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    🇲🇾馬來西亞·初創企業·2026年6月17日·來源: Utama

    PMET Advances On-Site Lithium Refining Strategy Through Technology Collaboration MOU with Mitsui and MWCC

    內容只提供英文版本

    PMET is advancing its on-site lithium refining capabilities through a new technology collaboration. The company has signed a Memorandum of Understanding (MOU) with Japanese conglomerate Mitsui and MWCC to evaluate microwave calcination technology. This partnership aims to integrate this advanced processing method into PMET's downstream strategy for lithium chemical production. The initiative seeks to leverage Quebec's abundant and low-cost renewable hydroelectricity, positioning the region as a key player in sustainable lithium processing. This move could significantly impact the efficiency and environmental footprint of lithium refining, a critical component for the global electric vehicle and battery industries.

    Nexa 摘要

    This collaboration between PMET, Mitsui, and MWCC to evaluate microwave calcination technology for lithium refining holds significant implications for Asia’s tech and industrial landscape, particularly within the electric vehicle (EV) battery supply chain. Mitsui’s involvement, a major Japanese trading and investment firm, underscores Asia’s strategic interest in securing and optimizing critical raw material processing. As Asian economies, especially China, South Korea, and Japan, dominate EV battery manufacturing, innovations in upstream processing like this are crucial for ensuring a stable, cost-effective, and environmentally sustainable supply of lithium.

    The adoption of advanced refining techniques and the focus on renewable energy for processing could set new benchmarks for the industry. This move signals a broader trend where Asian companies are increasingly looking to invest in and partner with Western entities to secure resource access and technological expertise, while also pushing for greener production methods. Such partnerships help diversify supply chains, reduce reliance on single regions for raw material processing, and ultimately contribute to the resilience and competitiveness of Asia’s burgeoning EV and clean energy sectors.

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