Process modelling and optimization of a submerged arc furnace for phosphorus production.

A fundamental metric for metal recycling applied to coated magnesium.

Recycling system flexibility: the fundamental solution to achieve high energy and material recovery quotas

Fingerprint of a phosphorus producing submerged arc furnace a - The limits of dynamic modeling.

Design for recycling - A key to sustainable magnesium application.

DEM fingerprint of a phosphorus producing submerged arc furnace B - The promise of CFD modelling.

Recycling light metals: Optimal thermal de-coating.

CFD-based process modelling of a rotary furnace for aluminium scrap melting.

A particle packing algorithm for pellet design with a predetermined size distribution.

Quantifying the quality loss and resource efficiency of recycling by means of exergy analysis

Assessment of the resource efficiency of remelting & refining of coated magnesium.

Analysis of transport phenomena and combustion modelling of rotary kiln hazardous waste incinerators.

CFD prediction for the performance of a heat treatment furnace.

Achieving high recycling rates for plastics

Electrowinning Al from Al2S3 in molten salt.

Predicting the influence of coatings on recyclability of magnesium using energy analysis.

Exergy as a tool for evaluation of the resource efficiency of recycling systems

Thermal de-coating of magnesium - a first step towards recycling of coated magnesium.

Fundamental limits for recycling - Formulating environmental legislation on the basis of first principles

Modelling of aluminium scrap melting in a rotary furnace.