In chemical-intensive manufacturing, fire detection serves as the primary line of defense. In these environments, early warning is not just about evacuation; it is about preventing a thermal event from triggering a chemical reaction or industrial accident with severe operational and environmental consequences.| Project Detail | Information || —— | —— || Client | ATG Handcare (Pvt) Ltd || Location | Wathupitiwala || PO Number | 04/03/23/QT753 || Commencement | 20.04.2023 || Completion | 13.07.2023 || Contract Value | LKR 7,794,275.00 |
The Safety Challenge
Glove manufacturing involves significant risks associated with flammable chemical storage and high-temperature curing processes. The engineering challenge was selecting detection technology robust enough to withstand high thermal loads in curing zones while remaining sensitive enough to identify a fire at its incipient stage.
Engineering Scope
- Detection Architecture: A comprehensive breakdown of a specialized Fire Detection System.
- Sensor Selection: Strategic selection of detection technology, utilizing rate-of-rise heat sensors in high-temperature curing zones and photoelectric smoke detectors in storage and office areas to minimize false activations.
Handover & Verification
The handover process involved precise sensitivity calibration and the provision of comprehensive compliance documentation. This documentation was specifically designed to satisfy the rigorous requirements of international industrial audits, including ISO 9001:2015 and NFPA compliance standards.Moving from specialized manufacturing, fire safety challenges take a different form in high-density commercial and corporate settings.
