Photocatalytic water purifier based on solar energy driving

Abstract

The invention discloses a photocatalytic water purifier based on solar energy driving. The water purifier is used for emergency situations. The water purifier comprises a control panel, linkage bar mechanisms, a solar panel, a secondary water tank, a primary water tank, a housing, an ultraviolet lamp module, a photocatalytic module, a water pump, a water pipe, a water quality monitoring device, a phase change heating module, an ultrasonic wave generation device, and the like. According to the invention, a combined purification manner of ultrasonic purification and photocatalytic technologies is adopted, double-effect water purification is realized, and outlet water quality is improved. An optical guide medium is adopted as the housing of the ultraviolet lamps, such that ultraviolet light can be evenly spread out. Ultraviolet light loss is reduced, such that the number of ultraviolet lamps can be reduced, and the power consumption of the water purifier is reduced. The water purifier adopts solar energy driving and phase change heating temperature control, such that overall energy consumption of the water purifier is further reduced, and purification efficiency is improved. The water purifier has a simple overall structure, and is convenient to carry. The water purifier is suitable for various environments, especially areas such as disaster areas and remote arctic areas.

Description

technical field [0001] The invention relates to the field of drinking water treatment, in particular to a photocatalytic water purifier driven by solar energy for emergency situations. Background technique [0002] With the rapid development of social industry, the water sources of many domestic river basins, lakes, and reservoirs are polluted to varying degrees (such as aerobic organic pollution, nutrient pollution, heavy metal pollution, organic poisons, pathogenic microorganism pollution, radioactive water pollution, Physical pollution, oil pollution, acid-base pollution, etc.), the city is equipped with advanced sewage treatment equipment, which is enough to effectively degrade the polluted water resources and ensure the safety of people's drinking water. However, in rural areas, especially in remote mountainous areas, extreme cold, deserts, plateau areas, and disaster-stricken areas, limited to local conditions and facilities, the capital and labor costs for matching se...

AI Technical Summary

Problems solved by technology

However, in rural areas, especially in remote mountainous areas, extreme cold, deserts, plateau areas, and disaster-stricken areas, limited to local conditions and facilities, the capital and labor costs for matching sewage treatment equipment are extremely high, and it is difficult to do so in the short term. Good results have been achieved, so local people can only drink surface water that has been simply treated. Drinking surface water that does not meet drinking water standards will cause harm to the body

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