5/65 Centennial Circuit,
Byron Bay, NSW 2481
Byron Bay, NSW 2481
A flooded ground floor or sub-floor in Byron Bay is rarely a simple problem. It’s the consequence of living on a low-lying coastal plain, where intense rainfall from an East Coast Low can overwhelm council stormwater drains in hours. It’s the hydrostatic pressure building up in the sandy, often waterlogged soils of Suffolk Park and Sunrise Beach. It’s understanding that when Tallow or Belongil Creek mouths close and back up, the water entering your property is not just rainwater; it’s a complex threat to your home’s timber frame and your family’s health.
We are not a generic franchise; we are IICRC-certified water restoration technicians who live here. We document and resolve the specific water intrusion and mould challenges affecting properties in the Byron Shire.
Whether you own a classic elevated home in the hinterland or a concrete slab property in Wategos, the source of water intrusion dictates our response. A burst plumbing pipe inside your walls is Category 1 water. In contrast, floodwater that has mixed with the runoff from local catchments is considered Category 3, grossly contaminated water, a frequent reality after the major flood events seen in 2022.
Our initial property assessment focuses on this classification, which is critical for both the safety of our technicians and the validation of your insurance claim. Following the 2022 floods, our team worked on over 30 properties in the Mullumbimby and South Golden Beach areas, documenting how overland flow patterns affected different foundation types, from timber stumps to modern slabs. This experience allows us to diagnose the problem accurately, not just treat the symptoms.
We don’t just extract water; we execute a drying strategy based on the Institute of Inspection, Cleaning and Restoration Certification (IICRC) S500 Standard. This is the official protocol Australian insurance companies require to validate a water damage claim.

Initial Assessment & Safety
Upon arrival (we aim for under 1 hour for emergencies in Byron Bay proper and Suffolk Park), our lead technician first confirms the site is electrically safe before assessing any structural risks. We use FLIR thermal imaging cameras to trace the extent of water migration through wall cavities and under flooring.

Water Classification & Extraction
We test and classify the water (Cat 1, 2, or 3) to define the scope of work and necessary sanitisation. We then use powerful extraction units to remove all standing water from the affected area.

Moisture Mapping & Drying Plan
Using Protimeter Surveymaster moisture meters, we take readings from concrete, timber framing, and linings to map the exact footprint of the water damage. This data dictates our drying plan, including the number and placement of specialised dehumidifiers and air movers.

Structural Drying & Dehumidification
We create a controlled drying environment using commercial-grade Low-Grain Refrigerant (LGR) dehumidifiers and high-velocity air movers from brands like Phoenix and Dri-Eaz. In Byron's subtropical humidity, LGR units are essential for removing moisture effectively and preventing the onset of secondary mould growth.

Cleaning & Sanitisation
In cases of contaminated water, all porous building materials that cannot be salvaged are removed. The remaining structure is then meticulously cleaned and treated with an appropriate antimicrobial solution.

Final Validation
We provide a certificate of dryness once the structure has returned to its pre-loss moisture content. This includes final moisture readings and photographic evidence, creating a comprehensive report for your insurer and your own records.
Claiming to have “advanced equipment” is an empty statement. We use specific tools for the problems we encounter daily in the Northern Rivers region.
Navigating an insurance claim can be more stressful than the flood itself. Because we operate strictly according to IICRC S500 standards, our documentation package is precisely what assessors from major Australian insurers need to process your claim. It includes detailed logs, moisture maps, photos, and a clear scope of works.
We can communicate with your insurer or loss adjuster, providing the technical data they require. Our reports are careful to differentiate between damage from the insurable event and any pre-existing issues, which is a common point of contention in claims.
Our teams are based to provide a rapid response across the region, bringing deep experience with the challenges specific to each area:
The IICRC is the global, non-profit standards body for the restoration industry. A certified technician has passed externally-proctored exams on the science of drying (psychrometrics) and the industry-accepted procedures for safe and effective water damage restoration. It ensures the person managing your project is a trained professional.
This depends on your specific policy wording. Most home insurance policies cover “escape of liquid” from an internal source, like a burst pipe. However, “flood” damage from external sources like overflowing creeks or stormwater often requires a specific add-on to your policy. We provide a detailed cause-and-origin report which is critical for your insurer’s assessment.
Drying time typically ranges from 3 to 7 days. Key factors include the water source, the materials affected (an open timber sub-floor versus a saturated concrete slab), and the prevailing weather. Drying a property during a humid summer period after an East Coast Low can take longer than during a drier winter period. We can provide a more accurate timeline after our initial moisture assessment.
This depends entirely on the water category. If the water is from a clean source (Category 1) and we begin extraction within 24 hours, timber floors and many rugs are often salvageable. If the water is from a sewage backflow or overland flood (Category 3), porous items like carpet, underlay, and soft furnishings are deemed non-salvageable by the IICRC S500 standard for health reasons and must be disposed of.
A damp, flooded sub-floor is a direct threat to your property’s structural integrity and is a primary catalyst for widespread mould growth in our subtropical climate.