Historic wildfires raging from California to Colorado are weakening watersheds and setting the stage for deadly mudslides and flooding and, in some places, threatening to poison critical water supplies… more
This work outlines factors that influence wildfire-induced drinking water quality threats based on the findings from the Tubbs Fire (2017) and Camp Fire (2018) and explores scientific and policy issues. … more
Top Piping Safety Researcher Urges Awareness & Action on Post-Wildfire Water Contamination When wildfires rage through areas with plastic water infrastructure, populations lose access to clean drinking water due to toxic contaminants that leach from the melted pipes. In recent years, wildfires such as the Tubbs Fire (2017) in Santa Rosa and the Camp Fire … more
Developers, builders, and code officials need to reduce and restrict the use of plastics installed in buildings before they cause harm to either firefighters or building occupants… more
Are Plastic Pipes Safe? Piping material within a building plays a more critical role in safety than one might think, and homeowners, building owners, and contractors need to be aware of how piping material directly affects the safety of building occupants. Cheap piping made of PEX and PVC have become increasingly popular, appearing in over … more
Impacts of Pipe Leaching on Water Chemical interactions between water and piping materials — typically oxidation — and the principles of osmosis mean all piping materials leach substances into water to some degree. Some materials are far safer than others, however. For example, lead pipes and fittings have emerged as a serious public health threat … more
Plastic Leaching into Water Systems: A Problem for Green Buildings? Interest in sustainably designed buildings continues to grow among building owners and facility managers. In fact, according to a recent study conducted by the U.S. Green Building Council, 27 percent of respondents said green projects made up over 60 percent of their work; furthermore, nearly half of … more