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Primasetra, A. (2019). Implementation of Re-used Shipping Containers for Green Architecture (Case Study: ITSB Creative Hub-Cikarang). KnE Social Sciences, 3(21), 67–82. https://doi.org/10.18502/kss.v3i21.4959

https://doi.org/10.18502/kss.v3i21.4959

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authors

  • Anjar Primasetra

    Anjar Primasetra

    Design and Engineering Faculty, Architecture Department, Institut Teknologi dan Sains Bandung, Cikarang, Bekasi West Java

Published Date

  • Aug 5, 2019

Implementation of Re-used Shipping Containers for Green Architecture (Case Study: ITSB Creative Hub-Cikarang)

KnE Social Sciences / Equity, Equality, and Justice in Urban Housing Development (ISTEcS 2018) / Pages 67–82

Abstract

The largest of CO2 emissions on earth derives from construction activities. It is necessary to solve the problem to reduce the impact of CO2 emissions. One of the solution to reduce the impact of CO2 emission because of construction activity is using re-used material for building construction, such as re-used shipping container because the re-used material has low embodied energy. This paper has three purposes, and there are: explaining the application of re-used containers as building materials in the context of green architecture, explaining the application of building design using re-used containers as material, and explaining the advantages and disadvantages of used containers as building materials. Creative Hub ITSB as a case study owned by the campus of ITSB. The building construction consists of 20 units of a re-used container (20 feet size). The prefabrication construction uses for each steel material. Each component of the building assembled in the workshop, then it delivered to site by truck. The main issues that need to be solved are a matter of the delivery system, the structure, and joints, and the component assembly. Cross-ventilation system and insulating material also crucial because it can reduce building temperature.


 


 


Keywords: Green Architecture, Re-used material, Shipping Containers.

References
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