Welcome to Molycop: Progress Together Welcome to Molycop: Progress Together

At Molycop, we work side-by side with our partners and communities to accelerate and support the sustainability of the mining, rail and manufacturing industries to provide a better future for all.

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We care about reducing our environmental impact for a better future for all We care about reducing our environmental impact for a better future for all

We practice responsible resource management, invest in operational efficiencies, pursue emission and waste reduction initiatives, and are working to reducing carbon production at our plants. 

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We’re inspired to bring about positive change We’re inspired to bring about positive change

We are continuously evolving, always innovating and looking forward to how we can create services and solutions that are better for all.

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Latest from Molycop

MillROC Improvement Project at Australian Nickel Mine

MillROC Improvement Project at Australian Nickel Mine

The objective of a MillROC improvement project at a leading Australian nickel mine was to implement a new control philosophy around the grinding circuit, which allowed for stabilisation of key operating variables. The project led to significant improvement in circuit efficiency, reduction in energy requirements and increases in throughput.

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Edikan: Continuous improvement with MillROC support

Edikan: Continuous improvement with MillROC support

Molycop has successfully implemented a range of optimisation projects at The Edikan Gold Mine, including mine-to-mill optimisation, advanced instrumentation, and real-time consulting services to deliver sustainable increased throughput of 27% in 8 months.

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Fosterville Gold Mine: Successful Deployment of Milling Optimisation Technology

Fosterville Gold Mine: Successful Deployment of Milling Optimisation Technology

Agnico Eagle Fosterville Gold Mine (Fosterville) operates a gold plant in Australia comprising of a crushing and grinding circuit (SAG mill with a closed loop cyclone classification circuit) followed by flotation, bacterial oxidation and leaching circuits. The lack of surge capacity between the grinding and flotation circuit and restrictions on crushing operations due to noise constraints resulted in unique set of challenges, that required the implementation of a novel control solution using advanced instrumentation.

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