Rethinking fire toxicity – inaugural conference featuring speakers from across the globe – focus on long-term effects of firefighter health. As part of the review of Building Regulations (Approved Document B), and in response to emerging evidence on long-term firefighter health issues, the government is investigating whether the effects of fire toxicity should be a legal requirement when choosing materials for high risk buildings.
To assist in this research, the Fire Protection Association is bringing together global fire toxicity experts to share their knowledge at an inaugural conference in London on 30th March. The day will be summarized in a review paper submitted to government to assist and support its research program.
fire toxicity strategy
Building product fire toxicity is a primary selection factor when choosing materials within the transport sector
Fire toxicity is already a consideration for material selection in the transport sector. So why are the same rules not applied in the built environment?
Building product fire toxicity is a primary selection factor when choosing materials within the transport sector. The London Underground adopted a renowned fire toxicity strategy when it was constructed - a strategy which is recognized globally. Now, the UK government is investigating whether there is a need for such measures to be implemented in the building regulations.
toxicity in building products
Dr James Glockling - Technical Director of the Fire Protection Association explains: “Whether you’re sitting on a train on the London Underground, travelling on a plane or by boat, the likelihood is that the materials surrounding you have been specifically selected to ensure that in the event of a fire, the toxicity of the products resulting from their involvement will have a lower chance of impeding your escape or affecting your long-term health."
"Conversely, measuring. Accounting for toxicity in building products is currently not a legal requirement but might need to be a consideration going forward due to the increasing complexity of some building types and forms of construction.”
long-term toxic health effects
Their international line up of renowned experts will report on the most recent research undertaken, on the challenges of immediate and long-term toxic health effects to the public and firefighters, and consider their readiness to respond to any regulation changes made.
- Richard Hull, Professor of Chemistry and Fire Science, UCLAN - Acute fire toxicity challenges
- Jeff Burgess, Associate Dean for Research, University of Arizona - Latest research into long-term fire fighter health
- Anna Stec, Professor in Fire Chemistry, UCLAN - Environmental contamination
- Martin Weller, Senior Fire Safety Engineer, SW Atkins (Case study) – Building product toxicity control on the London Underground
- Hideki Yoshioka, Senior Researcher, National Institute for Land and Infrastructure Management (NILIM), Japan - Regulating for building product toxicity in Japan
- Per Blomqvist, Senior Research Scientist, Research Institutes of Sweden - Appropriateness of toxicity evaluation test methods
- Peter Woodburn, Associate Director, Arup - Challenges of working with a reduced materials palette
measurement of toxic fumes
Jonathan O’Neill, the Fire Protection Association’s Managing Director says: “This conference is a must-attend, as it will reinforce our view that a range of factors, such as measurement of toxic fumes, need to be considered when choosing building materials, in order to protect buildings and ultimately save lives.”
This change could impact the readers and the building that they work in, whether they are in social or student housing; the fire and rescue service; the education sector; product manufacturing; facilities management; construction and design; fire engineering; healthcare; or local government.
