Research output per year
Research output per year
Abstract
This article investigates how hazardous substances and toxicity information can be integrated into the Construction Material Pyramid [Pyramid] in order to showcase the potential
health impacts of material choices in architecture. The current Pyramid indicates different
materials’ upfront environmental impacts in the initial life phase of a building product,
specifically in the Life Cycle Assessment phases A1-A3. The success of the Pyramid hinges on
its communicative strength of conveying complex data in a simple format, easily understood by
architects and planners. Can other aspects of material impacts be conveyed with a similar graphic
ease to provide a more complete material assessment? Material health and toxicity is notoriously
difficult to assess, as data is insufficient and hard to acquire due to proprietary concerns from
manufacturers and lack of proper legislation to ensure transparency. The Pyramid has not yet
dealt with health and toxicity as a parameter and there exists no predefined method as to how
these problems can be included in a comparative model such as the Pyramid. This article's first
line of inquiry is to discuss a suitable methodology to disclose the potential health impacts of
construction materials and their associated, often invisible, chemical products applied for
mounting, finishing, mold or fire resistance. The Swedish Chemicals Agency’s and the European
Chemicals Agency’s evaluation of substances will inform the framework for a comparative
system. Secondly, the article will address how the model can graphically convey the potential
health and environmental impacts from the production and construction phases of prime and
associated materials. This augmentation of the Pyramid would enable architects and designers to
more easily obtain information regarding potential health impacts resulting from hazardous
chemical content and could provide incentives for selecting less-toxic alternatives. By drawing
on H-phases and SundaHus’s product assessment, a ‘stop-sign method’ is used to indicate hazard
levels of construction materials
health impacts of material choices in architecture. The current Pyramid indicates different
materials’ upfront environmental impacts in the initial life phase of a building product,
specifically in the Life Cycle Assessment phases A1-A3. The success of the Pyramid hinges on
its communicative strength of conveying complex data in a simple format, easily understood by
architects and planners. Can other aspects of material impacts be conveyed with a similar graphic
ease to provide a more complete material assessment? Material health and toxicity is notoriously
difficult to assess, as data is insufficient and hard to acquire due to proprietary concerns from
manufacturers and lack of proper legislation to ensure transparency. The Pyramid has not yet
dealt with health and toxicity as a parameter and there exists no predefined method as to how
these problems can be included in a comparative model such as the Pyramid. This article's first
line of inquiry is to discuss a suitable methodology to disclose the potential health impacts of
construction materials and their associated, often invisible, chemical products applied for
mounting, finishing, mold or fire resistance. The Swedish Chemicals Agency’s and the European
Chemicals Agency’s evaluation of substances will inform the framework for a comparative
system. Secondly, the article will address how the model can graphically convey the potential
health and environmental impacts from the production and construction phases of prime and
associated materials. This augmentation of the Pyramid would enable architects and designers to
more easily obtain information regarding potential health impacts resulting from hazardous
chemical content and could provide incentives for selecting less-toxic alternatives. By drawing
on H-phases and SundaHus’s product assessment, a ‘stop-sign method’ is used to indicate hazard
levels of construction materials
| Original language | English |
|---|---|
| Title of host publication | SBE22 Berlin D-A-CH Conference : Built Environment within Planetary Boundaries (SBE Berlin) |
| Number of pages | 10 |
| Publisher | Institute of Physics Publishing (IOP) |
| Publication date | 22 Sept 2022 |
| Article number | 012107 |
| ISBN (Print) | 9781713861645 |
| DOIs | |
| Publication status | Published - 22 Sept 2022 |
| Event | sbe22 Berlin: D-A-CH Conference: Built Environment within Planetary Boundaries - technische Universität, Berlin, Germany Duration: 20 Sept 2022 → 23 Sept 2022 https://www.sbe22.berlin/ |
Conference
| Conference | sbe22 Berlin |
|---|---|
| Location | technische Universität |
| Country/Territory | Germany |
| City | Berlin |
| Period | 20/09/2022 → 23/09/2022 |
| Internet address |
| Series | IOP Conference Series: Earth and Environmental Science |
|---|---|
| Number | 1078 |
| ISSN | 1755-1315 |
Artistic research
- No
Research output
- 1 Book
-
Innovation of Nothing: The capabilities needed to lead sustainable change in the built environment
Mossin, N., Hau, I. C., Beim, A., Thomassen, M., Munch-Petersen, P. & Lønberg Petersen, T., Aug 2023, 1 ed. København: Det Kongelige Akademi - institut for bygningskunst og teknologi. 164 p.Publications: Book / Anthology / Thesis / Report › Book › Research › peer-review
Open Access