Environmental LCA + End of Life
The modern built environment accounts for a staggering rate of 40% of global energy demand and as much as 35% of global emissions. This environmental challenge has essential implications for social justice, where disadvantaged and traditional communities are disproportionately impacted by rising global temperatures, drought, environmental degradation, and loss of biodiversity. Furthermore, this problem is accelerating due to these communities adopting industrialized building practices.
A key solution for this problem is re-inserting natural building materials that are readily available, minimally processed, community-engaging, nontoxic, and provide optimal indoor air quality. This work addresses this need by using perception surveys for social life cycle assessment, and thermal modeling for environmental life cycle assessment.
The modern built environment accounts for a staggering rate of 40% of global energy demand and as much as 35% of global emissions. This environmental challenge has essential implications for social justice, where disadvantaged and traditional communities are disproportionately impacted by rising global temperatures, drought, environmental degradation, and loss of biodiversity. Furthermore, this problem is accelerating due to these communities adopting industrialized building practices.
A key solution for this problem is re-inserting natural building materials that are readily available, minimally processed, community-engaging, nontoxic, and provide optimal indoor air quality. This work addresses this need by using perception surveys for social life cycle assessment, and thermal modeling for environmental life cycle assessment.
1/2021—Ongoing
Research Assistants
Zina Berrada