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Historical Fires that Influenced Building and Fire Codes
A Living Document In Canada, the two main Codes that regulate fire and life safety within buildings are the National Building Code and National Fire
Mind the Gaps ~ Design of Hazardous Areas
You’re designing a building, or reviewing a design, and you find yourself in Subsection 3.3.6., “Design of Hazardous Areas”, of your Building Code. Now what?
How to Apply Climatic Data to Structural Design
Recently, I’ve been aiding a customer in transitioning a proprietary building material approved for use in Canada into the United States construction industry. While working
Building Code – Useful Bits
When learning the Building Code, there is a lot of helpful information to help you understand the ‘why’, so you can go beyond the words…you
Selling Fire Safety? Wait…What?
As fire protection and life safety professionals we are in the business of selling fire safety. Whether you work for a Fire Department, a consulting
A Mechanism of Trust – Third-Party Reviews
Building and fire officials assume critical roles in our communities, from building and life safety to education and investment protection. Non-bias, third-party reviews, as a
Passive Fire Protection Systems Don’t Get The Love They Deserve: Dampers Edition – Part 2
This is Part 2 of Dampers Edition of Passive Fire Protection Systems Don’t Get The Love They Deserve. In case you missed it, here’s a
So you have a hydrant…
If a building is on fire, how much water is needed to put the fire out? The presence of hydrants is a hopeful sign, but it should never be taken for granted that water will actually be produced in the quantities needed, or even any at all.
Component Additive Method for Fire-Resistance Ratings
The Canadian Building Codes allow a couple of methods for determining fire-resistance ratings of assemblies, from Article 3.1.7.1.: Tests conducted in conformance with CAN/ULC-S101 (usually
Protection of Chemical Storage – A Roadmap to NFC Subsection 3.2.7.
Chemicals can be intimidating – what hazards do they represent? How should I protect occupants from these hazards? How do I mitigate risks in a
Designing for Deflection
A common misunderstanding about structural engineers is that we design structures so that they don’t move. This is not entirely accurate, in fact we often