Trenchless technology provides an environmental and cost-effective solution to your underground project.
EPS Trenchless Installations advocates this revolutionary approach, offering a range of innovative solutions that remove the need for disruptive excavations. By leveraging state-of-the-art techniques such as Moling and Directional Drilling, EPS Trenchless Installations delivers efficient and cost-effective alternatives for laying and repairing underground utilities.
Impact Moling is a way of installing new pipes, cables and ducts under the ground without the need to dig continuous trenches. Instead, pits are dug at intervals in the ground and the mole is lowered inside.
The mole then tunnels through the earth, from the first pit through to the destination pit leaving a clear narrow tunnel large enough for the required utility to be pulled through.
The mole in reality is a steel pneumatic cylinder, with compressed air that hammers through the soil creating a bore hole for the new pipe to be laid. This massively reduces installation time, disturbance to the surface and the cost.
Originally designed for installing small-diameter pipes, Moling excels in navigating through compressible soils over short distances. Our Moling services effortlessly replace damaged or old pipes or install new lines, electric cables, gas pipes and ducting.
Moling is used for;
Moling is employable in a range of locations. It is an incredibly versatile and non-invasive method for use in environmentally sensitive areas such as SSSIs, and under roads, existing structures, congested areas, railways, waterways, and much more.
INSTALLATION RATES
dependent on the required diameter and the ground conditions
distances
(perfect ground conditions required)
ACCURACY
ground dependent
Our impact moling services are a cost-effective and environmentally friendly solution for many underground installation projects. Instead of digging trenches to lay pipes, ducts, and cables, EPS Trenchless Installations apply a technique called moling.
Select your installation type and pinpoint your exact start and end locations on our interactive map to get started!
Harlow is located in Essex, approximately 20 miles northeast of central London. It is part of the Greater London urban area and lies within the London commuter belt. Harlow has a mix of modern and historical features, and a reputation for being a key player in post-war urban development. The town’s history dates back to Roman times, with evidence of settlements in the area. However, Harlow developed significantly in the 20th century. It was designated as a new town in 1947 under the New Towns Act, intended to provide relief to the overcrowded areas of London. Harlow’s development was designed to be a modern, spacious town with a focus on green spaces and good infrastructure. Harlow has historically been a centre for industry, particularly in electronics, manufacturing, and pharmaceuticals. Companies such as Phillips, and GlaxoSmithKline have had a presence in the town, contributing to its growth.
Harlow is well-connected by road being close to the M11 motorway, which links to London and Cambridge, making it easy to travel across the region. The town is also near the M25, providing access to other parts of London and beyond. Harlow railway offers regular services to London Liverpool Street (around 30 minutes) and other destinations in Essex and beyond.
Construction in Harlow has played a significant role in the town’s development, particularly since it was designated as a New Town after World War II. The town has seen various phases of construction and urban development, driven by the need to provide housing, infrastructure, and services for an expanding population.
In recent years, there has been a significant push for the regeneration of Harlow to improve its town centre, residential areas, and economic infrastructure. The Harlow Town Centre regeneration project aims to create a modern town centre with more retail and leisure spaces, improving public spaces and promoting sustainability. Modern construction in Harlow increasingly incorporates sustainability, energy efficiency, and eco-friendly designs. Many new buildings are incorporating green technologies, such as solar panels and high-efficiency insulation.
The ground conditions play an essential role in determining the feasibility, cost, and success of Directional drilling projects in Harlow. Directional drilling is commonly used for laying underground utilities, such as cables, pipes, or fibre optic cables, while minimising disruption to the surface. The ground conditions in Harlow can vary depending on the specific location within the town and its surrounding areas, but here are some general factors to consider:
Much of the soil in Harlow and the surrounding Essex area consists of clay and clay loam. Clay can be challenging for directional drilling due to its cohesive nature. In some cases, the ground may be very compact and difficult to penetrate, requiring additional equipment or techniques, such as fluid-assisted drilling to help with the cutting process and maintaining the borehole stability. Ground conditions in Harlow vary in terms of soil density, which affects how the directional drill will interact with the soil. In urban areas, soil compaction can be high due to previous construction activity or foot traffic, leading to denser soil layers that can be harder to drill through. The compaction can make drilling operations slower or require additional force and more specialised equipment.
Before any directional drilling work begins, it is essential to carry out comprehensive surveys to understand the soil composition, groundwater conditions, and other potential challenges in the area. These surveys help in determining the most effective drilling methods and equipment to be used. Given the high density of existing utilities and infrastructure in urban areas like Harlow, accurate utility mapping is crucial for avoiding conflicts during directional drilling.
EPS provide underground utility installation that is fast, efficient and environmentally friendly.
Using Moling and Directional Drilling technology, our streamlined process requires minimal space which avoids unnecessary disruption and inconvenience.
There is no need for extensive surface cutting or digging long trenches. ‘No-dig’ techniques are very adaptable to various soil conditions and protected locations.
This technique provides accurate utility installation, which also protects wildlife and any ecologically sensitive locations. It is an incredibly cost-effective method of replacing old utility systems or installing new utilities.
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