XFDM08B Integrated BDD Industrial Complex Organic Wastewater Pollutants Degradation Solution

Short Description:

New Frontier Tech XFDM08B customized overall equipment is based on BDD electrode EAOPs(electrochemical advanced oxidation processes) WWT(wastewater treatment) technology and adopts a flowing through tank-type BDD electrolysis module integrated design, the equipment body is incorporated in a container, which is equipped with a universal pulley for flexible movement. Solved the technical problems of traditional WWT system (Feton for example) in large format for installation, low reaction efficiency, and discharge, and achieved intelligent automation.

New Frontier Tech Self-R&D Automatic CVD BDD EAOPs Modular Systems have delivered stable operation across 50+ complex inert organic industrial wastewater projects, simplifying challenging organic wastewater treatment while reducing installation footprint.

Short Description:In the product details section

Main features:

◎ Low threshold

the influent does not need to be diluted, chemically added, or biochemically treated.

◎ High efficiency

good mass transfer effect between wastewater and electrode plate, with high reaction efficiency.

◎ Easy discharge

wastewater passes through at a high flow rate, which makes it easy to exhaust and discharge slag.

◎ No auxiliary equipment

integrated equipment, without auxiliary equipment.

◎ Labor saving

automatic operation without manual attendance.

Technical Parameters:

Application areas:

The product is mainly used for industrial wastewater treatment in research institutes, petrochemical, pharmaceutical APIs, lithium battery and other enterprises.

New Frontier aiming to collaborate with more companies dedicated to industrial wastewater treatment and jointly contribute to breakthroughs in the industrial water treatment industry chain and the sustainable development of water resources.

For instance, petrochemical industrial wastewater contains Bio-Refractory complex organic matter such benzene series (toluene, xylene), phenols, polycyclic aromatic hydrocarbons (naphthalene, anthracene, benzo[a]pyrene). BDD electrode has high oxygen evolution potential and the widest electrochemical window, during BDD EAOPs( electrochemical advanced oxidation process), it not only oxidize the organic on the electrode surface, but could consistently generate oxidize agents (OH·, H2O2, ClOH·-), breaking the chain of complex organic pollutants, lower the toxic, improve the B/C ratio.