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Elimination of Fresh Water Use for Chemical Cleaning in Sulfate Removal Units SRU

机译:消除硫酸去除装置SRU中用于化学清洗的淡水使用

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Water has become more and more a scarce resource and its use rationalization has been a challenge in its several applications. Its status has become even more critical for some platforms and/or oil exploration ships (FPSO => Floating Production Storage and Offloading), that have fresh water (drinkable water) production stations via reverse osmosis and or desalters with limited flows to supply all routine demand and in emergency cases, and it may even be necessary to purchase fresh water from third parties, by means of towing vessel with extremely high unit cost (continent catchment). Thus, we will present in this paper the achievement reached by using a small permeated water volume in SRU (Sulfate Removal Unit), which water, has low sulfate content and is used for injection and in CIPs (Clean In Place) cleaning system, which stands for a large drinkable water consumption within the platform. The research to be described in this technical document, concerning the permeated water use in SRU to use in CIP solutions, will show the achievement reached in a platform in Brazil, after 2.5 years of research in our Singapore Advance Research Center, using a pilot plant.
机译:水已成为越来越稀缺的资源,其合理使用已成为多种应用中的挑战。对于某些平台和/或石油勘探船(FPSO =>浮式生产储油和卸油船),其状态变得更加重要,这些平台和油船具有通过反渗透的淡水(饮用水)生产站和/或流量有限的脱盐器,以供应所有常规燃料甚至在紧急情况下,甚至可能有必要通过以极高的单位成本(大陆集水量)拖曳船只的方式从第三方那里购买淡水。因此,我们将在本文中介绍通过在SRU(硫酸盐去除装置)中使用少量渗透水而获得的成就,该水具有较低的硫酸盐含量,用于注射以及在CIP(原位清洁)清洁系统中使用,代表平台内大量的饮用水消耗。将在本技术文件中描述的有关SRU中渗透水使用以用于CIP解决方案的研究,将显示在新加坡的高级研究中心进行2.5年的研究并使用中试工厂之后,巴西在一个平台上所取得的成就。 。

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