Features:
 ⦁ Low running cost
 ⦁ Meets needed Statutory morals
 ⦁ Superior performance
 ⦁ Collecting and using rainwater to replace external water use reduces your water bill.
 ⦁ Reducing civil water use for areas similar as irrigation reduces the quantity of water that a municipality has to treat and pump. This, in turn, reduces water service              costs to a megacity.

 ⦁ The wide perpetration of rainwater harvesting within a megacity’s service area can reduce the long- term water development requirements of a megacity, allowing the      megacity to use their living water structure investments more efficiently.
 ⦁ The cost to the community to supply treated water is getting more precious every time. The cost to construct heads, pipes, and treatment shops, not to mention the          cost of conservation and structure relief is huge. As water druggies, the rate-payers in the community eventually will ante this rising bill. Thus, the practice of rainwater      harvesting can reduce water demand and therefore allow cosmopolises to give drinkable water service at a lower cost.
 ⦁ Designing and installing rainwater collection systems can give sustainable jobs for the frugality of the future. The rainwater harvesting assiduity can come a leading          employer in the green structure movement.
 ⦁ Rainwater stored onsite in a rainwater harvesting system can be available for backfires and help cover the house and property. Insurance companies can offer                  abatements for storing water onsite for fire protection.
 ⦁ The perpetration of rainwater harvesting can help meet new norms of energy and water effectiveness conditions and canons that are being developed in communities.
 ⦁ Rainwater harvesting helps serviceability reduce peak demands during summer months, saving treated water for more important and applicable water uses.
 ⦁ While rainwater can be a perfect primary water source for numerous uses and situations, it’s also a great backup water force for exigency situations.