Terramin Australia Limited’s Post

Unlock Copper's Potential for Renewable Energy Revolution 3⚡️ With the demand for copper predicted to outstrip supply in the coming years, this essential commodity lies at the heart of the renewable energy revolution. As the world shifts towards net-zero emissions, copper's role becomes even more critical in powering green infrastructure and electric vehicles. Stay ahead of the curve and subscribe to Avestix Intell now to access valuable insights into the copper industry. Discover the best-performing companies and gain clarity on fair prices to maximize your investment returns: https://lnkd.in/eu4RzbnE #Avestix #AVXI #CopperDemand #RenewableEnergy #NetZero #InvestmentInsights

What is the Hydrogen Production Business Model (HPBM)? In December 2023, the first projects to receive support through the Hydrogen Production Business Model were announced. This totalled 125MW of electrolytic hydrogen production projects. The HPBM is based around a Contract for Differences (CfD), which is the same mechanism that has supported the roll-out and price reduction of renewable energy in the UK over the past 10 years. The CfD works by providing a 'strike price', which is a fixed price a project will receive for the hydrogen it produces. This provides hydrogen production projects with stability in the price they will receive for the hydrogen they produce, reducing the risk of the project and improving the investment proposition. A project may receive a subsidy when the spot price drops below the strike price, but may have to pay back the surplus when the spot price is above the strike price. CfDs under the Hydrogen Production Business Model will be provided by the Low Carbon Contracts Company (LCCC), a public body overseen by the Department for Energy Security and Net Zero. The first projects to receive support through the HPBM will come online from 2025. To find out more, follow the link below: https://buff.ly/4aX1G69 #netzero #hydrogen

There is a consensus that utilizing Renewable Energy Sources is one of the most efficient and impactful strategies for Decarbonizing the Aluminium Industry across its entire value-adding links. The ideal scenario is to achieve integrated bauxite-alumina-aluminium production in regions abundant in bauxite reserves and sufficient Hydroelectric Energy. https://lnkd.in/dAhD_SHe

💸 While we have been talking about Gold, this metal has surreptitiously touched the 1,00,000/kg mark. 💸 Silver has hit a record high of 1,00,000/kg, 1,00,040 to be precise :) What are the reasons? 💸 High demand in industrial segment 💸 electric vehicle (EV) industry and 💸 usage in renewable energy industry 💸 also geopolitical tensions Do you have more gold or more silver in your portfolio?

The prices of several important metals like copper and aluminium have been steadily increasing. These metals might offer promising opportunities, especially as they play a big role in the green energy transition. This change towards renewable energy is one of the main reasons we’re seeing a rising price of copper and aluminium, and trend that looks like to continue in the long run. https://lnkd.in/eFASxP8u

High interest rates risks low-carbon hydrogen build out, says Wood Mackenzie. By Charlie Currie High interest rates put low-carbon hydrogen, carbon capture utilisation, and storage (CCUS) and direct air capture (DAC) projects at risk, according to Wood Mackenzie. The energy consultancy in its Conflicts of interest: the cost of investing in the energy transition in a high interest-rate era report warned the higher cost of borrowing negatively impacts renewables and nascent technologies more than established oil and gas, and metals and mining sectors. In particular, Wood Mackenzie warned the lack of economic incentives to capture carbon and the lack of a hydrogen market are the “most significant obstacles to investment,” but said for the projects that do progress, higher rates of interest “hurt the economics.” https://lnkd.in/dr-gErRU

The energy-intensive industry of manganese (Mn) ferroalloy production is one of the largest producers of direct carbon emissions. The demand for ferromanganese alloy, an additive of steel, follows the demand for steel and continues to increase. This means Mn ore and the production of Mn ferroalloys form an integral part in a future energy sector based on renewable energy technologies. Major structural features of wind turbines, solar panels, and energy storage devices are all made of steel components. Read more about it here: https://lnkd.in/d7CVp6f5 #AfricanMining #EnergyIntensiveIndustry #ManganeseFerroalloysProduction #CarbonEmissions #RenewableEnergySolutions #SteelComponents

“Source3X, SIDP sign MoU to develop #hydrogenhub British Columbia” HTW Editorial Team - July 30, 2024 “Source3 Energy X Inc. (Source3X) and the Skeena Industrial Development Park (SIDP) have signed a Memorandum of Understanding to collaborate on the development of the Skeena Clean Hydrogen Hub, a large-scale clean hydrogen and #derivativefuelproducts production centre at the Skeena Industrial Development Park in Terrace, BC, Canada. “ “The Skeena Clean Hydrogen Hub aims to produce #cleanhydrogen from #renewables and other energy sources to meet the growing local and global demand for #cleanfuels as part of the long-term transition to #zerocarbontransport and industrial processes. If fully developed, the center could produce up to 50,000 tonnes per annum of #carbonfreehydrogen or its downstream products such as #cleanammonia , #efuels , or #sustainableaviationfuels .” “Ayaz Khokhar, President and CEO of Source3X. “We expect long-term exponential growth in demand for #greenhydrogen and its downstream products not only globally, but also in Canada. Terrace is a major hub for energy, road and rail transportation in Pacific Canada, and we look forward to providing a pathway to #decarbonise #heavydutytransportation and other industries.”” https://lnkd.in/eP4_pyZw Source- original post Read all my posts #MariusPreston

Furthermore, for low-carbon electrolytic #hydrogen to take off in the next five years, planning bottlenecks will have to be removed. This chart shows the typical lead times in Europe for planning for #wind power (offshore and onshore) and for #solar power. These are significantly longer than the lead times either for electrolysis projects or for the construction of large electrolysis manufacturing facilities. The contrast is striking, and the main bottleneck is clear. Read our latest research: https://ow.ly/fZq050QFrsM

U.S. steel is the second-cleanest and lowest-carbon steel in the world, according to a recent Global Efficiency Intelligence report. That’s just one reason Tom Muth, Executive Vice President and Chief Operating Officer, Zekelman Industries, suggests American companies think twice about sourcing foreign steel for solar applications. When U.S. businesses—especially those involved in renewable energy— source steel from China and other foreign countries, “it adds a needless and dirty element to what is supposed to be a clean industry,” Muth writes in Power magazine. Read the full article: https://bit.ly/3P214md #DomesticManufacturing #DomesticSteel #SolarPower #manufacturing