Bushfires rage in southeast Australia during spring heatwave

Bushfires amplify in Victoria state

A bushfire in Victoria state, Australia, increased significantly overnight, and residents in a distant part of Tasmania were advised to evacuate as spring heatwaves intensified fires in southeast Australia.

Approximately 17,000 hectares (66 square miles) were burning on Tuesday in Victoria state’s Gippsland region.

High winds during the night exacerbated the fire, state fire authorities reported.

They have engaged about 650 firefighters in response.

Firefighting efforts and challenges

Jason Heffernan, the chief officer at Country Fire Authority Victoria, commented: “We moved in strike teams in the very early hours of this morning.”

He continued: “It is quite a large fire spread across a broad area.” “It’s proving challenging, burning on private land and also in pine plantations.”

On Tasmania’s Flinders Island, residents were instructed to evacuate due to an uncontrolled bushfire.

Hot, dry winds are fueling these bushfires, with Australia witnessing a particularly warm spring.

Weather conditions and records

Australia recorded its driest September ever, as reported by the Bureau of Meteorology. Rainfall was 71% below the average from 1961-1990.

Weather in Victoria is predicted to change rapidly on Tuesday afternoon. While heavy rainfall is expected to assist in combating the bushfires, it may also cause flash floods.

Jason Heffernan expressed his concerns: “It’s very concerning.” He added: “People often joke in Victoria that one can experience four seasons in a single day, and today, that seems accurate.”

In New South Wales, the prevailing hot and dry conditions prompted authorities to prohibit open fires in significant portions of the state, including the Greater Sydney Region.

On Tuesday morning, 82 bushfires were identified in the state, with 16 not contained.

In the western part of Sydney, temperatures are anticipated to reach 37 degrees Celsius (98.6°F) on Tuesday afternoon.

IFSJ Comment

The escalating bushfires in southeast Australia are a testament to the challenges of changing climate patterns and their impact on the environment.

These fires underscore the need for enhanced global firefighting strategies and climate resilience.

The rapid growth of the fires, driven by unseasonably hot conditions, requires timely intervention and robust planning.

The situation in both Victoria state and Tasmania calls for international solidarity and collaboration to combat these fires and prevent further devastation.

Cultural Burning in Australia: An Ancient Practice for Modern Challenges

Amidst the towering eucalyptus trees and aromatic foliage, a carefully controlled fire dances in the Australian bush.

While these fires may appear alarming to some, they are a manifestation of a practice deeply rooted in Indigenous knowledge.

As the continent steels itself for the upcoming bushfire season, the age-old tradition of “cultural burning” is gaining renewed attention.

Understanding Cultural Burning

At its core, cultural burning is not just about preventing bushfires, but it’s about maintaining a balance between humans and the environment.

Handed down through countless generations, this Indigenous technique aims to rid the land of excessive undergrowth that can be a catalyst for uncontrolled wildfires.

Unlike the broad-brushed hazard reduction burning conducted by conventional rural fire services, cultural burning is a refined method tailored to the unique landscape and ecology of a given area.

How Does Cultural Burning Work?

  1. Focused Approach: Instead of large-scale burns, cultural burning focuses on smaller patches, ensuring animals and birds can move away, and critical ecosystems remain undisturbed
  2. Timing: Burning takes place during cooler periods, often in the evenings, reducing the chances of a fire escalating uncontrollably
  3. Preservation: Special care is extended to safeguard trees, especially ancient ‘scar trees’ that hold significant cultural value to Aboriginal communities. Richard Geddes, a Jagun programme manager, emphasises that the tree canopy is considered sacred. The aim is to prevent fires that scorch these canopies, which could lead to an unhealthy surge in new growth

Cultural Burning: Why Now?

Australia’s 2019-2020 ‘black summer’ bushfires were a jarring reminder of nature’s fury, consuming areas as vast as Turkey.

Such devastating events, coupled with escalating global temperatures and the resultant fires worldwide, have compelled Australians to look at holistic methods to mitigate future disasters.

Anastasia Guise from Billen Cliffs Village believes that cultural burning is one of the key solutions that many had overlooked until recently.

A Win-Win Solution?

The resurgence of cultural burning does not only protect the land.

The Jagun Alliance Aboriginal Corporation (Jagun) plays a pivotal role in this resurgence, imparting the knowledge of cultural burning and its nuances.

It also presents a precious opportunity for Aboriginal communities to both preserve their rich heritage and equip themselves with skills that have immediate real-world applications.

Furthermore, initiatives like Jagun’s are bridging the gap between modern Australia and its Indigenous roots.

With support from institutions such as the Australian government’s National Emergency Management Agency, Jagun has extended its reach, offering community workshops on bushfire recovery and preparedness.

For landowners like Michael Smith, who witnessed nearly 75% of his property succumb to the inferno in the 2019-2020 bushfires, cultural burning and its associated practices offer hope.

For Smith, as for many Australians, bushfires are an undeniable aspect of life.

However, with the lessons of cultural burning, this reality can be met with both respect for tradition and a proactive approach to safety.

IFSJ Comment

In the vast spectrum of fire management techniques, cultural burning stands out not merely as a reactive measure, but as a proactive symbiosis of cultural heritage and contemporary fire safety.

This Indigenous Australian practice has been nurtured for thousands of years, refined through intimate knowledge of the land and its ecological rhythms.

As the world grapples with the escalating challenges of climate change, this time-tested methodology offers a potent blend of tradition and efficacy.

The renewed emphasis on cultural burning in Australia is a significant reminder for fire safety professionals globally: that innovation isn’t always about creating something new, but often rediscovering and adapting ancient wisdom for modern challenges.

The meticulous approach of cultural burning — from the selection of specific sites, optimal times, to the preservation of ancient trees — underscores the importance of detailed, localised knowledge in fire safety management.

For our readers and fire professionals worldwide, the resurgence of cultural burning should inspire a deep dive into localised fire management practices, wherever they may be, to complement modern techniques.

While the International Fire and Safety Journal regularly covers advancements in technology, equipment, and strategy, we recognise that true progress in fire safety often lies in harmonising the new with the old, the global with the local.

Cultural burning epitomises this harmonisation, offering valuable lessons for the international fire community.

Such initiatives can not only enhance safety but also strengthen the bond between communities and their environment.

Airservices Australia invests in hybrid electric vehicles for Western Sydney International Airport

Airservices Australia’s new addition: Electric Vehicles

Airservices Australia has confirmed the purchase of four hybrid electric vehicles from Oshkosh Airport Products for deployment at the upcoming Western Sydney International Airport (WSI).

The acquisition aims to bolster the sustainable infrastructure initiatives at the new facility, which is slated to commence operations in 2026.

Environmentally-friendly features

The vehicles, known as Striker Volterra 6×6, incorporate an innovative hybrid-electric drivetrain.

This system offers the capability for zero-emission operation using the integrated onboard batteries.

Furthermore, it can seamlessly combine with the internal combustion engine to ensure consistent power supply for both pumping and drive systems.

Why WSI’s choice of electric vehicles matters

The development of WSI represents a significant step towards fostering economic growth, creating local jobs, adhering to carbon-neutral sustainability targets, and accommodating the escalating aviation demands in the Sydney region.

Recognised as a government-backed endeavour, Airservices Australia is heavily investing in shaping WSI as an “airport of the future”.

This vision is grounded in the introduction of pioneering technologies, unique architectural designs, and an eco-conscious strategy.

This includes the integration of assets like the Striker Volterra hybrid electric vehicles.

Dave Archer, Vice President of Engineering for Oshkosh Vocational, commented: “WSI is more than just an airport; it epitomises the aspiration for a greener tomorrow.

“The Striker Volterra vehicles, with their cutting-edge electric technology, perfectly resonate with the objectives set by Airservices Australia and WSI.

“These vehicles serve dual purposes – enhancing emergency response and advancing environmental sustainability agendas.”

Specifications and performance

WSI’s new fleet will incorporate modern modular cab designs and all-wheel independent suspension.

Each vehicle is equipped with an 11,356-litre water tank, a 1,590-litre foam tank, and a robust 7,570 lpm water pump.

Additionally, they feature a 250 kg dry chemical powder system.

Notably, the Striker Volterra vehicles can accelerate from 0 to 80 kph in less than 25 seconds, indicating a 28 percent surge in acceleration compared to traditional diesel counterparts when fully laden.

Archer further stated: “Our collaboration with Airservices Australia underlines the aviation sector’s dedication to eco-friendly initiatives.

“We are devoted to fostering this partnership, offering top-tier training, smooth onboarding, and continuous service assistance, ensuring these vehicles surpass the demands of ARFF teams.”

In embracing state-of-the-art technologies like the Striker Volterra hybrid electric vehicles, WSI is poised to demonstrate the viability of minimising carbon footprint and is setting a benchmark for global airports.

For additional details on Oshkosh Airport Products and the Striker Volterra vehicles, click here.

IFSJ Comment

The commitment of Airservices Australia to invest in hybrid electric vehicles for Western Sydney International Airport is a testament to the global shift towards sustainable airport operations.

With increasing concerns about carbon emissions, this move sets a benchmark for other airports around the world.

The Striker Volterra vehicles, renowned for their efficiency and eco-friendly features, highlight the evolving dynamics of fire and safety in the aviation sector.

The collaborative efforts between Airservices Australia and Oshkosh Airport Products further underscore the emphasis on not just integrating technology but ensuring its effective and safe implementation in critical mission scenarios.

PT Hydraulics Australia become an exclusive distributor for the full range of IDEX fire products

PT Rescue, a division of PT Hydraulics Australia, has announced that they are the Exclusive Distributor for the full range of IDEX Fire products into selected states & territories of Australia and New Zealand. This portfolio includes the following world-leading brands:

  • Akron Brass – a worldwide leader in the supply of high-performance firefighting, and emergency response equipment, including nozzles, monitors and valves
  • Alco – Manufacturing Monitors in Germany since 1871. The product range covers stationary and fixed operations, for applications such as vehicles, ships, manufacturing plants and mine sites
  • AWG – a leading manufacturer of mobile and stationary fire protection systems and waterway equipment
  • Godiva – the leading provider of firefighting pumps for fire services worldwide. PT’s product range only includes Godiva’s range of Portable Pumps
  • Hale – a worldwide marketer and manufacturer of high-performance firefighting pumps and fire suppression equipment. PT’s product range only includes Hale’s range of Portable Pumps
  • Weldon – design and manufacture of state-of-the-art lighting devices and customized electrical control solutions to a wide range of industries

The company’s exclusive distribution territory covers the ACT, Tasmania, Victoria, Western Australia, and New Zealand.

PT Rescue remain committed to supporting our customers with the highest level of service in the industry and look forward to bringing these exciting products to market.

For more information please visit: www.pthydraulics.com.au

Rosenbauer set to deliver 15 aerial rescue devices for Australia

This year, Rosenbauer will deliver a total of 15 aerial rescue devices of various kinds to different Australian fire service organisations. In addition to vehicles from the L32A-XS and B32 standard series, these will include hydraulic platforms with a working height of over 40 m and compact aerial ladders with a rescue height of 24 m. All aerial rescue devices have been constructed on Scania chassis (6×4 or 8×4) and designed as multi-function or First Attack vehicles, which – some with full firefighting equipment on board – are already equipped for every application: rescue, firefighting and technical assistance.

New L24C FA compact aerial ladder

A completely new development is the L24C FA, deliveries of which to the Australian Capital Territory (ACT) Emergency Services Agency and to the Tasmania Fire Service are identical in construction. The C in the type designation stands for Compact, for two reasons: on the one hand, it has a pivot mounting that does not protrude beyond the vehicle contour when rotated 360°, while on the other the three-part ladder set is 120 mm lower than its four-part counterpart. This makes the L24C FA ideal for deployments in urban areas and in Australia’s increasingly densely populated inner cities.

It can also drive through lower restricted headroom areas and its full range of functions can be used in confined spaces. Another advantage of the compact pivot mounting is the possibility of installing extensive water technology without significantly increasing the vehicle’s dimensions. Both aerial ladders are equipped with a pump, foam proportioning system, tanks for water (1,800 or 1,500 l) and foam compound (200 or 200+50 l), waterway (Telescopic Waterway System – TWS), cage monitor and fast attack.

Hydraulic platforms with extended reach

Rosenbauer supplies multi-functional B42 2.0 hydraulic platforms to the ACT Emergency Services Agency and the Queensland Fire and Emergency Services. The vehicles have a four-part ladder set with a one-piece cage boom, and reach a working height of 42 m. They can also be braced to a width of 7.75 m, which means that they can reach a throw range of over 30 m (extended reach).

Risers for electricity (230/400 V), breathing air (4 bottles on the pivot mounting) and extinguishing agent (TWS) ensure that all media is available for all types of deployments in the rescue cage. The Queensland vehicles are also fitted with an on-board pump and tank.

The hydraulic platform’s rescue cage has a live load of 500 kg, can carry up to 5 people, and is equipped with a remote-controlled water turret, pressure outlets, a camera system (zoom and infrared camera) on the pan/tilt head and a high-voltage warning device. Automatic functions such as the Target Memory System (TMS) for repeating previously travelled routes, and the automatic retraction of the rescue cage (ARF) from positions with no line of sight make it easier to control the equipment. A rescue ladder attached to the arm set ensures the second escape route.

XS ladders for initial attack vehicles

In addition to the new hydraulic platforms, the Queensland Fire and Emergency Services have also put new aerial ladders into service. These are vehicles of the L32A-XS 3.0 P/FA type, with a firefighting pump with corrosion-resistant gunmetal design and foam proportioning system installed in the middle. Tanks for 1,200 litres of water and 200 litres of foam compound are housed in the equipment compartments over the rear axle, with extinguishing agent being discharged either via pressure outlets or via a remote-controlled water turret mounted on the cage. The turret is connected directly to the pump via the TWS, which means that the FA ladders can immediately be put to use for extinguishing work, and can therefore be used as an initial attack vehicle.

www.rosenbauer.com/