On May 28, 2026, Australian-listed lithium company Galan Lithium Limited (ASX: GLN) announced that the wet plant commissioning of its wholly-owned Hombre Muerto West (HMW) lithium brine project in Catamarca Province, Argentina, had been successfully completed. The first batch of processed lithium chloride (LiCl) had been fed into the final evaporation ponds, officially entering the production optimization phase, with lithium chloride concentrates production and sales expected in H2 2026. First Batch of Processed Brine Delivered. The Phase 1 construction of the HMW project was completed in March 2026, and after mechanical and electrical commissioning, the project smoothly entered wet plant commissioning. The nanofiltration plant first processed raw brine at low pressure, then processed pre-concentrated brine containing approximately 0.5% lithium at high pressure. Independent laboratory detection confirmed that the impurity separation performance fully met design specifications. The processed lithium chloride has now been fed into evaporation ponds, where approximately 3 months of evaporation and concentration will produce lithium chloride concentrates with 6% lithium content for exports under agreement. Stable mass production has not yet been achieved; upon completion of optimization, the project will steadily reach the Phase 1 designed capacity of 4,000 mt LCE per year. Galan Lithium Limited is a lithium exploration and development enterprise listed on the Australian Securities Exchange. Its core assets are the HMW and Candelas world-class lithium brine projects at the Hombre Muerto salar in Argentina. The company also holds an exploration license for Greenbushes South in Western Australia, adjacent to the tier-one Greenbushes lithium mine.

Recently, the General Administration of Customs released import and export data for January-April 2026. According to the latest data, China's imports of thorium ore and concentrates from January to April 2026 totaled 21,443 mt, nearly flat YoY. Of this, imports in April were 4,081 mt, up 22% MoM but up 32% YoY. From January to April 2026, China's imports of unlisted rare earth oxides were approximately 26,123 mt, surging 103% YoY. Currently, the operating rate of ex-China rare earth mines remains relatively high, keeping actual supply in the international market at ample levels. Demand side, in China, affected by tightening environmental protection policies and declining orders from downstream magnetic material enterprises, the overall operating rate of rare earth separation plants has remained low for an extended period, resulting in persistently weak capacity to absorb imported ore. This supply-demand mismatch has led to a distinctive "hot outside, cold inside" phenomenon in China's rare earth market: on one hand, both import volumes and prices are rising; on the other hand, social inventory continues to accumulate. If downstream demand fails to recover in a timely manner, this divergence of "rising imports and growing inventory" may persist over the long term, which could in turn force some mines to adjust their production plans.

On 28 May 2026, Australian listed lithium company Galan Lithium Limited (ASX:GLN) announced the successful completion of wet plant commissioning at its wholly‑owned Hombre Muerto West (HMW) lithium brine project in Catamarca Province, Argentina. The first batch of processed lithium chloride (LiCl) has been injected into the final evaporation ponds, marking the official start of the production optimisation phase. The company expects to achieve production and sales of concentrated lithium chloride in the second half of 2026. Core Progress: Commissioning Completed, Mass Production Imminent The first phase of the HMW project was completed in March 2026. After mechanical and electrical commissioning, the wet plant successfully entered the commissioning phase. During the process, the nano‑filtration plant first treated raw brine at low pressure, then treated pre‑concentrated brine with approximately 0.5% lithium at high pressure. Independent laboratory tests confirmed that impurity separation met all design specifications. The processed lithium chloride has now been transferred to evaporation ponds, where it will be concentrated over about three months to produce a 6% lithium chloride concentrate, which will be sold under existing offtake agreements. The project is currently in the production optimisation and ramp‑up phase, and stable mass production has not yet been achieved. Once optimisation is complete, the project will steadily reach its Phase 1 design capacity of 4,000 tonnes per annum (tpa) of lithium carbonate equivalent (LCE). The evaporation ponds already hold a brine inventory equivalent to approximately 10,000 tonnes of LCE, providing ample raw material to support the ramp‑up and ensure continuous production. Capacity Expansion: Phase 1 Expansion + Four‑Stage Plan Targeting 60,000 tpa LCE Galan is steadily advancing its capacity expansion, with a clear long‑term growth roadmap. Phase 1 is planned to increase from 4,000 tpa LCE to 5,200 tpa LCE, with evaporation pond construction to begin shortly and completion expected in the first half of 2027. The nano‑filtration plant is designed flexibly to support the expanded capacity. Looking further ahead, the company already holds a construction permit for Phase 2 (21,000 tpa LCE) and plans a four‑stage expansion, with a final target of 60,000 tpa LCE. The HMW project’s resource base ranks among the top ten lithium projects globally, providing a solid foundation for long‑term stable production and supply. Project Advantages: Premium Asset with Low Costs and Policy Support As Galan’s flagship project, HMW offers multiple core competitive strengths. First, it features industry‑leading brine purity — among the lowest impurity levels of any published lithium brine resource in Argentina. Second, it enjoys a significant cost advantage, positioning it in the first quartile of the industry cost curve once in production. Third, the project has been awarded RIGI preferential status, providing 30 years of fiscal stability and income tax benefits. Finally, it is located in the renowned “lithium triangle” of South America, within the Hombre Muerto salar, giving it exceptional resource endowment. Near‑Term Goals: Four Key Priorities As it enters the production phase, Galan is focusing on four key tasks: 1) ramping up to Phase 1’s design capacity of 4,000 tpa LCE; 2) shipping the first batch of lithium chloride concentrate to Authium Limited; 3) commencing construction of evaporation ponds for the Phase 1 expansion to 5,200 tpa LCE; and 4) continuing planning and financing for the Phase 2 project. With these goals being steadily achieved, Galan is well positioned to take an increasingly important role in the global lithium supply landscape.

Americas Uranium Corporation has officially commenced trading on the Frankfurt Stock Exchange under the ticker symbol “WA7”. This listing expands the company’s international market presence, making it accessible to European investors alongside its existing listings in Canada and the US OTC market. The company aims to leverage this broader exposure as global demand rises for uranium and nuclear energy. Americas Uranium remains focused on advancing its portfolio, led by its flagship Lo Herma in-situ recovery uranium project in Wyoming's Powder River Basin.

​​​​​​​Industrialization accelerated sharply in May: SAIC MG 4X launched with a semi-solid battery (53.9kWh, 510km range). Gotion Hi-Tech unveiled its “Jinshi” all-solid-state battery (400Wh/kg) aiming for 1 yuan/Wh cost by 2030. Qingtao Energy’s 5-billion-yuan, 20GWh project advanced. MIIT started solid-state battery standards.

The Forum Industri Nikel Indonesia (FINI) has formally requested government clarification on the scope of ferro alloy products that will be required to export through PT Danantara Sumberdaya Indonesia (DSI), Indonesia's newly established single-window export body. FINI Chairman Arif Perdana Kusumah said the industry is still awaiting an official commodity list, with the key open question being whether the mandatory DSI routing applies only to ferronickel (FeNi) or also to nickel pig iron (NPI). Ferronickel, a nickel-iron alloy with typical nickel content of 20-40%, is a key feedstock for stainless steel. The uncertainty adds to operational planning challenges for NPI producers as the DSI framework takes shape.