Top trends in mining and how your organisation can thrive
How mining operators can balance complex priorities, extract productivity gains, and build agility to unlock new value in existing operations.
Sponsored byBaker Hughes
Explore in-depth research, technical papers, and sponsored insights from industry leaders.
How capital projects of all sizes can unlock the value of reliability, availability, and maintainability (RAM) analysis.
Exploration companies are increasingly on the lookout for new ways to enhance discovery. Seequent has composed an eBook that helps junior explorers achieve success by understanding the earth more clearly.
A new AI-based predictive maintenance solution has helped one of the largest multinational mining, metals, and petroleum companies in Oceania prevent catastrophic failure with its conveyor belts.
Accounting for blast movement in porphyry or manto copper deposits can have a significant impact in the reduction of ore loss, dilution and misclassification, resulting in increased ore recovery.
Eliminate corrosion and erosion in heat recovery, waste heat boilers, baghouses, off-gas ducting, pyrometallurgical furnaces, cooling parts, and stacks.
To reduce operating risks, mining companies must progressively implement edge-enabled automation architectures to improve remote accessibility and autonomy. This white paper explains how.
In modern PLC/PACs and edge controllers, implementing high availability and redundancy is now fast, easy and affordable, at a cost little more than a spare part. This white paper explains how.
The Rajant Kinetic Mesh® network is the only wireless network that autonomously adapts to operational and environmental changes in mines. In Rajant Corporation's recent white paper, Todd Rigby, Sales Director at Rajant, discusses how Rajant Kinetic Mesh provides a mining network that enables operators to meet production demands and industry safety mandates with resolute network availability.
Blasting is the first and lowest cost per ton stage in the comminution value chain. The basic principle that effective blast design can optimize fragmentation from the Run of Mine (ROM) ore muck pile to improve productivity through digging, loading, and crushing to grinding and increase mine site profits has been well documented. This paper discusses the use of real-time fragmentation analysis at the muck pile to optimize energy factors required for each blast.
