Purification and delivery system and purification and delivery method for delivering drinking natural water by using tank vehicle

Abstract

The invention discloses a purification and delivery system and a purification and delivery method for transporting drinking natural water by using a tank vehicle. The purification and delivery system mainly and sequentially comprises a combined purification treatment device, a tank vehicle transporting device, a water storage and re-purification device and a branch machine water drinking device. The purification and delivery method specifically comprises the following steps of (1) combined purification treatment; (2) transportation delivery of the tank vehicle; (3) water storage and re-purification of a water supply station; and (4) branch machine drinking water centralized transportation of a pipe network. According to the purification and delivery system and the purification and delivery method, disclosed by the invention, the drinking natural water produced by a specified natural water plant can be transported to each centralized water supply station by using the tank vehicle which is provided with an ozone sterilizer, then can be injected into a water storage and re-purification treatment device of each water supply station, and can be finally transported to each branch machine water drinking device by a short-distance pipe network through automatic refined filtration and sterilization, thus not only is the water quality problem of direct drinking water ensured, but also the pipeline transportation distance is greatly shortened, the flexible water supply transportation and the tap-water situation of the drinking natural water are realized.

Description

technical field [0001] The invention relates to a purification and delivery system and method for transporting drinking natural water by a tank truck. Background technique [0002] For urban and rural communities in our country, the implementation of direct drinking water terminal supply has become a trend. With the improvement of living standards, people have put forward higher requirements for drinking water. [0003] As we all know, drinking fountains and bottled water have entered ordinary households in the late 1990s, and a new type of product that is currently used more-terminal direct drinking fountains is a large-scale pure water dispenser similar to Wahaha and Loeb The factory is miniaturized and on-site. As long as the drinking water is transported to each terminal direct-drinking machine through the pipe network, and then filtered and sterilized inside the direct-drinking machine, users can drink safe, pure and pure water without any pollution. In the current cit...

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Problems solved by technology

[0003] As we all know, drinking fountains and bottled water have entered ordinary households in the late 1990s, and a new type of product that is currently used more-terminal direct drinking fountains is a large-scale pure water dispenser similar to Wahaha and Loeb The factory is miniaturized and on-site. As long as the drinking water is transported to each terminal direct-drinking machine through the pipe network, and then filtered and sterilized inside the direct-drinking machine, users can drink safe, pure and pure water without any pollution. In the current city, Drinking water dispensers, bottled water, and terminal direct drinking water used in communities and office buildings generally belong to pure water. No mineral water, but for pregnant women, infants, children, athletes, and the elderly, it is not suitable for regular drinking water

[0004] At present, most of the water sources are not suitable for mineral content, or are polluted by human and animal physiological wastewater, human domestic garbage and sewage, industrial wastewater, pesticide and chemical fertilizer water, etc. In remote areas, the water that cannot be directly drunk or can only be filtered into pure water that does not exist in nature for people to drink, thus affecting the quality of people's drinking water to a certain extent,

[0005] In the existing technology, if you want to drink delicious and healthy natural direct drinking water in areas where the flow of drinking water is relatively concentrated, such as urban communities and schools, most of them are transported in barrels, so that the "tap waterization" of direct drinking water cannot be realized. , but if long-distance pipeline transportation is adopted, on the one hand, the investment cost is too high;

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