Latest News

Metso grinding system
NewsProcurement & Suppliers
Metso launches new grinding classification system
Metso launches new grinding classification systemMetso has unveiled an innovative, configurable modular grinding classification system.The design consists of pumps, hydro-cyclones, product samplers, liquid resistance starters, particle size analysers, and mill lubrication units, which are easy to install and combine.The system, applicable for all types of grinding mills, is designed for maximised implementation efficiency while also reinforcing safety, quality and reliability in minerals processing.Metso grinding systems manager Jesse Ting comments on the new design.“Our customers get multiple benefits from this advanced system that integrates seamlessly into their operation and boosts the efficiency of their grinding systems,” he said.“Our pre-engineered modules are scalable for different mill types and classification stages, delivering exceptional performance with four times faster installation and more than 20% savings in overall cost compared to conventional solutions.“Each module is sized to match perfectly with standard 20ft or 40ft ISO shipping container dimensions, simplifying transport and installation. Safety is incorporated into every stage of the lifecycle, from installation to operation and maintenance.”The modules can be stacked, allowing for compact use of space, while the pre-engineered design eliminates the need for on-site modification and improves installation safety.
d8149e4d-09d3-40d9-a87c-a13006bce68a
NewsProjects & Operations
UGL to construct Stage 3 of Western Downs battery
UGL to construct Stage 3 of Western Downs batteryThe CIMIC Group’s specialist engineering and services provider, UGL, has been selected by Neoen and Tesla to construct Stage 3 of the 305MV/1220MWh Western Downs battery in Queensland.This follows UGL’s successful delivery of Stage 1 and early completion of Stage 2 (270MW / 540MWh) in November.For Stage 3, UGL will install 312 Tesla Megapack 2XL units, along with high-voltage infrastructure, control and switchroom facilities, earthworks and footings. UGL will also provide testing and commissioning support to ensure seamless integration to the grid.Together, Stage 1 and Stage 2 provide 540MW/1080MWh of storage capacity. Once Stage 3 becomes operational, the battery will offer a combined total of 845MW/2.3GWh.ACS group and HOCHTIEF chief executive and CIMIC Group executive chairman Juan Santamaria comments on the major renewable energy storage project.“Stage 3 of the Western Downs Battery will add 305MW/1220MWh of storage capacity to Queensland’s energy network, building on the success of Stages 1 and 2 delivered by UGL,” he said.“This expansion strengthens grid reliability and supports the integration of renewable generation in one of Australia’s most important energy corridors.”UGL managing director Doug Moss comments on Stage 3.“Western Downs Battery Stage 3 will be our tenth battery installation project and our seventh in partnership with Neoen and Tesla,” he said.“As a leader in constructing and commissioning renewable energy assets and connecting them to the grid, we are helping to accelerate Australia’s energy transition.”Construction on Western Downs Battery Stage 3 will commence February 2026 with completion expected in the summer of 2027/28.
The Great Fingall and Golden Crown mines are two of WA’s most storied gold producers.
NewsProjects & Operations
Westgold restarts Cue gold mine
Westgold restarts Cue gold mine Westgold Resources (ASX: WGX) has successfully fired the first high-grade stope at its Great Fingall mine — now accessing virgin areas last mined more than a century ago.Gold grades from initial stopes are in line with expectations, averaging between 3-4 g/t.Located near the town of Cue in WA, the Great Fingall mine produced 1.2moz of gold between 1891 and 1918 — from just 1.9mt of ore, notably without the benefit of modern mining technology.Westgold managing director and chief executive Wayne Bramwell comments on the restart.“The recommencement of stoping at Great Fingall is a proud achievement for all at Westgold and the WA underground mining community,” he said.“This historic mine, which produced over 1.2moz of gold at outstanding grades in the early 1900s, has now been revitalised as a modern, high-grade operation through our strategic investment in the Murchison portfolio.“The high-grade output from Great Fingall will complement the volume from Big Bell, strengthening our operations and creating lasting value for our shareholders.”At steady state production from 2027, Great Fingall will deliver about .5mtpa of high-grade ore to Westgold’s Cue processing hub, supplementing ore feed from its nearby +1mtpa Big Bell mine.The Great Fingall mine is forecast to ramp up steadily through FY26 toward a combined steady state production rate of about 40,000t per month by late FY27.Westgold continues to drill the lower open extents of the multiple lodes at Great Fingall from underground, targeting extensions to the current six-year mine life.
Energy grid overhaul costs hit $128b, coal remains critical
Economics & Commodity PricesNews
Energy grid overhaul costs hit $128b, coal remains critical
Energy grid overhaul costs hit $128b, coal remains criticalThe Australian Energy Market Operator (AEMO) draft 2026 integrated system plan (ISP) indicates that current strategies may not deliver energy security or climate objectives.The ISP confirms that coal will be required to stabilise the National Electricity Market (NEM) until 2049 — twelve years longer than previously forecast — and transmission cost estimates have increased by up to 100% in real terms.Consistent with previous reports, electricity consumption is expected to nearly double by 2050, driven by electrification of transport, expansion of data centres and industry shifting from gas to electricity. At the same time, two-thirds of the remaining coal fleet would close by 2035, with all due to retire by 2049.AEMO chief executive Daniel Westerman says renewable energy, firmed with storage, backed up by gas and connected with upgraded networks remains the least-cost roadmap to meet Australia’s energy needs.“Extensive stakeholder consultation and modelling of thousands of potential investment combinations has identified the least-cost option,” he said.Consumers will continue to play a major part in Australia’s energy transition, with expected investment in 87GW of small-scale solar, 27GW of behind-the-meter batteries and 9GW of coordinated storage from electric vehicles by 2050.“Australian consumers are world leaders in rooftop solar and are now adding home batteries and electric vehicles,” Mr Westerman said.“If those consumer devices can respond to market signals through their retailers, it will result in a lower cost power system for everyone.”This analysis underscores the need to continue to progress with investments identified in the ISP so the energy transition can deliver the lowest cost outcomes to consumers without placing more pressure on household incomes and industrial competitiveness.“While momentum in investment and delivery continues to build, challenges remain in delivering essential infrastructure at the pace required. Slower progress will erode benefits to consumers and present risks to reliability,” Mr Westerman said.To deliver the least-cost optimal development path (ODP) proposed in the draft by 2050, it would require about 120GW of grid-scale wind and solar, around 55GW of dispatchable storage (including batteries and pumped hydro) and 14GW of flexible gas.A further 6,000km of new transmission lines would also need to be added — a 13% expansion on today’s 44,000km network, but down from the 10,000km stated in the plans 2024 rendition.Since the draft 2024 ISP release, multiple renewables and grid expansion projects across Australia have been scrapped or delayed.In June the Queensland Government walked away from plans to build the $1b Moonlight Ridge wind farm. In October Snowy Hydro ordered the comprehensive review of its $12b Snowy 2.0 pumped hydro project in NSW due to material cost pressures.Future Coal chief executive Michelle Manook says the report challenges the ideology of a “renewables-only” transition.“It confirms that Australia’s current pathway is misaligned with engineering and cost realities, or the original intent of the Paris Agreement,” she said.“Major economies, including Japan, India, China and the US, continue to invest in modern, and increasingly abated, coal solutions across the value chain… Australia has been left behind, while other nations modernise their coal value chains to balance economic and energy security with emissions reductions and sustainability goals.“Climate policies need to reflect engineering reality, not ideology, otherwise Australians will continue to face rising costs, worsening reliability and still fall short of climate targets.”In October, the Queensland Government released an energy roadmap, outlining that coal will continue to underpin affordable and reliable energy supply to the state for as long as needed with gas emerging as a critical technology for system reliability.AREEA chief executive Steve Knott says it’s encouraging to see the Queensland Government acknowledge that reliable, affordable energy still depends on a strong resources industry.“The Government’s commitment to progressing enabling projects like CopperString, unlocking the North West Minerals Province and expanding gas supply means more investment, more production and more high-quality Queensland jobs,” he said.“But the roadmap will only deliver if governments at all levels work together to address logjams in the approvals system and ensure projects are not stuck in bureaucratic limbo, putting Queensland’s competitive edge at risk.How the Queensland Government’s decision to allow state-owned coal power stations to run “to the end of their technical lives” will align with climate targets is yet to be confirmed.In November, the Climate Change Authority (CCA) reported that the pace of emissions cuts would need to triple to meet Australia’s legislated 2035 target of reducing 2005-level carbon pollution by 62-70%.The CCA found the electricity and energy sectors were making the fastest gains — contributing to half the nation’s emissions reductions over the past year — improving the prospects for other sectors of the economy to decarbonise as they electrify.The final 2026 ISP is expected to be released in June next year.
The Dwellingup MAZ is currently 8,344ha.
NewsProjects & Operations
Alcoa doubles no-mining zone
Alcoa doubles no-mining zoneAlcoa Australia (ASX: AAI) will expand its Mining Avoidance Zone (MAZ) around Dwellingup to 26,000ha, equivalent to the size of about 860 Optus stadiums.The expanded MAZ is adjacent to several designated conservation areas, including sections of old growth forest which will never be mined.The expanded area now includes part of Lane Poole Reserve, Recreational tracks and trails including sections of the Munda Biddi Trail, Bibbulmun Track and Nyingarn Bidi Loop and a new zone around the Inglehope community east of Dwellingup.Alcoa Australia regulatory approvals director Kane Moyle says the move shows Alcoa is listening and responding to community feedback.“The decision follows environmental studies and extensive community consultation,” he said.“We are committed to engaging with the community to find ways to minimise impacts and protect the cultural values and sense of place that makes Dwellingup special.“We know these areas are treasured by the local community and visitors alike. We respect the community’s expectation that these forest areas and trails remain part of our natural heritage for generations to come.“We are really pleased we can offer increased certainty around their protection as part of our broader commitment to balance critical resources needs with environmental and social values.”This expansion follows Alcoa’s November withdrawal of around 47,000ha from its proposed exploration footprint in the Perth Hills.Alcoa says that while the new MAZ includes areas of mineral prospectivity, there is no immediate financial impact from the Dwellingup no mining commitment.
onslow
NewsProjects & OperationsTechnology & Innovation
Onslow Iron transitions to gas
Onslow Iron transitions to gasOperations at the Port of Ashburton, a critical link in Mineral Resources’ (ASX: MIN) Onslow Iron supply chain, are now running entirely on natural gas.The complete transition from diesel to natural gas for port operations will reduce greenhouse gas emissions whilst streamlining operations through the removal of extensive diesel logistics and handling, according to the miner.The change will result in displacing about 60 million litres of diesel every year for power generation at the port.Site infrastructure includes a 14MW gas-fired power station which is now connected to the Wheatstone Ashburton West Gas Pipeline.MinRes power station operations manager Gary Stevens comments on the milestone.“The introduction of a gas-fired power station at the port represents a major step towards delivering cleaner and more sustainable mining and export infrastructure,” he said.“Bringing something of this scale together and operational is a huge piece of work and couldn’t be done without the team’s dedication, diligence and expertise.”The Port of Ashburton, located about 150km from Ken’s Bore mine site in West Pilbara, plays a critical role at Onslow as it is where iron ore is loaded onto purpose-built 20,000t transhippers for transfer to bulk carriers offshore.MinRes general operations and development manager Rowan Hill commented on the company’s commitment to investing into greener technologies.“We consider clean energy critical to the sustainability of our industry and the communities where we operate,” he said.“We’re continually exploring ways to reduce emissions across our operations and by connecting the port to the gas lateral, we’re reducing our diesel consumption and taking another positive step towards more cost-effective and cleaner operations.”
thiess eva-ann-cimic
NewsProcurement & Suppliers
Thiess secures $700m agreement for Eva copper project
Thiess secures $700m agreement for Eva copper projectThiess has secured a $700m alliance agreement with Harmony to deliver bulk earthworks, workshop construction and mining services over five years for the Eva copper mine project.Thiess group and chief executive Michael Wright comments on the alliance agreement.“The Eva Copper Alliance Agreement aligns Thiess and Harmony strategically and operationally – enabling us to set new benchmarks for sustainable, efficient copper development at what will be the largest copper mine in Queensland,” he said.Thiess group executive Australia East Rae O’Brien continues.“Our alliance with Harmony is underpinned by our deeply aligned values, particularly in supporting local procurement, new-to-industry and Indigenous workforce development, community engagement and a steadfast commitment to safety – we look forward to working together to drive employment, skills development and community partnerships that will endure beyond the mine life,” he said.Early stage works for the project has begun with completion expected in June 2026.Mining services such as drilling, blasting, mine planning, technical services, mining operations and mobile equipment maintenance across multiple open pits will begin from June 2026 to June 2031.Harmony chief development officer Johannes Van Heerden comments on the Eva project.“The Eva copper mine project is integral to Harmony’s strategic objective to become an international gold and copper producer,” he said.“Through the Eva Copper Alliance, Thiess and Harmony combine their strengths in a single, integrated framework - leveraging technical expertise, proven industry experience, and shared values to achieve common objectives.”
Back to of the page