Have you received an unexpectedly high-water bill? This and other signs like low water pressure, discoloured water or unusual tastes are symptoms of leaks or ageing pipes – and could mean it’s time for a water supply pipe replacement, especially if your system still contains lead or outdated materials. These issues are common for domestic homeowners and businesses in Enfield and across London, many of whom start by searching for solutions like “water line repair” or exploring lead pipe replacement options.
At EPS Trenchless Installations, we specialise in “no-dig” trenchless solutions that minimise disruption and maximise efficiency. Using the latest in moling and horizontal directional drilling, we deliver faster, cheaper, long-lasting utility installations tailored for busy urban settings.
As a water company approved contractor, EPS Trenchless Installations is trusted by both homeowners and small businesses in Enfield and the surrounding areas to provide water infrastructure repair and replacement – without the mess and delays of traditional digging. Whether you’re replacing old or leaking pipework or planning a new watermains connection, our expert team provides a reliable, professional service suited to your needs.
Impact moling, sometimes referred to as pipe moling or pneumatic moling, is a cutting-edge trenchless technology for installing underground utilities, including water pipes, electric cables, and fibre optic lines. It involves using a device called an impact mole. Occasionally referred as a water mole or pipe mole machine, an impact mole is a pneumatic burrowing device that creates horizontal boreholes through repetitive percussive action. Impact moling is faster and cheaper with the impact moling cost per meter being significantly lower than traditional open cut methods.
The technique is particularly effective in urban settings, where minimising disruption to roads, footpaths, landscapes, and other infrastructure is important. In more rural areas, moling with its minimal environmental impact preserves the local ecosystems, countryside, and wildlife.
Impact moling is a precise and efficient method that creates a guided tunnel through the soil for laying utilities. It is extremely useful when accessing limited spaces, as the moling equipment typically consists of a compressed air-driven pneumatic cylinder with relatively small entry and exit pits. For those considering impact mole hire, it is better to use experienced professionals who understand the intricacies of this technology.Installing or replacing water mains across Enfield’s urban and suburban areas using traditional trenching methods has always been a difficult task. Impact moling, as part of comprehensive moling services, offers several key advantages:
The trenchless nature of impact moling preserves surface infrastructure, particularly crucial in Enfield older districts and modern urban areas, maintaining the integrity of roads, pavements, and gardens. This makes it an ideal method for domestic water main replacement and pipe replacement projects, ensuring the minimum disruption of homeowners and businesses.
Impact moling is a game-changer for water pipe repairs and replacing water supply pipes, slashing costs compared to traditional methods. With less labour and minimal reinstatement work needed, it's a faster, more budget-friendly solution that keeps disruption to a minimum. Moling contractors near me can provide competitive pricing for these services, with favourable installation rates compared to traditional methods.
The trenchless installation method of impact moling means quicker installation compared to traditional methods, reducing job timelines and inconvenience to homeowners, residents and businesses. It's especially great for quickly and efficiently replacing water main-to-house connections, with many installations, depending on the pipe length and diameter, being completed within a day.
By avoiding extensive excavation, impact moling helps protect Enfield's local ecosystem and reduces the environmental impact of utility installations. Moling is the environmentally friendly solution among no-dig techniques for underground pipe installations, minimising soil displacement and greatly reducing the carbon footprint of projects.
Impact moling can be used for various underground utility installation projects, including water pipe installation, electrical cable installation, and fibre optic installation. The process begins with excavating small entry and exit pits at the start and end points of the desired pipe route. The moling equipment is then inserted into the entry pit and guided through the soil using horizontal digging techniques for borehole creation.
This method is particularly useful for residential water pipe installations, typically ranging from 750mm to 1350mm below ground level. The pipe diameter that can be installed using moling techniques varies, but it’s generally suitable for smaller to medium-sized pipes. Most domestic water mains will have an 25mm or 32mm MDPE pipe installed. We can install larger pipes – please contact us for details.
If you’re dealing with old lead pipes and low water pressure, a main water pipe replacement is normally the best the solution. Using a moling machine, we can install new pipes without digging up your entire garden or driveway. This method is perfect for upgrading older smaller, iron and lead pipe sizes to modern, safer materials.
Impact moling is not only useful for new installations but also for addressing existing water supply problems. It can be used in conjunction with leak detection and pipe tracing technologies to find and fix issues such as poor water pressure or water leakage. In the case of repairing leaking pipes, on longer pipe runs, after the leak has been traced, it is sometimes better to bypass the leak with moling, thus ensuring minimal excavation and disruption to the surrounding area. This approach can lead to significant improvement in water quality and water flow.
When it comes to water pipe replacement, various materials have been used in Enfield, including iron, black alkathene plastic and lead pipes. All of this older infrastructure is being phased out due to age of the pipes or health concerns and is being replaced with modern blue MDPE plastic pipes. Blue MDPE pipes offer durability and flexibility, making them ideal for use with impact moling techniques.
There are two main types of Trenchless Technology – Impact moling or Directional Drilling. So when it comes to installing or replacing underground pipes without digging up your driveway, garden, or car park – which is best for your property or business premises?
Impact moling is ideal for smaller-scale jobs like domestic mains water pipe replacement, electrical cable and fibre-optic cable installations, especially under lawns, driveways, or pathways and can normally be completed within a day. For long runs of over 30m Horizontal Directional Drilling is the better option especially for larger-scale projects, commercial sites and more complex installs.
In Enfield, this family home had experienced ongoing problems with pipe bursts due to old lead water mains running beneath their large backyard. The property included a vegetable garden and a small patio area where the family often gathered. Traditional trenching would have meant tearing up parts of the garden, which was not an option. With Enfield’s soft clay soil, impact moling allowed us to install 40 meters of new MDPE piping quickly and without surface damage. The homeowners reported a noticeable improvement in water pressure, which finally allowed them to enjoy full use of their newly fitted kitchen appliances.
Impact moling has revolutionised utility installations in Enfield and London, delivering exceptional efficiency while keeping the cost competitive. The borough’s historical significance and varied soil conditions make moling an ideal choice for infrastructure upgrades. From domestic water main repairs and replacements to electric cable and fibre optic installations, the minimal disruption and reasonable price of impact moling make it the go-to of Enfield’s underground development, preserving the area’s character while facilitating modern infrastructure advancement.
As a water company approved contractor, EPS’s impact moling technology is increasingly being adopted for new underground pipe installation and common supply work throughout the region. This innovative approach to watermains replacement not only addresses immediate water supply problems but also provides a long-term, cost-effective solution for maintaining and upgrading Enfield’s vital water supply pipe infrastructure.
For those seeking “moling contractors near me,” it’s important to choose experienced professionals who understand the intricacies of this technology and can ensure proper utility ducting and trenchless installation techniques are employed. With the right expertise, impact moling can significantly improve the efficiency and sustainability of underground utility work in Enfield and beyond.
Enfield, a historic borough in North London, has a rich past dating back to the Domesday Book of 1086. Once a rural market town, it grew significantly during the Industrial Revolution and later became a key suburban hub with the expansion of the railway. Enfield is known for innovations, including the first ATM, which was installed here in 1967. Today, it blends historical charm with modern urban development, offering a mix of residential, commercial, and green spaces.
The geography of Enfield consists of a varied landscape, including clay-heavy soils, gravel beds, and urbanised infrastructure, making traditional open-cut excavation challenging. The borough’s dense housing, narrow streets, and protected greenbelt areas make trenchless installation methods such as moling and directional drilling ideal solutions. These techniques minimise surface disruption, reduce environmental impact, and allow for efficient underground pipe and cable installation without extensive excavation.
Eps Trenchless Installations specialises in these methods, providing cost-effective and sustainable solutions tailored to Enfield’s soil conditions and urban constraints.
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