PLUMBING

Our organization recommends suitable engines and pumps based on the bore depth and water source. Our qualified technicians ensure proper fitting of these machineries to extract water efficiently. Incorrect engine fitting can result in obtaining only 800 liters of water per hour instead of the intended 3000 liters. Furthermore, using a high-powered engine in a low-level water source may lead to engine burnout.

Damage to panel boards and switches can occur due to miscalculations of electrical powers. Our organization excels in advising on suitable engines and pumps and ensures their proper installation with the assistance of highly qualified technicians.

RAINWATER HARVESTING METHODS

Tests are conducted during cleaning.

– Rainwater harvesting through percolation pit method.
– Rainwater harvesting through broken brick method.
– Rainwater harvesting through well cum canal cum percolation pit method.
– Rainwater harvesting through open wells.
– Rainwater harvesting through defunct bore well method.
– Rainwater harvesting through ponds.
– Rainwater harvesting through ditch and furrow storage.
– Rainwater harvesting through recharge wells.
– Rainwater harvesting through service well cum recharge well method.

DEWATERING

Our effective Dewatering Venture involves several stages. In the construction industry, the saying “a building is only as good as its foundation” holds true. Dewatering is a crucial aspect of preparing a building foundation, ensuring effective groundwater control before construction. This process requires careful planning and execution, including specific research. A competent Dewatering Specialist or Exploration Specialist is essential to avoid potential risks, such as misinterpreting subsurface soil, which can lead to significant cost overruns and delays.

GEOPHYSICS

– Groundwater Geophysics/Survey
– Groundwater Exploration & Exploitation
– Selection of Site Using Electrical Resistivity Survey

YIELD TEST REPORT

Our company utilizes advanced technology and highly qualified experts to determine the water quality that can be produced daily from borewells. Various methods, such as air compressors, V Level, over pumping with a barrel and stopwatch, and step-drawn down techniques, are employed.

– Flushing and Cleaning of Borewells with Air Compressors
– Enhancement/Recharge of both active and defunct borewells using high-pressure air compressors and chemical treatment.
– Selection, Supply, and Installation of Pumps based on gas testing, ensuring energy efficiency and optimal system performance.