Assessing the Sustainability of Construction projects in Egypt.

Sayed AbdelHamid, A. Nouh
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Abstract

: Construction industry became the most significant. Therefore, great efforts have been carried out in the field of sustainable development. In addition, new researches and codes of design and construction have been conducted. This paper presents a green rating model to assess the sustainability of administration buildings in Egypt. Twenty-four factors have been gathered from literature. The factors are divided into five groups: The project aspects group, the site aspects group, Material aspects group, resources aspects group, and Management and innovation aspects group. The project aspects group includes: Controlling emission from building materials, protecting water sources from pollution, Acoustic comfort, Project waste management plan, Minimizing pollution during construction . The site aspects group includes: Site selection, Development density and community connectivity, Public transportation access, Low emitting and fuel efficient vehicles, and Maximize open space. Materials aspect group includes: Regionally procured materials, Materials fabricated on site, Use of renewable materials, Use of recycled materials, and Life cycle cost analysis of materials in the project. Resources aspects group includes: Use of higher durability materials, efficient water use during construction, Energy efficiency improvement, and Renewable energy sources. Management and innovation aspects group includes: Providing building user guide, providing a periodic maintenance schedule, Respect for sites of historic or cultural interest, Cultural heritage, and innovation and flexibility in design. Sustainable rating model has been proposed to assess the sustainability of administration buildings in Egypt. The proposed rating model can be used in case of residential buildings
评估埃及建设项目的可持续性。
建筑业成为最重要的产业。因此,在可持续发展领域进行了大量的工作。此外,还进行了新的设计和施工研究和规范。本文提出了一个绿色评级模型来评估埃及行政建筑的可持续性。从文献中收集了24个因素。这些因素被分成五组:项目方面组、场地方面组、材料方面组、资源方面组、管理和创新方面组。项目方面包括:控制建筑材料的排放,保护水源免受污染,声学舒适性,项目废物管理计划,尽量减少施工过程中的污染。场地方面包括:选址、发展密度和社区连通性、公共交通、低排放和节能车辆、最大化开放空间。材料方面组包括:区域采购材料、现场制造材料、可再生材料的使用、回收材料的使用以及项目中材料的生命周期成本分析。资源方面的组包括:使用更高的耐久性材料,在建设过程中有效地利用水,提高能源效率,和可再生能源。管理和创新方面包括:提供建筑使用指南,提供定期维护计划,尊重历史或文化遗址,文化遗产,以及设计的创新和灵活性。提出了可持续评级模型来评估埃及行政建筑的可持续性。所提出的评级模型可用于住宅建筑
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