In July 2025, Reformix presented at Geopolymer Camp 2025, hosted by the Geopolymer Institute (Institut Géopolymère) in Saint-Quentin, France. In attendance was director Ramon Skane who presented on the Geopolymer Opportunities made from Industrial By-products in Western Australia. Our presentation focused on a critical transition point in the sector: Moving geopolymer systems from laboratory validation to successful field implementation. We shared insights from current fiel

Reformix’s approach to geopolymer system design is grounded in materials science, engineering and thermodynamics - not wishful thinking in the laboratory. 'Predicting the stability of geopolymer activator solutions for optimised synthesis through thermodynamic modelling' is a case study written by Skane et. al. and published recently in the esteemed peer-reviewed Chemical Engineering Journal. In this work, the team developed and experimentally validated a dynamic mathemati

As with any mining process, metal production from all mineral deposits incurs the inevitable production of mineral residues. The global push for sustainable resource management has placed increasing pressure on the mining industry to find viable solutions for processing by-product residue materials. Lithium mining, crucial for battery technologies, generates substantial by-products, At the 3rd Western Australian School of Mines: Minerals, Energy and Chemical Engineering Sympo