Application of Piezoelectric Molybdenum Disulfide Carbon-based Composite Filter in Industrial Wastewater Treatment
This technique produced the carbon-based MoS2 composite piezo-catalytic filter. MoS2 with excellent piezoelectricity was grown on the carbon cloth fibers through the hydrothermal method. The composite filter can effectively decompose a large amount of organic pollutants over 2.5 liters through solely water flow. The piezocatalytic filter remained intact after the strong water flow for several hours, demonstrating its reusability. Moreover, the filter generates no secondary pollutants after the catalytic process, making it promising for industrial wastewater treatment. Based on embedding the piezoelectric MoS2 into fiber membranes, other applications such as piezoelectric disease prevention and biomedical use can be achieved.
The Integration Platform of High Impregnation Technology and Carbon Fiber Thermoplastic Composite processing Process
Application of electrical responsive graphene-PVDF membrane in smart sensing clothing and sea-wave power generation
Innovative valorization of non-hazardous oily sludge for the production of fuel oil and mesoporous magnetic carbon composite materials
The new material and application technology of weather-resistant and anti-corrosion solar photovoltaics frame in coastal field
Technology maturity:Prototype
Exhibiting purpose:Display of scientific results
Trading preferences:Negotiate by self
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