Toxicity of contents in building fires
BRANZ, sponsored by Fire and Emergency New Zealand (FENZ), recently researched the toxic smoke inhalation hazards of building contents in building fires – a primary cause of death and injury.
This website is best viewed on a newer browser than the one you are using. Learn about upgrading your browser (opens in a new window/tab)
Welcome to BRANZ Build. Skip to main content.
Showing results 1-6 of 6
Order by:
BRANZ, sponsored by Fire and Emergency New Zealand (FENZ), recently researched the toxic smoke inhalation hazards of building contents in building fires – a primary cause of death and injury.
With few restrictions in the Building Code limiting the use of lithium-ion batteries for energy storage systems or charging electric vehicles, the question is are they safe? BRANZ looked at incidents reported over 10 years to find out.
As our housing becomes more densified, do current fire safety controls need to change to keep people safe from fire? A new BRANZ research programme is looking at this, focusing initially on fire resistance and fire spread.
BRANZ’s research into improving the fire safety of our housing is making good progress with two new projects recently added to the programme.
Designers need to show that heavy timber buildings maintain their stability during and after a fire. A joint research project has initial findings on the fire performance of mass timber construction joints to help.
As the push for more timber construction continues because of its low carbon attributes, further research into the fire safety of timber products is important. Recent BRANZ projects added to the available knowledge.