通过在建筑设计过程中使用气泡机制,使生态足迹最小化

Piotr Gradziński
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引用次数: 0

摘要

本文关注的是气候变化问题,以及目前在企业和生产工厂运行的泡沫机制架构的设计过程中需要适应的问题,其中包括确定污染物排放的最大水平。这个问题是在分析和选择建筑材料的范畴内考虑的。分析的目的是由于气候变化和控制污染物排放的可能性,通过在一个有限的区域内运行,在一种“泡沫”中,对建筑施加限制。这导致了建筑设计范式的变化和适当解决方案的应用,例如材料和技术技术,控制和减少对自然环境的负面影响。
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MINIMIZATION OF THE ECOLOGICAL FOOTPRINT THROUGH THE USE OF THE BUBBLES MECHANISM IN THE ARCHITECTURE DESIGN PROCESS
The article concerns the problem of climate change and the need to adapt to the design process the architecture of the bubble mechanism currently operating in the sectors of enterprises and production plants, which consists in determining the maximum level of pollutant emissions. The problem is considered in the category of analysis and selection of building materials. The aim of the analyzes was determined due to the changing climate and the possibility of controlling pollutant emissions by operating in a limited area, in a kind of "bubble", with the imposition of limits the architecture. This leads to the changes in the paradigm of architectural design and the application of appropriate solutions, e.g. materials as well as technical-technological ones, controlling and minimizing the negative impact on the natural environment.
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