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Wildfire retardants help stop fires — but also impact ecosystems

Wildfire retardants help stop fires — but also impact ecosystems

Hundreds of millions of litres of chemical retardant are dropped to fight wildfires, but these lifesaving agents may also leave lasting harm on ecosystems and waterways. As fire seasons grow more intense, the push for alternatives that are both effective and environmentally safe is gaining urgency. Uncover what greener solutions could look like.

thenarwhal.ca

“Forever Chemicals” under fire: Global push to protect firefighters and communities

“Forever Chemicals” under fire: Global push to protect firefighters and communities

Global attention is growing over PFAS, dubbed “forever chemicals”, found in firefighting foam and gear, with Australia banning a few and the EU aiming to outlaw the entire class. Firefighters, scientists, and health advocates are pushing for urgent change, but what’s really at stake for first responders and their communities? Find out how this global debate could reshape firefighter safety.

citf.org

Basic2Breakthrough: Drop-In Lithium-Ion Battery Technology Mitigates the Risk of Explosion and Fire

Basic2Breakthrough: Drop-In Lithium-Ion Battery Technology Mitigates the Risk of Explosion and Fire

A team at Oak Ridge National Laboratory drew inspiration from a fun kitchen experiment, oobleck, to develop a lithium‑ion battery additive that instantly solidifies on impact, helping to prevent fires if the battery is dropped or smashed. This drop‑in solution can be used with little change to existing battery production. Learn how oobleck could be the next big breakthrough in battery safety.

newswise.com

Colorado Prints Houses in 16 Days: Fire-Resistant Concrete Homes Built Layer by Layer While COBOD Robot Creates 1,100 Square Feet

Colorado Prints Houses in 16 Days: Fire-Resistant Concrete Homes Built Layer by Layer While COBOD Robot Creates 1,100 Square Feet

A pair of innovative homes in Colorado were 3D-printed using fire-resistant concrete in just 16 days, offering a faster and stronger option for those in wildfire-prone areas. These 1,100‑square‑foot houses use A1‑rated walls that resist burning, while cutting both time and labour dramatically. See how this high-tech approach could reshape housing in fire‑risk zones.

Sustainability-times.com