GAS HAZARDS IN DATA CENTRES
Detection designed for a whole building protects none of it properly. Each space in a data centre has its own gas, its own accumulation behaviour and its own correct mounting height.
download brochure
UPS and battery rooms
Primary gases: H₂, lithium-ion off-gas (DMC, EMC, VOCs), CO, HF
Lead-acid and NiCd batteries on charge release hydrogen (H₂) continuously, and hydrogen is explosive from 4% by volume in rooms full of switchgear, busbars and DC connections. A lithium-ion cell driven into thermal runaway vents electrolyte carbonates, carbon monoxide (CO) and hydrogen fluoride (HF) within minutes. Most published incidents happened during replacement or relocation work, when ventilation was isolated but gassing continued. Hydrogen rises, so detection belongs at or near ceiling level, above the banks and away from supply air, interlocked to extract.
ten gases. one building
Battery backup, mechanical cooling, standby generation, switchgear and suppression put ten different gases in one data centre, seven of them heavier than air, in rooms engineered to keep air exactly where you put it. This guide sets out where those hazards sit, what the global incident record has taught the industry, how the rules differ by region, and what a proportionate detection strategy looks like.
Gas detectors for DATA CENTRES
Portable Gas Detection
Fixed Gas Detection
Control Panels
Related INSIGHTS
Want to speak to the experts?
No one understands better than our team just how important the right detection solutions are for you and your site. That’s why we’re always on hand to talk you through your gas detection needs, to ensure you’re equipped with precisely the right tools to keep your people and property safe.
Read about Crowcon’s Privacy and Cookie policy here. If you change your mind, you can unsubscribe at any time