Tag Archives: Bluetooth Low Energy

Almonty Industries and Korea Telecom to introduce Mine Safety DX technology at Sandong

Almonty Industries, through its wholly-owned South Korean subsidiary, Almonty Korea Tungsten Corporation (AKTC), has announced a collaboration with Korea Telecom (KT) to introduce cutting-edge Mine Safety DX technology.

Developed in partnership with KT, this solution aims to enhance worker safety and promote efficient mining practices which is indicative of AKTC’s strong commitment to environmental, social and governance (ESG) compliance, Almonty says.

The partnership between AKTC and KT is the result of the continuing challenges the mining industry has faced in ensuring immediate response to unforeseen events and instantaneous sharing of critical information in emergency situations. The Mine Safety DX technology, which is being implemented at the Sangdong mine in South Korea, addresses these concerns by using advanced information and communication technology to establish a new safety framework for mining operations.

“We are fully committed to implementing responsible and sustainable mining practices as we reopen the Sangdong Mine while also providing the safest environment possible for our mine workers,” Lewis Black, President and CEO of Almonty, said. “Mine Safety DX technology, developed with Korean Telecom, gives us a previously unheard of level of workplace environment monitoring that ensures the detection of hazardous factors and timely notifications to protect worker well-being. We look forward to sharing this advancement with the rest of the mining community.”

In addition, AKTC will be making this technology, which is a key component of our ESG program, available via open source to allow all South Korean mines access to this important new system.

The communication infrastructure established by KT and AKTC at the Sangdong mine is based on LTE technology. This infrastructure offers superior coverage and simultaneous access, surpassing the capabilities of Wi-Fi and radios traditionally used in mine communication, accoring to Almonty. By utilising “leaky coaxial cables” and “mining designated line amplifiers”, seamless communication is possible even in deep underground sections of the mine, ensuring communication and monitoring capabilities, it says.

The Mine Safety DX solution incorporates various components, including smart devices, access/location management, an AI-based mine safety system and workplace environment monitoring. Smart devices, such as smart bands and helmets with smart tags, provide real-time location information and biometric data, enabling immediate response to underground emergencies and ensuring worker safety. The access/location management component uses Bluetooth Low Energy beacons for precise positioning and notification of workers entering dangerous areas. This AI-based mine safety system enables real-time monitoring of worker safety, emergency messaging and data analysis allowing mine operators to take proactive safety measures, according to Almonty. Workplace environment monitoring ensures the detection of hazardous factors and timely notifications to protect worker well-being.

In addition to improving safety standards, the Mine Safety DX technology also contributes to the efficient functioning of mining operations, according to Almonty. By establishing a robust communication infrastructure, AKTC aims to enhance mining efficiency and productivity.

The collaboration between AKTC and KT aligns with the South Korean Ministry of Trade, Industry and Energy’s Comprehensive Mine Safety Plan and supports the government’s goal of providing long-distance wide-area communication capabilities by 2027.

“We are proud to partner with KT in developing the Mine Safety DX solution,” Donghoon Kang, Sangdong Mine’s Planning Director at AKTC, said. “This collaboration allows us to prioritise worker safety while also promoting efficient mining practices. We believe that the implementation of this technology will establish Yeongwol-Gun, Gangwon-do, as a mining city at the forefront of technological advancement, contributing to the revitalization of the domestic mining industry.”

AKTC and KT plan to continue their collaboration in developing innovative solutions that not only prioritise safety but also align with ESG principles, Almonty says.

GeoMoby geolocation technology receives plaudits at Karora’s Beta Hunt mine

Having developed what it says is world-first geolocation technology for mining that could improve safety underground and potentially save companies millions of dollars each year, GeoMoby has now tested out its solution in an underground section of Karora Resources’ Beta Hunt gold and nickel mine, in Western Australia.

GeoMoby – the name of the company and product – uses wireless, cable-free and reusable beacons to geofence sites, track assets and check on workforces, providing a layer of safety and efficiency never seen before, the company says.

It recently tested the location and communication network at Beta Hunt, with results gathered from the project confirming the possibility of live audio and video streams in real time, using Bluetooth Low Energy, GeoMoby said.

Before now, audio and video communication from underground to the surface has only been possible with Wi-Fi or LTE powered wireless networks.

Bluetooth capabilities enable mining companies to reach optimal connectivity without having to stop operations – at a large cost to the business – to lay cables and wires throughout the site, the company said. The technology allows the transfer of live audio and video streams to the surface in real time, in addition to existing real-time location, messaging and photo transfer capabilities, ensuring surface teams can have eyes and ears underground.

GeoMoby CEO, Chris Baudia, said the high-speed wireless network powered by Bluetooth Low Energy was able to transfer a range of important operations information from down the hole to the surface.

“Using our point-to-point network of nodes and technology platform, we have been able to stream audio and video in high quality and real time to the surface, allowing those above ground to hear and see what’s going on beneath them,” he said.

He said the simple, cable free, low disruption deployment method was a game changer for miners looking to improve their communication with minimal interference to operations.

“Key data transferred from underground to surface includes speed calculation alerts for vehicles and machinery, proximity awareness and real time proximity detection alerts,” he explained. “These features, along with file transfer and geofencing technology, are being delivered through our updated Underground Zero Harm application, giving miners the advantage of a one stop technology shop for monitoring people and assets.”

The roll out of a wireless point-to-point network at Beta Hunt involved the installation of 16 nodes across 2 km of underground mine tunnels and was completed in 2.5 hours, with no impact on the mine’s operations, according to GeoMoby. It connects a range of devices – both personal and company issue – directly to nodes, which combine to feed information in to the platform for users to see.

Baudia added: “Our benchmark is entry-level technicians correctly positioning or replacing nodes with no or minimal assistance from GeoMoby. Software diagnostic tools incorporated into the platform allow site personnel to detect any fault in the network and respond immediately, which is critical to ensuring communications remain intact at all times.”

Karora Senior OHS Adviser, Jody Herd, said there had been a steep change in operator behaviour since the GeoMoby technology was installed.

“We have 120 people on site at any given time,” he said. “Previously we tracked personnel and equipment underground the old school way with tag board systems, so we didn’t always know where everyone was at any given time without using a radio.

“We’ve already seen a change in operator behaviour due to workers understanding that machines are now monitored using the GeoMoby solution.”

Baudia said GeoMoby was working through added use cases of contact tracing capability in the instance of infectious disease entering sites, individual health monitoring and geofencing solutions that are currently only available with their on-surface solution.