The role of bio facades in energy conservation

Mohamed SAMEH KAMAL ELDIN, Shaban HEDEK IBRAHIM
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Abstract

Algae convert carbon dioxide and sunlight into oxygen, heat, and biomass. Microalgae integration with buildings as a photobioreactor-based source of biofuel has the potential to change high-performance architecture. This paper will examine current information on microalgae bioreactive facades, give a survey of prior studies on the performance of these unique façade systems, present the status quo, and identify gaps in theory and practice. Finally, the effectiveness of microalgae facades as solar thermal collectors is examined, along with some research suggestions for the future.
生物立面在节能方面的作用
藻类将二氧化碳和阳光转化为氧气、热量和生物质。微藻与建筑相结合,作为基于光生物反应器的生物燃料来源,有可能改变高性能建筑。本文将研究目前关于微藻生物反应外墙的信息,对这些独特外墙系统性能的先前研究进行调查,介绍现状,并确定理论和实践中的差距。最后,研究了微藻立面作为太阳能集热器的有效性,并对未来的研究提出了一些建议。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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