Tag Archives: digitalisation

Suncor to move towards cloud-based computing with Microsoft Azure

Suncor has announced a multi-year strategic alliance with Microsoft Canada as a part of the company’s effort to further accelerate its digital transformation journey.

The oil sands miner has selected Microsoft as its “strategic cloud provider”, tapping into the full range of Microsoft’s cloud solutions to empower a connected and collaborative workforce, upgrade data centres, and increase analytics capabilities, it said.

Suncor will also collaborate with Microsoft on innovation projects, drawing on expertise and opportunities from both organisations.

Mark Little, Suncor President and CEO, said: “We’re excited to be partnering with Microsoft because they’re a global leader in the digital technology space, and they will bring value and insights into global innovation best practices.

“This is an example of how we are driving to improve our business in ways that were not possible before – to make our people safer, increase reliability and productivity, reduce costs and improve sustainability.”

In this multi-year strategic alliance, Suncor will take advantage of Microsoft’s full range of cloud solutions and will move towards cloud-based computing with Microsoft Azure as a preferred cloud platform. The move to Azure is expected to enable the rapid deployment of new technologies to improve safety and productivity through artificial intelligence, machine learning, enhanced automation, and industrial internet of things and visualisation, according to Suncor.

“Although we are an industry leader in many respects, we still have much to learn in the digital space, which is why we’re working with a number of organisations including Microsoft to challenge us,” Little said. “Similar to how we partner with and learn from innovators across our physical value chain, we’re choosing to partner with the experts in digital innovation.”

The company said: “Collaborating on innovation will include Microsoft resources embedded at the core of innovation teams, working together to explore a wide range of business capabilities. Additionally, value will come from accessing the Microsoft innovation ecosystem and real-world lessons from a curated community of global peers.”

Kevin Peesker, President of Microsoft Canada, said Suncor was embarking on a journey to transform the energy industry, and his company could help Suncor achieve its goals.

“They are creating new business value for their customers, empowering and upskilling their workforce, and innovating for a sustainable future,” he said. “The world’s leading companies run on our cloud, and we look forward to helping Suncor accelerate their digital transformation with Azure, Dynamics 365, Surface and Microsoft 365.”

Through this strategic alliance with Microsoft, Suncor expects to better improve the employee and customer experiences across its business, from front line workers in industrial settings, to gas station attendants at Petro-Canada gas and EV stations, to office workers across Suncor, it said. Digital technologies will be a means to draw superior insights from data and will open new ways to drive improved economic, social and environmental performance.

Suncor’s oil sands mining projects, located in the Athabasca region of Canada, are projected to produce a reliable, long-term energy supply while leveraging technology to minimise environmental and social impacts of resource development, it says. Located near Fort McMurray in northern Alberta, the assets include the Millennium and North Steepbank sites as well as the Suncor-operated Fort Hills mine. Suncor also has a 58.74% interest in the Syncrude joint venture and a 100% interest in the Voyageur South mining lease. Suncor holds a 36.75% interest in a joint venture partnership with Total to develop the Joslyn oil sands mining project.

Australia has much to gain from resource sector technology advances, report says

Harnessing new technologies in the mining, oil and gas industries will add A$74 billion ($50 billion) to the Australian economy by 2030 and create more than 80,000 new local jobs, according to a new report from METS Ignited and NERA.

Titled ‘Staying Ahead of the Game Report’, the report says data analytics, automation and robotics technologies continue to transform the resources sector and Australia needs to be at the forefront of technological progress or risk other countries taking the lead.

The report was designed to attempt to predict the nature and scale of how Australia’s resources industries, including both the producers and their supply chains, might change if they fully embraced the latest advances in operational technologies such as analytics, automation and robotics.

It further analysed what these changes mean for employment and workforce development (especially in the operations areas across regional Australia), and the wider economy.

To estimate the impact of these technological changes, the report analysed 30 types of technological innovation considered most relevant and carried out more than four dozen interviews with industry and technology experts to support the findings.

It also laid out a four-step roadmap that, it said, will lead Australia to success. The four steps were around strengthening collaboration, creating and supporting national cross-industry automation technology clusters, expanding the “entrepreneurial ecosystem” and boosting skills and research and development.

Australia’s Minister for Industry, Science and Technology, Karen Andrews, said Australia has one of the most competitive mining, oil and gas industries in the world which will continue to boost its economy as it transforms.

“A vibrant and competitive resources sector is vital to Australia’s economic future and the adoption of Industry 4.0 technologies will be a key driver of industry transformation,” she said. “The use of analytics and robotics not only provides significant safety and environmental benefits, it is also rapidly increasing job opportunities.”

Andrews added: “This kind of technology opens up new, unexplored opportunities for the resources sector and what this report shows is the huge economic opportunity if new technology is embraced.”

The report was produced by METS Ignited and NERA, two industry growth centres established to drive innovation, productivity and competitiveness.

It comes shortly after a A$2 million Future Technology Project Fund was made available through NERA for projects that accelerate the commercialisation of science and technology, improve the uptake of innovative digital technologies, and encourage future investment, productivity and global trade, in the oil, gas and energy sector.

Ground support, electrification, automation, digitalisation all part of MacLean’s PERUMIN 34 showcase

The upcoming PERUMIN 34 mining convention in Arequipa (September 16-20) is providing Canada-based mining vehicle manufacturer MacLean Engineering a chance to share its latest field data and learnings from product development efforts in the areas of ground support, electrification, automation, and digitalisation.

This includes face bolting, full-fleet battery electrification, tele-remote and driver assist vehicle operation, real-time vehicle monitoring, and virtual reality training.

MacLean’s participating delegation includes a full contingent of sales and product management specialists both from the MacLean Peru branch, in Lima, as well as from head office in Canada.

The company first established a branch in Lima in 2012 to provide technical and sales support to the local mining industry. Since that time, the company has grown its in-country staffing contingent to over 50 employees, including over 40 mining vehicle technicians who provide site-level service and support to mines throughout the country.

Peru is also the first international mining jurisdiction where MacLean has sold and commissioned its latest ground support installation option – face bolting on the 975 Omnia scissor bolter – with two units currently working underground for bolting the face within the underground mining cycle. At least one of these is at the Nexa Resources’ owned Atacocha zinc-copper-lead-silver-gold operation in the Peruvian Andes (pictured).

MacLean President, Kevin MacLean, said the company’s Lima branch is at the heart of its commitment to underground mining, not only in Peru but also across South America.

Tony Caron, MacLean’s Vice President of Latin America, Quebec and Nunavut, said: “Our approach in Peru has stayed faithful to our approach to building a lasting business in other international markets, which is to establish local roots and take a long-term view, focusing on nurturing customer partnerships.

“From the Abitibi region of northwest Quebec to the nickel basin and gold mines of northern Ontario; from the Kivalliq region of Nunavut in the Canadian Arctic to Nevada, Sub-Saharan Africa, and Australia – in each of these unique mining geographies, geologies and cultures, the one constant is the importance of in-country service and support.”

MacLean’s Product Manager for Bolting, Stephen Denomme, said the MacLean bolter is the benchmark for ground support installation safety, productivity and versatility in Canadian hard-rock mines. “With our latest face bolting design, we are able to offer up to the mining industry in Latin America, a semi-mechanised bolting option where the operator is always working under protected ground, where you get best-in-class productivity for bolts and screen installed per shift, along with the versatility of multiple bolt-type installation and a deck configuration that allows for the storage of a full shift of consumables,” he said.

“This is the MacLean bolting approach and technology that we look forward to sharing with industry colleagues during the week of PERUMIN 34 in Arequipa.”

Anglo American takes to tablets at Australia UG coal mines

Anglo American says it has launched Australia’s first electronic tablet device certified for use in underground coal mines at its Moranbah North mine, in the Bowen Basin of Queensland.

The introduction of these tables represents a major step forward in the company’s aims to digitise its operations, according to Tyler Mitchelson, CEO of Anglo American’s Australian business.

He added that digitisation was a key part of the company’s FutureSmart Mining™ approach, which applies innovative thinking and technological advances to address mining’s major challenges.

While standard tablets have been used underground at many mines around the world for at least a few years, it is the presence of potential explosive gas mixtures in some underground operational environments – coal, in particular – that inhibits any device being taken below ground that does not meeting ‘intrinsically safe’ regulatory approval. This is due to the potential risk of ignition from energy sources within such devices (eg standard tablets and smart phones).

Mitchelson said: “Following the successful launch at Moranbah North mine, we are now moving towards rapid deployment across all our underground sites including our newly-approved Aquila mine, which will be developed as one of the most technologically advanced underground mines in the world.

“The tablets capture and share real time production, safety and environmental monitoring information with operators, ensuring critical information is readily available to key personnel and removing the need for paper records.”

They also provide direct access to the company’s Safety Health Management System and can be used as a portable video communication device (via Skype) to instantly access personnel working at the surface level, according to Mitchelson. “This will accelerate trouble-shooting and can also be used as a live video link in case of emergencies.”

He added: “Any delays or challenges can be reported and addressed on-the-spot to reduce lost production time, instead of relying on traditional communication methods such as phone calls, underground travel or hard copy reports being submitted and reviewed at the end of a 12-hour shift.”

The tablets are already enabling improved communication and information sharing underground, Mitchelson said. This should ultimately lead to safer, more productive mining, he added.

The introduction of underground tablets followed significant work towards automating longwall operations and digitising the company’s mines, according to Mitchelson, with Anglo American recently completing its first pilot longwall shear from an above-ground remote operating centre at the Grosvenor mine.

The device was developed in collaboration with product manufacturer, Bartec, and tested to achieve certification with the Queensland Government’s Safety in Mines Testing and Research Station, the company said.

Executive Head of Underground Operations in Australia, Glen Britton, said implementation of the tablets followed a successful pilot earlier this year at Moranbah North mine, which was already receiving positive feedback from operators.

“Each week at Moranbah North mine, around 400 statutory reports and 2,500 maintenance work orders are generated. The team there aims to be paperless within two years, and the introduction of these tablets will enable us to remove underground paperwork and transition to electronic storage of statutory and production reports,” Britton said.

“Over the last five years, we have invested considerable resources in the development of this technology, to ensure the product was fit-for-purpose. We sought out a manufacturing partner to help create a new technical solution for managing our data, undertook an extensive certification process and improved underground Wi-Fi capabilities at the mine.”

Deloitte to help digitalise MMK’s iron and steel operations

Magnitogorsk Iron and Steel Works (MMK) says it has partnered with Deloitte CIS to create a digitalisation strategy for the company.

The agreement, signed during the St Petersburg International Economic Forum, will see Deloitte CIS prepare a roadmap for the digitalisation of the company over the medium term.

MMK said it decided to update its digital portfolio as part of the company’s overall development strategy up to 2025.

The strategy will include the most effective projects to help MMK “achieve strategic goals faster and significantly improve the company’s business efficiency”, it said.

MMK and Deloitte have a long-standing relationship and, according to MMK, Deloitte has repeatedly shown its high level of expertise on a wide range of issues of strategic importance for MMK.

Andrey Eremin, Director for Economics at MMK, said: “I hope that our cooperation in the field of digital transformation will be just as effective and bring both sides beneficial results.”

According to the results of a preliminary study, Deloitte experts said there is significant potential for the use of advanced technologies at MMK, according to the Russia-based iron and steel maker. “This is because the company has an extensive digital history, as well as a production database which is updated in real time,” it said.

Alexander Oleynik, Director of Strategy and Operations at Deloitte CIS, said: “The MMK team’s long-standing commitment to implementing information systems to manage technical and production quality, as well as traceability, have made an excellent foundation for the business.

“In turn, Deloitte will bring cross-sectoral knowledge and innovation experience to the partnership, which will allow us to fully capitalise on MMK’s digital potential and form plans for its further development.”

Epiroc to connect machines, systems and people with ‘6th Sense’

Epiroc is presenting a new approach to the mining and infrastructure industries that combines digitalisation and automation to, it says, boost its customers’ performance.

The “6th Sense” solution addresses a growing need for the two industries to look to digital technologies to enhance productivity, sustainability and safety, according to the company. The approach is the Epiroc way to optimise customers’ processes by connecting machines, systems and people using automation, information management and system integration.

“With 6th Sense comes a great focus on system connectivity, using interoperability to unlock the full potential of automation for production gains at lower operating costs,” the company said.

Helena Hedblom, Epiroc Senior Executive Vice President Mining and Infrastructure, said: “6th Sense is a formula we have developed for getting the right solutions in place and achieving operational excellence in mining and infrastructure operations.

“The name 6th Sense implies that the solution brings something extra and that is just what it does, providing a significant advantage such as track and respond to real-time working conditions and equipment needs.”

One example of Epiroc’s focus on automated and productivity-enhancing solutions comes from the Hollinger mine in Timmins, Canada. Together with long-term partner Newmont Goldcorp, Epiroc has put the world’s first fully autonomous SmartROC D65 surface drill rig in production, it said. The operator can be positioned remotely and perform other tasks while the drill rig completes a full drill pattern autonomously. “Besides increased operator safety, this boosts productivity thanks to Global Navigation Satellite System accuracy, non-stop operations and less wear and tear on drilling tools, reducing production costs and improving reliability,” Epiroc said.

Another example is the new Teleremote e-tramming option for Epiroc’s range of Simba long-hole underground drill rigs. The automation package includes functionalities to monitor, plan and automate drilling operations from onboard the rig or from a remote location. “Not only is the tramming process faster and simpler, the e-tramming function also provides a safer work environment and reduces variability in performance,” Epiroc said.

Hedblom said: “The 6th Sense approach is based on our customers’ needs for implementing digitalisation, automation and new process integrations. We are continuously rolling out new innovative features, always with the customers’ needs in mind.”

Austmine 2019 to showcase global mining innovations

“Mining Innovation – The Next Horizon” is the tag line for the fast-approaching Austmine conference in Brisbane, Australia.

Taking place at the Brisbane Convention & Exhibition Centre from May 21-23, the program for Austmine 2019 has been developed specifically for those driven by innovation and working within mining companies, mining equipment, technology and services (METS) companies, as well as relevant academia and government, according to the event organisers. Over 800 attendees are expected at the bi-annual event.

“The Next Horizon for the industry will see fundamental shifts in mining technology which will alter the entire value chain, placing an emphasis on current planning decisions to ensure optimal future outcomes,” Austmine’s organisers said.

The three-day program contains over 40 presentations featuring more than 50 experts drawn from six continents, as well as hands-on workshops, panel discussions, and networking opportunities, held in conjunction with the sold-out exhibition, featuring over 90 of the industry’s foremost companies.

Austmine Chief Executive Officer, Christine Gibbs Stewart, said: “This is now the leading mining innovation conference in the world; there are a lot of conferences out there, but nobody is as sharply focussed on innovation as we are.

“We have brought together the premiere thought leaders around innovation, which is quite exciting for us; the fact that we have so many international speakers and attendees is a credit to our previous conferences.

“It demonstrates that overseas miners are interested in what is happening in Australia, and they see Australia leading the way with some of the new innovations and technologies that are entering the market.”

Current confirmed speakers include Rag Udd (Vice President, Global Transformation, BHP), Natascha Viljoen (Global Head of Processing Operations, Anglo American), Marco Orellana (CIO, Codelco), Rob Labbé (Director of Information Security, Teck Resources), Rafael Estrada (CIO & Manager of Information Systems, Telecommunications and Process Control, Antamina Mining), John Welborn (Managing Director & CEO, Resolute Mining), and Frans Knox (Head of Production, BMA Coal, BHP).

The conference themes range from new machinery technology and techniques, including automation and artificial intelligence, as well as the human element of mining, the use of analytics and big data, digital connectivity in mining, and finally sustainability for the industry, encompassing renewable resources and resource management.

The event features the Austmine Industry Leaders’ Dinner and Awards on May 22, which will also celebrate the association’s 30 years of advocacy for the Australian METS sector.

Sandvik to automate and digitalise Codelco’s Chuquicamata underground mine

Sandvik says it will automate and digitalise Codelco’s underground copper operation at Chuquicamata, in Chile, creating one of the “most efficient and advanced underground mines in the world”.

Sandvik’s AutoMine® and OptiMine® solutions will allow Codelco to operate its new fleet of Sandvik LH621 loaders in fully autonomous mode, the mining equipment maker said.

Codelco is converting Chuquicamata from an open pit to underground mine as part of a 10-year strategic project to prolong its existing operations. It is due to start up in 2019.

Sandvik said: “The open system integrates manual operations and autonomous equipment into one powerful solution with AutoMine and OptiMine, enabling full transparency and real-time control over the parallel production and mine development activities.”

Andrés Avendaño, Operations Manager, Chuquicamata Underground, said: “Using our mines to full effect is part of our focus on sustainability and a key driver for our business. Automation and optimisation are critical to getting the most from our mines and keeping our people safe while we do it.”

Sandvik and Codelco started their automation journeys together with the first-ever AutoMine loading system installation at Codelco’s El Teniente copper mine, in 2004, Sandvik said.

Riku Pulli, Vice President, Automation, Sandvik Mining and Rock Technology, said: “Codelco has been an important partner for us from the beginning. It’s fantastic to continue the partnership as our visions are well aligned. We look forward to working with Codelco to deliver even smarter, safer, more productive mining through digitalisation.”

Codelco is the number one copper producer in the world and is owned by the Chile government. It controls about 19% of the world’s copper reserves and is also the second producer of molybdenum worldwide, with 24,000 t produced in 2018.

Sandvik’s digital solutions, including AutoMine, OptiMine and “My Sandvik” are working in hundreds of mines around the world.

The AutoMine product family allows customers to scale up automation at their own pace, covering all aspects of automation, from remote and autonomous operation of a single piece of equipment to multi-machine control and full-fleet automation using automatic mission and traffic control capabilities. AutoMine installations have logged more than 2.5 million hours with zero lost time injuries, according to the company.

OptiMine, meanwhile, is a suite of digital tools for analysing and optimising mining production and processes. It integrates all relevant data into one source, delivering both real-time and predictive insights to improve operations, Sandvik said. OptiMine is open and scalable, giving customers the flexibility to build at their own speed and incorporate other equipment, systems and networks.

Emissions, resource access, finance, big data, social licence to drive mining’s future: WEF

The transition to a low-carbon economy, access to resources and new ways to finance mining are just some of the drivers the World Economic Forum’s (WEF) Nicolas Maennling and Perrine Toledano believe will shape the future of the mining and metals sector.

Maennling and Toledano, co-curators of the WEF’s Transformation Map on Mining and Metals, said the industry was recovering from one of its most difficult periods in decades, with market volatility and a downturn in commodity prices creating “a new normal” where cost cuts, automation and operational efficiency are vitally important.

“Meanwhile, industry-specific issues related to regulation, geopolitical risk, legal limits on natural resource use, shareholder activism and public scrutiny have created additional challenges,” they said.

“While we believe that demand for minerals will grow in the coming years, there are several trends that will determine which types of mining companies will prevail in the future.”

The two then went on to spell these seven out.

Transition to a low-carbon economy

“Demand for most minerals is projected to be high in order to achieve the energy transition. While fossil fuels have helped to improve living standards around the world since the 18th century, their associated greenhouse gas emissions have led to global warming. In order to avoid reaching temperatures that will have catastrophic consequences for the planet, countries must decarbonise their energy systems by the middle of this century,” they said.

“Given that low-emission energy and transportation systems are more mineral-intensive than their fossil fuel-based counterparts, the transition provides a great opportunity for the mining sector. At the same time, the mining sector will have to reduce its own emissions. Mining companies that power their operations with renewable energy, operate electric or hydrogen-powered truck fleets and integrate recycling in their value chains will be best placed to sell low-carbon premium minerals.”

Access to resources

“Companies will need to venture into frontier mining areas. As world-class mineral resources in low-risk areas become exhausted, mining companies must either master new technologies for extraction and processing, or venture into frontier areas where extraction has not previously been economically viable,” the authors said.

“Automation and digitalisation will result in more targeted and efficient mining, which could further be enhanced through technological breakthroughs in areas such as in-situ leaching (a mining process used to recover minerals such as copper and uranium through boreholes drilled into a deposit), block caving (an underground mining method that uses gravity to exploit ore bodies located at depth) or bio mining (a technique for extracting metals from ores and other solid materials typically using prokaryotes or fungi).

“Mining jurisdictions with higher perceived risks may see increasing levels of interest from investors. In the search for high-grade ore deposits, deep sea and asteroid mining will be increasingly explored by governments and companies. While these technologies will open up new ways for mining companies to optimise the valorisation of existing resources or allow access to new ones, they are unchartered territory in terms of business models, processes, and potential social and environmental externalities.”

New ways to finance mining

“As mining companies try to limit risk, novel financing and production models will become more common. After demand from China triggered a commodity boom in the first decade of the 21st century, prices collapsed and mining companies were forced to focus on reducing debt ratios and improving their balance sheets. Alternative financing solutions were developed such as royalty and metal stream agreements that reduce the burden on mining companies’ balance sheets,” Maennling and Toledano said.

“To spread the risk of new capital-intensive projects, these financing solutions are likely to continue to grow. Companies may also seek to develop joint ventures similar to those observed in the oil and gas sector in order to reduce their exposure to a particular project or jurisdiction and may also consider service agreements.”

A social contract for mining

“Creating real benefits for communities near mine sites will be key for successful new projects. Obtaining the ‘license to operate’ from local communities has been a challenge for the mining industry in recent years. Many proposed projects have been rejected, and operations have been disrupted by protests,” they said.

“With a record number of mines nearing the end of their life and insufficient money being set aside for remediation; with new mining projects increasing the sector’s footprint without necessarily providing additional employment opportunities at the local level due to automation; and with increased water stress and extreme weather events due to global warming: local opposition to mining is likely to increase if no new business models are developed that benefit the affected communities.”

Big data and mining

“Data transparency to aid the mining industry’s relations with stakeholders. Collecting and processing massive amounts of data will be essential for mining companies as they digitalise and automate their operations. What data should be shared and made transparent will continue to be a major area of debate,” they said.

“Governments will seek to further push for disclosure of subsidiary structures to address tax base erosion; consumers will seek to increase value chain transparency; investors will use the proliferation of non-financial data to better assess the risks of their mining portfolios; civil society will continue to push for companies to go beyond the mandatory EITI Standard; and impacted communities are particularly interested in accessing data that capture the externalities that affect them.

“It will be key for companies to work together with other stakeholders in order to understand the types of data that should be made available and the appropriate format that data disclosure should take, in order to ensure standardization, usefulness and impact.”

The geopolitics of mining

Maennling and Toledano said: “Mining companies must navigate rising geopolitical risk and economic protectionism. A growing popular resistance to globalisation and free trade is altering politics, and directly affecting the mining and metals sector. Policymakers in mining jurisdictions are increasingly trying to enact local content laws and regulations which require minerals to be processed before they are exported.

“At the same time, import restrictions on semi-finished products such as steel and aluminium are at the centre of recent trade disputes. Trade wars and increasing protectionism are likely to dampen global commodity demand and disrupt the value chain of mining and metals companies. In the ‘critical minerals’ sector, which is central to high-tech and future-oriented industries, this trend is further complicated by market consolidation in the hands of a few players.

“Further consolidation, geopolitical manoeuvring and muscle-flexing could create challenges for companies that have so far prospered under a system of relatively free trade – while creating opportunities for domestic projects that might not be economically viable without government intervention.”

Modern mining workforces

“Maintaining an open dialogue will be key as mining companies try to revamp their employee base. Constantly evolving technologies and business models will require mining company employees to develop new skills. The sector will have to increasingly compete with the IT sector to attract top talent from universities in order to drive its digitalisation and automation processes. Governments and companies will have to work together to help transition workers that cannot be absorbed by an automated mining sector to new activities through retraining and transitioning programmes,” the authors said.

“The speed at which mining companies will be able to rollout new technologies at their mine sites will be closely linked to the host government’s and labour unions’ acceptance of reduced employment and procurement opportunities. As such, these actors need to be involved in the decision-making around the transition and in strategizing policies to support those who will be negatively affected.”

Sandvik OptiMine to boost safety, productivity at Vedanta Zinc’s BMM operations

Sandvik is to deliver a full OptiMine® platform to Vedanta Zinc International’s Black Mountain Mining (BMM) operations in South Africa’s Northern Cape Province.

The company will commission OptiMine for trucks, loaders and drills next year, accelerating BMM’s data-driven operation for world-class mining safety, efficiency and productivity, Sandvik said.

The OEM-independent OptiMine digital platform includes equipment/asset location tracking; planning and task management; scheduling; monitoring equipment and operations and OptiMine Analytics with IBM Watson IoT.

Andre Trytsman, General Manager, BMM, said: “OptiMine gives us end-to-end visibility and control over our underground mining operations. It was important to us to have the full scope, from scheduling to analytics, to ensure we’re optimised for the safest and most productive operation possible.

“The OptiMine platform is the next step in Black Mountain’s digital journey, delivering efficiency and increasing operational performance allowing us to unlock more value. We are excited to partner with Sandvik and incorporate the OptiMine technology into Vedanta Zinc International’s exciting digital strategy.”

Last year, Vedanta Zinc signed an agreement with GE South Africa to collaborate on digitalisation at the Gamsberg zinc project, part of the BMM operations.

Sandvik says OptiMine integrates all relevant data into one source, delivering powerful real-time and predictive insights to improve operations. It is open and scalable, providing flexibility to grow as needed, and incorporate other equipment, systems and networks, the company added.

BMM’s current operations are comprised of two underground mines – Deeps and Swartberg – and a processing plant. The Deeps shaft produces copper, lead and zinc, with silver as a by-product, and the Swartberg mine produces primarily copper and lead, with silver as a by-product. BMM is also developing Gamsberg in the Northern Cape.

Patrick Murphy, President, Rock Drills and Technologies, Sandvik Mining and Rock Technology, said: “Sandvik is proud to work with the BMM team to integrate and optimise their mining processes with OptiMine, developing a world-class, data-driven operation and accelerating their productivity and safety.”