PERKIRAAN BIAYA MODAL SPESIFIK ATAS PABRIK MULTI EFEK DISTILASI

Lisna Krisan Wibowo, Raka Dimas Saputra, Suci Dhiya Mayra Suherman, Ainiyyah Fatin, Kristin Valentina Sinabutar, M. Djaeni, D. A. Sari
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Abstract

Several countries have applied desalination technology to deal with the clean water crisis. One type of desalination technology that is commonly used is Multi-Effect Distillation (MED). This option is the right type to convert seawater into drinking water. The cost of producing water and the need for low temperatures are factors that can provide opportunities for the use of renewable energy as a source of heat. However, in the past, MED has failed to compete with MSF - Multi Effect Flash. The downside is the cost of capital (CapEx - Capital Expenditure). This price creates an opportunity for a review of these deficiencies. The correlation between capital costs and plant capacity is one of the common methods for calculating MED plant capital costs. As a result, for a generating capacity of 10,000 - 16,000 m/day, the specific charge is never below $2400 per m³/day. In addition, the capital cost of the MED plant increases as the number of effects on the surface area of heat transfer increases. Then, the longevity of the mill, the level of salinity of the feed water, and the location of the factory establishment can also be used as other correlations in estimating the capital cost of the MED plant.
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工厂净化效果的具体资本成本估计
一些国家已经应用海水淡化技术来应对清洁水危机。一种常用的海水淡化技术是多效蒸馏(MED)。这个选项是将海水转化为饮用水的正确类型。生产水的成本和对低温的需求是为使用可再生能源作为热源提供机会的因素。然而,在过去,MED未能与MSF - Multi - Effect Flash竞争。缺点是资本成本(CapEx -资本支出)。这个价格为审查这些缺陷创造了机会。资本成本与工厂产能之间的相关性是计算MED工厂资本成本的常用方法之一。因此,对于1万至1.6万立方米/天的发电能力,具体费用从不低于每立方米/天2400美元。此外,MED装置的资本成本随着传热表面积上的影响数量的增加而增加。然后,磨机的寿命、给水的盐度水平和工厂的位置也可以用作估计MED工厂资本成本的其他相关性。
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