Normet secures underground equipment contract for South32's Hermosa project in Arizona
Finnish technology company Normet has secured a contract to provide an ancillary underground equipment fleet for South32's Hermosa project, located in a mining district in the Patagonia Mountains of southern Arizona, US.
The Hermosa project is the first critical minerals mining project added to the US' FAST-41 permitting process.
The project has the potential to be among the largest zinc producers in the world, with first production expected in 2027.
Normet will supply 35 mobile equipment units featuring the company's SmartDrive battery-electric machinery, and nine power delivery systems.
The fleet will comprise various equipment such as the Multimec MF 100 SD multi-functional carrier, Utimec MF 500 SD Transmixers and Utimec MF 205 PER SD personnel carriers.
Additionally, the Charmec MF 605 V LE SD explosive charger, scissor lifts, shotcrete sprayers and other essential machinery for underground operations will be delivered.
The delivery of these units is expected to start in 2026 and extend through to 2030.
South32 recently held the ground-breaking ceremony for Centro, Hermosa's advanced remote operating centre.
Centro will support mining operations by allowing staff to use advanced automation technology to remotely control and monitor equipment 25 miles underground from an office-like environment.
The facility will accommodate approximately 200 full-time employees working across multiple shifts within a 24-hour period.
In addition to operational roles, Centro will also host professionals in engineering, geoscience, environmental science, human resources, supply chain management and various other areas.
In February 2024, South32 secured board approval to spend $2.16bn (A$3.38bn) to develop the zinc-lead-silver deposit at the Hermosa project.
The project will bolster future development of other deposits at the site, including the battery-grade manganese deposit.
"Normet secures underground equipment contract for South32's Hermosa project in Arizona" was originally created and published by Mining Technology, a GlobalData owned brand.
The information on this site has been included in good faith for general informational purposes only. It is not intended to amount to advice on which you should rely, and we give no representation, warranty or guarantee, whether express or implied as to its accuracy or completeness. You must obtain professional or specialist advice before taking, or refraining from, any action on the basis of the content on our site.

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
17 hours ago
- Yahoo
A new approach to dealing with the dangers of tailings
Mining is a process that produces vast amounts of material, for which the industry is trying to find a sustainable – and profitable – use. Tailings production is an inherent part of mining and metals processing and will remain so for the foreseeable future. There is also a serious safety concern inherent in the process, with tailings likely to be a dangerous source of toxic chemicals. 'I have seen estimates for global tailings production of around 14.5 billion tonnes a year, all of which must be stored safely for a significant amount of time – if not in perpetuity,' Simon Jowitt, director and state geologist of the Nevada Bureau of Mines and Geology, tells Mining Technology. That amount is also unlikely to decrease at any time soon, 'so the continued storage of this […] material, [which] is often challenging to keep safely, remains a major concern for the industry'. Tailings can contain significant amounts of metals that either were ignored the first time around because of low demand for the metal at the time of mining (or a lack of consideration of potential extraction), or because of poor recovery. 'There are several efforts globally to characterise both legacy tailings (post-mining) and tailings at currently active mines for the extraction of critical and other metals. We are currently doing some of this work in Nevada, and I have also been involved in work assessing the potential of tailings and other mining waste for tellurium and other metal production,' Jowitt adds. There are other potential uses for tailings from certain mineral deposits, such as carbon dioxide sequestration. Emma Gagen, director, International Council on Mining and Metals (ICMM), tells Mining Technology that if not managed responsibly, "tailings pose environmental and societal risks'. However, companies' robust implementation of the Global Industry Standard on Tailings Management across sites 'can help to support continual improvement in the safe, responsible and transparent management of tailings'. She adds that reducing tailings is an 'ambitious challenge that requires an integrated approach across most parts of the mining process'. The ICMM published a Tailings Reduction Roadmap in 2022 to provide strategic direction to the mining and metals industry on how to accelerate the development and adoption of some of the most promising technologies to reduce tailings – including approaches such as reusing existing tailings for new purposes and products. This helps to reduce the volume being stored whilst creating additional value. Moving beyond minerals and metals recovery, there are other opportunities to minimise the waste associated with tailings and turning them into something of real commercial use. In mid-May, a sustainable mining start-up – OreSand, led by Professor Daniel Franks of the Sustainable Minerals Institute – backed by University of Queensland (UQ) researchers, was recognised by the World Economic Forum (WEF) for advancing tailings management. WEF's Uplink Top Innovators programme named the project has as one of eight global winners that will gain access to networks capable of supporting and scaling it up. OreSand offers mining companies research-backed data to help them drastically reduce waste, as well as produce useful sand byproducts at a time when global demand for the material is surging, according to statement from UQ. 'Most of the minerals we mine are only a tiny fraction of the millions and millions of tonnes of ore we end up producing as a result. Hence, we end up blasting, crushing and grinding an awful lot of material we don't actually need or use,' says Franks. The main commodities that contribute to this large amount of material are coal, copper, gold, iron ore, phosphate and zinc. As the energy transition is metals-intensive, investment in renewable energy, energy storage and electric vehicles will increase demand for critical materials such as copper, cobalt and nickel – which, in turn, will lead to greater production of tailings under current production processes. 'But,' says Franks, 'the really in-demand solid material used by humans is sand, and the amount of gravel, crushed stone and sand being used is close to 50 billion tonnes a year. Sand is now becoming a major global sustainability issue, especially when it is extracted from dynamic ecosystems, such as rivers, lakes and the ocean.' 'What we have tried so far is to reuse and repurpose tailings, and it hasn't worked, for two reasons: tailings are not fit for purpose, and lack the required characteristics of the product; and governments and the general public have been rightly quite wary of using the mining industry's waste,' adds Franks. However, Franks points out that processes have been added over the past five years to extract sand as a byproduct of mining – and produce something called OreSand, a type of manufactured sand that can be used in either construction and other industrial processes. 'Technically, this is not tailings repurposing, this a product made from the ore. This is a process that reduces or avoids waste and should really be viewed as a change in perspective,' he adds. Franks points out that the 'major advantage of OreSand from a construction perspective is that you get the crushing and grinding for free, as this was necessary for the primary metal. This also means of course that the sand is a lower-carbon product'. OreSand can be used as a substitute for construction and industrial sand, and is suitable for applications such as road construction, brickmaking and the manufacture of concrete. OreSand can also be viewed as an integral part of the circular economy as it is a product of the ore itself, not a byproduct of mining waste. Poorly managed tailings can have significant environmental impacts, says Jowitt: all you need to do is look at events at Brumadinho, Bento Rodrigues, Sino-Metals in Zambia, Jagersfontein, and more, even back to 1966 and Aberfan in Wales (when a colliery spoil tip collapsed, killing 144 people). 'True, recent reassessments, developments and improvement in tailings storage facility design have been made (as a result of high-profile failures), but tailings storage facilities are sometimes built in areas where failures could have extreme consequences,' he adds. There is a lot of potential to generate wealth from waste, says Jowitt. The concept of not-for-profit mining is actively being discussed, 'where revenue from (for example) critical metal extraction from tailings is used to remediate problematic mine sites, as well as developing secure domestic critical metal and mineral supply chains'. 'Obviously, there is likely to be profits made as well, but more Good Samaritan-type legislation may be needed to more fully realise this potential,' says Jowitt. A spokesperson from Fortescue, a global metal mining company headquartered in Australia, told Mining Technology that the industry is 'increasingly collaborating on circular economy initiatives, with growing potential to recover residual minerals from stored tailings or repurpose tailings for other projects', while the company remains committed to reducing and recycling waste. "A new approach to dealing with the dangers of tailings" was originally created and published by Mining Technology, a GlobalData owned brand. The information on this site has been included in good faith for general informational purposes only. It is not intended to amount to advice on which you should rely, and we give no representation, warranty or guarantee, whether express or implied as to its accuracy or completeness. You must obtain professional or specialist advice before taking, or refraining from, any action on the basis of the content on our site. Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data
Yahoo
21 hours ago
- Yahoo
Finland's AIATELLA secures funds for AI cardiovascular imaging solutions
Finnish startup AIATELLA has raised €2m ($2.27m) in financing to develop and scale its cardiovascular imaging technology powered by AI. The investment will support the company in conducting clinical trials and further developing its ultrasound-based preventative screening tool, which can identify and quantify carotid artery narrowing within minutes. Nordic Science Investments spearheaded the funding round, with contributions from Specialist VC, Business Finland, and Harjavalta Ventures, among other investors. The Automated Image Measurement technology of the startup leverages images from ultrasound, computed tomography, and magnetic resonance imaging to analyse vascular imaging. This multimodal technology identifies abnormalities and quantifies changes over time in those at risk. It significantly reduces the time specialists spend on manual image measurements and documentation. As a result, clinicians can dedicate more time to patient care. AIATELLA is currently navigating the medical approval processes in several European and North American countries, including France, the US, and the UK. AIATELLA co-founder and CEO Jack Parker said: 'Our technology helps medical professionals analyse imaging much more efficiently, and at an earlier stage, so patients can get help before it's too late.' Initially applied to the aorta artery, AIATELLA's vision extends to encompass all blood vessels in the body with its technology. The startup noted that it is also developing a portable ultrasound-based screening technology for mass screening of individuals prior to the occurrence of symptoms. This approach aims to facilitate early detection of cardiovascular diseases, which are a major cause of mortality worldwide. The technology has already been employed in the UK and Finland at screening events, where it has helped identify potentially at-risk individuals. AIATELLA also aims to gather data on the presentation and progression of cardiovascular conditions across different sexes and ethnicities, as symptoms can vary widely among these different groups. "Finland's AIATELLA secures funds for AI cardiovascular imaging solutions" was originally created and published by Medical Device Network, a GlobalData owned brand. The information on this site has been included in good faith for general informational purposes only. It is not intended to amount to advice on which you should rely, and we give no representation, warranty or guarantee, whether express or implied as to its accuracy or completeness. You must obtain professional or specialist advice before taking, or refraining from, any action on the basis of the content on our site. Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data
Yahoo
a day ago
- Yahoo
GLAD 2025: improving lifting awareness in the mining sector
The mining and lifting industries have much in common. Both sectors operate heavy-duty machinery, have a high focus on safety and face challenges when it comes to attracting, recruiting and training their workforces. Global Lifting Awareness Day (GLAD), which takes place on 12 June, is an opportunity for manufacturers, suppliers and end users of lifting equipment (including miners) to recognise the sector and share material that supports safe and high-quality load lifting. GLAD, now in its fifth year, is led by the Lifting Equipment Engineers Association (LEEA), a trade association for the lifting industry. With around 1,200 members, the LEEA offers a quality assurance mark for its member companies as well as ongoing compliance support. The body also produces around 20 guidance documents a year, including those that cover the equipment used in the mining community. Ahead of GLAD, Mining Technology spoke to Ross Moloney, CEO of the LEEA, about current industry trends, the skills shortage facing the lifting sector and how mining companies can ensure they are meeting the latest industry standards. Ross Moloney: The lifting industry is not unique in that one of the main challenges that our members face now is a concern around recruitment for the future workforce. Traditionally – and for as long as I have been involved in skills and development – the whole engineering sector has been concerned around where we are going to get tomorrow's engineers from. I think that also speaks to the mining industry. These industries are powerhouses of the western economy but are often looked at as 'for other people's children'. So, two messages will underpin GLAD. It is Global Lifting Awareness Day, so we are looking to make people aware of the wonderful [employment] opportunities within the industry – but, we are also looking to remind customers that it matters how you manage risk when it comes to lifting. We make the argument that when you are buying [lifting equipment], make sure you are buying from a trusted partner and make sure that you are getting your equipment checked by somebody who is trained and competent. Ross Moloney: I live in Nottinghamshire in England, so I am surrounded by the heritage and the history of what the mining industry used to look like. Lifting has always been part of the mining community, but mining itself is an ever-changing, ever-growing and ever more technically reliant industry. We are not just talking about getting fossil fuels out of the earth anymore, we are talking about rare minerals and rare metals. So, the mining industry is fundamentally changing from what it was 50 years ago where I live. This speaks to the partnership between the mining industry and the lifting industry, too. From an outsider's perspective, you can look at both industries and think that they are old fashioned, and that lifting is about grease and heft. However, both industries are on a parallel journey of technological innovation. There are more and more inclement territories – places where it might not be possible to bring in and leave heavy equipment – and we know that there are geopolitical issues that both of our industries work in. When we think of the core places that mining happens, there is a huge mining effort and lifting equipment in Western Australia (WA). The LEEA has members in Perth and the wider WA region that service the mining community out there, but LEEA members are also serving [oil and gas] exploration in the Middle East and in South East Asia; I have a membership hotspot in Aberdeen, so the North Sea is a really important place. Ross Moloney: I think the number one challenge that we all face in any engineering industry is the concern about 'a race to the bottom'. We are in such tight financial times; it is understandable that all businesses are looking at ways by which they can cut costs and increase profit margin. We are effectively a safety industry. So, there is always a concern that best practice and safe practice can come under pressure. That is a concern shared when I speak to other chief executive officers and trade associations. That is not just a lifting or a mining issue – it is an engineering issue. Engineering is under pressure not just because of the rising cost of living, but [due to] the increasing price of raw materials, tariffs and growing logistics costs. We in the engineering world are really feeling the pressures of price increases. So, the number one challenge that we are facing is how do LEEA members maintain this position of market superiority in terms of quality but continue to make this argument when there is definitely a race to the bottom? We are an association that believes it is our job to make the argument that while you might be looking at cutting [costs], please don't cut your attitude towards safety. Ross Moloney: The LEEA's vision is to eliminate accident, injury and fatality. We know that we work in risky industries; but risky doesn't mean it has to be dangerous. Again, in common with the mining industry, we have seen significant trends in awareness of and engagement with risk. One trend that we have noticed is that product/machinery is failing less because of standardisation and the over-engineering of solutions. There are multiple factors being built into products now, so that if one little bit failed there would be other catches that would make sure that the product is safe. Another trend that we are noticing globally – and is particularly of relevance to the mining community in Australia – is that we must be careful that we do not move away from expecting truly competent people to be in their roles. To be a truly competent professional working in a high-risk and therefore dangerous environment, the trend that we are fighting against is the idea [of what] is enough training. We believe in ongoing life-long training as the way by which you can stay competent, but there is a base level that you must get to before you should be trusted anywhere near lifting equipment. Ross Moloney: The LEEA has recently conducted what we believe to have been the biggest-ever study of skills recruitment issues in our industry, with nearly 400 respondents globally. On GLAD, my colleague and I are going to be launching a report into the state of the lifting industry. We will highlight the issues, the challenges and some of the solutions that we believe will take our industry forward. Just to give you a teaser, in the report we are highlighting the average age of the workforce, the challenges and the skills gaps but also the skills shortages. How hard is the training, so that a person in a role is fully qualified? We are also talking about where our workforce comes from, and where else we might look at attracting them from. The LEEA and myself believe that the engineering industries really must do better at creating career pathways, otherwise we are forever just going to be catching one or two people. What we really want is cohorts of 10–20 coming from colleges or local environments. We must win hearts, but we must also build the road so that people can come into the industry and stay in the industry. Ross Moloney: If you are a member, we communicate with you at least monthly – and we have a very open-door policy where we take questions, comments, phone calls, etc. We really believe that we are a knowledge management association. We also believe that we have a duty of care for non-members. On LinkedIn we share links to documents and we post news that is happening in the industry. If you go onto the LEEA website, you will also find that whilst some documents are member only, many of our documents are available for the industry. We see ourselves as a support service to the mining community. Traditionally we have concentrated on supporting the manufacturers, the distributors or the examiners of lifting equipment. In September this year, we are going to be launching a new grade of membership aimed specifically at users of lifting equipment and we are calling it our safe user grade. We are promising that we will be a partner that will vastly reduce the risk of – and the reality of – equipment failing and accidents, because we are going to help people understand the things that they must be doing when it comes to buying, caring for and using lifting equipment. To mark Global Lifting Awareness Day on 12 June, Ross Moloney and Matt Barber, LEEA director of membership, will host a webinar launching a report that highlights the most pressing issues related to skills shortages, skills gaps and recruitment across the lifting sector. Register here. "GLAD 2025: improving lifting awareness in the mining sector " was originally created and published by Mining Technology, a GlobalData owned brand. The information on this site has been included in good faith for general informational purposes only. It is not intended to amount to advice on which you should rely, and we give no representation, warranty or guarantee, whether express or implied as to its accuracy or completeness. You must obtain professional or specialist advice before taking, or refraining from, any action on the basis of the content on our site. Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data