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Vanix​ is committed to advancing the green, low-carbon, and sustainable development and utilization of critical metal resources (Li, Cu, V, Ti, Mo, Ni, Co) for the global energy transition through continuous technological innovation.
As the world economy shifts from quantitative expansion to qualitative transformation, traditional models of natural resource development face mounting challenges from resource constraints, environmental protection, and sustainability imperatives. The global consensus on carbon peak and carbon neutrality, coupled with persistent geopolitical volatility and rising trade protectionism, has intensified the race for critical metals (Li, Cu, V, Ti, Mo, Ni, Co) essential to the energy transition. Green, low-carbon, and disruptive clean technologies will define future competitiveness and serve as a core enabler of the global energy transformation.
Guided by the principles of respecting nature, enabling harmonious development, and pursuing continuous improvement, we dedicate ourselves to the R&D and application of clean production technologies for critical metal resources (Li, Cu, V, Ti, Mo, Ni, Co) in the energy transition; the R&D, manufacturing, and operation of vanadium-based energy storage materials; the investment in and operation of related resource regeneration projects; and the provision of technical consulting services for the valorization of valuable waste materials. Supported by a global network of capital and technology partners, our experienced team is addressing challenges across the critical metals value chain, actively responding to the RE100 initiative, and embedding ESG principles throughout project execution.
Project in Operation:​
VANIX MINERALS LAO SOLE LTD adopts the globally leading sodium roasting loop soda process (Sodium Loop®), having completed the investment and construction of a 1500t/a energy storage-grade vanadium product facility and a 400-ton strategic metal by-product facility in Laos, which are now in operation.
Project Overview
Produced Products, and Application Paths.
Vanix​ is committed to advancing the green, low-carbon, and sustainable development and utilization of critical metal resources (Li, Cu, V, Ti, Mo, Ni, Co) for the global energy transition through continuous technological innovation.
As the world economy shifts from quantitative expansion to qualitative transformation, traditional models of natural resource development face mounting challenges from resource constraints, environmental protection, and sustainability imperatives. The global consensus on carbon peak and carbon neutrality, coupled with persistent geopolitical volatility and rising trade protectionism, has intensified the race for critical metals (Li, Cu, V, Ti, Mo, Ni, Co) essential to the energy transition. Green, low-carbon, and disruptive clean technologies will define future competitiveness and serve as a core enabler of the global energy transformation.
Guided by the principles of respecting nature, enabling harmonious development, and pursuing continuous improvement, we dedicate ourselves to the R&D and application of clean production technologies for critical metal resources (Li, Cu, V, Ti, Mo, Ni, Co) in the energy transition; the R&D, manufacturing, and operation of vanadium-based energy storage materials; the investment in and operation of related resource regeneration projects; and the provision of technical consulting services for the valorization of valuable waste materials. Supported by a global network of capital and technology partners, our experienced team is addressing challenges across the critical metals value chain, actively responding to the RE100 initiative, and embedding ESG principles throughout project execution.
Project in Operation:​
VANIX MINERALS LAO SOLE LTD adopts the globally leading sodium roasting loop soda process (Sodium Loop®), having completed the investment and construction of a 1500t/a energy storage-grade vanadium product facility and a 400-ton strategic metal by-product facility in Laos, which are now in operation.
Project Overview
Produced Products, and Application Paths.