Inquiry
Form loading...
Fenton Reaction Nano-Heterogeneous Catalysts

Fenton Reaction Nano-Heterogeneous Catalysts

"This catalytic oxidation technology, as a type of Fenton-like process, operates under the same conditions as conventional Fenton processes. However, it replaces the ferrous sulfate used in traditional Fenton reactions with nano-sized catalysts (LAT-NMF). This approach not only reduces the amount of iron introduced into the water treatment system and decreases the volume of solid waste but also minimizes the introduction of sulfate ions, thus reducing the increase in salt content.

The catalyst product developed by your company is based on the nano-sized LAT-NMF catalyst system. It offers advantages such as high density and easy separation, strong catalytic effects, and high catalytic efficiency, which significantly enhance the utilization of hydrogen peroxide. Additionally, because it uses a smaller amount of catalyst compared to conventional Fenton processes, it greatly reduces solid waste production. This makes it a high-efficiency, low-secondary-product, and environmentally friendly advanced oxidation technology."

    Advantage

    1: The new catalyst (LAT-NMF) overcomes issues such as rapid particle aggregation due to van der Waals forces and magnetic effects, as well as susceptibility to oxidation in the air.

    2: Efficient and rapid transformation of the catalyst’s multiple valence states is achieved, offering higher catalytic degradation efficiency compared to traditional Fenton processes.

    3: Optimizes the utilization of H₂O₂, reducing the amount of H₂O₂ needed by 50%.

    4: Reduces the catalyst dosage, leading to more than a 50% reduction in solid waste production compared to traditional Fenton processes.

    Applications of Fenton Reaction Nano-Heterogeneous Catalysts

    Fenton Reaction Nano-Heterogeneous Catalysts2l4w

    Pretreatment of high COD wastewater treatment such as textile dyeing wastewater, pesticide wastewater, coking wastewater, and biopharmaceutical wastewater treatment.

    Deep treatment in water treatment plants

    Fenton Reaction Nano-Heterogeneous Catalystsq4h

    Precautions for use

    The catalyst needs to be stored in an airtight, oxygen-free environment. Once opened, it should be used all at once. If the reactor is emptied during maintenance, exposing the catalyst, it should be discarded and replaced with fresh catalyst when operations resume.

    Technolgies Related

    Solutions Recommend