![Coalition for Energy Efficient Comminution](https://media.molycop.com/molycop/media/general/images/innovation/innovation-5.png?ch=192&w=345)
Coalition for Energy Efficient Comminution
Accelerating eco-efficient comminution practices through promotion of supporting data and industry initiatives.
Read MoreJoin us for this exclusive, invitation-only webinar as we share key insights into Molycop's advanced solutions for Gold Processing.
Embark on a journey with us as we delve into Molycop's innovative solutions designed to optimise gold processing. In this webinar, we'll navigate the ever-evolving landscape of innovation and sustainability within the field, gaining a deep understanding of Molycop's substantial contributions to gold optimisation.
In this webinar, we'll delve into practical insights by exploring a real-world case study at the Hidden Valley Gold and Silver mine in Papua New Guinea. This case study unfolds Molycop's successful optimisation of cyanide leaching circuits. Through the implementation of Mintek C² Meters, witness the evolution towards enhanced efficiency, consistent elution stripping, and the realisation of substantial economic impacts.
Another aspect we'll explore is the strategic shift in carbon management, observing the transition from manual to high-frequency online measurements facilitated by the C² Meter. This ultrasound attenuation-based technology provides real-time insights into carbon concentration in slurry tanks.
A key focus will be on the seamless integration of C² Meters into plant control systems, resulting in improved silver recovery and a noteworthy reduction in new carbon addition rates. This case study not only highlights technological advancements but also emphasises a strategic move towards consistent gold recovery and operational excellence.
This webinar is an opportunity to deeply immerse yourself in Molycop's gold processing solutions, drawing valuable insights from the Hidden Valley Gold and Silver mine case study.
Adrian Paine, based in Perth, is the Manager of Gold Processing at Molycop. Armed with a degree in physical metallurgy, Adrian has established himself as a proficient professional in the field. With a keen understanding of metallurgical processes, he has played a crucial role in advancing Molycop's initiatives in gold processing. Adrian's expertise and strategic acumen contribute significantly to the company's success in optimising gold processing operations. Through his leadership, Molycop continues to uphold its commitment to excellence and innovation in the realm of gold processing under Adrian's adept guidance.
Accelerating eco-efficient comminution practices through promotion of supporting data and industry initiatives.
Read MoreMolycop partners with the University of New South Wales to further research into Green Steel and other global innovations designed to promote sustainability.
Read MoreMolycop has received ARC funding to pursue resource recovery initiatives such as recycling and reuse of coffee grounds and coffee pods.
Read MoreCivil Chemical Engineer María José Astudillo Rodríguez has an important role to play in fostering a culture of innovation at Molycop and ensuring the company’s innovation efforts target the needs of Molycop customers.
Read MoreMarked Ball Wear Tests (MBWT) are recognized and accepted as a media performance method assessment. But are they well suited to New Product Development (NPD) projects? This research paper takes a deep dive by examining a specific NPD project.
Read MoreAfter successful completion of two industrial research projects, Molycop is now funding two comprehensive research projects at The University of Queensland in Brisbane, Australia, to further advance the company’s new product development (NPD) capabilities.
Read MoreMolycop is proud to have brought its insights on advanced optimisation processes to an audience in Ghana, Africa.
Read MoreIn this presentation, Levi Guzman, Molycop Technical Director – Applications Services, explains the methodology behind DEM modelling and how it can be used to optimise ball size, liner design, mill speed and discharge component design for improved mill performance.
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