B.S. Rain Harvesting Co.

To beat the competition and stand tall in the market, we bring forth a wide range of Rain Harvesting System. The product offered by us is assembled using optimum grade components by our experienced professionals. The decision whether to store or recharge water depends on rainfall pattern of a particular region. For example, in places like Kerala and Mizoram, rain falls throughout the year, barring a few dry periods. In such places, one can depend on a small domestic-sized water tank for storing rainwater, since the period between two spells of rain is short. On the other hands, in dry areas like Delhi, Rajasthan and Gujarat the total annual rainfall occurs only during 3 or 4 months of monsoon. The water collected during the monsoon has to be stored throughout the year; which means that huge volumes of storage containers would have to be provided. In regions like Delhi, it is more feasible to use rainwater to recharge groundwater aquifers rather than for storage. Clients can avail this system at market leading prices from our end.

Features:

Feasibility

Low maintenance

Eco friendly

Additional Information:

• Item Code: RHS-02

With vast industry experience, our experienced professionals use highly advanced technology to assemble a wide range of Rain Harvesting System as per the demands of our clients. Manufactured using high quality components this system is extremely robust and durable in nature. The offered system is highly efficient and offer hassle-free performance. In addition, this system is stringently tested on various parameters by our quality-controllers.

Features:

•Feasibility

•Sturdiness

•Robustness

Utilizing advanced technologies in manufacturing and systems operation, we are assembling a wide array of Rain Harvesting System. Consider a building with a flat terrace area of 4, 00000 sq. ft. situated in Lalru Distt. Patiala. The average annual rainfall in Patiala is approximately 808.7 mm (33 inches). In simple terms, this means that if the terrace floor is assumed to be impermeable, all the rain that falls on it is retained without evaporation, then in one year, there will be rain water on the terrace floor to a height of 808.7 mm.
•Area of the plot = 400000
•sq ft Height of rainfall = 2’-9” (33 inches)
•Volume of rainfall = Area of plot X Height of rainfall
•Soak pit capacity proximate = 1, 08000 ltr. Per 12 Hour
Assuming that only 60% of the total rainfall is effectively harvested, volume of water harvested = 1, 32, 000 liters. This volume is about seven times the annual drinking water requirement of a 5-member family. The average daily drinking water requirement per person is 10 liters.
 
Features:
Durability
Feasibility
High efficiency

Leveraging on our team of expert engineers, we have gained expertise in providing a reliable Water Harvesting System. We use refined technologies and machineries for assembling this product. Acknowledged for its appropriate dimensions, this system offers long service life. Before assembling at the client side this system undergoes a number of quality checks against many internal parameters to make the installation flawless at client's end.
Features:
Quality of ground water improve
Raises the water levels in wells and bore wells that are continuously drying up
Mitigated the effects of drought and achieves drought proofing
An ideal solution to water problem in areas having inadequate water resource

We are indulged in offering the finest quality Water Harvesting System.
Use:
Used at different places for collecting rain water
Features:
Precisely design
Easy installation
Durability

Backed by the team of dexterous professionals and advanced infrastructure, we have become proficient in offering Rain Harvesting System. The total amount of water that is received in the form of rainfall over an area is called the rain water endowment of that area. Out of this, the amount that can be effectively harvested is called the rain water harvesting potential.

The collection efficiency accounts for the fact all the rainwater falling over an area cannot be effectively harvested, because of evaporation, spillage etc. Factor like runoff coefficient is taken in to account when estimating the collection efficiency. The following is an illustrative theoretical calculation that highlights the enormous potential for rain water harvesting. The same procedure can be applied to get the potential for any plot of land or rooftop area.

Further, Moreover, the investment required for installing the system is quite less.

Water harvesting potential=Rainfall (mm) X collection efficiency.

Features:

• Precise engineering

• Smooth operation

• Easy to install

Additional Information:

• Item Code: RHS-03

India is facing a huge water crisis due to uncertain climate change. The importance of the water has become more relevant for sustaining life particularly in the developing countries like India. The water crisis has become alarming to such an extent that under every citizen start acting towards saving & preserving the rain water.