KR20130019571A

KR20130019571A - Manufacturing method of rain natural water

Info

Publication number: KR20130019571A
Application number: KR1020110081606A
Authority: KR
Inventors: 김재영
Original assignee: 주식회사 이엘; 김재영
Priority date: 2011-08-17
Filing date: 2011-08-17
Publication date: 2013-02-27

Abstract

PURPOSE: A rainwater-to-drinking water manufacturing method is provided to produce drinking water by purifying collected rainwater through a screen filter device, a secondary filter device, a filtering apparatus, and an UV sterilizer. CONSTITUTION: A rainwater-to-drinking water manufacturing method comprises steps of: collecting rainwater from a water collecting device; collecting the water to a water collecting tank(37) through a screen filter device(36); storing the collected rainwater in a water tank(39) through the secondary filter device; tertiary filtering through a filtering apparatus(40) including a membrane; sterilizing the filtered rainwater with an UV sterilizer(41); and packing the sterilized water in a bottle for drinking water. [Reference numerals] (36) Filter device; (37) Water collecting tank; (38) Secondary filter device; (39) Water tank; (40) Filtering apparatus; (41) UV sterilizer; (42) Water quality test device; (45) Filter layer; (AA) Mineral water input

Description

MANUFACTURING METHOD OF RAIN NATURAL WATER}

The present invention relates to a method for producing rain water bottled water prepared with drinking water that can eat rain water.

At present, droughts and floods in each country and region are repeated due to climate change caused by global environmental pollution and global warming. The water that can be eaten under these environmental conditions is becoming more and more precious.

Drinking water mostly uses surface water and groundwater, but it is expensive to convert them into edible water. In some cases, if the intake and purification plant is polluted according to the natural environment, the treatment costs are higher. Normally 0.2-0.3 kw energy is consumed for supplying 1 ton of water

In addition, tap water purifiers used at home are not reluctant to drink due to chemical sterilization and water pipe contamination, and they use 8 liters of water for 2 liters of water. Especially reverse osmosis water purifier is a waste of energy and waste of water

As such, the treatment cost of surface water is gradually increasing, and the groundwater is gradually decreasing due to the destruction of the natural environment.

For example, an Australian "cloud" company turns rainwater into high-quality bottled water and supplies it on board. Rainwater is a very clean and clean water that is distilled from the ground water, condensed in water vapor and falling to the ground, so that if the atmosphere is clean, no separate purified water is required. Therefore, it was confirmed that rainwater could not be a problem at all even if the rainwater was used as bottled water.

In the case of rain water, there is a common sense that is likely to be a big mistake if it is acid rain, but in fact, Yakult is a strong acid of pH 2-3 and juice is a strong acid of pH 3, but there is no problem even if absorbed by the human body. And using rainwater as wash water, there was no trouble at all for sensitive skin and baby's skin.

The present inventors have invented in view of the above points, the purpose of the present invention is to solve the shortage of groundwater and surface water, and to provide a method that can be produced inexpensive raw water using low pollution of rainwater.

The main configuration of the present invention, the step of collecting rain water from the collecting device; Collecting water to the collecting tank 37 via the screen filter device 36; Storing the collected rain water in the storage tank 39 through the secondary filter device; Tertiary filtration through a filtration device 40 comprising a membrane membrane; Sterilizing the filtered rainwater with a UV sterilizer (41); It characterized in that it comprises the step of packing the sterilized treated water in a bottled water container, the water collecting device, a method of collecting the rain water collected in the collecting plate 31 having the bone 30 via the water pipe 33, It is characterized in that the collection of rainwater from the solar collector tube 34 to the water pipe 33, the method of collecting rainwater from the roof of the house or building, the method of collecting rainwater through the drain pipe on the ground surface, The collection tank 37 or the storage tank 39 is characterized by having a filtration layer 45 made of a filtration material including elvan rock, the sterilization treatment water passed through the sterilization device 41, the water quality test apparatus after (42) characterized in that it further comprises a water quality test step

According to the present invention, the scarce water can be secured by rainwater, the bottled water can be manufactured at a very low cost, and there is an effect of utilizing the discarded natural resources.

In addition, drinking rainwater according to the present invention was found to have a taste than bottled water

In addition, according to the present invention, a side effect of preventing flood damage can also be achieved by a water collecting facility installed.

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a drawing illustrating the manufacturing process according to the present invention;
2 is a view illustrating the water collecting tank 37 and the water storage tank 39.
3 and 4 illustrate the collecting means;

1 illustrates a process for producing bottled water in rainwater according to the present invention.

As shown, the collection of rainwater can take many forms.

For example, when building a building or a house or other various structures, the water collecting plate 31 forming the valley 30 is arranged to be collected through the water pipe 33 or the solar pipe heat collecting plate 34 is formed. When installing, the solar heat collecting plate 34 may be arranged to collect rainwater falling into the solar heat collecting plate 34 so that the water pipe 33 may be collected.

In addition, it can be configured to collect and form a concave water collecting or water pipe in a structure such as a vinyl house, which takes up a large area on the ground.

Alternatively, the "rainwater facility management apparatus" of the patent application No. 2011-72001 filed by the applicant in another collection method can be used. This is a rainwater collecting device that collects rainwater from a house or a building and collects it in a rainwater storage tank as shown in FIG. 3.

As another example, as shown in Figure 4, the "flow water storage tank" of the prior patent application 2011-71999 by the applicant can be utilized. The oil / water storage tank 1 is, for example, an oil / water storage tank that can be buried underground or installed on the ground to store a large amount of fluid such as rainwater. The oil / water storage tank 1 1) can be collected. Of course, it is possible to configure a device for collecting rainwater in various forms.

The rainwater collected in this way is collected through the primary filter device 36, such as a screen for removing foreign substances, into the collection tank 37.

Rainwater passing through the collecting tank is secondaryly collected in the storage tank 39 via a secondary filter device 38 made of a fine screen or filter material. The collection tank 37 and the storage tank 39 may be made of a structure that can be filtered by the tank structure itself.

For example, as shown in FIG. 2, the filtration layer 45 is formed in the collection tank 37 or the storage tank 39 itself.

The filtration layer 45 may use natural rocks such as elvan, volcanic rocks, or those used as various known and common filtrates such as charcoal. Rainwater 44 passing through the filtration layer 45 emerges as purified water 46.

Since the filtration layer 45 can be filtered using a wide variety of materials, it does not limit the specific material for the filtration material.

The filtration layer 45 may be formed on the bottom of the collection tank 37 or the storage tank 39 without forming the intermediate layer. In this case, the rainwater 44 does not pass through the filtration layer 45, but is discharged after the rainwater 44 has been rectified for a predetermined time on the upper portion of the filtration layer 45, and then proceeds to the next process.

And the third filtering is made through the filtration device 40 made of a membrane membrane or the like. This results in clean water with almost no foreign matter on its appearance. The filtered water passes through the sterilizer 41. Sterilization is performed by UV irradiation, for example.

The water quality is then tested for final drinking water compliance. That is, the treated water passed through the water quality testing device 42 is put into the bottled water container and packed. Water quality tests are not necessary but can be carried out as needed.

30 Goal 31 Collection Plate
33 Water pipe 34 Solar heat sink
36 Filter Unit 37 Collection Unit
38 Secondary filter device 39 Storage tank
40 Filtration 41 Sterilizer
42 Water test equipment 45 Filtration layer

Claims

Collecting rainwater from the sump;
Collecting water to the collecting tank 37 via the screen filter device 36;
Storing the collected rain water in the storage tank 39 through the secondary filter device;
Tertiary filtration through a filtration device 40 comprising a membrane membrane;
Sterilizing the filtered rainwater with a UV sterilizer (41);
Rainwater bottled water manufacturing method comprising the step of packaging the sterilized treated water in a bottled water container

According to claim 1, wherein the water collecting device,
How to collect the rain water collected in the collecting plate 31 having the bone 30 via the water pipe 33,
How to collect rainwater from the solar collector tube 34 to the water pipe 33,
How to collect rainwater from the roof of a house or building
Rainwater bottled water production method characterized in that the collection of rainwater through any one method of collecting rainwater through the drain pipe on the ground surface

The method of claim 1,
Rainwater bottled water production method, characterized in that the collection tank 37 or the storage tank 39 is provided with a filtration layer 45 made of a filtration material containing elvan rock.

The method of claim 1,
The sterilization treatment water that has passed through the sterilization device 41, after the water quality test device 42 further comprises a water quality test step characterized in that the production of rainwater bottled water