- Anyuan Area Industrial Park, Pingxiang, Jiangxi Province, China
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Vanadium Pentoxide Catalyst (V₂O₅) is a highly efficient oxidation catalyst with excellent thermal stability and catalytic activity. As a professional catalyst supplier, Hualian offers high-purity v2o5 catalyst with consistent performance and a long service life, making it ideal for use in contact process reactors and other high-temperature oxidation systems.
Our vanadium pentoxide catalyst exhibits excellent activity in the production of sulfuric acid, converting sulfur dioxide (SO₂) into sulfur trioxide (SO₃). Higher conversion rates result in increased output, lowered raw material loss, and improved energy utilization.
The vanadium pentoxide V₂O₅ catalyst maintains its activity even at high operating temperatures. It works stably in continuous processes, helping minimize downtime and production interruptions. This means our V₂O₅ catalyst leads to more stable operation and lower maintenance needs.
Our vanadium oxide catalyst boasts excellent resistance to thermal degradation and poisoning, which means it can last through long operation cycles and fewer shutdowns for replacement.
Compared to noble metal catalysts, vanadium oxide catalysts provide an excellent balance of performance and cost. They offer strong catalytic efficiency at a more affordable price, enabling sulfuric acid producers to maximize efficiency without compromising quality.
Vanadium pentoxide catalyst (V₂O₅) is widely used in the production of high-quality sulfuric acid to convert sulfur dioxide (SO₂) into sulfur trioxide (SO₃). It also serves as effective common industrial catalysts for a range of oxidation reactions across diverse chemical and environmental applications.
The V2O5 catalyst exhibits excellent thermal stability and high catalytic activity at elevated temperatures, making it one of the most common industrial catalysts for oxidation processes and emission control applications, particularly in the petrochemicals, environmental protection, and industrial gas treatment sectors.
Vanadium pentoxide as a catalyst significantly enhances the oxidation of SO₂ to SO₃, minimizing unreacted sulfur dioxide emissions and maximizing sulfuric acid production. This improvement reduces raw material consumption and operational costs.
The vanadium pentoxide catalyst boasts excellent resistance to heat and catalyst deactivation and stable operating conditions, that enable it to offer an extended service life and reduce unexpected downtime.
Yes, our sulfuric acid catalyst is specially formulated for contact process plants, ensuring stable and efficient conversion of SO₂ to SO₃ under various operating conditions.
Absolutely! Our vanadium pentoxide catalysts can be regenerated through specific treatments, thereby restoring their activity, and extending the catalyst’s lifespan,which helps reduce operational expenses.
Vanadium pentoxide catalyst is suited explicitly for gas-phase oxidation at high temperatures. Unlike noble metal catalysts, it remains stable over extended operation cycles and performs reliably in large fixed-bed reactor systems. The V2O5 catalyst boasts high compatibility with sulfuric acid production conditions and lower sensitivity to contaminants, making it ideal for continuous industrial use.
By efficiently converting harmful SO₂ emissions into less harmful SO₃, the catalyst vanadium pentoxide plays a key role in reducing air pollution and helping sulfuric acid plants comply with environmental regulations.
