#modelling

Flocculants and tailings

Understanding, choosing and implementing the right flocculant can improve dewatering capabilities on your tailings treatments and TSF management.

Cloured lines flowing around a red cylindrical object

Processing complex slurries

Emerging technology helping with rheological characterisation of complex slurries can improve processing and remove then need for a ‘dilution solution’

Silhoutte of men in hard hards in front of furnance countaining molten steel

Metallurgical testwork

Falling ore grade and increasing ore complexity are making metallurgical testwork more challenging. We can help you overcome insufficient testing.

Close-up of metal processing vats

Optimising processes at pilot scale

Pilot scale facilities present a more accurate representation of process optimisation than other scale and modelling methods alone.

Flourescent yellow fumes coming from metal furnace

Overcoming inefficiencies in flash smelting

Flash smelters could now be at risk of decreased throughput, thanks to the rising complexity of feedstock. Discover how computer modelling can help you reduce inefficiency.

Pile of e-waste i.e. compter motherbiards and electronics components

Maximising value from waste materials

Waste accompanies mineral processing and product production.Extracting value from waste products, through recycling, re-processing and re-purposing, enables companies to manage waste production and stockpiling. Our high temperature modelling can help you achieve sustainable approaches to waste management and value recovery.

Concentration map of alumina

Improving process optimisation with predictive modelling

Predictive testing models are valuable tools to help you achieve efficiency gains from optimal plant processing, reducing operating costs to maximise profits.