Suite 3, 41-43
Victoria Street, Hobart, TAS 7000
Victoria Street, Hobart, TAS 7000
IICRC Certified Flood Technicians
Fully Insured & Public Liability Covered
High-Capacity Water Extraction Equipment
24/7 Emergency Response Across Hobart
Hobart’s position between kunanyi / Mt Wellington and the Derwent Estuary creates a unique and constant flood risk. Intense rainfall events, like the one that caused widespread damage in May 2018, can turn the Hobart Rivulet into a torrent, causing flash flooding in South Hobart and the CBD with little warning. Add the complexity of tidal surges in the Derwent impacting low-lying areas like Sandy Bay, and the risk is clear. Standing water is not a simple cleanup job; it is an active threat to your property, capable of compromising heritage building materials and creating serious health risks within hours.
Immediate, professional flood water removal is the most important action you can take to safeguard your property’s value and structural integrity. At Water Damage Hobart, our operation is built for rapid, effective flood response across Southern Tasmania. Our local IICRC-certified technicians understand the specific behaviour of floodwater in our diverse building stock, from the sandstone foundations of Battery Point cottages to the modern slab homes in Kingston. We apply documented, standards-based protocols and deploy industrial-grade equipment to manage every scenario, from a burst water heater in a New Town weatherboard to a full-scale inundation from river overflow. Our 24/7 availability means that when the southerly storm hits or the Hobart Rivulet breaks its banks, our team is ready to mitigate the damage.
Flood water removal is the systematic extraction of standing water according to the global ANSI/IICRC S500 standard. This is a technical process that extends far beyond shop-vacs and pumps. It requires classifying the water’s contamination level, performing a site-specific risk assessment, and deploying specialised machinery to remove bulk water from surfaces and hidden cavities.
In Hobart’s cool, damp climate, speed is crucial for a different reason than in the tropics. Persistent dampness and slower evaporation rates mean that moisture trapped in building materials can linger for weeks, creating ideal conditions for mould to colonize plasterboard, sub-floor timbers, and wall insulation. Professional extraction is the first critical step in arresting this moisture migration and preventing long-term structural decay and the associated respiratory health hazards from mould.

Site Safety & Contamination Assessment
Our first priority is site safety. We inspect for electrical hazards from submerged wiring and assess the stability of water-logged structures. We then classify the water according to IICRC S500: Category 1 (clean water from a burst pipe), Category 2 (grey water with detergents), or Category 3 (blackwater from river overflow or sewage).

High-Volume Water Extraction
We use powerful truck-mounted extractors from leading brands like Sapphire Scientific and Mytee. These units are capable of removing thousands of litres of water per hour, allowing us to quickly reduce the water level in the inundated property.

Surface & Sub-surface Water Removal
Following bulk extraction, we use specialised tools. Weighted extractor heads are passed over carpets to force water from the fibres and underlay. For hard surfaces like Tasmanian Oak floorboards or tiles, we use high-suction squeegee wands.

Moisture Mapping & Detection
Our technicians use non-invasive diagnostic tools, including FLIR thermal imaging cameras and Tramex moisture meters, to "see" inside walls and under floors. This moisture mapping process identifies hidden pockets of water trapped in wall cavities, under joinery, or within concrete slabs, creating a precise data map that informs our structural drying strategy.

Pre-Drying & Debris Management
With the standing water gone, we remove materials that cannot be salvaged, such as soaked carpet underlay, contaminated plasterboard, or warped MDF skirting boards, in accordance with the S500 guidelines. This process prepares the building for the placement of specialised drying equipment.
Floodwater in Hobart is rarely just rain. Flash flooding from the Hobart Rivulet or stormwater runoff carries contaminants from roads, gardens, and overloaded sewer systems. This creates a Category 3 “blackwater” scenario, which can contain E. coli, Giardia, and other pathogens.
A unique challenge in Hobart is the vulnerability of our heritage buildings. Sandstone foundations and convict-era brickwork, common in areas like Battery Point, Richmond, and Glebe, are highly porous. If dried too quickly, salts and minerals drawn from the ground can crystallize within the stone, causing irreparable spalling and structural damage. Our technicians are trained in specific protocols for these materials, using controlled drying methods that preserve their integrity. All team members use appropriate Personal Protective Equipment (PPE) to manage biohazard risks, ensuring the site is made safe for all subsequent restoration work.
Our team’s IICRC certification is your assurance that we operate according to a globally recognised, peer-reviewed standard for water damage restoration. This formal training ensures we follow a scientific process to correctly mitigate damage, not just remove water. We have managed complex flood emergencies in historic residences, CBD retail spaces, and multi-level commercial buildings across Hobart and Southern Tasmania.
Our equipment inventory includes commercial-grade Phoenix and Dri-Eaz LGR (Low-Grain Refrigerant) dehumidifiers, which are essential for effective drying in Hobart’s cooler climate. We also utilize HEPA-filtered air scrubbers and high-velocity air movers to control air quality and accelerate drying. We provide comprehensive documentation for insurance claims, including initial moisture readings, equipment logs, and photographic evidence, which is essential for working with providers like RACT Insurance and others active in Tasmania.
We provide 24/7 water damage restoration services throughout Hobart and the surrounding regions, including:
For a small, clean water spill (Category 1), perhaps. However, most Hobart flooding involves flash floods or river overflow, resulting in contaminated Category 3 water. Exposure to pathogens from this water is a significant health risk. Our certified technicians use the correct PPE and remediation protocols to manage these hazards safely.
We use a coordinated system of professional equipment. High-capacity, truck-mounted pumps remove the bulk water. Submersible pumps are essential for flooded sub-floors common in older Hobart homes. Weighted roller extractors squeeze water from carpets. This is followed by a carefully deployed array of industrial LGR dehumidifiers and axial air movers to manage humidity and dry the building structure itself.
Yes, if action is taken immediately. Mould requires moisture, an organic food source (like timber or plasterboard), and the right temperature. A water-damaged Hobart home provides the perfect environment. By extracting water and starting the structural drying process within the first 24-48 hours, we can typically lower the moisture content in materials below the level required for mould growth.
The final cost depends on the volume of water, the size of the affected area, the contamination category (Category 3 is more complex due to safety requirements), and the building materials involved. Drying a flooded sandstone cottage in Richmond presents a different set of challenges than a modern concrete slab home in a new estate. We provide a detailed on-site assessment and a transparent quote.
Delaying action in Hobart’s climate leads to compounding problems. Water can quickly become more contaminated. Mould spores can become active, creating respiratory risks. Timber floors can cup and warp permanently. Most critically for heritage properties, prolonged saturation can begin to compromise sandstone, bluestone, and early mortar, leading to long-term structural issues.
Water saturating your property is a time-sensitive emergency. Structural components swell, plasterboard weakens, and contamination risks increase with every passing hour.