Rainwater Harvesting System With Water Tanks: How To Properly Install, What Are Its Benefits

It’s a cost-effective, environment-friendly solution

Rainwater harvesting is a sustainable practice involving the collection, storage, and utilization of rainwater and it reduces the load on common water sources. The process of rainwater harvesting includes a catchment surface, such as a roof or paved area where rainwater is collected, a system of pipes that direct water to storage, and then there is filtration done to remove impurities. Next up storage tanks, either above the ground or underground, which hold rainwater for later use, and a distribution system for purposes like irrigation, and other uses such as washing, is created to finish the rainwater harvesting system.

By harnessing the potential of rain, rainwater harvesting promotes eco-friendly water management, conserving natural resources and reducing the dependence on traditional water supplies. This sustainable approach contributes to environmental preservation and cost savings while addressing the challenges of water scarcity. Read on how storage tank manufacturers in India aid in contributing to the creation of a robust rainwater harvesting system.

For proper installation of the rainwater harvesting system, follow the below-mentioned steps diligently.

1. Mark the collection area: Identify suitable surfaces like rooftops or driveways for rainwater collection.
2. Have a range of rainwater estimates: Estimate collected rainwater based on the catchment area and regional rainfall.
3. Install gutters and downspouts: Attach gutters to the catchment surface, directing water to downspouts. Use a pre-filter or leaf diverter to prevent debris entry.
4. Install pre-filter to remove contaminants: Before storage, install a first-flush diverter or pre-filter to remove contaminants.
5. Storage tank placement: Choose an elevated location for the storage tank, minimizing pipe length and ensuring gravity-fed systems.
6. Conveyance pipes: Connect downspouts to conveyance pipes leading to the tank with a gentle slope for efficient water flow.
7. Install the tank: Install the tank on a stable base, considering load-bearing capacity. Connect conveyance pipes to the tank’s inlet. Choose a robust water tank such as the 7 layer water tank for effective protection from natural elements.
8. Overflow and outlet: Prevent overflow with an outlet diverting excess water. Connect an outlet for distributing harvested water.
9. Filtering and purification: Install additional filters or purifiers for potable water use if needed.

Benefits of Rainwater Harvesting

1. Responsible usage of water: Promoting responsible water usage, rainwater harvesting minimizes dependence on conventional water sources, alleviating the strain on water supply systems.
2. Helps in the preservation of groundwater: It also aids in preserving groundwater resources, especially in regions facing water scarcity. The practice reduces stormwater runoff, curbing issues like soil erosion and urban flooding.
3. Cost-effective: This is achieved by using harvested rainwater, particularly for non-potable purposes like landscaping and irrigation, leading to financial savings on water bills.
4. Environment-friendly: Rainwater harvesting contributes to environmental conservation by lowering the demand for municipal water supplies and reducing the energy needed for water treatment and distribution.

How uPVC water tanks offer a range of advantages for rainwater harvesting:

1. Corrosion resistance: uPVC tanks ensure durability by being highly corrosion-resistant, making them ideal for storing rainwater that may contain impurities harmful to metal tanks.
2. Lightweight and easy installation: Being lightweight, uPVC tanks are easy to transport and install, simplifying the installation process and reducing time and effort.
3. Low maintenance: uPVC tanks require minimal maintenance, as they are less prone to corrosion, rust, or degradation, leading to lower long-term maintenance costs.
4. Chemical resistance: uPVC’s resistance to various chemicals ensures that rainwater stored in these tanks remains uncontaminated and suitable for irrigation and non-potable applications.
5. Insulation properties: uPVC tanks provide good insulation, helping regulate stored water temperature, and preventing excessive heat absorption, especially beneficial in warmer climates.
6. Resistance to UV radiation: uPVC’s inherent resistance to UV radiation ensures that tank material remains durable and does not degrade or become brittle when exposed to sunlight.
7. Safe for water storage: uPVC is a safe and inert material that does not leach harmful substances into stored water, ensuring the safety of harvested rainwater for various non-potable uses including irrigation.

Choose TMT Plus uPVC water tanks for your Rainwater Harvesting

Among the leading water tank manufacturers in India, TMT Plus stands out with its proven track record in delivering high-quality water tank solutions, backed by a solid reputation and positive customer reviews. Their insistence on product innovation has resulted in advanced tank designs that enhance performance and durability for rainwater harvesting.

Offering a comprehensive product range with various sizes and configurations, their tanks are reliable to meet specific rainwater harvesting needs. Their commitment to quality assurance involves strict adherence to industry benchmarks, ensuring the longevity and dependable performance of their water tanks. Their tanks are resistant to corrosion, chemicals, and UV radiation. They are also renowned for durability and longevity.

Finally, customization options allow consumers to choose tanks that efficiently fit their space requirements, contributing to effective rainwater harvesting solutions.