Scientists have shown it's possible to grow fungi in thin sheets that could be used for fire-retardant cladding or even a new kind of fungal fashion. Mycelium, an incredible network of fungal strands ...

Mycelium, an incredible network of fungal strands that can thrive on organic waste and in darkness, could be a basis for sustainable fireproofing. RMIT researchers are chemically manipulating its ...

Researchers developed a fireproof material from sawdust and mineral that can be used for internal partitions. Initial ...

A fireproof material derived from sawdust mineralized with watermelon seeds has been developed by a team of researchers from ...

What is burned to generate energy today could protect houses tomorrow. Learn how scientists found a way to press sawdust with ...

The Washington State Department of Labor & Industries’ (L&I) Division of Occupational Safety and Health (DOSH) announced a new rulemaking initiative, mandating the creation of a training and ...

Carbon dioxide (CO₂), the greenhouse gas fueling climate change, is increasingly shaping our lives. It drives rising seas, fierce storms, invasive pests, and raging wildfires. Traditional approaches ...

The introduction of ALEC² PyroWall™ has revolutionized fire protection in the FRP manufacturing industry, ushering in a new era of safety. Since its launch, ALEC² PyroWall™ has driven a significant ...

Scientific American is part of Springer Nature, which owns or has commercial relations with thousands of scientific publications (many of them can be found at www ...

"We encourage [officials] to be prepared to help offset costs for property owners who can't afford it." New city policy could prohibit building homes without fire-resistant materials: 'A big surprise ...