At Manderson Engineering Innovations, we design and build sovereign Australian technology for safer, faster firefighting in complex maritime environments, especially closed compartment fires at sea, where conventional firefighting methods put crews' lives at risk.
Founded by two Aussie maritime firefighters with over 30 years of combined operational and warfighting experience, we have lived the challenges of fighting fires in confined spaces. We envisioned something safer. And then we built it.
We believe in the power of end-user design and innovations to reshape our emergency firefighting response, and we're proud to be developing a new standard in compartment fire suppression for Australia and its allies.
Our technology is designed for:
These tools represent a step-change in naval fire safety, with ongoing relevance for shipping, offshore energy, and defence infrastructure.
They also showcase what's possible when service personnel take the lead in designing solutions for the conditions they face.
Our flagship innovation is a portable, gas-tight, spark-safe penetration device that enables indirect firefighting from the non-fire side, without exposing personnel to fire by-products, backdraft, or flashover.
This novel tool enables:
This intuitive method could be life-saving and prevent future naval losses. It simplifies training, reduces human error, and helps preserve water-tight integrity and suppression effectiveness in firefighting scenarios.
Watch a demonstration of our prototype tool performing a hatch penetration:
🔗 WO2022115896 – Firefighting Accessory and Method Therefor
A pioneering portable penetration device designed for rapid, gas-tight access into sealed compartments, enabling indirect fire suppression from the non-fireside without putting crew members in harm's way.
🔗 WO2023215944 – Access Facilitation Conduit
A universal mounting and conduit system that simplifies the safe and rapid delivery of suppressant or agent flow into sealed spaces, adaptable to a wide range of industrial and naval firefighting environments.