1. Borewell Inspection

Objective: To assess the condition of the borewell and identify blockages or damage.

• Process: Our team of experts conducts a thorough inspection of the borewell using advanced tools such as borewell cameras, sensors, or other diagnostic equipment. This allows us to visualize the inside of the borewell, identifying issues like accumulated debris, blockages, damaged casing pipes, or clogging caused by silt, sand, or hard water deposits.
• Outcome: The inspection helps us understand the depth and type of blockage, as well as the structural condition of the borewell, so we can plan the most appropriate cleaning method.

2. High-Pressure Water Flushing

Objective: To dislodge and remove debris such as silt, sand, and other blockages.

• Process: Once we have assessed the borewell’s condition, we use a high-pressure water jetting system. Water is injected at high velocity into the borewell shaft, which helps in loosening and flushing out the accumulated particles, sediments, or debris that have clogged the borewell over time.
• Why It’s Effective: The high pressure effectively breaks down hardened deposits or packed-in silt, restoring the borewell’s original diameter and improving water flow. This technique ensures minimal damage to the borewell structure.

3. Cleaning the Borehole

Objective: To ensure that the borehole is completely free of any remaining obstructions.

• Process: After the high-pressure flushing, we conduct a secondary cleaning using borewell-specific tools to ensure any residual deposits, debris, or obstructions have been fully removed. This stage may involve mechanical scrubbing or additional water flushing, depending on the condition of the borewell.
• Outcome: This ensures that the borehole is left clean, clear of blockages, and ready for efficient water extraction. The borehole is also examined to verify that it has been completely cleared.

4. Final Water Yield Test

Objective: To verify the efficiency of the borewell and ensure optimal water flow.

• Process: After the cleaning process is completed, we conduct a water yield test. This involves pumping water from the borewell at different pressures to measure the flow rate and check whether the borewell is capable of delivering an adequate supply of water. The yield test helps determine if the restoration process has successfully revived the borewell’s water production to its optimal capacity.
• Outcome: Based on the results of the yield test, we can confirm that the borewell is functioning efficiently, ensuring a consistent water supply.

  Summary:

  Through this systematic and comprehensive process, Radha Krishna Borewells ensures that old, inefficient borewells are thoroughly cleaned and restored to full functionality. This process not only revives the borewell but also extends its life, helping users make the most of their water resources efficiently and cost-effectively.