A feasibility study for transforming ISO shipping containers into liquid storage containers for WWTP's and WTP's

本研究的目的是探讨将标准的ISO（国际标准组织）集装箱转变为集装箱化的污水处理厂和水处理厂单元的可行性。集装箱化污水处理厂和污水处理厂通常用于偏远社区、工作营地和任何无法进入主要市政基础设施的设施。尽管取得了令人满意的成绩，但他们正在处理诸如制造成本非常高、能力有限、运输、可达性和场地准备等问题。另一种想法是采用标准的ISO运输集装箱作为WWTP和WTP。ISO集装箱是专门为运输货物和产品而设计的箱形钢结构。标准集装箱长20英尺，横截面约为8ft×8ft（高×宽），内部体积为32m3，最大毛重为30×103kg。与目前的集装箱化污水处理产品相比，ISO集装箱提供了许多优势，例如成本显着降低，可达性和运输方便，场地准备成本低，容量相当高（由于垂直配置）。

The objective of this study is to investigate the feasibility of transforming the standard ISO (International Standard Organization) shipping container into a containerized WWTP (Waste Water Treatment Plant) and WTP (Water Treatment Plant) unit. Containerized WWTP and WTP are commonly employed in remote communities, work camps and any facility without access to major municipal infrastructures. Despite the satisfactory performance, they are dealing with issues such as very high cost of manufacturing, limited capacity, transportation, accessibility and site preparations. An alternative idea is to employ the standard ISO shipping containers as WWTP and WTP. An ISO shipping container is a box shape steel structure specially designed for transporting goods and products. The standard container is 20ft long and has a cross section of approximately 8ft×8ft (height × width), internal volume of 32m3 and carries a maximum gross weight of 30×103kg. Compared to the current containerized WWTP products, ISO shipping containers offer many advantages such as significantly lower cost, accessibility and easy transportation, low site preparation costs and considerably higher capacity (due to vertical configuration).