220/12 Moore St,
Canberra ACT 2601
Canberra ACT 2601
When an intense summer storm overwhelms the ACT’s stormwater systems or a burst Icon Water main floods a property, the difference between a managed recovery and a catastrophic loss is a matter of hours. Emergency flood restoration is the immediate, science-based intervention required to stabilise a property after water intrusion. It is not just about water removal; it is the urgent halt of the damage cycle unique to Canberra’s climate, where intense moisture events are followed by conditions that can trap dampness within modern building materials.
This response involves deploying high-volume water extraction equipment, securing the property against further ingress, and implementing atmospheric controls using specialised dehumidifiers. For properties across Canberra, from the floodplains of the Molonglo River to the dense suburbs of Gungahlin and Belconnen, this rapid action is essential. It is the key to preventing the severe structural and microbial damage that can quickly take hold after a flood.

Rapid Assessment & Safety Setup
Upon arrival, our lead technician first assesses structural and electrical hazards, referencing ACTmapi flood maps to understand the nature of the inundation. This helps determine if the cause is riverine flooding from Sullivans Creek or the Molonglo, or overland flash flooding from an intense downpour. We establish safety perimeters and plan the extraction based on the water's category (Category 1, 2, or 3) as defined by the Australian Standard AS-IICRC S500.

Standing Water Removal
We use truck-mounted extractors and high-capacity submersible pumps to remove bulk standing water. For situations like the flash flooding seen across Canberra's northern suburbs in February 2018, where runoff carried significant sediment and debris, this step is critical for accessing the underlying structure. Our equipment is scaled to the event, whether it's a flooded basement in a Yarralumla home or a multi-level commercial building in Fyshwick.

Debris & Sediment Clearance
Floodwater from urban catchments like Sullivans Creek carries high levels of silt, road grime, and contaminants. Our teams meticulously clear this residue from hard surfaces, subfloors, and wall cavities. Removing this contaminated layer is essential to reduce the microbial load inside your property and allow for effective drying.

Immediate Moisture Control Prep
The moment standing water is gone, we deploy industrial-grade air movers and Low-Grain Refrigerant (LGR) dehumidifiers. These units are critical for the Canberra environment. They create a powerful drying vortex that pulls moisture from saturated plasterboard, timber frames, and concrete slabs, even in the cooler temperatures of an ACT winter.

Stabilisation & Handover to Full Restoration
Once the initial emergency phase is complete and the indoor atmosphere is stabilised, the property is ready for comprehensive drying. We provide detailed moisture maps using thermal imaging and non-invasive moisture meters, creating a precise scope of work that is essential for your insurance claim with providers like NRMA, GIO, or AAMI. This documentation provides verifiable proof of the water's impact, paving the way for targeted drying and repairs.
Canberra’s climate of extremes, with long dry spells followed by sudden, intense rainfall, creates unique challenges for buildings. When floodwater enters a property, the moisture can wick deep into common building materials like timber frames and plasterboard. Unlike in a consistently humid climate, the subsequent dry air can cause superficial drying on the surface while trapping pockets of moisture within wall cavities and under flooring.
Mould, particularly toxigenic varieties like Stachybotrys, can begin to colonize in as little as 24-48 hours in these hidden damp pockets. Events like the February 2018 storm, which saw a month’s worth of rain fall in a single day, demonstrated how quickly properties in O’Connor, Lyneham, and at the ANU can be overwhelmed. Without professional intervention using controlled drying systems that manage temperature and humidity, this trapped moisture leads to timber rot, plasterboard decay, and widespread microbial contamination that can pose serious health risks. Our emergency service is specifically designed to combat these accelerated damage cycles prevalent in the ACT.
Our restoration technicians are certified by the Institute of Inspection, Cleaning and Restoration Certification (IICRC), the global standard-setting body for the industry. We operate in strict adherence to the AS-IICRC S500 Standard for Professional Water Damage Restoration, which has been adopted by Standards Australia as the official benchmark for the nation.
This is the globally recognized protocol that ensures drying is performed correctly, verifiably, and safely. We have managed flood restorations across hundreds of properties throughout the ACT and surrounding NSW region, from storm inundation in Tuggeranong to burst Icon Water mains in the CBD. Our experience means we understand the specific construction of Canberra homes, from the double-brick houses of the inner north to the modern constructions in Gungahlin and the Molonglo Valley.
We use advanced diagnostic tools like thermal imaging cameras to locate hidden moisture within wall cavities and hygrometers to provide data-driven proof that your property’s materials have returned to a safe and dry standard. We are fully insured, hold comprehensive public liability coverage, and work closely with the ACT Emergency Services Agency (ACTESA) during major weather events.
We provide 24/7 emergency flood restoration services throughout Canberra and the surrounding regions, including:
When you call us, you get a local team that understands Canberra’s layout and can guarantee a rapid response.
Emergency flood restoration is the immediate 24/7 response to water intrusion. Its primary purpose is to stop ongoing damage by extracting water, stabilising the environment, and beginning the structural drying process. Unlike scheduled repairs, this is an urgent service designed to mitigate the immediate risks of structural degradation and mould growth, which is critical after an intense Canberra thunderstorm or plumbing failure.
We aim to be on-site within 60-90 minutes of your call. We know that with events like flash flooding from an overwhelmed Sullivans Creek or a burst water main on your street, response time dictates the outcome. The faster our technicians can begin water extraction and deploy specialised drying equipment, the greater the chance of saving building materials and preventing costly secondary damage.
Yes. The emergency phase focuses on immediate mitigation: removing bulk water, clearing debris and silt, and stabilising the structure and indoor environment. It is the essential first aid for your building. Standard restoration is the subsequent repair and reconstruction phase that takes place once the property is structurally dry and confirmed safe by our instruments. A successful emergency response makes the standard restoration process faster, more predictable, and less expensive.
Absolutely. Preventing mould is a primary objective of our emergency response. After water extraction, we apply antimicrobial treatments where required by the AS-IICRC S500 standard and meticulously manage airflow and dehumidification to create conditions where mould spores cannot activate. Given that mould can colonise within 24-48 hours in trapped moisture pockets, this is a non-negotiable step in our process.
The potential for saving personal belongings depends entirely on the response time and the category of the water. Our technicians are trained to assess and triage contents on-site. We can often salvage furniture, documents, and other valuables if they are addressed before they become completely saturated or affected by contaminants from Category 2 or 3 water. A rapid professional response significantly increases the chances of a successful contents restoration.
Building materials can absorb damaging amounts of water within the first few hours. If you are experiencing a flood from a storm, burst pipe, or sewage backflow.