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首页> 外文期刊>International Journal of Marine Engineering Innovation and Research >Technical Analysis of Influence of Special Treatment on Water Ballast Treatment by using Active Carbon on Vessel and Environment
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Technical Analysis of Influence of Special Treatment on Water Ballast Treatment by using Active Carbon on Vessel and Environment

机译：活性炭对船舶和环境特殊处理对水压载处理影响的技术分析。

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Ballast water exchange is made by a vessel from one port to another port can cause a problem. The ballast water exchange can be harmful microorganisms that shifts will be a predator for the ecosystem of the intended recipients. To prevent this, IMO issued several rules regarding the disposal of water ballast, ballast water i.e. issued a ship must be in clean condition or there should be a treatment first before being dumped. Various alternative treatments ever used to be able to satisfy this rule. In this final task, developed one of the alternative treatment with using chemicals activated carbon with the object of study of ship cruise route with SINAR SUMBA Singapore – Surabaya and time planning is designed for12 hours. The selection of the method of test samples conducted in the laboratories chosen to know the applications the use of activated carbon to water ballasts of Surabaya and Singapore is in compliance with the specified standards. Then the next design planning systems or designs are suitable for use on the ship. From the results of the study showed that by using activated carbon- filtration, activated carbon the water turned out to be able to reduce the number of microorganisms such as E. Coli, Vibrio Cholerae, and Intestinal Enterococci in accordance with the IMO standards. Based on the results of the laboratory activated carbon filter design then the water ballast can be realized.
机译：船只从一个港口到另一港口的压载水交换可能会引起问题。压载水交换可能是有害的微生物，这些微生物会转变为预定接收者的生态系统的捕食者。为防止这种情况发生，国际海事组织（IMO）发布了有关压载水处置的几条规则，即压载水的发布是指船舶必须处于清洁状态或在抛弃前首先应进行处理。曾经有各种各样的替代方法能够满足该规则。在这项最终任务中，与新加坡SINAR SUMBA新加坡–泗水一起研究了使用化学活性炭的替代处理方法之一，研究船的航行路线，并计划了12小时的时间计划。在选定的实验室中进行测试样品方法的选择是为了了解将活性炭应用于泗水和新加坡的压载水的应用符合指定的标准。然后，下一个设计计划系统或设计适合在船上使用。研究结果表明，根据IMO标准，通过使用活性炭过滤，活性炭可以减少水中的微生物，例如大肠杆菌，霍乱弧菌和肠球菌。根据实验室活性炭过滤器设计的结果，可以实现压载水。

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