Rainwater Harvesting Services

Approx. Rs 60,000 / PieceGet Latest Price

Product BrochureService Details:

Hitech Drilling Engineers an offer RWH With Pre Cast V Wire Technology Service . It is important that each system is sized appropriately to enhance operation and increase cost-effectiveness. Our engineers will consider your roof size, surface open area, paved area, rainfall, applications and occupancy to ensure you are provided with an appropriate system. We manufacture a large variety of precast RWH Module for a wide range of uses this allows us to combine different sized tanks to provide you with an accurately sized system. By adapting Rainwater harvesting system you will be able to conserve and recharge the groundwater source by an average per 1000 mm annual rainfall this system consist 15,00000 liters of water every year can be recharged annually.We have recommended a new scientific technology to recharge your existing bore well by adapting V-wire, technology rejuvenation of dried and depending drinking water bore well thought scientific techniques.Advantages:Reduce your water charges. Rainwater is completely free.Rainwater harvesting is environmentally friendly.Rainwater is soft water which means lime-scale free appliances.Chlorine-free rainwater helps prevent rust on appliances.Self-suitable systems especially for water requirement.Increases groundwater level by re-charging.Reduces stress on urban water supply by 25%.

Approx. Rs 1,35,000 / PieceGet Latest Price

Product BrochureService Details:

With our huge and capable industry knowledge and experience, we are immersed in delivering Rain Water Harvesting Consultants Service. These services are executed under the management of capable personnel as per the set market principles. Moreover, these consultancy services are valued amid our respected customers due to their promptness, flexibility and cost effectiveness.

Approx. Rs 1,50,000 / PieceGet Latest Price

Product BrochureService Details:

We offer services for Rainwater Harvesting Service through our immense expertise and know how of rain water harvesting. Empowered with experts, we have completed full fledged projects for some of the most reputed organizations like Suzuki Motorcycle India Pvt Ltd, Saint gobain  India Limited, Brookfield Management Services Private Limited, Maruti Suzuki India Limited, Sun Pharma Limited, etc. The rainwater harvesting includes collection, storage and efficient use of rainwater, which reduce the cost of public water supply. The benefits of rainwater harvesting can include: Relief of strain on other water supply ability to build or farm in areas with no other water supply cleaner water increased independence and water security lower water supply cost Reduced flood flows reduced topsoil loss improved plant growth greater sensitivity to and connection with natural cycles.

Approx. Rs 80,000 / PieceGet Latest Price

Product BrochureService Details:

Excessive digging of new bore-wells and incessant use of existing ones has resulted in severe depletion of groundwater levels rendering many a bore-well dry. Direct bore-well recharge technique combines common rainwater harvesting practices with innovative practices to replenish ground-tables and aquifers with naturally filtered rainwater. SRDS's ingenious solution to this issue involves the excavation of a pit sized 10x10x10 feet (in most cases) around the tube-wells casing pipe. Tiny slits are made into the casing pipe which is then wrapped with nylon mesh. Cement rings are laid one upon another around the pipe thus creating a circular structure in the center of the pit. The rest of the pit is packed with natural filtration material i.e. stones and sand. Adjoining this pit referred to as the primary percolation pit, a large pond is excavated. During the rains, rainwater from the plot is directed to this catchment pond via a series of trenches or piping. The water then enters the primary percolation pit and after undergoing filtration via the stones and the sand seeps in through the gaps between the cement rings. After a final round of filtration by the mesh, the water enters the casing pipes through the tiny slits thus going back underground to replenish the water tables and aquifers.

Increased water-output: Bore-wells recharged using our technique have an increased water-output. Completely dry bore-wells can be revived too.

Better water-quality: Sending back of naturally filtered rainwater into the groundwater tables results in a decrease in the proportion of impurities in the water. The bore-wells water thus loses its hardness with time.

Cost-effective: The use of locally procured natural materials enables us to deliver the bore-well recharge service at an extremely low cost.

Approx. Rs 1,50,000 / PieceGet Latest Price

Product BrochureService Details:

RWH Artificial Recharge Service is the planned, human activity of augmenting the amount of groundwater available through works designed to increase the natural replenishment or percolation of surface waters into the groundwater aquifers, resulting in a corresponding increase in the amount of groundwater available for abstraction. Although the primary objective of this technology is to preserve or enhance groundwater resources, artificial recharge has been used for many other beneficial purposes. Some of these purposes include conservation or disposal of floodwaters, control of saltwater intrusion, storage of water to reduce pumping and piping costs, temporary regulation of groundwater abstraction, and water quality improvement by removal of suspended solids by filtration through the ground or by dilution by mixing with naturally-occurring groundwaters (asano, 1985). Artificial recharge also has application in wastewater disposal, waste treatment, secondary oil recovery, prevention of land subsidence, storage of freshwater within saline aquifers. Groundwater recharge methods are suitable for use in areas where aquifers exist. Typically, unconfined aquifers are recharged by surface injection methods, whereas confined aquifers are generally recharged through subsurface injection. Surface injection methods require relatively flat or gently sloping lands, while topography has little effect on subsurface recharge methods. Aquifers best suited for artificial recharge are those which can absorb and retain large quantities of water. In temperate humid climates, the alluvial areas which are best suited to artificial recharge are areas of ancient alluvium, the buried fossil river-beds and interlinked alluvial fans of their main valley and tributaries. In the arid zone, recent river alluvium may be more favourable than in humid zones. In these areas, the water table is subject to pronounced natural fluctuations. Surface recharge methods are best suited to these cases. Coastal dunes and deltaic areas are also often very favourable areas for artificial recharge schemes. Dense urban and industrial concentrations in such areas may render artificial recharge schemes desirable, generally using subsurface recharge wells to inject surface water into the aquifers. Advantages as surface water augmentation methods, such as dams and diversions, have become more expensive and less promising in terms of environmental considerations, the prospects of storing surplus surface water underground and abstracting it whenever and wherever necessary appears to be more effective technology.