An electrochemical biological floating island for purification of persistent pollutants in urban water bodies
A biological floating island and persistent technology, applied in the field of water treatment, can solve the problems of lack of energy-saving, safe and high-efficiency water body restoration equipment, and achieve the effect of strengthening the water body environment, beautifying the urban environment and easy maintenance.
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Embodiment 1
[0024] Such as figure 1 As shown, an electrochemical biological floating island for purification of persistent pollutants in urban water is characterized in that it includes a floating plate (1), an anode plate (2), a cathode plate (3), a propeller (4), The solar panel (5), the plant floating island (6), and the root-fixing base (7), the whole system is anchored to the center of the lake or river, and the buoyancy provided by the floating plate (1) carries the root-fixing base ( 7) to plant floating islands (6); solar panels (5) provide electric energy to drive propellers (4) to cause water flow disturbances, enhance mass transfer efficiency, and apply constant pressure on the anode (2) and cathode (3) Electric current realizes electrosorption and electrocatalytic purification of persistent pollutants.
[0025] The floating plate (1) is made of polyurethane foam plastics, and the anode (1) and cathode (2) are lead oxide mesh anode and titanium mesh cathode covered with nanofi...
Embodiment 2
[0027] The preparation method of the lead oxide wire mesh anode and the titanium wire mesh cathode covered with the nanofiber membrane material described in Example 1 are as follows,
[0028] First, polyvinyl alcohol particles with a molecular weight of 100,000 and block copolymer P123 particles were dissolved in ultrapure water at a mass ratio of 20:1 to form a turbid emulsion with a mass concentration of 200 g / L as a spinning solution; The sold lead oxide screen anode and titanium screen cathode were placed in a self-made high-voltage electrospinning device, and a copper wire was used to conduct with the cathode. The control voltage is 0.7 to 25,000 volts, and the distance between the screen electrode and the spray head is adjusted to 10 to 15 cm to obtain a stable and continuous jet flow. The jet flow is deposited on the surface of the screen electrode to form a nanofiber film. After 4 to 5 hours, the fiber membrane thickness reaches 0.5 to 1 mm, and the spinning is stopped...
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