An Analysis Study on Adaption of Green Building Design in High-Tech Factory
Date Issued
2008
Date
2008
Author(s)
Huang, Heng-Jie
Abstract
This paper intends to investigate the adoptability of EEWH system, i.e. the green building assessment tool in Taiwan, in high-tech factories. High-tech industry plays a significant role in the development of economy in Taiwan, while consuming a lot of energy and natural recourse, producing pollution and waste in the meantime. The main challenge of designing high-tech factories is how to make the factories more ecological and energy saving. EEWH is a system including Ecology, Energy saving, Waste reduction, and Health. Therefore it is suitable for analyzing the adaption of green building design in high-tech factories.his study carries out the qualitative analysis in the nine indicators of EEWH, researching the status of green building factories in terms of interview, site observation of case, and reference collection process. The main purpose of this study is to demonstrate the utility of the green building factory which wins the first golden certification of EEWH. According to details and data of the nine indicators of this case, we are able to realize how to apply these indicators and induce the more feasible items. As a result, we shall present an analysis of how green building performs in high-tech factories, and propose a more feasible plan for the device of green building. The results show that most of the indicators are highly feasible, except for: ecological pool, roof garden, reduction room depth, equal storey height, prefabrication system, wooden construction, and kitchen waste recycling.
Subjects
green building
nine indicators
high-tech factory.
SDGs
Type
thesis
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