Tag Archives: nickel

Getech geoscience exploration solutions boost Asian Battery Minerals’ nickel mining hopes in Mongolia

Getech, a locator of subsurface resources, says it has successfully finished an exploration project for Asian Battery Minerals, a participant in the 2023 BHP Xplor accelerator program, targeting potential nickel deposits in Mongolia.

Getech was invited by BHP to the accelerator to offer its geoscience exploration solutions to the program’s cohort. Asian Battery Minerals, targeting nickel in Mongolia, elected to contract with Getech.

Getech employed its pioneering methodologies, such as terrain and structural analysis, gravity and magnetics data analysis, to assist Asian Battery Minerals. The team provided an extensive report analysing the structural and paleotectonic elements in the exploration area of interest.

The project has been deemed successful by Asian Battery Minerals, as the results have the potential to significantly enhance its exploration strategy in Mongolia, Getech says.

Richard Bennett, Executive Chairman of Getech, said: “While we are known to have extensive experience in mineral exploration for sedimentary basin ores, this project focused on ‘hard rock’ exploration. This challenge proved that our mineral systems analysis capabilities and data extend into deeper and older deposits such as magmatic nickel. Leveraging our proprietary data amassed over 30 years and our geological exploration expertise, complemented by AI-driven analytics, we can successfully locate potential new search spaces for a wide range of minerals.”

Gan-Ochir Zunduisuren, Managing Director at Asian Battery Minerals, said: “We are delighted with the results of our partnership with Getech. Their in-depth analysis and innovative approaches have provided us with valuable insights for our nickel exploration in Mongolia.”

The BHP Xplor program is a global accelerator initiative that supports innovative early-stage mineral exploration companies in finding the critical resources necessary for the energy transition. Over a period of six months, the program has aided seven selected companies in de-risking their geologic concepts and becoming investment-ready.

GlencoreTech-AtlanticCopper

Freeport’s Atlantic Copper enlists Glencore Technology’s ISACYLE solution for waste recovery project

Glencore Technology is to help Atlantic Copper, owned by Freeport-McMoRan, to create the first waste recovery plant for metal fractions of e-material in southern Europe.

The ‘CirCular’ project will feature Glencore Technology’s ISACYLE™ technology to process 60,000 t/y of e-material, and is expected to be operational in the March quarter of 2025.

According to Atlantic Copper, the works will begin in September. The company is investing €310 million ($345 million) in the project, which will move Spain from a recycling rate of 50% to 100% of electronic material, Glencore Technology says.

The ISACYCLE-based project will recover, among other metals, copper, gold, silver, platinum, palladium, tin and nickel from what Atlantic Copper describe as waste electrical and electronic equipment or WEEE.

In 2019, Spain generated around 890,000 t of WEEE, of which only around 370,000 t were managed by authorised recyclers. The other 520,000 t of disused electrical and electronic equipment are stored in homes, end up in landfills or are exported to countries where the metals might be recovered in an environmentally unfriendly way, Glencore Technology says.

Atlantic Copper, Spain’s leading copper producer, will use ISACYCLE technology to divert that kind of waste from landfill and instead recover significant value from it.

The CirCular project is aligned with Sustainable Development Goals and with the EU’s Green Deal and the Plan of Reconstruction, as copper is among the key raw materials that Europe will need to achieve that goal of a sustainable, environmentally neutral economy.

Glencore Technology’s Manager for Pyrometallurgy and Hydrometallurgy, Dr Stanko Nikolic, said the project is expected to be the first of many to use the company’s ISACYLE technology, which is a direct evolution from its ISASMELT™ technology.

“ISACYCLE has been purposefully evolved and proven to take residual waste, including e-waste, and transform it into saleable commodities,” he said. “It’s a very scalable technology. This is a project featuring a plant toward the larger scale. But it is also a technology that works in a small scale, ideal for urban utilities and waste processing companies.”

Nikolic said the ISACYCLE technology, on any scale, can virtually eliminate landfill and instead produce recovered metals, a safe slag that can be used as a construction product, energy and clean offgas.

He concluded: “We’re proud to be able to work with such an innovative company as Atlantic Copper. They’re building a major milestone for the region and what will become a showcase for others.”

Eriez Magnetic Mill Liners boost safety, energy efficiency and durability at Nexa Resources mine

A new report from Eriez® reveals how a set of Magnetic Mill Liners (MML) are significantly improving safety standards, energy efficiency and operational longevity at a Nexa Resources operation in Peru.

The MML is a wear-resistant steel-encased magnet that combines the best qualities of steel and magnetic liners, according to Eriez.

The report highlights the superiority of MMLs over conventional liners by describing the numerous benefits these advanced liners offer. Each MML is composed of individual sections that are much lighter than traditional liners, facilitating safer and easier installation procedures, Eriez says. Weighing only 20-40 kg per section, the MML eliminates the requirement for specialised cranes within the mill, streamlining operations and enhancing safety protocols. Nexa even credits the MML installation with contributing to the company’s achievement of a major Peruvian safety award.

There are considerable environmental advantages associated with the implementation of MMLs, according to Eriez. Heavier steel liners require significant fuel consumption for transportation and material handling while lightweight MMLs can be installed by hand. Additionally, Nexa reports a significant reduction in noise levels with the MML, creating a more favorable work environment overall.

The case study also highlights the energy-efficient aspects of MMLs. In traditional ball mills, small ball chips do not contribute to the grinding process, leading to wasted energy. However, MMLs effectively eliminate the presence of small ball chips, resulting in energy savings of up to 11% during the grinding process, according to Eriez.

The exceptional durability of MMLs is another standout feature discussed in the report. Unlike conventional liners that necessitate frequent replacement, the Eriez MML has garnered a track record of success through many installations in diverse mining operations worldwide, including iron ore, copper, nickel and gold mines, as well as other non-ferrous mines. These installations provide evidence that MMLs outlast rubber or metallic liners by two to three times, Eriez states.

Australia and Canada ‘coopertition’ to be highlighted at IMARC

Australia and Canada have a lot in common when it comes to mining and resources and are critical to the industry’s global transformation. While both countries are mining super-powers in their own right and are supplying a significant percentage of the resources needed for the global energy transition, they are also using their leadership to guide the global industry’s transition to a sustainable future, according to the organisers of IMARC.

Australia and Canada are recognised as the two largest exploration destinations in dollar value terms, with stock exchanges that reflect the enormous contribution mining and resources makes to each economy.

Similarly, both countries offer substantial and relatively untapped resources, conducive investment environments, supportive governments and well-established plans for the development of the critical minerals needed for the global energy transition.

Because both have a long history of operating in complex environmental and social contexts, they also have extensive experience in sustainable practices and meaningful engagement with First Nations and local communities.

Leading the transformation

This strong shared focus on ESG principles and commitment to contemporary mining practices have seen Canada and Australia emerge in the past decade as key leaders in the global industry’s response to the challenges facing mining globally.

Carl Weatherell, CEO of the Canada Mining Innovation Council (CMIC), says the leadership of the mature mining countries such as Canada and Australia are critical to achieving the mining industry’s global environmental goals.

“In order to reduce the mining industry’s energy use, water use and environmental footprint by 50% by 2027, the major players have not only an opportunity but a responsibility to work together on innovations that reduce waste, lower costs and mitigate environmental impacts across all aspects of exploration and development,” he says.

“Canada and Australia are global leaders in the mining industry with decades of experience and innovation behind them, so they have a natural role in leading mining’s transformation to a more responsive, sustainable and resilient industry.

“It’s incumbent on the two countries and their companies to work together to redefine and rethink the future of the industry in terms of in terms of how we collaborate, who we collaborate with and what we work together on.

“Coopertition”

Weatherell says while the global mining industry is competitive by nature, it also has a shared destiny, and, by necessity, has pursued active collaboration on shared challenges, particularly around decarbonisation.

“We call this ‘coopertition’ and it is one of the reasons events like IMARC are so important when it comes to pursuing these shared goals.”

He believes Canadian and Australian mining operators and innovators have long understood the need for a cooperative effort toward a more efficient, sustainable industry, recognising these goals can only be achieved if all stakeholders sign up to a clear vision for the future and work towards it together.

“The mining and resources industries in Canada and Australia are leading the way when it comes to embracing the decarbonisation challenge and lending their expertise and experience to countries where they invest,” he said.

“As we like to say, net zero is easy; zero is hard. But through exporting their leadership and best practice globally, Australia and Canada are playing a key role in meeting the challenge.”

The same, but different

From an investor perspective, Canada and Australia are considered low-risk jurisdictions, with policies and regulatory settings that welcome, encourage and incentivise exploration and development, particularly of the resources needed to fuel the global energy transition.

Both countries share a similar legal heritage, providing a level of comfort when it comes to assessing risk and a pragmatic approach to managing the energy transition.

Principal and Founder of BRIDGE©, Siri C. Genik, says while both are young countries who offer investors stable jurisdictions, strong legal frameworks and respect for the rule of law, there are also differences which can impact on the risk appetite for investors.

Genik said: “We certainly see a consistent approach to issues such as health and safety, environmental and stakeholder management, EDI, governance and more broadly sustainability. Both countries demonstrate best practices in respect of human rights and a commitment to managing the industry’s carbon footprint.

“There are common core values and opportunities for greater investment, but there are differences between both countries, including permitting processes and timelines, and different risk appetites and investment approaches.”

She says Australian companies – from mine operators to exploration and METS companies – are looking to Canada as a key source of the critical minerals needed for a renewable future such as copper, nickel, lithium and graphite.

One such company is the Andrew Forrest-backed Wyloo Metals, which is expanding its operations in Canada with a focus on nickel and copper.

Wyloo Metals CEO, Luca Giacovazzi, says the company’s investments, particularly in the establishment of a Future Metals Hub in Ontario, underscore his belief in Canada’s long-term potential to be a globally relevant producer of reliable and responsibly sourced battery metals.

“Canada has a once-in-a-generation opportunity to establish itself as a major player in the new economy,” Giacovazzi said. “Our proposed Future Metals Hub provides the cornerstone for a globally relevant battery material supply chain in Canada, while creating economic opportunities for local communities to thrive.”

But according to Genik, while investment in Canada is at healthy levels, fewer Canadian companies have been investing in projects in Australia. She said this may be a reflection of a global mining and resources industry in transition, with older investment paradigms being challenged and new alliances being formed, particularly around resource supply resilience.

Despite this, she said the shift in globalisation also represents opportunities for Canadian and Australian companies.

She said: “There are new relationships and alliances being formed as nations are increasingly wanting to stand on their own and – to the extent they can – be more self-reliant and work with partners with shared values.

“It’s not just the Russia-Ukraine situation that is driving this, but you’re also seeing similar trends across Asia and South America, creating new opportunities for investment for countries like Canada and Australia.

“As the EU is striving to ensure increased sustainable value chains for all products being included in the goods they manufacture, it has been an important game changer. They have adopted a number of very stringent sustainability requirements and regulations that all players in the industry will need to meet if they want their products to be included in products manufactured or assembled in the EU.

“Other nations are striving to also meet these requirements, and again, Australian and Canadian companies can talk to.

“The appetite is still there, the investors continue to seek a return on their investment, but not at any cost, and not always seeking instant gratification. Markets are much more fickle today and more complex, with geopolitics creating challenging dynamics for investors. We are seeing investor expectations go beyond the value of the asset and focussing on a wholistic approach to the company. Investors want to make sure that they’re understanding and including these non-technical risks and that they understand what impact and purpose is.

“The opportunity for Canada and Australia is to continue to position themselves as sustainable leaders to be successful in this era of shifting and transition.”

Canada comes to IMARC 2023 in Sydney

Canada will continue its long association with the International Mining and Resources Conference (IMARC) being held in Sydney, Australia this year with a delegation promoting the country’s vision to be the leading mining nation in the 21st century.

The delegation promises to be the largest ever and includes Canadian companies showcasing their products and services to the global mining and resources market, particularly in the Asia Pacific region, and a team from Global Affairs Canada promoting investment opportunities for companies to establish or expand their operations in Canada.

Senior Investment Officer at Global Affairs Canada, Bertrand Raoult, said Canada provides a highly competitive value proposition for investors.

Raoult said: “Canada is a global mining leader, producing over 60 minerals and metals and home to advanced exploration projects for lithium, rare earths and other critical minerals the world needs for a cleaner future. We have strong mineral exploration, mining and mineral processing sectors and these are attracting downstream manufacturing, as we are moving toward vertically integrated supply chains.”

Raoult said Canada is one of the most mining-friendly jurisdictions in the world and supports the sector through generous programs and incentives, competitive tax policies, a rich innovation ecosystem and Free-Trade agreements that give investors access to more than 50 markets.

“But it is perhaps our environmental, social and governance expertise that truly sets Canada apart from competitors,” Raoult said. “Thanks to generous programs, our minerals and metals sector industry is adopting clean and cutting-edge technologies to make mining and processing greener, safer, smarter and more efficient.

“As a result, Canada has one of the lowest ESG risks across global mining projects on average performing particularly well in categories such as water usage, community engagement, conservation and governance.”

The Canadian Critical Minerals Strategy highlights the importance of mining and resources to the nation’s global competitiveness and prosperity. The industry accounts for 626,000 direct and indirect jobs and is the largest employer for Indigenous Peoples and 19% of Canada’s total domestic exports, and approximately $47 billion in mineral production come from mines and quarries across all regions.

Raoult said: “Canada’s vision is to responsibly develop its geological resources, including critical minerals, advance the participation of indigenous peoples, ensure sustainable mining and rehabilitation practices, drive world-leading innovation, build community support for sustainable mineral development and attract underrepresented groups to this high-tech sector that is key to a green economy.”

The International Mining and Resources Conference (IMARC) is returning to the ICC Sydney from October 31-November 2, 2023. International Mining is a media sponsor of the event and will be attending.

Murray & Roberts Cementation hits the accuracy mark on Platreef ventilation shaft development

Murray & Roberts Cementation is helping Ivanplats deliver the Platreef project in South Africa through the provision of drilling services at the ventilation shaft.

The dual purpose use of the new ventilation shaft at Ivanplats’ Platreef project required extreme pilot hole accuracy, according to Murray & Roberts Cementation.

The vent shaft, or Shaft 3, which meets horizontal development at a depth of 950 m, also needs to be equipped with a hoist and rope guides to carry personnel in the case of emergency. The rope guides for the hoist require the shaft to be drilled vertically within tight parameters. According to Dirk Visser, Senior Project Manager at Murray & Roberts Cementation, this meant offering the client minimal deflection of the pilot hole using a continuous steering tool.

“Using the well-proven German-designed-and-manufactured Micon, Rotary Vertical Drilling System (RVDS), we were able to achieve the set parameters required for a rope guide installation,” Visser says. “The worst deflection was no more than 0.05% – or 452 mm – and, by the time we bottomed out, the deviation was only 0.02% or 226 mm off centre over a final drilling depth of 950 m.”

Micon’s specialised RVDS is a continuous self-steering tool working on a close loop system which steers the tool using two-axis gyro inclination sensors that activate the hydraulic steering system. It can determine in real time if there is any deviation from the vertical course, and communicate this information to the operator on surface via pressure waves in the drilling water by converting the pressure waves into information through transducers, according to the company.

The Murray & Roberts Cementation drilling team not only ensured accurate directional results, but also optimised the performance of the RVDS. By keeping an eye on key variables like voltage levels and water cleanliness.

Visser highlights that drilling to these tolerances with this highly technical equipment demands a very experienced team. On this project, for instance, the most ‘junior’ person has worked with the RVDS for 15 years, while another member has 28 years of experience in raiseboring.

Platreef is owne 64% by Ivanhoe Mines. A 26% interest is held by Ivanplats’ historically disadvantaged, broad-based, black economic empowerment (B-BBEE) partners, while a Japanese consortium of ITOCHU Corporation, Japan Oil, Gas and Metals National Corporation, and Japan Gas Corporation, owns a 10% interest in Ivanplats.

In May, Ivanhoe Mines said that underground development work had been focused on the vertical development of waste passes between the 750-m, 850-m and 950-m levels, and lateral development towards the orebody, as well as lateral development required for underground infrastructure on each level including access to the bottom of Shaft 3 on the 950-m level. Shaft 3, with a diameter of 5.1 m, is currently being reamed with approximately 150 m of 950 m completed to date, it said. Planned completion was scheduled for the December quarter of 2023.

Platreef’s commercial production is expected in 2024, with Shaft 2 now expected to be commissioned in 2027. The initial scope of the phased development plan is to fast-track Platreef into production, starting with an initial 700,000-t/y underground mine using the existing Shaft 1 and a new on-site concentrator. Platfreef, Ivanhoe says, is projected to be Africa’s lowest-cost producer of platinum-group metals, nickel, copper and gold.

Blackstone Minerals engages Metso for nickel, cobalt refinery plans in Vietnam

Blackstone Minerals Ltd has announced the inclusion of Metso as the technology supplier for the definitive feasibility study of the company’s pCAM (precursor cathode active material) processing plant in its Ta Khoa refinery in Vietnam.

Metso is already involved in the design of the pCAM plant and will also conduct independent pCAM test work to validate the nickel and cobalt sulphates generated during the pilot program for suitability in pCAM generation, the OEM says.

Metso is currently designing the pCAM plant with Wood, providing experience and engineering technical support.

Scott Williamson, Managing Director at Blackstone Minerals Ltd, said: “Blackstone intends to leverage off Metso’s engineering services and know-how into the pCAM facility design, thus de-risking the project and confirming Blackstone’s intent to be a real player in the pCAM space. Securing another world leader to the Ta Khoa project is yet another jigsaw piece in the battery value chain puzzle. Blackstone continues to look forward to project success as it marches towards developing the greenest and most resilient nickel business in the world.”

Blackstone highlighted the OEM’s high value technology in the context of the pCAM facility design, such as the modular OKTOP® reactors (with industrial references for scaling-up pCAM precipitation processes), Larox® filtration technologies and Courier® HX continuous product quality analyser equipment to enable precision control and real-time optimisation.

“Metso has shown that precursors precipitated with OKTOP reactor technology are proven to meet the required chemical and physical properties for high-performance cathode active material,” it said.

Rudi Rautenbach, Director, Minerals Sales, Asia-Pacific, Metso, said: “We are confident that our experience in nickel processing and battery metals technologies will contribute positively to the project. Many of our offerings that are planned to be used in this project are selected from our range of Planet Positive products, which are demonstrably more energy or water efficient than the industry benchmark or Metso’s previous generation products in the market, to help our customers cut their CO2 emissions and/or to achieve other sustainability priorities. We believe these are all in line with Blackstone’s objectives towards developing the greenest and most resilient nickel business in the world.”

Metso says it provides sustainable technology and equipment for the entire lithium, nickel, and cobalt production chain from the mine to battery materials and black mass recycling with project scopes ranging from equipment packages to plant deliveries. Metso has its own pCAM testing facilities.

A February 2022 prefeasibility study on the 90%-owned Ta Khoa project outlined first concentrate production in in 2025, ramping up to nameplate design of 8 Mt/y in 2027. It expected a steady-state average annual nickel output (recovered in concentrate) of circa-18,000 t/y and steady-state average annual concentrate production of circa-225,000 t/y. The project also came with a steady-state refining capacity of 400,000 t/y, with first production of NCM811 precursor material commencing in early 2025.

Ma’aden and Ivanhoe Electric to embark on milestone exploration program in Saudi Arabia

Saudi Arabian Mining Company (Ma’aden) has finalised its agreement with Ivanhoe Electric Inc (IE) to purchase a 9.9% stake in the company and form a 50/50 joint venture to undertake what it says is one of the largest exploration programs ever conducted.

The deal will provide Ma’aden, through the joint venture, with access to IE’s Typhoon™ geophysical survey technology, which will accelerate the exploration of Saudi Arabia’s lands, estimated to hold $1.3 trillion of untapped minerals, the company says.

The two companies flagged this agreement back in January with a signing at the Future Minerals Forum in Saudi Arabia.

Ma’aden’s exploration program is driven by the Kingdom’s Vision 2030, which positions mining as a third pillar of the Saudi economy. Under its new corporate strategy, Ma’aden aims to grow 10-fold by 2040 and to move into strategic minerals to fuel the growth of downstream industries in the Kingdom.

The joint venture (JV) with Ivanhoe Electric will explore at least 48,500 sq.km of land, covering highly prospective licence areas with potential for major new copper, nickel, gold, silver and other strategic mineral discoveries, Ma’aden says. The JV will deploy IE’s proprietary Typhoon technology and CGI software that, it says, will strengthen Ma’aden’s exploration capabilities and grow its resource base and production pipeline.

As part of the agreement, Ma’aden will acquire approximately 10.2 million common shares in IE, representing 9.9% of Ivanhoe Electric Inc, for $126.5 million with a top-up option to maintain its 9.9% ownership. The JV will deploy $66 million of the $126.5 million to fund exploration activities and the purchase of three new generation Typhoon machines. Ma’aden has also been granted the right to appoint a nominee to the IE board of directors.

The formation of the JV and the acquisition of 9.9% shares in IE will only be effective after fulfilling certain conditions.

Robert Wilt, CEO of Ma’aden, said: “We are launching one of the largest exploration programs in the world in partnership with Ivanhoe Electric. It’s great to see companies like IE recognise the scale of the opportunity here. We have only scratched the surface of the potential in the Kingdom, and we need to explore faster, smarter and cover more ground to meet our long-term growth objectives. IE’s Typhoon technology will enable us to accelerate our exploration efforts by six times, and de-risk and advance the development of a significant exploration hub in the Kingdom. This is going to help put us on track to meet our 10x growth targets and fast track development of the Kingdom’s mineral riches.”

Ivanhoe Executive Chairman, Robert Friedland, added: “We are excited to finalise our transaction terms with Ma’aden and begin the important work of minerals exploration in the Kingdom of Saudi Arabia. Our joint venture will embark on the largest exploration program ever conducted using our highly powerful and disruptive Typhoon geophysical surveying system. With our Typhoon technology, our Computational Geosciences’ machine-based learning software, and the combined talents of our highly experienced team of women and men, we have all the tools necessary to conduct a transformational exploration program for electric and precious metals in the Kingdom of Saudi Arabia. The potential for future discoveries is extraordinary.”

Gradiant’s process water solutions to be used at SLB, Rio Tinto operations

Gradiant, a global solutions provider and developer for advanced water and wastewater treatment, has announced partnerships with SLB (formerly Schlumberger), Rio Tinto and an Australia-based global mining company to, it says, improve productivity and sustainability in the mining industry with a focus on reducing carbon and water footprints.

The projects are in the US and Western Australia for resource recovery of critical minerals and industrial process water.

Gradiant’s collaborations with SLB and the Australia-based global mining company target the recovery of valuable metals such as lithium, nickel and cobalt. The mining of these materials is highly complex and water intensive. Moreover, with increased market demand and environmental regulations, businesses must identify cost-effective and sustainable technologies. Gradiant’s technologies enable sustainable, efficient and economical water governance through end-to-end customised solutions, it says.

Gradiant’s work with SLB integrates Gradiant’s technologies to concentrate lithium solution with SLB’s direct lithium extraction (DLE) and production technology process – allowing reduced time-to-market and environmental footprint for lithium extraction. The solution enhances the impact of the sustainable lithium extraction process by enabling high levels of lithium concentration in a fraction of the time required by conventional methods while reducing carbon emissions, energy consumption and capital costs compared with thermal-based methods, the company says.

Back in October, Gradiant and Schlumberger entered into a partnership to introduce a key sustainable technology into the production process for battery-grade lithium compounds.

For Rio Tinto, Gradiant will deliver a new facility in Western Australia to replace ageing facilities by employing the company’s proprietary RO Infinity membrane technologies and SmartOps Digital AI into existing mining operations. Gradiant has introduced two chemical-free technologies into operations to minimise chemical consumption and waste discharge, it said.

Lastly, Gradiant’s RO Infinity and SmartOps technologies will concentrate complex wastewater from nickel and cobalt production at a new facility in Western Australia for a global mining company, resulting in up to 75% cost savings with lower carbon and water footprints compared with conventional technologies, it says.

Prakash Govindan, COO of Gradiant, said: “Mining is a uniquely complex industrial sector with challenges of remote locations, large volumes of waste, wide fluctuations in water quality and the high-value end-product that demands relentless design and operations efficiencies. The real opportunity for water technology in the mining industry is resource recovery in wastewater coupled with machine learning AI. We are excited to work with the world’s leading mining operators to enter a new era of sustainable resource recovery. This is made possible by Gradiant’s deep understanding of the complex chemistry that underlies the production processes, which is then operationalised by machine learning digital technology.”

GR Engineering to design and construct OZ Minerals’ West Musgrave process plant

GR Engineering Services says it has entered into two contracts with OZ Minerals Musgrave Operations Pty Ltd, a wholly owned subsidiary of OZ Minerals Limited, for the design and construction works of the West Musgrave mineral processing plant in Western Australia.

GR Engineering has been engaged by the company to provide the following services for the West Musgrave project:

  • Engineering design, drafting, project management and commissioning; and
  • Structural, mechanical, piping, electrical and instrumentation construction works.

GR Engineering’s wholly owned subsidiary, Mipac Pty Ltd, will also be engaged within the GR Engineering scope of work to provide specialist electrical and instrumentation services.

The estimated revenue from the delivery of these contracts will be A$312 million ($211 million) over a two year period.

Tony Patrizi, Managing Director of GR Engineering, said: “We are pleased to have been engaged by OZ Minerals to play a key role in the delivery of the world- class West Musgrave project. This is an important project for GR Engineering as we have worked with OZ Minerals over many years on projects within the OZ Minerals group, including the West Musgrave project, and see this award as a strong endorsement of our proven delivery capabilities.”

Debbie Morrow, Projects Executive for OZ Minerals, added: “We’re delighted to be working with GR Engineering on the design and construction of the minerals processing plant for the West Musgrave project, which is set to be one of the largest, lowest cost, lowest emissions copper-nickel projects.”

The West Musgrave project feasibility study the OZ Minerals Board signed off last year details a 13.5 Mt/y operation with average production of circa-28,000 t/y of nickel and circa-35,000 t/y of copper over a 24-year operating life.

Barminco wins extended stay at IGO’s Flying Fox nickel mine

Perenti says its Barminco subsidiary has been awarded a nine-month contract extension at the Flying Fox mine, in Western Australia, owned and operated by IGO Ltd.

The contract extension is effective from January 1, 2023, and has a value of approximately A$30 million ($20.2 million) over the nine-month term.

Mark Norwell, Managing Director & CEO of Perenti, said: “In Australia, the labour market is still tight, and inflation and cost escalation remains stubbornly persistent, however strong and collaborative working relationships, like the relationship between IGO and Barminco, are key to the success of our business as well as the success of our clients. By working collaboratively with our clients, we continue to navigate and manage challenging macro-economic conditions.”

Paul Muller, President of Perenti Contract Mining, added: “We have a very long and proud history of operating within the Forrestania Operation and we are pleased to have delivered value and certainty at the Flying Fox mine from a greenfield development project through to a mature operating mine as it is today. We look forward to continuing our relationship with IGO, our largest client in Australia.”

IGO became the owner of the Flying Fox mine, part of the Forrestania Operation, in 2022, as part of the acquisition of Western Areas. It remains one of the highest grade nickel mines in the world. Production commenced in 2006, and the mine now operates at depths of over 1 km underground.