Professional Borewell Services
Borewell drilling is an essential method for accessing underground water, particularly in areas where surface water is scarce or unreliable. At Dip Direction, we provide expert borewell drilling services designed to meet diverse needs, from residential and agricultural to industrial applications. Our advanced rigs and skilled professionals ensure efficient drilling through various soil and rock conditions, tapping into deep aquifers for a dependable water source. Whether you’re developing a new construction project or enhancing your farm’s irrigation system, our borewell solutions are customized to deliver long-lasting, sustainable water supply with precision and care. Trust us for reliable and efficient results.
Why You Should Opt for a Borewell
A Long-Term Water Solution
Borewells provide a steady supply of water even in areas with limited surface water sources.
Ideal for regions prone to droughts or inconsistent municipal water supply.
Independence from External Water Sources
No need to rely on water tankers or other external sources.
Reduces dependence on fluctuating water supply schedules or costs.
Continuous Water Supply for Construction
Construction activities like mixing concrete, curing, and dust suppression require a large and consistent water supply.
Borewells ensure an uninterrupted water source, eliminating delays caused by water scarcity.
Cost Savings on Bulk Water Usage
For large construction sites or high-consumption areas like farms or industries. , the cost of water from external sources can be significant.
A borewell offers a one-time investment that saves money throughout the project.
Water supply during dry seasons
Unlike open wells or surface water sources, borewells can access deep aquifers that are less affected by seasonal changes.
Ensures a reliable water supply even during dry seasons or droughts.
Unrestricted Drilling in Hard Rock
Open wells struggle to penetrate hard rock formations due to their dependence on manual or limited mechanical digging.
Borewells, equipped with advanced DTH (Down-The-Hammer) technology and pneumatic pressure, can drill effortlessly through hard rock layers to reach deeper aquifers.
Essential for Remote Areas
In rural or remote locations where municipal water is unavailable, a borewell serves as the primary water source.
Enables self-sufficiency in water management.
Adds Value to Your Property
Properties with a functioning borewell are more attractive to buyers or tenants.
Acts as a value-added feature for residential, agricultural, and industrial properties.
TYPES OF RIGS WE USE
Portable Rig
Ideal for locations with restricted access.
Capable of drilling while parked 50-100 meters away from the drilling site.
Requires a compact space of 2.5m x 2.5m for operation.
Advantages:
Can access areas where larger vehicles like trucks cannot reach.
Perfect for tight spaces and rugged terrains.
Low Cost, making it budget-friendly.
Specifications:
Drilling Diameter: 5 inches and 6 inches.
Drilling Mechanism: Pneumatic-driven Down-The-Hammer (DTH) technique using air pressure.
Rod Length: 5 ft per rod.
Truck-Mounted Rig
A heavy-duty rig mounted directly on a truck.
Requires the truck to be positioned at the drilling site.
Advantages:
Faster drilling compared to portable rigs.
Can drill larger borewell diameters.
Specifications:
Drilling Diameter: 7 inches and 8 inches.
Drilling Mechanism: Pneumatic-driven Down-The-Hammer (DTH) technique using air pressure.
Rod Length: 19 ft per rod.
Disadvantages:
Requires ample space for truck mobility.
Ground conditions must be flat to facilitate operations.
Rotary Rig
Best suited for areas with soft strata or loose soil lithology.
Cannot drill through hard rock or compact formations.
Advantages:
Capable of drilling large-diameter borewells, up to 24 inches.
Utilizes gravel packing on borewell sides to prevent mud particle entry.
Specifications:
Drilling Mechanism: Diesel engine-driven rotary technique with bentonite clay circulation.
Setup: Requires two pits for clay circulation.
Disadvantages:
Slower drilling process compared to DTH rigs.
Higher operational costs due to material and setup requirements