Restoration begins with a detailed assessment to classify the water category and contamination level. We use thermal imaging cameras and non-invasive moisture meters to map the extent of water migration behind walls and under floors. This data forms a specific drying plan for your property, whether it’s a commercial space in Milton affected by river flooding or a residence in Robina with a roof leak. Our goal is to return the structure and its materials to their pre-loss condition, with full documentation for your insurance claim.
Effective restoration hinges on rapid extraction. Our teams use truck-mounted and portable extraction units, including Mytee Flood Hog™ machines, capable of removing hundreds of litres of water per hour. For saturated carpets, we use weighted extraction heads and sub-surface tools like the Water Claw to pull water directly from the underlay. This immediate removal of bulk water is the critical first step in reducing airborne moisture and beginning the dehumidification process.
Floodwater is considered Category 3 or “black water,” grossly contaminated with pathogens, chemicals, and silt. Our flood response involves establishing containment, using appropriate personal protective equipment (PPE), and removing all affected porous materials. We then perform a detailed cleaning and disinfection of the remaining structure before beginning a managed drying process. We have experience in post-flood recovery in suburbs like Rocklea, Oxley, and Fairfield.
Sewage backflows introduce dangerous bacteria like E. coli and Salmonella into the living environment. This is another Category 3 water loss that demands a stringent safety protocol. Our certified technicians isolate the affected area, remove solid waste and contaminated water, and apply hospital-grade antimicrobial agents to all affected surfaces. We verify cleaning effectiveness before any drying or reconstruction begins to ensure the health and safety of your property’s occupants.
Humidity makes carpet drying a technical challenge. Simply running fans is insufficient and can promote mould growth. We establish a controlled drying environment using Phoenix and Dri-Eaz LGR (low-grain refrigerant) dehumidifiers to manage atmospheric moisture. High-velocity air movers are placed to create optimal airflow across and under the wet carpet, a technique known as “in-place drying” that can often save the carpet and underlay.
Concrete slabs can absorb and hold significant amounts of moisture, which can later affect floor coverings or seep into wall framing. We use specialized equipment to force-dry concrete slabs, monitoring the moisture content with Tramex concrete moisture meters. Achieving the industry-standard dry goal for the slab is essential before reinstalling any flooring, preventing issues like delamination of vinyl planks or cupping in timber boards.
Water hidden in wall cavities, timber bearers, and joists is a primary cause of mould and rot. Our structural drying process targets these unseen areas. We may drill small holes at skirting board level to introduce dry air into the wall cavities, using a network of air movers and dehumidifiers to create a balanced drying system. We continuously monitor progress with moisture meters until all affected structural materials are returned to their dry standard.
Hardwood floors, whether classic Blackbutt or modern Spotted Gum, are highly susceptible to cupping and warping. We deploy specialized floor-drying mat systems, which create a vacuum seal over the boards to pull moisture out evenly. This controlled approach, combined with aggressive dehumidification, is the most effective method for salvaging water-damaged timber flooring and is often the only alternative to complete replacement.
