Leak Detection

At Shore Break Plumbing & Leak Detection, we specialise in advanced leak detection services designed to accurately locate hidden water and gas leaks within underground pipework and internal plumbing systems. Many leaks occur out of sight beneath concrete slabs, driveways, gardens or within walls, making them extremely difficult to identify using standard plumbing methods. Our approach focuses on precise diagnostic testing and specialised equipment to systematically isolate plumbing systems and pinpoint the exact location of leaks without unnecessary excavation or property disruption.

One of the most effective methods we use for leak detection is compressed air pressure testing, where sections of pipework are isolated and pressurised to determine whether the system is capable of maintaining pressure. If a drop in pressure is detected, it confirms that a leak is present somewhere within the line. This process allows us to accurately determine whether the issue is within the plumbing infrastructure rather than other possible sources such as appliances or fixtures. Pressure testing is a critical first step in diagnosing both water and gas leaks, as it allows each section of pipework to be investigated individually in a controlled manner.

To further refine the location of difficult or concealed leaks, we utilise specialised tracer gas technology involving nitrogen and hydrogen gas mixtures. These gases are safe, non-toxic and extremely effective for locating underground leaks that cannot be visually detected. The process involves introducing the tracer gas into the isolated pipe system, allowing the gas to travel through the pipework and escape through the smallest leak openings. Using highly sensitive electronic gas detection equipment, we are able to scan the surface above the pipe route and identify where the gas is escaping from the ground or surrounding structure. Because hydrogen molecules are extremely small, this method is capable of locating even the smallest leaks in underground pipes, concrete slabs or concealed pipework.

Nitrogen is also commonly used during testing because it provides a stable and inert gas that allows pipework to be safely pressurised while monitoring for pressure loss. When combined with acoustic listening equipment and specialised leak detection sensors, nitrogen testing allows us to identify subtle leak signals and further narrow down the location of underground faults. These methods are particularly useful in situations where pipework runs beneath hard surfaces such as driveways, tiles or structural slabs, where traditional leak detection techniques would otherwise require extensive excavation.

By combining pressure testing, tracer gas technology and sensitive detection equipment, our leak detection process allows us to accurately diagnose underground gas and water leaks with minimal disruption to the surrounding property. This investigative approach ensures that the source of the problem is clearly identified before any repair work begins, helping property owners avoid unnecessary digging, reduce repair costs and resolve leaks quickly and effectively.

At Shore Break Plumbing & Leak Detection, our goal is to provide reliable, professional leak detection services using proven technology and a methodical investigative approach. Whether investigating hidden water leaks, underground service lines or potentially dangerous gas leaks, we are committed to delivering accurate results and practical solutions that restore the integrity of your plumbing system.

Our Process

Plan with Purpose

Together, we outline a path forward that’s realistic, strategic, and tailored to your specific needs.

Collaborate Openly

You’re part of the process. We keep communication open and decisions shared—no black boxes or surprises.

Plan with Purpose

Every project is different. We stay flexible and responsive to make sure the process fits your flow—not the other way around.

Plan with Purpose

When we deliver, it’s not just a finished product—it’s a solution you can trust, backed by real care and effort.