ADI Leak Detection Manchester traced each of the three leaks below with tests before any repair work began. Between them, the engineers used acoustic listening equipment, thermal imaging cameras, moisture meters, tracer gas, a compressor for pressure testing, a dye and flood test and a drone survey of the roof.
Two of the leaks were on pipework inside the home. The third was rainwater getting in through a neighbour's damaged wall, the kind of problem our roof leak detection service investigates. Each table follows one job in the order the engineer worked it and names the equipment behind every test. Every entry comes from the engineer's own report and job sheet for that visit, and we show the area and postcode sector, never the full address.
The leak in this Old Trafford home was at the washing machine valve, where the hose union had been fitted without a rubber washer.
| Engineer | Paul Hope |
|---|---|
| Area | Old Trafford, Trafford (M16 7) |
| Date | June 2025 |
| Equipment used | Acoustic listening equipment, a thermal imaging camera, a Protimeter moisture meter and a compressor for pressure testing |
| Signs of the leak | The water meter was recording 30 litres an hour |
| Meter check | With the internal stopcock closed, the meter stopped |
| Acoustic listening equipment | Every accessible pipe was tested. Leak noise registered at the garden tap and nowhere else. |
| Thermal imaging camera | Used with the kitchen tap running to trace the pipe route, but no pipe route showed |
| Protimeter moisture meter | Readings peaked across the kitchen floor and up the walls around the washing machine |
| Pressure test | With the supply isolated, 3 bar fell to zero within two minutes, and leak noise came from behind the washing machine |
| Access made | The washing machine was removed after swollen skirting and end panels had jammed it in place. No damage was caused. |
| Leak found | At the hose union on the washing machine valve |
| Cause | No rubber washer had been fitted to the union |
| Repair | A new washer was fitted |
| Check after the repair | The internal and external mains each held 4 bar for 45 minutes. With everything reconnected the meter stopped, and the water was turned back on and run at all outlets. |
| Engineer's note | A lot of damp was left in the kitchen |
Water damage on two ceilings in this Chorlton home came from a leak on copper pipework under the landing floor.
| Engineer | Matthew Barron |
|---|---|
| Area | Chorlton, Manchester (M21 8) |
| Date | June 2025 |
| Equipment used | A thermal imaging camera, a moisture meter, a drone, a dye and flood test and a pressure test |
| Signs of the leak | Water damage on the dining area ceiling and on the ceiling by the stairs down to the basement |
| Thermal imaging camera | A thermal survey of both ceilings found cold patches on the ceiling by the basement stairs |
| Moisture meter | Readings were high on both ceilings |
| Drone survey | Minor damage to the roof and wall pointing, plus damage to the gutter and flashing |
| Loft inspection | No sign of water getting in |
| Dye and flood test | With the bath panel removed, the bath waste was flood tested with dye. No dye water came through. |
| Access made | An inspection hole in the ceiling by the basement stairs showed major water damage in the cavity, with water dripping. The carpet on the landing at the top of the stairs was then lifted and the wooden floor opened. |
| Leak found | On copper pipe under the wooden floor by the landing |
| Cause | A section of copper pipe had lost its integrity and was letting water escape |
| Repair | Repaired with 15mm plastic pipe, two elbow couplings, two equal couplings and six pipe inserts |
| Check after the repair | The internal mains held 3.0 bar for 20 minutes with no drop in pressure |
| Engineer's advice | Repair the dripping kitchen mixer tap, the roof, wall pointing, gutter and flashing, the window seals and the bath silicone, as well as the water-damaged ceiling and carpets |
Rainwater dripping through the front lounge ceiling of this Didsbury home was getting in through damaged pointing on the neighbour's wall.
| Engineer | Matthew Barron |
|---|---|
| Area | Didsbury, Manchester (M20 1) |
| Date | January 2025 |
| Equipment used | A moisture meter, a thermal imaging camera and tracer gas |
| Signs of the leak | Water damage in the front lounge. In heavy rain, water dripped from the ceiling constantly and a bucket was needed to catch it. |
| Moisture meter | Readings were high across the damaged ceiling |
| Thermal imaging camera | The thermal survey found cold patches |
| Tracer gas | Tracer gas was put into the ceiling cavity. None came through the seals of the flat roof above, but it escaped from several points on the neighbour's wall where the pointing was damaged. |
| Leak found | Damaged pointing on the neighbour's wall |
| Cause | The damaged pointing and wall were letting rainwater into the property |
| Repair | Not carried out on this visit, as the work is on the neighbour's wall |
| Engineer's advice | Repair the damaged pointing and wall marked on the report photos, and the damaged ceiling |