The iron ore mine acquisition includes an exclusive offtake arrangement that would give Vale the right to purchase 100% of Ligga’s sinter feed production. This sinter feed offtake component is a central element of the transaction, providing Vale with a dedicated supply channel tied directly to the expanded operations planned at the site.

Ferro Sul Expansion Targets Fourfold Output Increase

Under the terms of the agreement, the Ferro Sul expansion would see annual production grow from approximately 2 million tonnes to 8 million tonnes per year. This planned increase represents a fourfold jump in output and would bring substantial new volumes of high-quality Carajás iron ore into the supply chain. It is important to note that this expansion remains a future development rather than a reflection of current production levels at the mine.

The iron ore mine acquisition is designed to complement Vale’s existing portfolio by adding flexibility and volume without requiring entirely new infrastructure. The Ferro Sul mine sits in the Carajás region, an area already home to some of the world’s largest iron ore operations. The proximity of the site to established logistics networks is a key factor in the transaction’s commercial logic.

Expanded production from Ferro Sul is expected to be transported via the Carajás Railroad, which runs approximately 10 kilometres from the mine site, to the Ponta da Madeira Maritime Terminal located in São Luís, in the state of Maranhão. This planned logistics arrangement would allow the operation to leverage infrastructure already connected to Vale’s Northern System, reducing the capital intensity typically associated with greenfield expansions of this scale.

Strategic Access to High-Quality Iron Ore Supply

The iron ore mine acquisition gives Vale long-term access to additional volumes of high-quality ore sourced from one of the most established mining corridors in Brazil. By securing a sinter feed offtake agreement covering 100% of Ligga’s production, Vale positions itself to integrate these new tonnes into its broader supply commitments without building competing infrastructure.

Expanded operations at Ferro Sul are planned to commence around mid-2028, at which point the mine would be capable of exporting production globally through the Ponta da Madeira terminal. The Carajás iron ore produced at the site is expected to benefit from established demand for high-grade material in international markets.

The iron ore mine acquisition remains subject to customary corporate and regulatory approvals. Vale has not confirmed mineral reserve volumes at the Ferro Sul mine, nor has it disclosed details regarding additional future expansions or production of other ore types beyond what has been outlined in the current agreement. The transaction, once finalized, would mark a notable addition to Vale’s northern Brazilian operations, reinforcing its supply base through a lower capital intensity model built on existing rail and port connectivity.

When combined with locomotive orders announced in 2024, the Wabtec Simandou services agreement brings the total value of Wabtec’s business related to the Simandou project to more than $1.2 billion. The scope of the contract reflects the long-term operational requirements of CTG’s railway infrastructure and the critical role that reliable locomotive performance plays in sustaining the movement of iron ore across a rail corridor stretching more than 600 kilometres.

Scope of the Wabtec Simandou Services Agreement

The services agreement covers a broad range of locomotive maintenance and support activities designed to keep CTG’s fleet operating at high levels of reliability. Under the terms of the Wabtec Simandou services agreement, the company will provide both scheduled and unscheduled maintenance, parts and component overhauls, parts management and logistics support. The contract also includes workforce training programs aimed at building local technical capacity, as well as advanced remote diagnostics that enable real-time monitoring of locomotive health and performance. Localisation activities form an additional part of the agreement, aligning with broader objectives to develop in-country capabilities around mining transportation infrastructure.

The locomotives supported under the agreement are Wabtec ES43AC Evolution Series units. These machines will operate on the CTG railway infrastructure that forms the backbone of the Simandou rail corridor, connecting the mining area with the Port of Morebaya. The railway is designed to transport iron ore while also supporting the movement of passengers and other non-mining goods, making it a multi-purpose transport link for the region.

Strategic Importance for Mining Transportation Infrastructure

The Simandou rail corridor is central to the logistics chain that connects one of the world’s largest undeveloped iron ore deposits with an export port facility. Spanning more than 600 km, the railway demands consistent locomotive availability and performance to handle the anticipated volumes of material movement. Long-term locomotive maintenance and support, of the kind covered by the Wabtec Simandou services agreement, are essential to sustaining the throughput and operational continuity that large-scale mining transportation infrastructure requires.

By securing this contract, Wabtec has positioned itself as a key partner in the ongoing operational readiness of the Simandou rail corridor. The agreement ensures that CTG’s locomotive fleet will benefit from sustained technical support, diagnostics capability and spare parts availability over the life of the contract, reducing the risk of unplanned downtime across the railway network.

The Wabtec Simandou services agreement, together with the previously announced locomotive orders, brings Wabtec’s combined commitments tied to the Simandou project to more than $1.2 billion, marking a substantial investment in the mining logistics infrastructure that will underpin the project’s transportation operations.

According to a regulatory filing, the contract is valued at 4.697 trillion won, equivalent to 43.13 percent of HMM’s consolidated revenue of 10.89 trillion won in 2025. The agreement runs from April 1, 2030, through October 31, 2056, with each vessel beginning its individual 25-year contract period upon entering service. Vale also holds an option to extend the arrangement by up to five years beyond the initial term.

Eight Newcastlemax Bulk Carriers With Next-Generation Fuel Capability

HMM had announced in June that it would order eight 210,000-tonne Newcastlemax vessels specifically for this long-term shipping contract. These bulk carriers will feature the world’s first engines capable of running on methanol, ethanol and conventional fuel oil. The ships are also being built as LNG- and ammonia-ready, meaning they can be converted to liquefied natural gas or ammonia propulsion in the future.

In addition to their multi-fuel capability, the Newcastlemax vessels will carry rotor sails designed to harness wind energy and supplement engine propulsion. These features are part of a broader package of equipment aimed at improving fuel efficiency and reducing carbon emissions across the fleet.

Under the terms of the HMM Vale shipping contract, the bulk carriers will transport cargo primarily between Brazil and destinations including China. Payments will be made within 10 business days after loading for each voyage. HMM noted that the final contract value could change depending on exchange rates, fuel prices, shipping routes and vessel operating days.

Third Major Long-Term Agreement Between HMM and Vale

The latest deal marks the third major long-term shipping contract between HMM and Vale. The two earlier agreements, signed in May and September of last year, were 10-year deals worth a combined 1.07 trillion won. The progression from those initial arrangements to the current 25-year commitment reflects the deepening commercial relationship between the South Korean carrier and the Brazilian mining company.

The HMM Vale shipping contract is part of a broader strategic effort by HMM to reduce its dependence on volatile container freight rates. Since CEO Choi Won-hyuk took office at the end of March last year, the carrier has focused on streamlining its bulk shipping fleet, reducing reliance on short-term chartered vessels and securing more long-term cargo commitments with large, creditworthy cargo owners.

HMM’s bulk division posted operating profit of 240 billion won in the first half of this year, extending a sharp improvement that began in the fourth quarter of 2025. The company has also broadened its non-container portfolio beyond conventional dry bulk carriers and tankers into liquefied-gas carriers, pure car and truck carriers and multipurpose vessels. Its bulk fleet expanded to 61 vessels as of the first half of this year from 44 at the end of March 2025.

“HMM will continue strengthening its stable earnings base by expanding the share of long-term contracts and restructuring its business portfolio, while expanding businesses centered on high profitability and future growth,” a company official said.

Strategic Alliance to Scale Iron Ore Digitalisation

The alliance builds on a long-standing collaboration between the two companies. ABB served as consultant, systems integrator and technology provider during the development of the Conceição II plant, contributing to advanced industrial automation, iron ore digitalisation and integrated IT/OT solutions. The focus was on optimising operations while improving safety and sustainability.

Vale plans to gradually expand the application of mining automation and artificial intelligence mining technologies to its broader portfolio of iron ore processing plants. The goal is to increase operational safety, boost performance and raise production quality. Mining digital transformation sits at the heart of this strategy, which Vale has branded as its Mining of the Future initiative.

Conceição II Model Plant Results

Inaugurated in June 2025, the Conceição II Model Plant has an annual capacity of 11.2 Mt. The facility features more than 100 monitoring cameras and the automation of more than 7,000 instruments, including advanced sensors and measurement devices. Data intelligence systems manage and optimise more than 400 variables across all stages of ore processing. Operating flows were also redesigned to anticipate failures and prevent unplanned shutdowns.

Since implementation in 2024, the plant has delivered strong results. Productivity rose by 25 per cent, premium ore production for direct reduction grew by 40 per cent, and iron losses in tailings fell by 26 per cent. The new setup also reduced the need for manual interventions, contributing to a safer working environment. These outcomes highlight how mining digital transformation can deliver measurable gains in both efficiency and worker protection.

Expanding Mining Automation Across Vale Operations

With the Conceição II plant now serving as a blueprint, the Vale ABB partnership aims to deploy a consistent approach to automation, electrification and iron ore digitalisation across multiple sites.

Carlos Medeiros, Vale’s Vice President of Operations, said the Model Plant Project demonstrated that technologies such as artificial intelligence mining improve employee safety while increasing productivity, operational efficiency and quality. He added that the company would take these learnings to other Vale operations, improving process predictability, mineral resource use and reducing worker exposure to risky activities.

Joachim Braun, President of ABB’s Process Industries Division, described the new agreement as an important milestone in the partnership. He said the companies were creating a framework to scale mining automation and digitalisation consistently, building on the success achieved at Conceição II.

The strategic alliance reinforces both companies’ commitment to mining digital transformation as a driver of safer, more sustainable and data-driven operations across Brazil’s iron ore sector.

The iron ore prepayment financing model allows mining companies to receive upfront capital from buyers or trading houses in exchange for guaranteed future delivery of commodities at agreed-upon terms. For CMOC, this approach provides immediate liquidity while leveraging the value of its iron ore production in Brazil, one of the world’s most significant iron ore producing nations.

How the Iron Ore Prepayment Model Works

Prepayment financing has gained traction across the global mining sector as companies look for alternatives to traditional bank lending and equity markets. Under such agreements, a buyer advances funds to the producer, and the producer commits to delivering a set volume of the commodity over a defined period.

This structure benefits both parties. The mining company gains access to working capital without diluting equity or taking on conventional debt, while the buyer secures a reliable supply chain for iron ore at potentially favorable pricing. For CMOC’s Brazilian operations, the iron ore prepayment financing arrangement offers a way to fund ongoing development and operational costs while maintaining production momentum.

CMOC’s Growing Presence in Brazil

CMOC has steadily expanded its footprint in Brazil’s mining sector over recent years. The company’s Brazilian operations have become a critical component of its global portfolio, contributing meaningfully to its overall production output. Brazil remains one of the top iron ore producing countries in the world, and CMOC’s assets in the country position it to capitalize on sustained global demand for the steelmaking raw material.

The decision to pursue prepayment financing rather than conventional funding routes reflects a broader strategic shift within the company. By tying financing directly to its iron ore production in Brazil, CMOC aligns its capital structure more closely with its operational output, reducing reliance on external credit markets that can be subject to volatility and tightening conditions.

A Broader Trend in Mining Financing

CMOC’s move is part of a wider pattern across the mining industry, where producers are increasingly turning to commodity-linked financing structures. The prepayment financing shift has been driven by several factors, including tighter lending standards from traditional banks, fluctuating commodity prices, and the desire of trading houses and end-users to lock in supply.

This mining financing deal also highlights how companies operating in jurisdictions like Brazil are finding creative ways to unlock the value embedded in their resource bases. As global demand for iron ore continues to be underpinned by infrastructure development and steel production in major economies, prepayment arrangements offer a practical mechanism for bridging the gap between production timelines and capital requirements.

The iron ore prepayment financing approach is particularly well-suited to operations with predictable output and established logistics chains, both of which characterize CMOC’s Brazilian assets. The arrangement underscores the evolving relationship between mining companies and their financial and commercial partners, where traditional boundaries between offtake agreements and financing are becoming increasingly blurred.

Implications for CMOC’s Operational Strategy

By securing this prepayment financing deal, CMOC positions itself to maintain steady investment in its Brazilian mining operations without the constraints that often accompany conventional borrowing. The upfront capital can be directed toward sustaining production levels, funding exploration activities, or improving operational efficiency across its iron ore assets.

The prepayment financing shift also signals CMOC’s confidence in the long-term viability of its iron ore production in Brazil. Committing to future deliveries requires assurance that output targets can be met reliably, suggesting the company views its Brazilian operations as stable and capable of sustained performance.

As the global mining sector continues to evolve in its approach to capital management, CMOC’s iron ore prepayment financing arrangement in Brazil serves as a clear example of how producers are adapting their strategies to meet both operational and financial objectives in a competitive landscape.

Approvals Clear the Way for Beebyn-W10 Development

The approved Mining Proposal and Mine Closure Plan enable Fenix to begin developing the Beebyn-W10 mine, marking another step in the company’s strategy to expand production across the Weld Range iron ore hub. Construction activities are expected to begin immediately, supporting the transition from project planning to operational execution.

With regulatory approvals now in place, Fenix can advance site development, mining infrastructure and production readiness while maintaining its targeted timeline for first ore exports later this year. The project is expected to strengthen the company’s production profile by adding a new source of high-grade iron ore from the Weld Range region.

Iron Ore Mine Development Supports Production Growth

The Beebyn-W10 project forms part of Fenix’s broader expansion strategy aimed at increasing iron ore output through the development of multiple deposits within the Weld Range. By leveraging existing transport and export infrastructure, the company expects to efficiently integrate the new operation into its established mining and logistics network.

Expanding iron ore mine development within the Weld Range also enhances operational flexibility by providing additional production capacity and supporting long-term resource utilisation. The project is expected to contribute to consistent ore supply while strengthening the company’s position in Western Australia’s iron ore sector.

Operational Readiness Remains the Next Focus

With approvals secured, Fenix’s immediate priority shifts to construction, mine establishment and preparing the operation for commercial production. The company will progress infrastructure development, site preparation and mining activities to meet its planned production schedule and support future output growth.

As demand for iron ore remains closely tied to global steel production and infrastructure development, timely execution of new mining projects continues to play a key role in maintaining reliable supply and expanding production capacity across established mining regions.

Fenix Resources’ regulatory approvals mark a significant milestone for iron ore mine development at Beebyn-W10, enabling the project to move into construction and production. As development progresses, the new mine is expected to strengthen Weld Range operations, support production growth and contribute additional iron ore supply from Western Australia.

L&T Mining EPC Orders Drive Mining Infrastructure Expansion

The latest L&T Mining EPC Orders include several strategic projects aimed at expanding the country’s mining and metals ecosystem.

Among the most significant contracts is the construction of an 18-million-tonnes-per-annum (MTPA) iron ore handling plant in Chhattisgarh. The facility is expected to support India’s largest iron ore producer in achieving its target of increasing production capacity to 100 MTPA by 2030. The project will improve ore transportation, material handling efficiency and supply chain reliability for downstream steel production.

L&T has also secured EPC contracts for a major integrated steel plant and a zinc processing facility, reflecting continued investments in domestic metal production and mineral processing infrastructure. Together, these projects strengthen the country’s resource development capabilities while improving operational efficiency across the mining value chain.

Projects Support India’s Industrial Growth Strategy

The newly awarded contracts align with India’s broader objective of expanding mining output and increasing domestic manufacturing capacity.

Modern iron ore handling systems play a critical role in reducing logistics bottlenecks, improving material flow and ensuring uninterrupted feedstock supply for steelmakers. Likewise, new steel manufacturing facilities are expected to increase production capacity while supporting infrastructure, construction and automotive demand.

The zinc processing project further enhances India’s non-ferrous metals sector by expanding refining capabilities and strengthening downstream supply chains. Collectively, these developments demonstrate growing investment in infrastructure that supports both mineral extraction and value-added processing.

Industry observers note that increasing EPC activity reflects rising demand for integrated engineering solutions capable of delivering large-scale mining and metals projects within strict timelines and operational standards.

EPC Demand Continues to Grow Across Mining and Metals

The latest L&T Mining EPC Orders highlight the growing importance of EPC contractors in delivering complex mining infrastructure projects. As mining companies expand production and modernise operations, demand for advanced engineering, automation and material handling solutions continues to rise.

Large-scale EPC projects enable mining companies to improve operational efficiency, optimise logistics and accelerate project execution while meeting sustainability and productivity goals. Investments in modern mining infrastructure are expected to play a vital role in supporting India’s long-term mineral security and industrial competitiveness.

Conclusion

The latest L&T Mining EPC Orders underscore the company’s expanding role in developing India’s mining and metals infrastructure. With major investments in iron ore handling, steel manufacturing and zinc processing, these projects will strengthen industrial capacity, improve supply chain efficiency and support the country’s long-term mining and manufacturing ambitions.

The partnership forms part of a broader strategy to reduce reliance on overseas supply chains by advancing mining, refining and value-added manufacturing capacity across Canada and the United States. Industry participants believe the initiative will contribute to greater supply chain resilience as demand for critical minerals continues to grow.

North American Critical Manganese Alliance Strengthens Regional Supply Chains

The North American Critical Manganese Alliance aims to create an integrated value chain spanning manganese mining, hydrometallurgical processing and downstream manufacturing. By bringing together strategic partners with expertise in project development, financing and critical minerals, the alliance seeks to accelerate commercial development while supporting long-term mineral security across North America.

GreenMet will support strategic planning, investment attraction and capital formation as the alliance advances projects designed to establish a reliable domestic source of high-purity manganese products. The companies expect these efforts to strengthen regional supply chains serving battery manufacturing, energy storage and other advanced industrial sectors.

Strategic Investment Supports Critical Mineral Development

The partnership includes plans to pursue significant long-term investment to advance mining and processing infrastructure required for an integrated manganese supply chain. According to the companies, GreenMet will assist in securing strategic capital while supporting project execution and commercial partnerships across the critical minerals value chain.

The initiative also aligns with increasing government and industry efforts to expand domestic production of strategically important minerals. Growing investment in critical mineral projects is expected to enhance supply security while creating new opportunities for mineral processing and advanced manufacturing within North America.

Integrated Processing Remains a Key Development Priority

A central objective of the alliance is to establish processing capabilities that complement upstream mining activities. Developing integrated refining and processing infrastructure is expected to improve the availability of battery-grade manganese products while reducing dependence on imported materials.

The collaboration also supports the continued advancement of CMC’s Woodstock manganese project, which is positioned to become an important source of manganese feedstock for future downstream processing facilities. Industry observers note that combining mining operations with regional processing capacity can strengthen supply chain efficiency and improve long-term project economics.

Partnership Advances North American Critical Minerals Strategy

The appointment of GreenMet reflects growing industry collaboration to develop secure and diversified critical mineral supply chains. As demand for battery materials and strategic minerals continues to increase, partnerships between mining companies, investors and technology specialists are expected to play an increasingly important role in supporting future resource development.

The North American Critical Manganese Alliance represents a broader effort to build resilient mining and processing capabilities that support industrial growth, energy transition technologies and advanced manufacturing. By combining project development expertise with strategic investment initiatives, the alliance aims to accelerate the commercialisation of North America’s manganese resources.

Using existing Yandi infrastructure, the Ministers North Project is designed to deliver 20 million tpy once ramped up. It will help sustain tonnes and support BHP’s 305 million tpy (100% basis) medium term iron ore production target.

Yandi Infrastructure to Be Expanded

The development will establish the Ministers North orebodies as a satellite extension of Yandi. Planned work includes a 13 km haul road and land bridge connecting Yandi and Ministers North. BHP will also upgrade existing infrastructure and install a new primary and secondary crusher at Yandi to support future production.

By using the existing infrastructure, skills and experience at Yandi, the Ministers North Project is intended to bring a new orebody into production while supporting continuity across BHP’s Western Australia Iron Ore operations.

BHP Highlights Yandi’s Long-Term Role

BHP Western Australia Iron Ore Asset President Tim Day said: “Yandi has been an important part of our WA iron ore operations for more than 30 years.

“Our investment in Ministers North helps us build on that legacy. We’re making the most of the infrastructure, skills, and experience we already have to bring a new orebody into production and keep our high-quality Pilbara iron ore flowing. “This is about maintaining continuity as Yandi matures naturally and backing the future of the Pilbara and our iron ore business.”

Joint Venture Partners Support Capacity

Ministers North is a joint venture between BHP, Itochu Corporation and Mitsui & Co, with ownership interests of 85%, 8%, and 7% respectively. The Ministers North Project reflects the strength of the joint venture partnership and its shared long-term commitment to sustaining production capacity and creating enduring value.

Rare earth processing focus

It is worth noting that rare earth metallurgy and magnet manufacturing technologies are likely to be a major collaboration area. India happens to have heavy reserves of rare earth-bearing minerals, including reserves of monazite, but is heavily reliant on imports for sophisticated processing and high-performance permanent magnets that include neodymium-iron-boron – NdFeB magnets. India’s growing industrial goals could see it team up with institutions and firms in Russia engaged in rare earth research and in processing nuclear materials as prospective technology and investment partners.

Backing India’s manufacturing aspirations

These partnership talks on critical minerals and rare earths are part of India’s larger efforts to bolster its domestic critical mineral as well as magnet-manufacturing capacity. The Indian government has initiated programmes so as to achieve import independence for components utilised in electric mobility, electronics, wind energy, and strategic sectors.

Industry experts say that long-term access when it comes to processed rare earth materials is growing more crucial as worldwide demand for high-performance magnets keeps steadily increasing.

Wider geopolitical context

The increasing emphasis on critical minerals is part of a broader global concern regarding supply chain concentration as well as geopolitical risk. As China now controls much of the rare earth refining as well as magnet manufacturing ecosystem globally, many countries are searching for alternative sources and technology partners. As part of its long-term energy transition strategy, India has also been scouting for overseas lithium possibilities in South America and Africa.

Why it is important

Energy transition – Lithium and rare earths are vital for electric vehicles, batteries, and wind turbines, along with advanced electronics.

Industrial approach – Developing domestic processing capacity can help India move up the manufacturing value chain.

Supply-chain robustness – By diversifying sources and refining partnerships, reliance on centralised global supply networks is diminished.