Global architecture and design firm Perkins+Will has released new research in response to the need for architects and interior designers to develop a better understanding of flame retardants and their impact on health.
The white paper, “Healthy Environments: Strategies for Avoiding Flame Retardants in the Built Environment,” was developed by Perkins+Will’s Healthy Materials Group and Science Fellow Michel Dedeo. It identifies both new and existing opportunities to design healthier buildings without compromising fire safety or code compliance.
Flame retardants in the built environment are associated with a range of health impacts including cancer, endocrine disruption, and neurodevelopmental problems. Many flame retardants are persistent, bioaccumulative, and/or toxic, and their use in buildings is largely avoidable.
Perkins+Will’s white paper includes a list of 193 flame retardants, including 29 discovered in building and household products, 50 discovered in the indoor environment, and 33 discovered in human blood, milk, and tissues.
The research can help designers identify which products should be subjected to extra scrutiny during the design and construction process and provides options for less hazardous alternatives. The white paper also helps to identify gaps in current understanding of the sources and paths of chemical exposure.
“We want to bring awareness to this important issue impacting the health and wellbeing of building occupants,” said Perkins+Will’s Healthy Materials Leader Suzanne Drake. “The research we have conducted is a valuable resource for identifying healthy alternatives to flame retardant building materials.”
Related Stories
| Nov 26, 2013
Construction costs rise for 22nd straight month in November
Construction costs in North America rose for the 22nd consecutive month in November as labor costs continued to increase, amid growing industry concern over the tight availability of skilled workers.
| Nov 25, 2013
Building Teams need to help owners avoid 'operational stray'
"Operational stray" occurs when a building’s MEP systems don’t work the way they should. Even the most well-designed and constructed building can stray from perfection—and that can cost the owner a ton in unnecessary utility costs. But help is on the way.
| Nov 19, 2013
Top 10 green building products for 2014
Assa Abloy's power-over-ethernet access-control locks and Schüco's retrofit façade system are among the products to make BuildingGreen Inc.'s annual Top-10 Green Building Products list.
| Nov 15, 2013
Metal makes its mark on interior spaces
Beyond its long-standing role as a preferred material for a building’s structure and roof, metal is making its mark on interior spaces as well.
| Nov 13, 2013
Installed capacity of geothermal heat pumps to grow by 150% by 2020, says study
The worldwide installed capacity of GHP systems will reach 127.4 gigawatts-thermal over the next seven years, growth of nearly 150%, according to a recent report from Navigant Research.
| Oct 30, 2013
11 hot BIM/VDC topics for 2013
If you like to geek out on building information modeling and virtual design and construction, you should enjoy this overview of the top BIM/VDC topics.
| Oct 18, 2013
Researchers discover tension-fusing properties of metal
When a group of MIT researchers recently discovered that stress can cause metal alloy to fuse rather than break apart, they assumed it must be a mistake. It wasn't. The surprising finding could lead to self-healing materials that repair early damage before it has a chance to spread.
| Sep 30, 2013
Smart building systems key to new Wisconsin general aviation terminal’s net zero target
The Outagamie County Regional Airport’s new 8,000 sf general aviation terminal was designed to achieve net zero.
| Sep 19, 2013
What we can learn from the world’s greenest buildings
Renowned green building author, Jerry Yudelson, offers five valuable lessons for designers, contractors, and building owners, based on a study of 55 high-performance projects from around the world.
| Sep 19, 2013
6 emerging energy-management glazing technologies
Phase-change materials, electrochromic glass, and building-integrated PVs are among the breakthrough glazing technologies that are taking energy performance to a new level.
