Process Modelling
Mathematical models of slags, melts, and reactors to optimise impurity control, metal recovery, refractory life, and energy use.
Learn more →From furnace chemistry to plant performance
Specialist consulting in pyrometallurgy and high-temperature processing of ferrous and base metals, bridging rigorous research with practical outcomes.
What we do
Feasibility Studies
Conceptual flowsheets and technical-economic assessment for new routes, feed materials, and energy scenarios.
Learn more →Towards Zero Waste
Resource efficiency, renewable reductants, and low-emission process options including dry slag granulation and waste-heat recovery.
Learn more →Sustainability Assessments
Life cycle thinking for metallurgical operations including footprinting, benchmarking, and identification of practical levers.
Learn more →Technical Training
On-site courses for graduate metallurgists and plant engineers, focused on thermodynamics and kinetics for ferrous and base metals processing.
Learn more →Research areas
Fundamentals
Thermodynamics, kinetics, and physicochemical properties of high-temperature melts, slags, and refractories.
Explore Fundamentals →Process Development
Process modelling, flowsheet design, and value recovery from complex and low-grade feeds.
Explore Process Development →Sustainability
Low-emission steelmaking, dry slag granulation, and life cycle assessment of pyrometallurgical processes.
Explore Sustainability →
