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Introducing the Hays Mining Industry Report Australia FY24/25! This report explores the challenges and opportunities that lie ahead for Australia’s thriving mining sector. We review the past 12 months and then look forward to the next 12 months across both coal mining and hard rock/metals/minerals. It also deep dives into the longer mining landscape over the next 3 to 5 years. The report explores:  - The opportunities for the mining industry as the world works towards net-zero targets - How to upscale in an era of skills shortages - Which mining roles are currently most in demand - The future roles that will be transferrable, and the new skills needed for a renewable future #Hays #Workingforyourtomorrow #FacilityServices #Mining Don't miss out! Head to our website to download your free copy now!

Hays is digging deeper to understand the biggest challenges and opportunities facing the Australian mining industry. Download the Hays Mining Industry Report. #HaysHR #HaysHumanResources #HRJobs #MiningJobs #WorkingforyourTomorrow

Could this be mining's finest era? We dig deep into the challenges and opportunities that lie ahead for Australia’s thriving mining sector, and how your business can capitalise on them. In the Hays Mining Industry Report Australia FY24/25 you’ll find:- The opportunities for the mining industry as the world works towards net-zero targets- How to upscale in an era of skills shortages- Mining roles are currently most in demand- 

What are the key challenges and opportunities facing the Australian mining industry currently? What a great read. Everyone connected to mining should be downloading and reading this.

According to Australian Mining magazine, the Australian mining industry will need to work with partners from all corners of the mining equipment, technology and services (METS) industry if it hopes for a streamlined energy transition. Australian Mining goes on to acknowledge that VERIDAPT -- a forerunner in digital energy management for over 20 years will play a critical role in providing the platform, hardware and expertise to support a diversified energy mix at the mine site. VERIDAPT has supported miners on their fuel-management journey for more than two decades and is recognised as the energy transition partner for the future. "The requirements to report on your costs and energy use, and the need to manage your supply chain, those things are going to remain, but it's going to be in a more complex environment. Fleets that previously relied on one energy source – diesel – will now have multiple sources of energy", states Sean Birrell, CTO and co-founder. This is where VERIDAPT comes to the fore – Australian Mining. Read the full article here: https://lnkd.in/eg2TEz-e Australian Mining Future of Mining

One thing learned at PDAC 2024 is how thoroughly the mining industry has embraced the energy transition. It understands its role as supplier of new raw materials, but it also understands that it cannot be an agent of this transition without committing itself to it. Alternative power sources are being sought, electric haul trucks are being tested and plans are made to electrify entire operations. Despite these changes, there will be residual carbon emissions that cannot be abated. Carbon removal will play a key role in offsetting these emissions and allowing mining companies to attain Net Zero. One can argue about the timeline for this transition, but no one can argue that the mining industry isn't embracing the change that is necessary. #mining #climatechange #climatesolutions

🌍 **Exploration vs. Mining Budgets: A Strategic Balance for a Green Future** 🌍 When it comes to budgeting in the mining industry, there's a clear distinction between exploration and mining budgets. Mining budgets are often seen as a safer bet, offering a 100% guarantee of profit once operations begin. This assurance naturally drives higher investment, leading to ever-increasing mining budgets. On the other hand, exploration budgets tell a different story. Exploration is inherently risky; the success rate can vary dramatically, from nearly zero in some cases to very high in favorable scenarios, such as iron ore (Fe). This uncertainty often leads to cautious investment, resulting in lower exploration budgets. However, as the world shifts from fossil fuels to green energy, this approach needs a rethink. 🌱 The transition to renewable energy sources requires the discovery of new mineral deposits essential for technologies like electric vehicles and solar panels. Without a significant increase in exploration budgets worldwide, we risk falling short of the raw materials needed to power a sustainable future. Investing in exploration today is an investment in tomorrow's green energy transition. Let's strike a balance between guaranteed profits and the potential for groundbreaking discoveries that will drive the global economy forward. 🌍🔋💼 #Mining #Exploration #GreenEnergy #Sustainability #Investment #FutureForward #CopperProcessing #MiningIndustry #MineralProcessing #Hydrometallurgy #Pyrometallurgy #Sustainability #MiningTechnology #Metallurgy #CopperMining #OxideOres #SulfideOres #Leaching #Flotation #GlobalEconomy #ResourceOptimization #EngineeringExcellence #Manufacturing #MineralResources #InnovationInMining #EnergyEfficiency #MetalProduction #CopperCathodes #MineralProcessing #GreenEnergy #ColumnFlotation #SustainableMining #EnergyEfficiency #EnvironmentalImpact #MiningInnovation #FutureOfMining #MineralProcessing #SkillsDevelopment #LaboratorySkills #Metallurgy #MetallurgicalTraining #ProcessingExperts #ProcessIndustry #ProcessingEfficiency #ProfessionalDevelopment #SiteSpecificTraining

The world's growing appetite for elements like lithium, nickel, cobalt, graphite, copper, and aluminum, essential for clean energy technologies, is putting pressure on the mining industry to boost production. However, mining also faces sustainability goals, demanding a decrease in carbon emissions despite increased energy intensity. The answer? Enhance energy efficiency across the value chain. 👉🏻 Read this article in International Mining Engineer and learn how water-cooled drive systems achieve an efficiency of over 97.5%, reducing energy losses by 2% compared to air-cooled systems. Their lower operating temperature extends the life of critical components, leading to a reduced total cost of ownership. #Mining #Grinding #EnergyEfficiency #Drives

The world's growing appetite for elements like lithium, nickel, cobalt, graphite, copper, and aluminum, essential for clean energy technologies, is putting pressure on the mining industry to boost production. However, mining also faces sustainability goals, demanding a decrease in carbon emissions despite increased energy intensity. The answer? Enhance energy efficiency across the value chain. 👉🏻 Read the article in International Mining Engineer and learn how water-cooled drive systems achieve an efficiency of over 97.5%, reducing energy losses by 2% compared to air-cooled systems. Their lower operating temperature extends the life of critical components, leading to a reduced total cost of ownership. #Mining #Grinding #EnergyEfficiency #Drives

The world's growing appetite for elements like lithium, nickel, cobalt, graphite, copper, and aluminum, essential for clean energy technologies, is putting pressure on the mining industry to boost production. However, mining also faces sustainability goals, demanding a decrease in carbon emissions despite increased energy intensity. The answer? Enhance energy efficiency across the value chain. 👉🏻 Read the article in International Mining Engineer and learn how water-cooled drive systems achieve an efficiency of over 97.5%, reducing energy losses by 2% compared to air-cooled systems. Their lower operating temperature extends the life of critical components, leading to a reduced total cost of ownership. #Mining #Grinding #EnergyEfficiency #Drives