Anti-pollution high-efficiency vibration filtering separation device

Abstract

The invention discloses an anti-pollution high-efficiency vibration filtering separation device, belonging to water environment protection and treatment devices. A filter separation element is installed on a filter separation element holder, and then is installed in a mixed liquor container together with the filter separation element holder; the top cover or the side face of the mixed liquor container is installed with a power mechanism and a motion conversion mechanism; the power mechanism drives the filter separation element to do straight-line reciprocating vibration vertically or horizontally through the motion conversion mechanism; and the exterior of the mixed liquor container is also provided with a control unit, a gas supply unit, a lifting unit and a suction unit which are circumscribed. The filter separation element does linear circulating motion in mixed liquor to be separated, thus enhancing the intensity and frequency of friction effect of the mixed liquor or bubbles on the surface pollutants of the filter separation element, slowing down the pollution course and improving yield of the filter separation element. The filtering separation device can be applied to the separation and collection of algae in surface water, muddy water separation in sewage treatment plants, and other situations requiring solid-liquid separation.

Description

technical field [0001] The invention belongs to water environment protection and treatment equipment, in particular to an anti-pollution high-efficiency vibration filtration and separation equipment, which is suitable for the separation and collection of algae in surface water, the separation of sludge and water in sewage treatment plants, and places requiring solid-liquid separation. Background technique [0002] In recent years, with the development of environmental governance, especially the deepening of water environment governance, filtration and separation technology has also made great development and progress. This is not only reflected in the qualitative leap of filtration and separation technology itself, but also in the large-scale expansion of its application scope and occasions. At present, filtration and separation technologies can be divided into two categories: media filtration (quartz sand filtration, slow filtration, multimedia filtration, activated carbon ...

AI Technical Summary

Problems solved by technology

[0003] During the use of filtration and separation technology, there is always a problem, that is, the pollution and clogging of the filtration and separation medium. Once contamination and clogging occur, the function and efficiency of the filtration and separation system will be significantly reduced, and at the same time, it will cause an increase in energy consumption. and energy waste

For example: when the ordinary quartz sand filter is clogged, the water head before the filter will continue to rise, and at the same time the water production of the filter will drop significantly; The water yield of the membrane will be significantly reduced

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