纯水设备适用于净化原水
时间:2016-11-28 10:44:00 来源: 阅读:次
通常大多数人会认为初级纯水设备适用于净化原水(自来水、井水),但在纯净水的程度,也可称为高纯度水的净化,但在资本上的淡水逐渐变化不断减少,地球面临着压力,我们没有平行的历史。为了满足人们对地球上的水资本的需求?我们如何扩大水资本?在不断的研究和探索,在中间的研究,不能依靠外部世界的条件,以满足水的需求,淡化资本?
Usually, most people would think that the primary pure water equipment for purifying raw water (tap water, well water), but in pure water, also known as the purification of high purity water, but in the capital on the freshwater changes gradually decreasing, the earth facing the pressure, we have no parallel in history. In order to meet the needs of people on the earth's water capital? How can we expand the water capital? In the constant research and exploration, in the middle of the study, can not rely on the conditions of the outside world to meet the needs of water, dilute the capital?
科学研究和研究表明:纯净水设备除了制药、食品、工业、电子领域的应用范围广泛的事故,完全能够使用纯净水设备进行海水淡化。水设备的主要中心是反渗透作用,第一选择是膜脱盐纯化的方法,这种方法不仅是溶剂通过半透膜通过海水和淡水的溶质分离,如果海水在低压力的外部压力,历史学家富集海边的渗透,在海水的纯净水进入淡水通过半透膜。
Scientific research and research show that: in addition to the pharmaceutical, food, industrial, electronic fields of the application of a wide range of accidents, completely able to use pure water equipment for desalination. The main center of water equipment is the reverse osmosis membrane method, the first choice is desalination and purification, this method is not only the solvent through a semipermeable membrane through separation of solutes in seawater and freshwater, seawater at low pressure if the external pressure, the penetration of the historian enrichment in seawater, the pure water into fresh water through a semipermeable membrane.
因此,纯水设备的膜透性的选择是所谓的反渗透海水淡化团队来稀释资本,从而准确地改变地面上的水的表面。然而,继续研究和探索反渗透膜,淡化反渗透膜的功能的能力有了更大的进展。膜材料由以前的单层醋酸纤维素非对称膜发展到表面聚合的交联的芳香族聚酰胺复合膜等新型材料和高效膜。
Therefore, the choice of membrane permeability of pure water equipment is the so-called reverse osmosis desalination team to dilute the capital, thereby accurately changing the surface of the water on the ground. However, to continue to study and explore the reverse osmosis membrane, the ability to dilute the reverse osmosis membrane function has made greater progress. Membrane material is a new type of material and high efficiency film, which is developed from the previous monolayer of cellulose acetate to the surface polymerization of the crosslinked aromatic polyamide composite membrane.