Advanced Oxidation Processes On Site Testing
On Site Testing Of Advanced Oxidation Processes Treatment At Different Scales
We spent years on research and synthesis of advanced oxidation electrode materials such as boron doped diamond BDD electrode, and mixed metal oxide MMO electrode, development of advanced oxidation water treatment products, our integrated laboratory is the place to explore the basic princles and processes of advanced oxidation treatments, it was the on site testing of the advanced oxidation processes water treatment methods bring the advances and further enhancements to emit better performances, operation parameters, and etc.
In this section, we are introducing on-site testing of advanced oxidation water treatment products in different industries & sectors, our contents mainly covers lithium-ion battery recycling water treatment, petrochemical refinery wastewater, paper and pulp wastewater treatment, textile industry wastewater treatment, and water treatment plants
Advanced Oxidation Treatment On Site Testing Over Lithium-ion Recycling Wastewater
Advanced oxidation treatment methods are adopted to treat produced water and process water from lithium-ion batteries (LIBs) manufacturing and recycling industries cover different stages to enhance recycling efficiency and reduce threat to environment:
In the advanced oxidation processes, an electric field was applied to the electrolytes, which realize selective leaching lithium ions, by converting them into Li2CO3, with heating and concentration followed, with help of Na2CO3 solution. Direct and indirect oxidation reaction happen at the anode simultaneously to degrade refractory organic pollutants. Lithium recovery could be realized within advanced oxidation system with a lithium-recovering electrode.
Advanced Oxidation Treatment On Site Testing Over Pharmaceutical Wastewater
Pharmaceutical wastewater are usually complex, and with high concentration of refractory organic pollutants, pharmaceutical active intermediates and other organic pollutants can’t be completely removed with conventional methods such as coagulation or biological treatment. Advanced oxidation processes are mainly built on electro generation of oxidizing agents such as hydroxyl (•OH), direct and indirect oxidation happen on the surface of anode in bulk, which lead to complete removal of organic pollutants, AOP technology is highly efficient with simplified operation, easily combined with conventional water treatment methods.
English