Tag Archives: personnel tracking

GeoMoby and Digital Terrain to provide real-time environmental monitoring in underground mines

Mining location technology company GeoMoby has partnered with fellow Australia-based Digital Terrain to, it says, offer real-time monitoring of environmental conditions in underground mines.

“Temperature and potentially lethal gases, such as carbon monoxide or methane, can easily be remotely monitored, recorded and alerts triggered if needed,” Mathieu Paul, Director of GeoMoby, says.

Digital Terrain’s RDI-EMS can monitor temperature (wet and dry bulb), wide (speed and direction), humidity, gases and dust. Gas sensors can detect oxygen, carbon monoxide, carbon dioxide, nitrogen dioxide, hydrogen sulphide, methane and ammonia. It also detects a firing and sends a message to the blast crew when it is best to start conducting re-entries, GeoMoby says. This saves valuable time, especially in single heading, independent firing situations.

GeoMoby, meanwhile, provides an all-in-one, visibility platform allowing real-time monitoring of assets and people. Its goal is to change the way businesses make decisions and reach people, to help businesses control their data and their future.

“Essentially Digital Terrain has the technology to monitor many conditions – from levels of gases, such as oxygen, to the temperature in underground mines – and GeoMoby has the technology to use Digital Terrain’s data, from its recording devices, to use that information to trigger alarms if necessary,” Paul says.

“We know this is the best, most accurate solution for environmental monitoring in underground mine sites in Australia right now. Both our technologies are fully integrated. For example, if Digital Terrain detects too much carbon monoxide or methane in the mine’s atmosphere, then GeoMoby real-time systems trigger alerts for management and an emergency response can be rolled out much faster and more efficiently. We know this new technology will save lives in the hazardous environments of underground mines.”

GeoMoby says it has installed the technology in several large Australian mines.

Digital Terrain will establish the improved technology in the systems of current and established Digital Terrain clients, while GeoMoby will manage the client relationships with its new clients.

Digital Terrain CEO, Andrew Rouse, said: “GeoMoby and Digital Terrain’s relationship continues to grow – from an initial reseller appointment of GeoMoby products to now starting to integrate our solutions together. We will continue to identify more collaboration opportunities across our combined customer base, delivering value- adding solutions to our customers.”

CEO and Founder of GeoMoby, Chris Baudia, said: “This is another important adaption of our technology to help keep workers safe, so they can return to their families every single day. The ability to record environmental information will also help improve mining conditions and operations for the future and we are delighted to join with Digital Terrain to do that.”

Retenua’s RefleX machine vision tech set to go underground in EU-backed project

An EU-backed project looking to tap into the full potential of the ‘digital mine’ goes live this month, with Retenua’s AI-driven RefleX™ machine vision technology set to be further optimised, adapted and tested as part of the scope.

The illuMINEation project under the European Union-backed Horizon 2020 has a budget of €8.9 million ($10.5 million) and is looking to embed digital thinking into the heart of the mining sector by improving digital skills of mining personnel and enhancing the cooperation along the entire digital mining value chain, according to Retenua.

“Europe urgently needs to reduce its import dependency in respect to a multitude of raw materials,” it said. “In order to do so, Europe’s mining industry must completely redesign the process of traditional mining via the adoption of pioneering innovations and extensive use of data analytics.”

The illuMINEation project will highlight significant aspects of digitalisation in underground mining activities with the core objective of improving the efficiency as well as health and safety of European mining operations and its personnel, Retenua said, with RefleX set to be one technology to undergo testing.

In the scope of IlluMINEation research project, RefleX will be employed in demanding underground mining environments. The core technology of Retenua’s product line emitrace®, RefleX includes both embedded infrared stereo vision hardware and smart algorithms for detecting and tracking workers and equipment from mobile heavy machinery.

The ability to reliably detect worksite personnel and selected infrastructure in the vicinity of vehicles not only in good daylight conditions but also in poorly illuminated environments makes Retenua’s solution highly suitable for use both above and below ground, the company says.

The technology evaluation and customisation will be primarily carried out in collaboration with project partner Epiroc Rock Drills AB and represent an important step towards improved safety standards in mining operations, Retenua said.

The multidisciplinary project consortium within illuMINEation consists of 19 partners from six European countries, constituting a well-balanced assembly of world leading industrial and academic players from a multitude of technical fields and applications, it added.

This includes Montanuniversitaet Leoben, Joanneum Research Forschungsgesellschaft MBH, Epiroc Rock Drills AB, ams AG, KGHM Cuprum sp zoo, DMT GmbH & CO KG, GEOTEKO Serwis Sp zoo, Lulea Tekniska University, Universidad Politécnica de Madrid, KGHM Polska Miedz SA, Minera de Orgiva SL, RHI Magnesita GmbH, DSI Underground Austria GmbH, Retenua AB, IMA Engineering Ltd Oy, Fundacion Tecnalia Research & Innovation, Worldsensing SL, Instytut Chemii Bioorganiczney Polskiej Akademii Nauk and Boliden Mineral AB.

Sandvik underlines interoperability policy for mining’s digitalisation journey

The COVID-19 pandemic means less people in the mining area, working to achieve the same output; this makes digitalisation no longer a nice-to-have but a vital efficiency mechanism for survival, according to Niel McCoy, Business Line Manager for Automation and Digitalisation at Sandvik Mining & Rock Technology.

McCoy says the challenge when it comes to applying digitalisation successfully is often getting the ‘vision’ right from the outset.

“Most mining companies have for years been working to digitalise their operations, but the difficulty is to know exactly what this process is meant to achieve and where managers want their mines to be in the future,” McCoy says. “Bringing in new technologies means fundamentally changing the way your operation runs, so you need to be ready for the change management that this will require.”

The result is many mines still struggling to develop and apply digital strategies, the company says.

Effective digitalisation, McCoy says, involves nothing less than moving away from the traditional style of management. It means bringing everything towards a more centralised point.

“Digitalisation allows the whole underground mining operation to become visual – as if the ‘roof’ has been lifted off the mine – and to be managed from an operational management centre,” he says. “This gives management a view of all operations in real time, and the ability to optimise the various processes.”

Before any digital implementation can begin, the goal must be clear in everyone’s minds – a picture of what their ‘mine of the future’ looks like, he says. This will then guide the roadmap to be followed for adoption of digital tools.

“Without an end in mind, this will become just another initiative,” McCoy says. “Operations people will be unable to contextualise what the digital solutions mean within the big picture, and how it will improve their day-to-day activities and outcomes. This is mainly due to the data not being used in day-to-day management and decision making. It can never be a ‘side project’.”

McCoy emphasises that digital solutions are not just for managers to see more clearly what is happening on their mines; it is also vital for the people on the ground to run their operations more effectively and efficiently. As a result, there needs to be full buy-in from the start if the intended efficiencies are to be realised in practice.

“The only way of making mining operations more efficient is to understand what is happening and where, and to react accordingly as quickly as possible,” he says. “One of the main shortcomings with traditional, hard copy reporting methods on mines is that it simply takes too long for managers to sort through the raw reports from each shift and identify problems in time to make a meaningful intervention.”

This means that operations can never be properly optimised, according to Sandvik. Digital tools play a valuable role in addressing this challenge, helping mines achieve their key performance indicators.

“A good example of a key performance indicator in the context of the COVID-19 pandemic is this: how do we get the best out of a reduced workforce?” he says. “Once a mine has clarified how it plans to approach this, it can start selecting the appropriate digital tools to achieve its goals.”

Niel McCoy, Business Line Manager for Automation and Digitalisation at Sandvik Mining & Rock Technology

Change management is at the heart of the process, based on short interval control and process management, according to the company, with Sandvik Mining & Rock Technology’s core focus in digitalisation being process management and optimisation, through its OptiMine® product.

There are five different modules within OptiMine that we offer customers, depending on their digital requirements,” McCoy says. “Further digital solutions are also available, relating to aspects including telemetry of non-Sandvik equipment, face utilisation, ventilation monitoring, personnel tracking and ventilation-on-demand through our Newtrax platform.”

McCoy says Sandvik’s experience in this field is substantial, demonstrated by the fact that OptiMine has been installed at about 66 sites worldwide.

He also emphasises that, while industry technology providers have their own specific focus areas, mines need to ensure the different systems integrate effectively.

“As a manager on a mine, you don’t want to have dozens of different login points and dashboards to manage your operational data,” he says. “Rather, you want just a few key interfaces from which you can gather the overview you need. That is why it is so important to have your digital vision and understand what solutions you will require to achieve this vision.”

Interoperability is, therefore, a vital aspect of this digitalisation planning – this is, again, an area Sandvik has been working on, with many of its digital solutions now able to be integrated into platforms supplied by other vendors.

“Sandvik Mining & Rock Technology’s leading interoperability policy commits the company to working with any other type of information system that a customer has on site,” it says. “This is to achieve the effective transfer of data between systems, to make it more useful for the customer.”

McCoy added: “We are very proud of this policy, and are one of the first original equipment manufacturers to make such a policy public. It shows our understanding of the bigger digital picture and our role within it – aimed at ensuring that the customer is empowered to use their data the way they choose.”

Strata Worldwide enhances personnel tracking in underground mines

Strata Worldwide has released the StrataConnect™ second-generation miner communicator (MC2) as it looks to improve communication with and tracking of personnel in underground mines and tunnelling sites.

The MC2 device operates on the underground StrataConnect wireless mesh network, formally known as Strata CommTrac.

Strata said: “Designed specifically for the harsh environments in the mining and tunnelling industries, the Strata MC2 provides two-way text communications, real-time personnel location tracking and both critical alerts and response functions for workers.

“Its comprehensive physical redesign and enhancements were geared towards simplifying usability and expanding device functionality.”

Modeled after today’s smartphones, the MC2 has a full, hard-button QWERTY keyboard, a large display screen with multiple character sizes, and an easy-to-navigate operating system, according to Strata.

Its features include one-on-one or group text messaging, the ability to access a full, automatically updating contact list, data storage for up to 500 messages and a rechargeable battery that lasts through multiple shifts. MC2 also provides critical alerts and response capabilities for workers in the event of an emergency, has an audible alarm that ensures miners know when a message has been received and comes equipped with clearly distinguishable emergency messages that allows miners to easily respond with their condition, the company said.

Ericsson and Ambra expand 5G partnership for mine automation

Ericsson and Ambra Solutions have announced a global cooperation agreement to lead automation for the mining industry, providing 5G-ready network solutions to automate ventilation systems, real-time personnel and vehicle tracking, and remote control of machinery like LHDs, haul trucks, drills and other mining equipment.

Ambra has selected Ericsson as a radio partner of choice, with the 5G-ready Ericsson Radio System portfolio enabling Ambra, a turnkey engineering services systems integrator, to simplify network deployments and replace up to 60 Wi-Fi access points with a single Ericsson solution, it said.

Eric L’Heureux, CEO, Ambra Solutions, said: “We are excited to expand our partnership with Ericsson to a global footprint. The Ericsson products are optimal to deliver the most demanding applications used by the mining 4.0 industry. The reliability of Ericsson products enables more predictable, secure and lower-cost connectivity, and mining companies want to use a reliable product that is available worldwide.”

Mission-critical Private LTE, deployed for Ambra’s mining customers, provides new capabilities and possibilities to cost-effectively enable digitalisation of mining-related tasks for open-pit or underground mines, Ericsson said. “Prior to this modernisation, specialised tasks and applications were difficult or simply impossible to achieve across the entire mining coverage area when using legacy ‘leaky cable’ or Wi-Fi connectivity.”

Shannon Lucas, Head of Customer Unit Emerging Business for Ericsson North America, said: “The global mining industry has been vulnerable to challenges of energy consumption, equipment loss, and human safety. We have designed an easy-to-use cellular connectivity solution to address these issues and deliver efficiency through digital transformation, while creating a path to 5G.

“Ambra will sell this solution as part of its portfolio and will partner with Ericsson customers (global service providers) to deliver it, which opens up exciting new opportunities and revenue streams for the service provider.”

Ericsson and Ambra partnered last year to deliver the world’s deepest underground LTE network for the Agnico Eagle mining complex, LaRonde Zone 5, in Abitibi, Quebec, Canada. Located 3.5 km below the surface, the mission-critical private network provides data and voice services across the LaRonde mine site and enables several internet of things (IoT) use cases to improve safety and mining operations. Since then, several applications have been deployed using Ericsson solutions to deliver automation of ventilation systems, real-time personnel and vehicle tracking and remote controlling of machinery like LHDs, haul trucks, drills and other mining equipment.

Agnico said recently that it was looking to expand this 5G network in the ramp area from level 269 to surface and at LaRonde 3.