Water Damage – Cleaning and Drying

The cleaning of water damage requires different factors. One of the most significant factors involved in damage repair is that of restorative drying. Four general principles are integrated into restorative drying: elimination of water (extraction), evaporation, dehumidification and regulation of temperature. Understanding these concepts of water damage will help you ensure that your property is fully restored to its pre-loss state and with the least risk to your health, structure and belongings. Have a look at water clean up for more info on this.

Drying involves getting the affected property back to an acceptable balance. This requires that experts in water damage rehabilitation correctly track and adjust air flow, humidity and temperature over time. Water removal (extraction) requires the first concept of successful damage reconstruction. You’d be surprised by how much drywall, carpet and carpet pad water can hold. Vast quantities of water will soak up these materials. To facilitate the rest of the water damage cleaning process , it is important that as much water as possible be extracted from these materials.

Evaporation is the second principle. The wicking of water out of saturated materials is evaporation. To optimise the evaporative process, rapid air movement is required. By collecting as much water as possible first, scraping and discarding the wet pad beneath, then using commercial air movers to facilitate rapid evaporation, carpet water damage can be mitigated. Dehumidification is the third water-related restoration concept. Using natural or mechanical methods, this can be done. Reducing humidity decreases the possibility of secondary damage to a property’s materials and contents. Air with high relative humidity is more likely to reach a point of saturation where surface water can form, which can contribute to microbial growth, mould and other pollution of bacteria.

Temperature management is the fourth and final concept of flood water damage reconstruction and drying. In a closed setting, warmer air can retain more water vapour and will better promote evaporation. Water damage repair conditions are typically recommended to be maintained at approximately 80 degrees Fahrenheit, to optimise temperature-controlled evaporation whenever possible. It will help promote the proper restoration of your structure and contents to their pre-loss state by applying these concepts to your home or business restoration work. Failure to apply these concepts will lead to the growth and contamination of mould. If not handled correctly, removal of black mould can be very time-consuming , expensive and even harmful for your health. When attempting to perform water removal or mould removal in a building, always consult with a licenced water damage repair specialist.