Advantages From Directional Boring

Directional boring has many advantages, including lower costs and fewer cracks in the existing rock formations. Learn more about directional boring and its advantages by reading the paragraphs below!

Directional boring is a trenchless technology technique that is sometimes referred to as horizontal directional drilling (HDD), horizontal drilling, slant drilling, or deviated drilling. Directional boring is a technique used in the oil and gas industry to drill a series of wells laterally and at an angle from a vertical well bore through a zone of rock that contains oil or gas.

Utility pipeline and conduit installation also use directional boring or horizontal directional drilling. With the least amount of disruption possible, a pilot borehole is drilled following a pre-planned bore line from the surface. Directional boring is mostly used to create tunnels beneath rivers, highways, and existing structures to install pipelines and conduits for the transportation of various goods and fluids.

Utility lines can be laid from one location to another using horizontal directional drilling or directional boring without removing any existing obstructions or ground. By linking utilities and services in locations where standard trenching is not viable, directional drilling goes above and beyond trenching.

Traditional Method vs. Directional Boring

Although trenching or open-cut installation is the most typical method for connecting utilities, it has some drawbacks. Only when the ground above the utilities may be disturbed and there are no structures, roads, or other obstacles in the path can this method be used. If necessary, directional drilling can be utilized to travel beneath highways, walkways, rivers, and even residences in the same circumstances as open-cut excavation is intended.

Trenching often has a cheaper installation cost than directional boring—six to eight times lower than horizontal drilling. Trenching or plowing, which is more cost-effective but has restrictions, and directional boring, which takes care of everything else but is more expensive, typically complement each other. Directional boring or horizontal directional drilling would be chosen as the best alternative if we had to choose one over the other without taking into account cost because they can complete tasks that trenching and plowing cannot and that was previously thought to be impossible before the development of this amazing technology.

Directional Boring's Construction Footprint

The existing ground is typically disturbed far less when using directional boring because of this lesser impact. As with all construction machinery, some damage is still done, but with careful planning and persistence, it may be minimized. The large, track-mounted horizontal directional drilling machines, such as those produced by Vermeer, tend to disturb or harm the environment underneath them or where they pass.

The water utilized for the boring is another area that could be problematic. The water will typically tend to rise to the ground's surface. It typically only causes minor disruptions, but there may be times when the sod or grass seed in specific locations needs to be replaced. Horizontal directional drilling will typically only cause a mess where the machine is set up and where utilities need to be connected. In some cases, setting up a drill on the side of the road is possible with only the locator's footprints creating any noticeable disturbance. Directional boring is the technique you utilize if you want to cause as little harm to your current ground as possible.

What Advantages Does Directional Boring Offer?

• Less disruption to the soil
• Different pipes can be installed on a single site.
• Reduces the fissures to the rock structures already present.
• Decreases groundwater pollution contamination.
• Safeguards the surrounding surroundings and ecology.
• The amount of oil or gas produced by the directional boring is double what is being extracted.
• Lowers the cost of shoring and excavation.
• The procedure is safer than an open cut.
• The process won't be significantly impacted by the weather.
• Minimal impact on the scenery and traffic. Ideal for locations vulnerable to disruption of the surface, such as busy roads, airport runways, golf courses, etc.
• Ability to drill through impediments on the surface or active construction projects.
• Existing pipes can be replaced using certain methods, such as asbestos cement, non-reinforced concrete, and PVC conduits.

Consider a scenario in which your client connects to city water after leaving a well. Why dig up the entire front yard, destroy it, and perhaps lose lovely trees that could be decades old? Directional dullness makes even more sense if the utility room is located in the middle of the house. If you cut a 12-inch square hole in the concrete floor, a skilled operator should have little trouble hitting it. This is merely one possibility. Consider connecting outbuildings to utilities and power or considering water drainage. Directional boring may be able to save you a ton of time and money if you need to dig a trench but something is blocking the path.