Gerard provides a critical analysis of the performance and limitations of current Australian firefighting hose packs when utilised with AS2419-compliant hydrant systems. It will offer valuable insights for fire engineers, fire safety professionals, and operational decision-makers, ensuring that equipment selection, firefighter training, and tactical methodologies align with contemporary best practices in structural firefighting.
The discussion will evaluate the expected performance of the current dominant Australian hose packs when used with compliant hydrant systems and assess its effectiveness in producing droplets suitable for smoke cooling. This analysis will be further supported by an examination of fire dynamics in hydrant-equipped buildings, with a particular focus on how recent research is challenging traditional fire behaviour and fire suppression models. By assessing the evolving understanding of fire behavior, the presentation will highlight potential shortcomings in existing approaches and emphasise the need for alternative tactics that enhance operational effectiveness.
In exploring solutions, the presentation will consider a range of tactical methodologies designed to optimise fire suppression in modern built environments. It will also examine the corresponding equipment requirements necessary to implement these strategies effectively. The discussion will extend to the adaptation of firefighting practices for mid-rise, high-rise, and large-volume structures, recognising the unique challenges posed by these environments. Furthermore, it will assess the implications for equipment selection and deployment, drawing on international research to establish benchmarks for effective fire suppression.
By integrating advanced training methodologies, data-driven equipment selection, and refined fireground strategies, fire services can enhance firefighter safety, improve operational efficiency, and ensure alignment with both national and international standards for structural firefighting.
