Fire Detection Solution for Safer Cladding Remediation Projects

The urgency for robust fire safety measures in cladding remediation projects has never been greater. Government data estimates that approximately 12,500 residential buildings over 18 meters and an additional 78,000 buildings between 11 and 18 meters require assessment for cladding remediation. To perform necessary remediation work, contractors are erecting major scaffolding structures, which in turn adds an additional fire risk factor. These buildings with combustible facades now have external wrap-around access to every floor, often with timber boards. The prevalence of cladding-related fire risks in residential buildings necessitates proactive safety measures during remediation projects. Traditional fire detection methods, such as point smoke and heat detectors, often prove inadequate for safeguarding scaffolding structures. These open-air environments present significant challenges for detecting fires, leaving construction sites vulnerable to potential fire outbreaks. The presence of residents within the building further amplifies the urgency for implementing robust fire safety solutions.

Recent events underscored this need. In Sydney, Australia, scaffolding caught fire after the office block cladding was removed. Local media reported that the fire ignited the plastic sheeting on the scaffolding of the building just before 8am and climbed the exterior in a matter of minutes. Workers scrambled up the scaffold to avoid the wall of flames. Fire & Rescue NSW Commissioner Paul Baxter noted that it was hard to tell how the fire would have played out if the cladding had still been in place, but it could have been “dramatically different.” The fire was contained before it could reach the internal structure of the building, which is on Macquarie Street next to the NSW Supreme Court and near state parliament. Twenty people were evacuated, and several were treated for smoke inhalation.

Our Linear Heat Detection System for Scaffolding addresses these inherent risks, ensuring the safety of both workers and residents during facade replacement projects. Leveraging Thermocable linear heat detection technology combined with Ramtech’s WES3 and REACT technology, our system offers unparalleled fire detection capabilities, ensuring early identification and prompt response to potential fire incidents. Harry Buck, commercial manager at Thermocable, said: “In open aired environments, typical fire detectors can be prone to false activations.

Linear heat cable is designed for these challenging conditions, while still providing early detection at the point of risk. This technology allows site managers to react more quickly and confidently to any activation. Integrating our skills with Ramtech’s experience, both in fire and water detection systems, has created a reliable solution to the cladding remediation operations taking place across the country. We’re already seeing such significant demand in the industry and look forward to protecting more sites.”

We are thrilled to announce that our Linear Heat Detection Solution has been shortlisted for the prestigious Digital Construction Awards. This recognition underscores our commitment to integrating cutting-edge technology into the construction industry, enhancing safety and efficiency. The award ceremony will take place on the 2nd of July, 2024, in London.

Plus, our innovation has also been acknowledged by the Construction News Awards, where we have been shortlisted for ‘Best use of technology’. Finals will take place on 11th of July, 2024. This nomination reflects the significant impact and transformative potential of our fire detection system in improving safety standards on construction sites.
These accolades highlight the innovative design, effectiveness, and industry-leading capabilities of our Linear Heat Detection Solution, reinforcing our position at the forefront of construction safety technology.