PFA Legislation – Foam fire extinguishers
Only foam extinguishers containing PFOA are banned. Many foam extinguishers manufactured post2016 are already PFOA-free, or contain alternative PFAS like C6, which are still legal.
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What Is Carbon Monoxide and Why Is It Dangerous?Â
Carbon monoxide is produced by the incomplete combustion of carbon-based fuels—common in many industrial operations involving furnaces, generators, vehicles, welding, or combustion-powered tools.Â
The real danger lies in how CO replaces oxygen in the bloodstream, reducing the body’s ability to deliver oxygen to vital organs. Even low levels of exposure over time can cause serious health issues, while high levels can be fatal in minutes.Â
Why CO Is a Hidden Threat in IndustryÂ
Industrial environments are particularly vulnerable due to:Â
Symptoms to Watch For on the JobÂ
CO poisoning often mimics common ailments, leading to delayed responses. Symptoms may include:Â
Workers may mistake these symptoms for dehydration, overexertion, or even stress—delaying critical intervention.Â
Prevention: A Workplace ImperativeÂ
Mitigating carbon monoxide risk in industrial settings isn’t just about compliance—it’s about culture. Here’s what responsible leaders and EHS professionals should ensure:Â
Final Thought: Culture Drives ComplianceÂ
While regulations mandate CO safety protocols, true protection comes from fostering a safety-first culture. Leaders who prioritize preventive maintenance, ongoing training, and open safety communication build workplaces where hazards like CO are actively managed—not ignored.Â
Carbon monoxide doesn’t announce itself. But with the right systems in place, your team will always be prepared.Â
Let’s lead by example. Workplace safety isn’t a checkbox—it’s a commitment.Â
Only foam extinguishers containing PFOA are banned. Many foam extinguishers manufactured post2016 are already PFOA-free, or contain alternative PFAS like C6, which are still legal.
Fire alarm monitoring in the UK is facing major changes due to the phase-out of traditional communication networks and providers. Analogue phone lines (PSTN) are being switched off by December
The effectiveness of your fire alarm system depends on having the most suitable form of automatic fire detection for your specific environment. If you inherited the system when moving into
Video Smoke Detection is perfect for a fast response to fires in high roofed buildings and harsh operating conditions.
Watch Smokecatcher detect smoke in an MSW storage building. The smoke is coming through from a fire in the adjoining storage area.
Watch Smokecatcher detect a fire in an SRF Storage bunker. Sadly, the alarm wasn’t responded to and the site lost a 4hr window of opportunity between smoke detection and flames appearing.
Video Smoke Detection overcomes the risks of stratification and other challenges for early fire detection in logistics and storage facilities.
Watch Fire Rover detect and suppress a fire in the waste bunker at an EFW facility!
See how the Fire Rover detects and suppresses this fire at a clients tipping hall. Note how the smok is spreading out at low leve, rather than rising. This is called ‘stratification’ and is one of the many reasons why roof-mounted smoke detection systems like beam detectors and HSSD is not suitable for many recycling applications.
Watch the Fire Rover detect and suppress a fire at a battery storage facility. This targeted and intellegent control makes the Fire Rover particularly well suited to high hazard storage applications.
Watch the Fire Rover tackle a battery fire in a tipping hall. Note how the exploding battery cells start three separate fires, which the operator individually suppresses (whilst avoiding the site operators in the vicinity).
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