Type: Residential
Location Attard – Malta Central
Introduction: This success story recounts a successful water leak detection in a ground-floor Maisonette in Zabbar, Malta. LeakDetectionMalta used advanced technologies to pinpoint the source of the water ingress, which although minimal, it was causing elevated moisture and humidity levels in the living space. The prompt water leak detection and efforts to rectify the issue not only prevented further damage but also ensured a healthier living environment for the occupants.
2. Initial Assessment: Upon arrival at the site, the water leak detection team conducted a thorough initial assessment. Occupants reported noticing dampness and increased humidity, especially in specific areas of the apartment The challenge was to identify the source of the water ingress, as there were no visible signs of leaks or water damage.
3. Use of Advanced Water Leak Detection Technologies: To locate the hidden water leak, the detection team utilized advanced technologies such as thermal imaging cameras, moisture meters, and acoustic listening devices. These tools allowed for a non-invasive investigation, minimizing the need for destructive testing and reducing the overall cost of the process.
- Thermal Imaging Cameras: These devices were used to identify temperature differentials associated with wet areas. Cold spots in the thermal images indicated potential locations of water ingress.
- Moisture Meters: The team employed moisture meters to measure the moisture content of various surfaces and materials. This helped pinpoint areas with elevated moisture levels which directed the team to close proximity of the water leak.
- Acoustic Listening Devices: The water leak detection team on site used an acoustic listening device to detect the sound of the water flow which helped the team narrow down the water leak source.
4. Identification of the Water Leak: Combining data from thermal imaging, moisture meters, and acoustic listening devices, the leak detection team identified an underfloor concealed pipe. The leak was minor but had been ongoing, leading to persistent moisture and elevated humidity levels.
5. Repair Process: Once the source of the water leak was confirmed, the repair process began promptly to prevent further damage and mold growth. Two tiles in the affected area were removed to access the leaking pipe, which was repaired as necessary. The surrounding underfloor material where possible was also removed and replaced to minimize humidity.
6. Conclusion: The successful detection and repair of the water leak in the ground floor apartment highlights the importance of utilizing advanced technologies in water leak detection. The early identification and remedy of the issue prevented more extensive damage and created a healthier indoor environment for the occupants.
