Our thrust boring service provides accurate horizontal bores beneath roads and railways without trenching the ground, hence it is a Trenchless Technology service. By boring with Ground Mole (Pneumatic Horizontal Boring, percussive moling), underground supply lines such as pipelines for gas, water, communication and energy cables can easily be furnished underground without any damage to the structures on the ground. Doing thrust boring allows pipes to be laid easily with finite accuracy over many other methods while evading disruption to traffic and the public.
We have Boring machines to facilitate our projects relating to civil works. In the process of executing our pipelines construction works, major roads and railway crossings are tackled by employing Boring System. This enables the crossing of the highway, and railways, without interfering with vehicles and train traffic. In other words, daily life is not disturbed while operating.
Thrust Boring is a jacked and drilling method usually used in areas where there is a risk of ground collapse during the installation of pipes. Due to the fact that Thrust Boring can be used with a variety of ground conditions from hard rock to wet soil and sand, this jacking and drilling technique is one of the most dependable and economical.
Thrust Boring: Efficient Underground Infrastructure Installation
Thrust Boring, also known as jacked and drilling method, is a reliable and cost-effective technique used for installing pipes in areas where ground collapse risk is high. Here are the key points:
Versatility:
- Boring adapts to various ground conditions, from hard rock to wet soil and sand.
- It’s a dependable choice for diverse terrains.
How It Works:
- A steel casing is jacked through the ground using hydraulic force.
- Simultaneously, a drill head creates a borehole for the pipe installation.
- This trenchless method minimizes surface disruption.
Applications:
- Thrust Boring is ideal for laying utility lines (gas, water, communication, energy) beneath roads, railways, and existing structures.
- It avoids the need for extensive trenching.
Benefits:
- Efficiency: Faster installation with reduced downtime.
- Safety: Minimal surface disruption and risk.
- Eco-Friendly: Less impact on the environment.
