Ground tank survey
Locating leaks in walls and floor of a buried ground tank

Water leak detection
Pressure tests and acoustic listening pinpoint exactly where your tank is losing water, sparing walls and floors from guesswork breaking
Ground and roof tank inspection, fault localisation and a clear finding before any repair work starts
Locating leaks in walls and floor of a buried ground tank
Inspecting the roof tank body and fittings for hairline cracks
Controlled pressure applied to confirm and pinpoint the fault location
Probe detects the leak sound through the tank wall or surrounding tiles
Checking inlet, outlet and overflow fittings where leaks often start
Owner receives a clear finding of where and what the fault is
Describe the tank type and symptoms so a visit is scheduled
Technician inspects the tank and surroundings, selecting the right tools
Pressure test, acoustic probe and tracer dye pinpoint the exact fault
Owner is shown the exact fault location before any repair begins
Fault is sealed, waterproof coat applied, pressure re-tested to confirm
Picks up vibration of escaping water through concrete or plastic tank walls without any breaking
Raises water pressure inside the tank to a controlled level, any drop reveals a fault
Non-toxic coloured tracer added to the water reveals the exact path and exit of the leak
Applied inside the tank after repair to prevent recurrence from the same weakened area
Removing the water before inspection eliminates the pressure that makes the leak signal detectable
Assuming the floor is the source because ground is damp leads to wrong breaking and missed fault
Many tank leaks start at flanges and pipe connections, not in the tank body itself
Patching a crack without an internal waterproof coat leaves the surrounding area weak and prone to repeat leaks





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No fixed rate applies; these factors shape the quote for each job
A buried ground tank requires different access than a rooftop unit
Larger tanks take longer to pressure-test and survey acoustically
Concrete, fibreglass and plastic each respond differently to detection tools
Multiple fittings or suspected cracks at more than one point extend inspection time
Urgent calls at night or on holidays affect the visit rate
Same method, same equipment. Only the size of the job changes.




Why us
Amana means trust. Someone else’s home is not ours to be careless in.
Do not take our word for it. Look at the work yourself.
The leak is marked before a single tile comes up.
A leak does not wait for the morning.
Six governorates, 139 areas.
For buildings and complexes, servicing before the problem starts.
Restaurants, offices and complexes, not only homes.
Six governorates, 139 areas.
Common questions
Need someone now? The emergency line is open any hour.
+965 9668 4964
In most cases yes. Water inside the tank amplifies the acoustic signal and makes pressure testing meaningful. Emptying the tank prematurely removes that advantage and can make the fault harder to pinpoint.
The loss may be in the descending supply line or at an outlet fitting rather than the tank wall itself. Tracer dye and a fitting check trace the actual path of the water.
Yes. Concrete absorbs moisture and can mask a crack longer, while fibreglass shows the loss faster but requires the acoustic probe to be tuned differently. Both respond to the same pressure-test principle.
A ground tank leak that runs continuously saturates the surrounding fill and gradually weakens foundations. A roof tank leak saturates the load-bearing wall below, damaging plaster and reinforcement over time.
When the crack is limited and the tank wall is otherwise sound, patching followed by an internal waterproof coat is sufficient. If the wall shows widespread deterioration, replacement is the more practical choice.
