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Wanxun Energy (Laos) Co., Ltd. was established in the context of the growing demand for long-duration energy storage both domestically and internationally,
with the vanadium battery sector expected to grow at a compound annual growth rate (CAGR) of around 41% over the next five years. This is coupled with the
objective need to shift vanadium from traditional materials to new energy materials.
The metal resource recovery project uses an advanced hydrometallurgical process technology, which includes steps such as "mixing → roasting → multi-stage leaching → purification → double precipitation → product purification and deep processing → treatment of three wastes to meet standards." The project utilizes vanadium-containing resources as raw materials and produces vanadium-based materials (ammonium metavanadate, vanadium flakes) with annual output of 1,500 tons for key application scenarios, and 400 tons of other metal materials as by-products. The production is supported by advanced, safe, environmentally friendly, and efficient equipment.
The metal resource recovery project uses an advanced hydrometallurgical process technology, which includes steps such as "mixing → roasting → multi-stage leaching → purification → double precipitation → product purification and deep processing → treatment of three wastes to meet standards." The project utilizes vanadium-containing resources as raw materials and produces vanadium-based materials (ammonium metavanadate, vanadium flakes) with annual output of 1,500 tons for key application scenarios, and 400 tons of other metal materials as by-products. The production is supported by advanced, safe, environmentally friendly, and efficient equipment.
Project Overview
Produced Products, and Application Paths.
Wanxun Energy (Laos) Co., Ltd. was established in the context of the growing demand for long-duration energy storage both domestically and internationally,
with the vanadium battery sector expected to grow at a compound annual growth rate (CAGR) of around 41% over the next five years. This is coupled with the
objective need to shift vanadium from traditional materials to new energy materials.
The metal resource recovery project uses an advanced hydrometallurgical process technology, which includes steps such as "mixing → roasting → multi-stage leaching → purification → double precipitation → product purification and deep processing → treatment of three wastes to meet standards." The project utilizes vanadium-containing resources as raw materials and produces vanadium-based materials (ammonium metavanadate, vanadium flakes) with annual output of 1,500 tons for key application scenarios, and 400 tons of other metal materials as by-products. The production is supported by advanced, safe, environmentally friendly, and efficient equipment.
The metal resource recovery project uses an advanced hydrometallurgical process technology, which includes steps such as "mixing → roasting → multi-stage leaching → purification → double precipitation → product purification and deep processing → treatment of three wastes to meet standards." The project utilizes vanadium-containing resources as raw materials and produces vanadium-based materials (ammonium metavanadate, vanadium flakes) with annual output of 1,500 tons for key application scenarios, and 400 tons of other metal materials as by-products. The production is supported by advanced, safe, environmentally friendly, and efficient equipment.
Project Overview
Produced Products, and Application Paths.
Stock Abbreviation：Welle
Stock Code：300190
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Copyright © 2014 游艇会yth2206
All Right Reserved