Advantages of Directional Boring In the Drilling Industry

subsurface locationDirectional boring, a trenchless method of inserting underground utilities such as pipelines, conduits, cables, telecommunications, and product pipelines, is being used everywhere today. Also referred to as horizontal directional drilling (HDD), directional boring is used primarily when trenching is not practical or when the job is only done on the subsurface location.

Trenchless pipe boring is gaining popularity in the commercial boring field as it has many benefits over trenching. Reports show that about 2.5 million miles of pipelines transport fuel products from source to market in the United States. Pipeline contractors use the trenchless boring technique to achieve minimal civil disturbance under roads and highways.

Directional drilling services are fantastic, and that is why it is essential to know its benefits. This guide provides you with all the advantages of directional boring.

Minimal Surface Disturbance

One of the advantages of directional boring is the fact that the process can be focused on the subsurface location, which means the ground is not drilled entirely. Trenching or excavation deals with disturbing the ground deeply, which causes disturbance. Therefore, directional boring is environmentally friendly, and the ground is not negatively impacted.

Continuation of Normal Operation

Normal operation has to be stopped when a ground is trenched. Fortunately, this is not the case with directional boring. Directional drilling is done in a minimized space, which means that other operations being done around the site can continue as usual. Underground boring minimizes site disruptions, and this is a plus for boring contractors.

Maintain the Integrity of Roadways and Buildings

The integrity of roads and buildings is usually destroyed after piping has been installed by open cut or trenching. This is because trenching involves making a trench, and thus it is hard to restore grade and landscaping. Subsurface location is on top, and therefore it displaces less soil as it does not require digging into the property.

Therefore, the integrity of the infrastructure that is around the working area is maintained. No landscape along the line is destroyed, meaning that the area remains undisturbed.

Installation Is Faster

Traditional methods of boring used during the installation of pipes is much faster than open cut / trenching.  Therefore, the amount of work is less, and consequently, the installation time is faster.

Directional boring benefits many contractors as time is saved due to less rehab of subsurface conditions. 

Installation of Pipes Anywhere

Directional boring allows boring contractors to install pipes in locations where obstacles are many. For example, rocky areas are hard to trench when existing utilities are present and shallow allowing boring to be much easier. Underground drilling allows contractors to bore and install conduits from subsurface location, which means that pipes and conduits are easily installed using trenchless technology, eliminating damage to existing utilities that are shallow.

Less Extensive Permitting Issues

Directional boring typically requires less or not permitting for roads or drives.  Directional drilling requires less or no disruption to roads or drives and is environmentally friendly. 

Moreover, no traffic is blocked, and thus you rarely need to pay traffic control to close a road. Both residential and commercial drilling boring processes do not require lane closures in most instances. It is vital to work with contractors who understand the rules of your state.

Durability
The pipes used in directional boring are typically the same used in trenching and open cut.  HDPE pipe is commonly used as it has a longer shelf life underground than standard materials.  Directional drilling otherwise known as directional boring is crucial in the conduit installation industries. This process has made it possible to put pipes underground quickly. This guide provides you with all the major advantages of directional drilling and horizontal boring done on the ground’s subsurface location.

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