Soil Carbon Sequestration Project
QMAG has engaged local soil health and grazing experts RCS to investigate the feasibility of a grazing-based soil carbon sequestration pilot project on the Kunwarara mine site.
An approved method under the Australian Carbon Credit Unit (ACCU) Scheme, soil carbon sequestration is a way that we can potentially offset some of our CO2 emissions, whilst also providing land improvement co-benefits through improving soil carbon and thus soil health.
On his second visit to the mine in 2024, RCS Advisor & Coach Dom Walker confirmed to QMAG’s Emissions Reduction Officer Dr John McGrath the improvement potential of the existing soil of our mine site with the proven technique of time-controlled grazing. Using this method, the soil in a paddock benefits from periods with cattle acting as a natural source and spreader of nitrogen, which in turn encourages enhanced plant growth and thus carbon uptake during rest periods.
Indonesia Critical Minerals Conference 2026
We are pleased to announce that QMAG, together with our colleagues from Refratechnik Group Holding, Refratechnik Asia and Baymag Inc., will be participating in the Indonesia Critical Minerals Conference (ICM 2026) in Jakarta, 3–5 June 2026.
AWIC 2026 Site Visit
QMAG was proud to host another visit from the AWIC - Awesome Women in Construction Roadshow on 15 May 2026, welcoming thirteen Year 10 students from The Cathedral College (TCC), Rockhampton, along with employment and manufacturing professionals. AWIC (awic.org.au) is a Queensland-based not-for-profit organisation with a national footprint, dedicated to championing meaningful careers for women in the construction and related manufacturing industries.
Cobalt Conference 2026
We’re excited to share that QMAG will be represented at the Cobalt Congress 2026 from12–13 May at the Hyatt Regency Hesperia Madrid by our Head of Sales Suren Dias-Jayasinha and our Managing Director Dr. Christoph Beyer.
EMAG45 shipment to Indonesia
Queensland Magnesia has successfully completed loading and dispatched a 5,000-ton bulk shipment of EMAG45 High Grade CCM in one-metric-ton bags to an Indonesian customer, departing from the Port of Brisbane.
Unlock Higher Recovery in Hydrometallurgy with EMAG45!
When it comes to precision and performance in hydrometallurgical precipitation, EMAG45 from Queensland Magnesia (QMAG) stands in a league of its own. Produced from one of the world’s largest cryptocrystalline magnesite deposit in Queensland, Australia, EMAG45 is QMAG’s highest reactive caustic calcined magnesia, engineered specifically for demanding metals recovery applications.
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