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Manufacturing method of deep sea drinking microclustered water from the deep-sea water or the deep-sea rock floor water
Manufacturing method of deep sea drinking microclustered water from the deep-sea water or the deep-sea rock floor water
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机译：用深海或深海岩层水生产深海微团水的制造方法
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摘要
The present invention for producing the deep ocean (海洋 深層 水) or the seabed (海底) ambansu depth (深層 巖 盤 水) deep sub-group can eat good health and freshness is excellent (深層 小集團 水) using a water depth of less than 200m it is an object to present a method. ; To this end the present invention, after the heating treatment to the deep sea water intake and undersea depths of less than 200m in depth ambansu 20~30 ℃ sand filtration, microfiltration (Micro filter), ultrafiltration pretreatment to water filtration processes, such as (Ultra Filter) of suspended solids (SS; suspended solid) to remove it, and then to the primary of a weak acid to adjust the pH to 4.5 to 6.5, the primary reverse tuyeogwa step (逆渗透 濾過 工程) by sending a driving pressure of 50 to 60 atmospheres (atm) in the reverse osmosis membrane (reverse osmosis membrane) is removed by supplying a saline 99.0~99.7% the filtered deionized water is sent to the pH adjustment step of claim 2, unfiltered brine nanofiltration process (nano-filtration process) to the operating pressure by sending supplied to the membrane filtration in 20 to 25 atmospheres or more divalent minerals (minerals) of Mg 2 +, Ca 2 +, Fe 2 +, Fe 3 + ... 1 as the two or more separating substance NaCl, KCl, etc. mineral concentrated minerals, many will send a concentrated mineral reservoirs with active mineral production process, can ride mineral filtration minerals than 2 is the most (more than 80wt%) to remove 80 to send an operating pressure in the brine concentrated reverse tuyeogwa process the concentrated brine sent to the reverse osmosis membrane is concentrated at atmospheric pressure to 120 to send to the decontamination process, the filtered water is demineralized water is conveyed to the first pH adjustment step. ; Primary reverse tuyeogwa supply when the desalting of demineralized water in the process flows in the second pH adjustment step to adjust the pH to 9 to 11 that the transition to the boron compound as poly (Poly) borate from 10 to 15 atm pressure driving the filtration membrane the concentration of boron by treatment with less than 0.3㎎ / ℓ receiving a mineral mixture and the final pH adjusting step, brine is then adjusted to a pH of neutral drained (discharged). ; The mineral mix and the final pH adjusting step by adjusting the hardness when supplied the concentrated minerals from the mineral concentrate to the reservoir 100~300㎎ / ℓ to adjust the pH to 5.0 to 8.5 range and sends to the sub-group of a water molecule screen process. ; Water molecules in the sub-group screen process from the water molecules in the sub-group screen processing high-pressure constant treatment and magnetic treatment by nuclear magnetic resonance (NMR; Nuclear magnetic resonance) of 17 O-NMR half width is 48 ~ 60Hz range of sub-groups can be (microclustered water ) after treatment with eating packaged after treatment and then sent to the sterile filling a container with a reservoir depth sub-groups can be shipped to examine in-depth the following subgroups can (soda) to eat. ; Can eat deep sub-group produced in the present invention is the mineral balance (Balance), while suitable for the process in question boron far below 0.3㎎ / ℓ, home organization of water molecules (集團 體; Cluster) is screen sub-group the surface tension is refreshing enhancement to fall is expected to be widely used in the manufacturing process Deep Water it is good to eat because mulmat. ; Deep ocean water, eating a deep sub-group, nanofiltration, reverse osmosis filtration, can be sub-groups, Nuclear Magnetic Resonance
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