(October university for modern sciences and Arts MSA, 2023) Nabih, Sarah; Hany Shaheen, Nora; Abdelhady, Ghada
In almost 600 BC, the Green Walls concept was presented. Most of the
previous research has proved that the use of green walls in different types of
interior spaces has its considerable merits in improving users’ overall health and
productivity. Interior Designers seem reluctant to integrate green walls in
underground spaces due to its drawbacks as one of the most expensive man-made
walls, needing scheduled water requirements, and its susceptibility to adversities
such as fungi growth.
The current study offers an intelligent solution predicting the performance
of self-sustainable green wall systems improving underground air quality. The
system is mitigating the issue of the green wall’s short life span. The
sustainability of green walls and air quality in underground interior spaces is
investigated by applying IoT and AI technologies.
