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The solution is aimed at solving the problem of the water crisis in cities where there is a lack of space for storage of water and huge populations, leading to a shortage of water supply and excessive withdrawal of water from the ground.
Modular RWH is a new technique for rainwater harvesting. It is both convenient and easy to maintain in comparison to traditional RWH. This New Age RWH system is designed with a maintenance-free structure, which makes it both cost-effective and eco-friendly.
Making The Planet Green
Recycling Rainwater
Decreases The Demand For Water
Reduces Stormwater Flow
The co-polymer based rainwater harvesting system uses a structure that offers an economical and eco-friendly solution compared to traditional rainwater harvesting systems. Co-polymer products are less expensive when compared to the cost of building brick and reinforced cement concrete or plain cement concrete storage. Moreover, cement concrete storage that is used in traditional systems will require maintenance as it has the chance of developing of infestation algae and fungi. Co-polymer modules are not only economical but also come with the option of portability, which allows the top surface to be used for a variety of purposes, like parking vehicles, floriculture and kids' playground etc.
Co-polymer based rainwater harvesting system comes with certain advantages over the traditional method of rainwater harvesting. Some of the major advantages of this system are
A Modular rainwater harvesting system meets the modern-day requirements and comes with safety assurance with an option of portability which makes it one of the most sought-after water conservation and management systems.
Unlike conventional RWH systems, the recharge chamber in modular RWH need not be PCC/ RCC, thereby saving cost. Further, the PCC/ RCC Storage-cum-Recharge Tank, after a few years, gets infested with algae/cobwebs and is very difficult to clean, whereas modular RWH with polypropylene blocks wrapped on all sides with geo-textile is almost maintenance free and its useful life is more with an option of portability if there is a need to use the occupied land for some construction purposes. Also, it has been the experience that the conventional RWH system always goes dysfunctional after 2–3 seasons, whereas a modular RWH system in its concept and design has addressed several factors that help it* have many relative advantages over the conventional RWH system.
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