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Using oceanic deep sea water, oceanic powder mineral salt manufacturing method and decompression mineral condensation frequency system

机译:利用海洋深海海水,海洋粉末矿物盐的制造方法和减压矿物凝结频率系统

摘要

The balmyeongneun are separated by deep ocean in deep water, or can be produced using osmotic Station during membrane separation (Reverse osmosis) for the desalination of marine salt and the concentrated seawater could produce the salt in the use for drinking or other uses and concentrated seawater between making installed between (Silo), high-temperature heat radiating device 18, the concentrated water micro-injection device 10 therein (Silo) between and installation at the upper end or the both side surfaces in the method to maintain a high temperature and (Silo) concentration provided in the upper portion fine water injector 10 is fine spray by the concentrated water by drying at high temperature is formed between the heat radiation from the lower end (Silo) give a concentrated water using the water is made of a mineral salt, and evaporation of the fine powder.; The water vapor that is evaporated in the process is the phase change in the condensate collected by the water vapor outlet 11 and the waste heat recovery device (15a) connected to the mounting (Silo) between the upper layer.; The waste heat recovery device (15a) is jugido warmed to hwahal steam in a short time in between the low temperature and concentrated water passing through the heat into the heat recovery device (15a) obtained from the water vapor given up at a constant temperature (Silo) and heating allowing the heat to the pump 15, high temperature heat shield 18 mounted on the bottom (Silo) between the supply the waste heat to be used again.; Thus recovering the condensed water is the waste heat recovery device (15a) in between, by a reduced pressure suction device 13 installed on the rear end (Silo) q.s. reduced pressure to a fine powder, mineral salts 21 or the fine jet concentrated water 20, which is dried falling within the dissolved in the condensate flowing in the condensate return tube 14, which in cooperation with the steam outlet 11 by suction is recovered.; The condensed water is substantially recovered minerals can produce mineral water in various concentrations to the operation of the vacuum suction device 13, as the water contains a certain amount, and a is a concentrated water discarded from the RO membrane (Reverse osmosis) process mineral salt and water, be a fine powder of mineral salt manufacturing method using the deep sea water and salt water in marine and relates to mineral recovery apparatus distillation.
机译:balmyeongneun被深海在深水中分离,或者可以在膜分离(反渗透)过程中使用渗透站生产,用于海水盐的脱盐,浓缩海水可以在饮用或其他用途中产生盐,也可以浓缩海水在保持高温的方法中,在安装在高温(Silo)之间,高温放热装置18之间,浓缩水微喷射装置10之间(Silo)之间,以及在上端或两侧表面之间进行安装之间;以及在上部细水喷射器10中提供的料仓(Silo)浓度是由浓水通过在高温下干燥而形成的细雾,在从下端(Silo)发出的热辐射之间形成浓缩水,使用矿物质盐制成的水,以及细粉的蒸发。在该过程中蒸发的水蒸气是由水蒸气出口11和连接到上层之间的底座(Silo)的废热回收装置(15a)收集的冷凝物中的相变;废热回收装置(15a)在低温和浓缩水之间经过短时间加热至蒸汽蒸汽,该浓缩水通过热量进入热量回收装置(15a)中,浓缩水是由在恒定温度下释放的水蒸气获得的(筒仓)和加热允许热量传递到泵15上,高温隔热罩18安装在底部(筒仓)之间,供应废热以再次使用。这样,通过安装在后端(Silo)q.s上的减压抽吸装置13,在中间的废热回收装置(15a)中回收冷凝水。减压成细粉,无机盐21或细喷射浓缩水20,将其干燥,落入溶解在冷凝水回流管14中的冷凝水中,并与蒸汽出口11通过抽吸作用回收。冷凝水基本上是回收的矿物质,由于其中包含一定量的水,a是从RO膜(反渗透)过程中去除的浓缩水,因此矿物质可以产生各种浓度的矿物质水,用于真空抽吸装置13的运行。本发明涉及一种利用矿山深层海水和海水中的盐水制造矿物质盐的细粉,涉及矿物质回收装置的蒸馏。

著录项

  • 公开/公告号KR200398211Y1

    专利类型

  • 公开/公告日2005-10-12

    原文格式PDF

  • 申请/专利权人

    申请/专利号KR20050010590U

  • 发明设计人 이인구;

    申请日2005-04-18

  • 分类号C01D3/06;C01D3/04;

  • 国家 KR

  • 入库时间 2022-08-21 22:02:45

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