Our Products

With Vanadion’s revolutionary technology, we are able to extract the following Vanadium compounds at high purities with low cost, low energy consumption and low waste production.

Vanadium Pentoxide

Used as an industrial catalyst and a key component in high-strength steel alloys.

Ammonium Polyvanadate

Ceramic pigments additive and a precursor for process catalysts.

Ammonium Monovanadate

Used as a catalyst, reagent in chemical processes and a colorant.

Battery-Grade Vanadium Electrolyte

Used in vanadium redox flow batteries (VRFBs) for energy storage.

Our Technology

How we do it.

Our patented process comprises of steps of selective leaching using ionic liquids known as Ionoleach, electrochemical and chemical process for vanadium enrichment and solvent recovery. The process is then followed by Ammonium Polyvanadate precipitation and calcination to obtain high purity Vanadium Pentoxide.

Outcomes

-98.78% Water used

-83.2% Energy used

-97.5% GHGs produced

Vanadium Applications

Steel Industry

Vanadium is widely used as an allowing element in steel to improve strength, hardness. It refines the structure and enhances toughness without adding much weight. This makes Vanadium steel ideal for tools, pipelines and especially construction materials with increasing demand.

VRFBs

Vanadium is the active element in electrolytes of VRFBs, allowing longer life cycle and easy recharging. VRFBs are a growing market backed with support across countries as a solution for cleaner energy and eliminating the issue of intermittency.

Catalysts

Vanadium compounds act as catalyst in many chemical processes, especially in the production of sulfuric acid. It is also used in oxidation reactions for making anhydrides and other organic chemicals. Vanadium supports cleaner and more efficient industrial chemistry due to its catalytic versatility.