BOREWELL DRILLING METHODS

SURFACE DRILLING

At Bhadoriya Borewell, we pride ourselves on offering top-notch borewell drilling services that are both reliable and efficient, catering to a wide range of needs across the residential, agricultural, and industrial sectors. With extensive experience in the field and a dedicated team of highly skilled professionals, we are committed to delivering high-quality drilling solutions that not only meet but exceed our clients’ expectations. Whether you need a borewell for your home, farm, or industrial project, we provide tailored services that ensure optimum results. We focus on using advanced drilling techniques and state-of-the-art equipment to ensure precision and durability. Our solutions are designed to be cost-effective while providing long-lasting performance, making us a trusted choice for customers seeking dependable and sustainable water solutions.

Our Borewell Drilling Services Include:

  1. Residential Borewell Drilling
    We offer precise and safe borewell drilling services for your home, ensuring a constant and reliable water supply. Our team uses advanced techniques and equipment to drill borewells ranging from 4.75 inches to 6.5 inches in diameter, depending on your specific needs.
  2. Agricultural Borewell Drilling
    We understand the vital role water plays in agriculture. Our agricultural borewell drilling services are designed to help farmers access groundwater for irrigation and other agricultural needs. We provide drilling services for borewells in sizes ranging from 6.5 inches to 12 inches, tailored to your land’s requirements.
  3. Industrial Borewell Drilling
    For industrial clients, we provide efficient and high-performance borewell drilling solutions to support your operations. Our industrial borewell drilling services include a range of sizes, from 6.5 inches to 12 inches, ensuring that your water supply needs are met with precision and reliability.

Borewell Drilling Process

Borewell Drilling Process for 6.5-Inch Borewells

The drilling process for a 6.5-inch borewell, as outlined in this guide, follows the same general steps regardless of the borewell’s size. The drilling rig is carefully positioned at the site identified by a water diviner, hydrogeologist, groundwater locator, or borewell expert. Once the location is confirmed, an 8-inch borewell drilling bit is attached to the rig and activated using a hydraulic hammer. This hammer generates the pressure needed to drive the bit into the earth. Powered by a high-pressure compressor, the rig creates a hole by blasting through the surface until a hard rock layer is encountered.

When the drilling reaches the hard rock formation, the complete drilling setup, including the rods, hammer, and 8-inch bit, is withdrawn to the surface. At this point, casing pipes, typically made of MS iron or PVC, are inserted into the borehole. These pipes, usually of 7-inch (6kg) diameter, serve as the borewell’s casing, preventing surrounding soil from falling into the well.

After the casing pipes are installed, a 6.5-inch bit is reattached with the hydraulic hammer to continue drilling through the rock. The drilling process is performed with precision, ensuring the bit is driven into the borehole with the right amount of pressure, tailored to the geological conditions of the area. Standard drilling rods of 20 feet in length are used and added as needed throughout the process. As drilling progresses, the drilling supervisor monitors changes in rock formation with each foot drilled. In some cases, the rock type remains consistent throughout, while in others, variations occur.

During drilling, the supervisor carefully observes any signs of silt or boulders. If encountered, special slotted or screener pipes may be inserted into the borewell to maintain the hole’s integrity. Once water is detected in the borehole, it will begin to visibly flow from the drilled hole, and the drilling supervisor can estimate the yield of the borewell.

If the water flow is sufficient, the drilling process is halted. If the yield is insufficient, drilling may continue deeper until a reliable water source is found. In some cases, if the water level is exceptionally high, the borewell may reach its maximum capacity, and further drilling would not be feasible.

This process ensures a robust, efficient borewell installation tailored to the unique geological conditions of the site.

Why Choose Bhadoriya Borewell?

  • Expertise and Experience: With years of experience in the industry, we bring a wealth of knowledge and skill to every project, ensuring the highest quality of service.
  • Advanced Equipment: We use state-of-the-art drilling rigs and equipment capable of drilling deep borewells, up to 1200 feet, to provide a reliable water source.
  • Customized Solutions: We understand that every site is unique, and we tailor our drilling solutions to meet the specific needs of our clients, ensuring optimal results.
  • Affordable and Timely Services: We strive to offer cost-effective solutions without compromising on quality, and our team is committed to completing projects on time.

At Bhadoriya Borewell, we are dedicated to providing the best borewell drilling services that cater to your specific requirements. Whether you’re looking to drill a borewell for your home, farm, or business, we are here to deliver dependable and professional services every step of the way.

Contact us today for a consultation or to get started with your borewell drilling project.

FAQ's

Why is my borewell not yielding enough water?

There could be several reasons why your borewell is not yielding enough water. Some common causes include:

  • Depletion of groundwater levels : Overuse or seasonal fluctuations can cause the water table to drop, leading to reduced water yield.
  • Inadequate drilling depth : If the borewell hasn’t reached an aquifer or deeper water source, it may not tap into sufficient water reserves.
  • Clogging or silt accumulation : Over time, the borewell’s casing can become clogged with sediment, silt, or minerals, limiting the water flow.
  • Damaged pump or system : A malfunctioning pump or other components of the borewell system could also affect water output.

Muddy or unclear water can result from several issues:

  • Sediment accumulation : The borewell may have been drilled through loose soil or sand layers, which can cause sediment to enter the water supply.
  • Pump-related issues : If the pump is too powerful or malfunctioning, it might be disturbing the surrounding soil or sand, leading to muddy water.
  • Water table fluctuations : During periods of heavy rainfall or groundwater level changes, new sediment may be stirred up and enter the borewell.
  • Borewell collapse : If the borewell casing or structure is damaged, it could allow soil to enter the water, making it cloudy.

Signs that your borewell may have collapsed or is damaged include:

  • Reduced water flow : A significant drop in water flow or a sudden inability to extract water may indicate collapse.
  • Strange noises : If the pump or system starts making unusual sounds, it might be a sign of damage to the casing or a blockage in the borewell.
  • Erratic water quality : A sudden change in water quality, such as muddy water, can signal that the borewell casing has cracked or collapsed.
  • Water loss after heavy rains : If water flow significantly decreases after heavy rainfall, the collapse could be due to groundwater infiltration.

Low water pressure from a borewell can be caused by several factors:

  • Clogged filters or pipes : Sediment buildup in the pipes or filters can reduce water pressure. It’s important to clean and maintain the system regularly.
  • Pump malfunction : A pump that is either too small for the borewell or malfunctioning can lead to poor water pressure. Replacing or repairing the pump may resolve the issue.
  • Water table fluctuations : If the water level has dropped due to seasonal changes or overuse, it may result in lower pressure.
  • Blockages or leaks in the borewell system : Any obstruction or leaks in the piping system can cause a drop in water pressure.

To help prevent your borewell from drying up, consider the following practices:

  • Limit water usage : Over-extraction of water from the borewell can lead to a drop in the water table. Be mindful of water usage and avoid wastage.
  • Rainwater harvesting : Implement rainwater harvesting systems to recharge the groundwater levels and reduce the pressure on your borewell.
  • Regular maintenance : Periodically inspect and clean your borewell to ensure it is functioning optimally and to avoid blockages or sediment buildup.
  • Drill deeper if necessary : If the water table has dropped, you may need to extend the borewell to a deeper level to reach more reliable water sources.