renascor Resources has produced spherical graphite at 99.97 per cent carbon purity at its Adelaide demonstration plant, exceeding the ~99.95 per cent threshold typically required for lithium-ion battery anodes. The trial validates its chemical purification flowsheet on South Australian graphite concentrate, a critical step before scaling to commercial production for electric vehicle and stationary storage markets. For process engineers and metallurgists, the result suggests Renascor’s route can meet battery-grade specifications without additional high-temperature thermal purification.
Technical Brief
- Purification validation was achieved on graphite concentrate sourced from Renascor’s South Australian deposits.
- Demonstration-scale processing in Adelaide reduces scale-up uncertainty for the planned commercial anode facility in SA.
- Chemical purification route is designed to avoid high-temperature thermal treatment, lowering energy demand and OPEX.
- Adelaide location allows integration with existing South Australian mining logistics and export infrastructure.
- Demonstration plant operation provides real-world data on reagent consumption, impurity deportment and waste streams.
- Process confirmation supports Renascor’s vertically integrated mine-to-anode strategy rather than exporting raw concentrate.
Our Take
Renascor Resources’ ability to exceed typical battery-maker carbon purity thresholds at its Adelaide demonstration plant strengthens the case for its South Australian graphite portfolio, including the Marree project that recently cleared a key Native Title Mining Agreement hurdle with the Arabana Aboriginal Corporation.
Within our mining database, graphite and lithium pieces are a relatively small subset compared with iron ore and gold, so Renascor’s battery-grade graphite result in Adelaide stands out as one of the more advanced downstream processing stories rather than just another raw material play.
Hitting 99.97 per cent carbon purity at demonstration scale in Australia positions Renascor as a potential domestic anode material supplier to lithium-ion battery makers, which could become strategically important if local policy support for onshore battery supply chains, flagged in several recent Australian Mining items, continues to firm up.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
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