VSMPO-Avisma Titanium Pipes to Support Egypt’s El Dabaa Nuclear Plant

VSMPO-Avisma

VSMPO-Avisma titanium pipes will be supplied to Egypt’s El Dabaa nuclear power plant, strengthening Russia’s role in critical materials supply for nuclear infrastructure. The Russian titanium producer will deliver 150t of titanium pipes for integrated equipment in unit 4 of the project.

VSMPO-Avisma titanium pipes are commercially pure welded products made at the company’s Verkhnyaya Salda facility. The company launched serial production of CP welded titanium pipes in March.

VSMPO-Avisma titanium pipes are relevant because CP titanium is widely used in heat exchangers and cooling systems. Its corrosion resistance makes it suitable for nuclear power plants that rely on seawater cooling or other aggressive operating environments.

The supply deal also reinforces the strategic link between titanium manufacturing and nuclear energy construction. As countries build new reactors, demand rises for corrosion-resistant, qualified and reliable metal components.

CP Titanium Supports Nuclear Cooling Reliability

Commercially pure titanium is valued in heat exchangers because it resists corrosion in chloride-rich environments. That makes it especially useful in power plants located near seawater sources.

El Dabaa’s equipment will require materials that can operate reliably over long periods. Titanium pipes can reduce corrosion risk, extend service life and improve the reliability of cooling-related systems.

The 150t order also shows that nuclear projects create specialised demand for titanium beyond aerospace and defence. Energy infrastructure can absorb high-value titanium products where performance and durability are essential.

VSMPO-Avisma has already supplied welded titanium tubes for unit 4 of Turkey’s Akkuyu nuclear power plant. That project was also built using a Russian design.

This track record gives the company a stronger position in Rosatom-linked international nuclear projects. It also shows how Russia can bundle reactor construction with domestic metal and component supply.

El Dabaa Extends Russia’s Nuclear Industrial Reach

Russia’s state-owned nuclear company Rosatom is building the 4.8GW El Dabaa nuclear power plant in Egypt. Phase one is expected to come online in 2028, while all four units are planned to be operational by 2030.

Construction of unit 4 began in January 2024. The titanium pipes supplied by VSMPO-Avisma will support that unit’s equipment package.

The project is important for Egypt’s long-term energy strategy. Nuclear power can provide baseload electricity, reduce fuel import exposure and diversify the country’s energy mix.

For Russia, El Dabaa extends its industrial influence through nuclear technology, engineering services and material supply. Titanium pipes are only one component, but they show how nuclear export projects can support wider Russian industrial chains.

For titanium markets, the order confirms that corrosion-resistant CP titanium remains a strategic material for energy infrastructure. Demand from nuclear, desalination, chemical processing and marine systems can provide industrial support outside cyclical aerospace markets.

The Metalnomist Commentary

The El Dabaa order shows that titanium’s strategic value extends well beyond aircraft structures. Nuclear projects need materials that can survive corrosive environments for decades, and CP titanium remains one of the key metals for that role.

Russia’s ChMZ Surpasses 1 Million Zirconium Claddings in 2024

Chepetsk

Rosatom Unit Expands Nuclear Fuel Output to Meet Domestic and Global Demand

Russia’s Chepetsky Mechanical Plant (ChMZ) has exceeded production of 1 million zirconium claddings for the first time in 2024, reflecting growing nuclear power demand in Russia and abroad. ChMZ, part of Rosatom’s TVEL Fuel Company, will further expand output as Russia plans to build 11 new nuclear power plants (NPPs) by 2042.

Increased Capacity to Meet Rising Nuclear Demand

ChMZ boosted its capacity by adding 10,000 square meters of rolling shop space and installing over 70 new processing units. The plant manufactures zirconium alloys and other specialty metals such as uranium, hafnium, niobium, and titanium for civilian and military use.

Zirconium claddings protect nuclear fuel rods in reactors. Each VVER-1000 or VVER-1200 reactor requires 50,856 fuel rods, underlining the strategic role of ChMZ in supporting Russia’s expanding nuclear fleet.

Fuel Supply for Global Reactors

The production increase aligns with TVEL’s 2024–25 fuel supply plans, which include initial fuel loads for new reactors at Russia’s Kursk NPP, Turkey’s Akkuyu NPP, and India’s Kudankulam NPP. As the exclusive fuel supplier for Russia’s nuclear plants, TVEL also serves over 70 power reactors in 15 countries and supplies research and transport reactors globally.

Rosatom and its subsidiaries continue investing in domestic supply chains and technology to reduce reliance on foreign imports, especially under ongoing international sanctions.

EGA’s nuclear-powered aluminium debuts as ENEC power decarbonises smelting

EGA

Nuclear-powered aluminium enters the market as Emirates Global Aluminium partners with ENEC. Nuclear-powered aluminium reduces Scope 2 emissions at EGA’s UAE smelters. Nuclear-powered aluminium targets fast-growing demand for low-carbon, “green” metal.

How the Barakah link enables low-carbon tonnes

EGA received carbon-free electricity from ENEC’s Barakah plant. The power supported production of nuclear-powered aluminium under EGA’s MinimAL brand. The first shipment went to Egypt’s Canex Aluminum for downstream use. As a result, EGA broadens its certified low-carbon portfolio beyond solar. The company already supplies CelestiAl solar aluminium to BMW.

Why this matters for auto and packaging supply chains

Large buyers now prioritise embedded-carbon reductions. Nuclear-powered aluminium offers baseload, zero-carbon power without intermittency. Therefore, it complements solar aluminium in meeting 24/7 load. Buyers can hedge energy mix risks while hitting Scope 3 targets. Meanwhile, producers gain a credible route to near-term decarbonisation at scale.

Global demand for low-carbon aluminium is rising sharply. EGA expects demand to triple by 2040. Consequently, nuclear-powered aluminium could secure premiums in autos, packaging, and construction. It may also anchor long-term offtakes tied to clean power availability.

EGA continues to diversify energy sourcing. The ENEC partnership supplies about a quarter of UAE electricity. This strengthens energy security and emissions performance. In turn, it positions UAE metal as a competitive low-carbon choice.

The Metalnomist Commentary

Nuclear baseload changes the economics of green smelting in sunny regions. Expect more hybrid portfolios that blend nuclear, solar, and grid contracts. Premiums will depend on auditable LCA data and 24/7 matching, not labels alone.

US Strikes Escalate Middle East Tensions, Impacting Global Supply Chains

President Donald Trump

The United States has dramatically escalated the conflict in the Middle East. US forces conducted airstrikes on three Iranian nuclear facilities. President Donald Trump confirmed these strikes on Saturday evening.

Unprecedented Strikes on Key Iranian Nuclear Sites

The US action marks a significant turning point. US bombers targeted the Fordow, Natanz, and Isfahan nuclear sites. Fordow is a heavily fortified underground facility. Natanz and Isfahan are also critical to Iran's nuclear program. These facilities have faced Israeli strikes since June 13. The International Atomic Energy Agency (IAEA) had warned about potential nuclear safety hazards. It cautioned against targeting Iran's Bushehr nuclear power plant. Washington-based military experts believe only the US Air Force possesses the munitions to destroy Fordow effectively. This direct US involvement deeply impacts global supply chains.

Geopolitical Ramifications for Commodities and Shipping

The US involvement in the Israel-Iran war is a watershed moment. President Trump previously criticized US military adventures. However, he now claims eliminating Iran's nuclear program justifies US involvement. The markets are closely watching Tehran's reaction. Iran's 2.5 million b/d of crude, condensate, and products exports are immediately at stake. These exports primarily head to China. Furthermore, oil markets fear contagion. Retaliatory attacks could jeopardize shipping through the Strait of Hormuz. This choke point is vulnerable for global oil flow. Around 17 million b/d, or a quarter of seaborne oil trade, passes through it.

Rising geopolitical tensions frequently cause commodity prices to surge. Gold prices have already increased significantly. Silver and platinum have also seen gains. Supply chain disruptions are a major concern. The Middle East conflict poses risks for various industrial sectors. This includes critical minerals, vital for many industries. Therefore, instability in this region affects global trade.

The Metalnomist Commentary

The direct US involvement in strikes on Iranian nuclear facilities introduces new levels of uncertainty for global industrial supply chains. Beyond the immediate impact on oil, the long-term implications for critical mineral flows and broader logistics cannot be overstated. Businesses must now brace for potential disruptions and reassess their sourcing strategies.

Russia’s Internexco to Enrich Brazilian Uranium for Nuclear Power

Industrias Nucleares do Brasil

INB to send 275 tonnes of yellowcake to Rosatom affiliate; enriched uranium to return by 2027 for Angra plants.

Brazil’s state-run nuclear power company, Industrias Nucleares do Brasil (INB), has selected Internexco, a subsidiary of Russia’s Rosatom, to enrich 275 metric tonnes of uranium concentrate. The enriched uranium will return by December 2027, powering Brazil’s Angra 1 and Angra 2 nuclear plants.

The uranium dioxide, or yellowcake, originates from INB’s Caetité mine in Bahia and will be shipped from Salvador to Russia. Once enriched to uranium hexafluoride (UF6), it will be used as fuel for the 640 MW Angra 1 and 1,350 MW Angra 2 nuclear reactors located in Rio de Janeiro state.

Rosatom Subsidiary Wins International Tender

Internexco secured the enrichment contract through an international tender, signaling continued nuclear cooperation between Brazil and Russia. INB also confirmed plans to launch additional tenders for future enrichment contracts.

Previously, Argentina’s Conuar, the state-owned nuclear company, enriched Brazilian uranium. However, Brazil continues diversifying its partners while gradually developing domestic enrichment capacity.

Brazil Expands Domestic Enrichment with Resende Facility

INB operates a nuclear fuel plant in Resende, which currently runs 10 cascade centrifuges. These can supply about 70% of Angra 1’s uranium needs, but full domestic coverage remains years away.

As global energy demands shift, Brazil aims to bolster its nuclear independence while leveraging international expertise in enrichment services. The Internexco deal ensures secure fuel supply as Brazil continues scaling its own capabilities.

EGA aluminium decarbonisation agreements reshape Abu Dhabi’s power model for low-carbon metal

EGA Aluminium

EGA aluminium decarbonisation agreements will rewire how Emirates Global Aluminium sources power and markets greener metal. The deal package links asset sales, long-term power purchasing, and grid upgrades into one decarbonisation roadmap. However, the strategy also locks in multi-decade electricity arrangements to protect smelter stability. Therefore, customers seeking certified low-carbon premium aluminium may see more supply and clearer contracting signals.

The headline move shifts power and water assets at Al Taweelah into new hands for $1.9bn. Abu Dhabi National Energy Company and Dubal Holding will acquire the assets, while Emirates Water and Electricity Company signs a power purchase agreement for the gas-fired plant through 2049. Meanwhile, TAQA Transmission will acquire EGA’s electricity transmission assets. As a result, EGA can focus capital on production and decarbonisation execution, rather than owning and operating utility infrastructure.

Abu Dhabi clean power deal locks long-term electricity while raising renewables share

Abu Dhabi clean power deal terms extend across the next 24 years. TAQA Distribution and Emirates Water and Electricity Company will supply power under new agreements that gradually lift renewable and clean energy share. Meanwhile, solar generation projects coming online under EWEC will drive that shift over time. Therefore, EGA can reduce its carbon intensity without destabilising baseload operations.

This structure also signals a maturing industrial power model in the UAE. The deal uses long-term contracting to de-risk both grid investment and smelter continuity. However, the pace of decarbonisation will still depend on project delivery and grid integration. As a result, procurement teams may track renewables ramp milestones as closely as aluminium premiums.

Low-carbon premium aluminium expands via CelestiAL and MinimAL output targets

Low-carbon premium aluminium will become a bigger share of EGA’s sales mix if the plan holds. EGA aims to raise production of its CelestiAL solar aluminium and MinimAL nuclear-powered aluminium to almost half of total primary output by end-2028, subject to market demand. Meanwhile, that scale-up could tighten differentiation between commodity metal and verified low-carbon units. Therefore, buyers in automotive, packaging, and construction can build greener supply chains with fewer sourcing compromises.

EGA aluminium decarbonisation agreements also influence regional competition. The move may pressure other producers to secure cleaner power, improve disclosures, and justify carbon premiums. However, premium markets will still test whether customers pay consistently for lower emissions. As a result, contract structures and traceability claims will matter as much as headline capacity.

The Metalnomist Commentary

EGA aluminium decarbonisation agreements look designed to industrialise decarbonisation, not just pilot it. However, long-dated power structures can create rigidity if policy or technology shifts quickly. Therefore, the winners will be buyers who lock in low-carbon premium aluminium with credible attributes and flexible delivery terms.