CANADIAN TECHNOLOGY
and 50 million pounds of copper in 2025. The mine uses block caving, requiring precise coordination and cutting-edge technology.
The LTE / 5G deployment, which kicked off in March 2024, is rolling out in three strategic phases:
• Phase 1: Implementing LTE-powered remote operations in the C-Zone, a newly developed mining area.
• Phase 2: Expanding underground LTE coverage to improve connectivity throughout the mine.
• Phase 3: Enhancing surface communication across the rugged, mountainous terrain.
Ambra:“ This transformation overcomes significant challenges, including the need for high-precision geolocation to track extracted minerals and the integration of advanced wireless systems with legacy cable infrastructure.”
The project enables remote operations of Sandvik vehicles in the C-Zone, significantly enhancing safety and productivity. The LTE network also supports Push-to-Talk( PTT) communication, ensuring seamless coordination among workers. It also enables real-time geolocation via Ambra’ s Intelligent Positioning System( iPS), allowing precise tracking of personnel and equipment for improved safety and operational efficiency. And it brings real-time network monitoring through Smartloads, ensuring network reliability and security.
By leveraging these technologies, New Afton aims to optimise operations while significantly enhancing worker safety. With remote operations, miners can control machinery from a distance, reducing the need for frequent commutes to the deepest parts of the mine. This journey typically takes 50 minutes each way.
Ambra states:“ This advanced connectivity initiative is more than just an upgrade – it’ s a blueprint for the future of underground mining. New Afton’ s LTE network lays the foundation for predictive analytics, automation, and comprehensive asset tracking. With robust cybersecurity measures ensuring data integrity and operational security, New Afton is setting a new standard for digital transformation in mining – turning connectivity into a competitive advantage in one of the most demanding industries on the planet.”
Hepburn support global hoisting with deep technical expertise
The mine hoisting industry continues to drive forward with ambitious projects and a growing demand for innovative, highperformance solutions. Hepburn, based in Etobicoke, Ontario, Canada, says it meets this demand by delivering robust,
24
Hepburn says it delivers robust, state-of-the-art hoisting systems backed by exceptional service and deep technical expertise- including this example for Alamos Gold
state-of-the-art hoisting systems backed by exceptional service and deep technical expertise.
The company told IM:“ With complete mechanical and electrical supply capabilities under one roof, our multi-disciplinary team delivers a coordinated and refined product, and seamless project execution. The result is long-standing, collaborative client relationships, and repeat business.” A recent project highlights this commitment: Hepburn has supplied a major customer with a 6 m diameter, SANS-compliant double-drum production hoist powered by a 9,000 hp direct-drive synchronous motor, a 3.2 m auxiliary hoist, and four large sinking winches. This system includes advanced variable frequency drive technology and multi-channel, closed-loop braking for unmatched performance and reliability.
Another project saw completion of the on-site installation of a 4.3 m doubledrum production hoist and a 3.7 m singledrum service hoist supplied by Hepburn. Delivered on an accelerated timeline, the commissioning met the customer’ s aggressive schedule.
Globally, Hepburn adds that it is leading modernisation efforts“ with exciting projects in Ireland, Mexico, and across Canada, upgrading drive electrics, controls, gearing, braking systems, and rotating assemblies.” It says its experienced field teams often serve as the initial point of contact, ultimately leading to its full team helping clients develop long-term strategic upgrade plans with minimal production disruption.“ When legacy equipment lacks original documentation, we employ laser scanning to digitise hoists and integrate them into our CAD and FEA platforms.”
Hepburn’ s four SIL2 sinking hoists in Mongolia have now safely and successfully completed their twin shaft sinking mission.
Building on this success, Hepburn can supply fully compliant SIL3 control and braking systems based on a universal, modular design.
Hepburn continues to advance hoisting technology, with innovations spanning across braking systems, dynamic failure mode mitigation, Babbitt bearing manufacturing techniques, peak power limiting, advanced safety, self diagnostics, and control system simulation.
In addition to new builds, Hepburn is the OEM for legacy brands including DavyMarkham, Fullerton Hodgart and Barclay, Canadian Ingersoll Rand, Westinghouse, and Ottumwa – offering complete OEM parts, service, and upgrades for this equipment.
LoopX continues to advance with funding and key support commitments
Last September, LoopX, the Sudbury-based company developing AI and roboticspowered solutions for the mining industry, announced a pre-seed investment from Hatch. The partnership underscores Hatch’ s ongoing commitment to building safer, smarter, and more sustainable mining operations.
Founded in 2022 and based in Waterloo and Sudbury, Ontario, LoopX is pioneering the development of interoperable autonomy and collision avoidance systems for both industrial and mining applications. As part of its strategic investment in LoopX’ s recent seed round, Hatch will provide deep technical expertise and global project experience to help accelerate the deployment of LoopX’ s autonomous mining technologies. Hatch’ s multidisciplinary teams will support the integration of LoopX’ s AI-powered systems into large-scale mining operations, offering guidance on implementation, risk mitigation, and life cycle
International Mining | APRIL 2026