JP2004314045A - Desalination method for deep sea water or sea rock water, and lotion and dressing puff containing desalted deep sea water or sea rock water - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a desalination method for deep sea water or sea rock water, and to provide a lotion and a dressing puff containing the desalinated deep sea water or sea rock water. <P>SOLUTION: The desalination method comprises a process of freezing deep sea water or sea rock water, a process of washing the freezed ice with fresh water and a process of melting the washed ice. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a lotion or a makeup puff using deep ocean water or marine rock water, and more particularly to a method for desalting deep ocean water or marine rock water, and a lotion containing desalted deep ocean water or marine rock water. And cosmetic puffs.

  Deep seawater generally refers to seawater 200 m or less from the sea level. Deep ocean water has no phytoplankton that consumes nutrients due to lack of sunlight. Therefore, it is rich in nutrient substances decomposed by bacteria and the like. Deep ocean water is a water formed for thousands of years and has stable properties, and contains antioxidants by the action of various enzymes. Not only that, the deep sea water contains minerals and other essential trace elements such as calcium and magnesium that help the cells to work in a well-balanced manner, and has an excellent effect in eliminating active oxygen by the action of dissolved metal ions. Is showing.

  In addition, the organic matter concentration is low below 200 m from the seawater surface, and there is almost no contamination by Escherichia coli or general bacteria. Less likely to be contaminated by chemicals from land and air (air). Therefore, deep sea water is very clean water.

  Ocean rock water has the same characteristics as the deep ocean water.

  Recently, deep sea water or marine rock water containing clean and beneficial substances for human body as mentioned above is used in various fields such as food, beverage, medical, health, beauty, fisheries, agriculture, and energy. Attempts have been made to do so.

  However, deep sea water or marine rock water contains a large amount of salt due to the characteristics of seawater, and there are many restrictions on its utilization due to such salt. As a method for removing salt from seawater, a distillation method and a reverse osmosis method are known.

In the distillation method, which is the oldest desalination method, seawater is vaporized and then cooled to obtain water. Most distillation methods use heat energy. A method was devised to use solar radiation energy to reduce the heat energy of the distillation method. This method is attractive in dry areas where water demand is high, because solar radiation is much stronger. Production with the current solar system is about 3L / m ² about a day. Despite enormous research and effort, solar distillation has not been done in large quantities due to several engineering problems.

  Reverse osmosis is a method in which pure water is passed from a highly concentrated solution to a less concentrated solution through a semipermeable membrane using considerable pressure. The osmotic pressure of seawater is about 30 atm. In the desalination process by the reverse osmosis method, a pressure of 30 atm or more must be applied to the seawater in order to prevent inflow of water from low-concentration freshwater. If a pressure of more than 30 atm is applied to the seawater section, the osmosis phenomenon is reversed, and the biggest problem with this method is that pure water flows from the seawater section to the freshwater section through the semipermeable membrane. It is to develop a semipermeable membrane through which the material cannot pass, and such a semipermeable membrane must be used for a long time at high pressure to desalinate much water.

  An object of the present invention is to provide a method for desalination of deep sea water or marine rock water.

  It is another object of the present invention to provide a lotion containing the desalted deep sea water or marine rock water.

  Still another object of the present invention is to provide a cosmetic puff containing desalinated deep sea water or marine rock water, and a method for producing the same.

  In order to achieve the above object, the present invention includes a step of freezing deep sea water or marine rock water, a step of washing the frozen ice with fresh water, and a step of melting the washed ice. Provided is a method for desalinating deep sea water or marine rock water.

  The present invention also provides a lotion containing deep sea water or marine rock water desalinated by the above method.

  The present invention also provides a cosmetic puff containing desalinated deep sea water or marine rock water.

  The present invention also provides a step of adding desalted marine rock water or deep sea water to a raw material for producing latex puff, foaming the raw material mixture to form cells therein, And molding the mixture by injecting the mixture into a mold.

  ADVANTAGE OF THE INVENTION According to this invention, the deep sea water or marine rock water is desalinated, and the skin water excellent in skin moisturizing effect and pore washing | cleaning effect can be provided using the desalted deep sea water or marine rock water. Further, by containing desalinated deep sea water or marine bedrock water, a cosmetic puff can be provided which is easy to apply cosmetics and causes less skin irritation.

  Hereinafter, the present invention will be described in more detail.

  The method for desalting deep sea water or rock sea water according to the present invention includes the steps of freezing deep sea water or rock sea water, washing the frozen ice with fresh water, and dissolving the washed ice. And a step.

  In the freezing stage of deep sea water or marine rock water, the freezing temperature is -0.5 ° C or less, and depends on the salinity of deep water and rock water. The higher the salt concentration, the lower the freezing temperature.

  The method of removing salt by freezing deep ocean water and marine rock water as described above focuses on the fact that the solids separated from the solution upon freezing of the aqueous solution are pure water. The advantage of such a freezing method is that it consumes less energy than the distillation method. This is because the heat of vaporization of water is 40.77 KJ / mol, while the heat of fusion is simply 6.01 KJ / mol.

  After freezing of deep ocean or bedrock water, the frozen ice must be washed with fresh water. Since the frozen ice has salt, it is necessary to remove it. It is desirable to use distilled water as fresh water.

  Melting the ice that has been washed with fresh water to complete the salt-free deep sea water or marine bedrock water.

  The lotion provided in the present invention contains marine rock water or deep ocean water treated by the above method. The lotion of the present invention can be produced by adding the marine rock water or the deep ocean water treated by the above method instead of the general water used for the conventional lotion. The lotion is a moisturizing agent such as polyhydric alcohols, proteins, amino acids, or mucopolysaccharides, which is added to ordinary lotion other than deep sea water or marine rock water treated by the above method, polyoxyethylene. It may contain solubilizers such as oleyl ether, thickeners, preservatives or flavors and the like.

  The lotion has better permeability to pores and a higher cleaning effect on pores than a normal lotion prepared by adding normal water. Deep ocean water or marine rock water component present in the lotion promotes absorption of the makeup into the skin by decomposing keratin existing in the skin and exhibits a high moisturizing effect. In addition, it absorbs heat energy released from the body, promotes blood circulation of the skin, and activates the metabolism of the skin. In addition, the lotion has a therapeutic effect on very sensitive skin such as atopic skin.

  The cosmetic puff of the present invention contains desalinated deep sea water or marine bedrock water. It is preferable that the desalted deep sea water or rock sea water is the deep sea water or rock sea water desalinated by the method of the present invention. The puff is preferably a latex puff produced using latex as a main raw material.

  The cosmetic puff of the present invention containing deep sea water or marine rock water removes foreign substances present on the skin when the cosmetic is applied to the skin, and at the same time makes the cosmetic more uniform on the skin as compared with a normal cosmetic puff. To promote the absorption of cosmetics. In addition, since the puff contains deep ocean water or marine rock water, the puff absorbs heat energy released from the body, and the absorbed puff heat promotes blood circulation of the skin, thereby promoting skin metabolism. Be active. In addition, the puff itself has little irritation to very sensitive skin such as atopic skin because the toxicity of the puff itself is neutralized by deep sea water or marine rock water.

  The cosmetic puff containing desalted deep ocean water or marine rock water comprises: adding desalted marine rock water or deep ocean water to a raw material for producing latex puff; and foaming the raw material mixture to form an interior. And a step of injecting the raw material mixture in which the cells are formed into a mold to form the cells.

  The deep sea water or rock sea water desalinated by the method is desirably the deep sea water or rock sea water desalted by the method of the present invention.

  The latex puff production raw material includes latex as a main raw material, including zincated, silicified soda and accelerator, sulfur EZ and MZ, potassium hydroxide, oleic acid, dispersant, pigment, and the like.

  Hereinafter, the present invention will be described more specifically with reference to the following examples. However, these examples are merely cited to assist in understanding the present invention, and are not intended to limit the scope of the present invention in any way.

Example 1
Desalination of deep sea water One liter of deep water taken from Okinawa Deep Sea Water Development Cooperative (1,400m or less) was frozen at -5 ℃. This ice was immersed twice in distilled water for 5 seconds to wash the salt attached to the ice surface. Then, the washed ice was melted at room temperature to obtain 830 ml of desalted deep sea water.

Example 2-4
Production of lotion According to the raw materials and contents described in Table 1 below, after mixing and dissolving the alcohol phase and the aqueous phase at room temperature, the alcohol phase is gradually added to the aqueous phase and stirred. A lotion was produced by a solubilization method.

Example 5
Manufacture of Cosmetic Puff 30 g of latex as a main raw material, 30 ml of desalted deep sea water prepared in Example 1, and other additives were put into a latex storage tank and mixed with stirring to form a latex mixture. The produced latex mixture was transferred to a foaming device through a pipe and foamed by an oak mixer while air was injected through the foaming device. The resulting foam was transferred to a molding machine and molded to produce a cosmetic latex puff.

Experimental example 1
Component Analysis of Desalted Deep Seawater Desalted deep seawater produced in Example 1 was requested to Gangwon Health and Environment Research Institute for water quality inspection. The Gangwon Health and Environment Research Institute has obtained the same water quality test results as shown in Table 2 below by testing according to the provisions of Article 3, Paragraph 2 of the Regulations on Drinking Water Quality Standards and Testing.

Experimental example 2
Functionality test for cosmetic puffs The cosmetic puffs prepared in Example 5 and the conventional cosmetic puffs on the market were all given to 30 women in their 20s to apply the makeup puff when applying the makeup base during the makeup stage. It was used. After using each of them once every day for 10 days for a total of 20 days, a questionnaire survey was performed on the items corresponding to Table 3 below, and the results are shown in Table 3 below.

(7:とてもいい、6:いい、5:少しいい、4:普通、3:若干きらい、2:きらい、1:とてもきらい)
前記結果によれば、本発明の化粧用パフが従来の化粧用パフに比べて化粧の塗布が容易で、皮膚刺激が少なく、全体的な触感も良いものと分かった。

(7: very good, 6: good, 5: slightly good, 4: normal, 3: slightly dislike, 2: dislike, 1: very dislike)
According to the above results, it was found that the cosmetic puff of the present invention was easier to apply makeup, had less skin irritation, and had a better overall tactile feel than the conventional cosmetic puff.

  The deep sea water or bedrock water treated by the desalination method according to the present invention is used in various fields such as food, beverages, medical care, health and beauty, and in particular, lotion and cosmetic puffs produced using the same. Can be widely applied as a makeup tool.

Claims (7)

Freezing deep ocean or rock bed water;
Washing the frozen ice with fresh water;
Melting the washed ice; and desalinating deep sea water or rock water.   A lotion containing deep sea water or marine rock water desalinated by the method of claim 1.   Cosmetic puff containing desalted deep ocean or rock bed water.   4. The cosmetic puff according to claim 3, wherein the desalinated deep sea water or marine rock water is produced by the method of claim 1. 5.   The method according to claim 4, wherein the cosmetic puff is a latex puff. Adding marine rock water or deep sea water desalinated by the method of claim 1 to a latex puff production raw material;
Foaming the raw material mixture to form cells inside,
Injecting the raw material mixture in which the cells are formed into a mold and molding the mixture.   The method for producing a cosmetic puff according to claim 6, wherein the desalted deep sea water or marine rock water is produced by the method of claim 1.