Rain water harvesting
I am .Sikander Meeranayak is an entrepreneur in the field of modern-day Rainwater Harvesting. We have in our midst the expertise and experience required to carry out detailed studies with the purpose of devising master plans for Rainwater Harvesting, and implementation of Rainwater Harvesting techniques.
Our approach to an assignment is brisk, positive and result-oriented. We study a given premise, recommend short-term or long-term plans, design site-specific artificial recharge structures, and implement the project.
We hope to receive from you a positive feedback and initiative to plan for a Rainwater Harvesting project at your premises, to arrest the depletion of groundwater table and to improve the quality and quantity of water extracted.
We are here to solve all your water problems, be it related to domestic, agricultural or industrial purpose.
Rainwater Harvesting (RWH) is the process of collecting and storing rainwater in a scientific and controlled manner for future use.
RWH is simple, technically feasible, economically affordable and an environmental friendly option.
- RWH reduces surface run-off, flooding and soil erosion.
- Saves on water charges.
- Improves ground water table.
- Saves on electricity charges.
Conserve, Reuse, Recycle Water, Every drop counts.
Why Need?
In India average annual rain fall is 800 to 1000 millimeter. Whereas it is 400 to 600 millimeters in Karnataka. Large amount of rain water flows down to oceans, which is only the source of drinking water available every year.
In India total internal water resources in 2007 was 1261 Billion qubic meter (BQM), it is calculated per capita 1622 BQM. Whereas it was 1952.87 BQM in the year 1952 and it decreased to 1711.21BQM in the year 1995. In Karnataka specifically in Dharwad district average rain fall is 800 to 930 millimeter. All this data show critical problem of drinking water in future and Only solution is ‘STORE RAIN WATER’ to save the earth.
1) Roof top rainwater harvesting:
Roof tops of houses are excellent collection center for rainwater. If water properly diverted from rooftops and used for artificial recharge, rainwater will augment the groundwater table to a sufficient extent.
In rooftop harvesting , the roof is connected to the well through a network of pipes and filtering system.
Benefits:
- Environmental and easy approach for water requirements.
- Cost Effective and easy to maintain
- It can also used for drinking and other purpose also.
- To supplement domestic water requirement during summer.
) Percolation Pit/ Soak pit:
This method directly diverts rainwater into an aquifer, a percolation pit is made. This structure is covered with a perforated concrete slab.
10X10X10 pit percolates 4lakh liters of water per year. This will increase the ground water table.
) Direct bore well recharge:
This is an other method of rainwater harvesting. In this rainwater will collect in one place and after filtration the water is directly sent to bore well by casing pipe.
This gives immediate and effective method of rainwater harvesting
4) Non– Irrigation methods
This method is used in stony land and hard field. Trenches and soak pits are constructed in land and that will percolate rainwater and then it remove moisture from stored water.
3X4X12 feet trench will percolate 12lakh liter per year.
) Other Services:
Organization expanding its services to GREEN building technology. This is low cost, eco-friendly building construction. It includes all services like solar energy, rainwater harvesting and eco-friendly structures.
its successful and long term sustainable work .one time investment
