Why a LiPo Battery Is Really a Lithium-Ion Battery
A LiPo battery is a lithium-ion battery. The polymer only names the gel and pouch. Here is why that matters for fire safety.
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The Science of a Kitchen Fire: Why Water Makes It Worse
A kitchen fire is a pool of cooking oil sitting a few degrees below its autoignition point. Here's the physics of why water makes it catastrophically worse.
Cone Calorimeter 101: HRR, THR, and MARHE Explained
What the cone calorimeter measures — heat release rate, total heat release, and MARHE — and why each one matters for fire safety.
Event Tree vs Fault Tree: Picking the Right Fire Tool
Event tree vs fault tree: one tracks causes backward, the other tracks outcomes forward. Here is how fire engineers pick the right one.
5 Sprinkler Design Mistakes That Cause Catastrophic Fires
The five sprinkler design mistakes that show up again and again in fire loss data — from commodity errors to ESFR clear-zone failures and cold-storage timing.
Lithium-Ion Battery Basics: How They Work and Why They Burn
What a lithium-ion battery is, how the 'rocking chair' of ions works, and why this Nobel-winning chemistry also carries real fire risk.
The Science of Pyrolysis: How Heat Unmakes Everything
Pyrolysis — heat breaking molecular bonds without oxygen — drives wildfires, battery thermal runaway, biochar, plastic recycling, and even coffee roasting.
What Is Fire? The Simple, Complete Guide Anyone Can Follow
What is fire? A beginner-friendly guide to combustion, the fire triangle, flame colors, fire classes, and essential home fire safety.
The Science of Fire: What You Think You Know Is Wrong
Explore the science of fire — from radical chain reactions and flame anatomy to flashover physics and why modern homes burn 7x faster than 1950s ones.