The goal was simple: Move activator preparation from informal laboratory practice toward controlled, reproducible process engineering. Geopolymer technology continues to advance as a low-carbon alternative to Ordinary Portland Cement. Yet one major limitation remains: There is no widely accepted standard method for preparing stable activator solutions. In a recent case study turned peer-reviewed study published by Skane et. al.* , we addressed this challenge by integratin

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