When a drilling location is empty and has sufficient room for a drilling machine to fix the point, surface drilling techniques are used. The drilling we provide is 6.5 inch to 12inch diameter and upto 350 meters depth. Equipment used in surface drilling varies according to the purpose of the borehole.

We are aware of how crucial it is to drill boreholes with accuracy and efficiency to satisfy a variety of water supply demands. Our drilling business is dedicated to providing unique abilities and the latest technology to guarantee the success of borehole projects. From the first site evaluation until the end of the drilling process, environmental responsibility, safety, and accuracy are our top priorities.

The methods we provide in drilling are:

• DTH METHOD: Down-The-Hole (DTH) drilling method involves using a hydraulic hammer attached to the drill string to rapidly break the rock surface. Because of its effectiveness and accuracy in breaking through rock formations, the Down-the-Hole (DTH) drilling method is used for a variety of applications, including foundation construction, mineral exploration, and geotechnical investigations, especially in difficult and hard rock conditions.
• MUD CIRCULATION METHOD: By employing mud circulation, we make sure to offer all the domestic services required, such as filtration system installation, community involvement, and pump installation for both corporate and residential spaces.

Benefits:

• COST-EFFECTIVE SUPPLY: In the long term, using water from a borehole is frequently less expensive than using municipal water supplies or other sources.
• INDEPENDENT FROM EXTERNAL WATER SOURCES: By creating a self-sufficient water supply, boreholes help communities, companies, and individuals become less dependent on outside water sources.
• INCREASED PROPERTY VALUE: A borehole may increase the value and appeal of a residential or business property, particularly in areas where there are worries about water shortages.
• AGRICULTURAL IRRIGATION: Boreholes support agricultural activities by providing a consistent and controlled water supply for irrigation, promoting crop growth, and increasing yields.