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Underground water tanks, also known as underground water tanks for sale, are constructed with materials such as plastic, concrete, or steel. These crops are deployed underground to collect and store rainwater or any other water sources. Types of underground water tanks:
Plastic underground water tanks:
The tanks are constructed with high-density polyethylene (HDPE) or fiberglass. Plastic water tanks are lightweight and corrosion-resistant, making them as durable as any underground water tank.
Concrete underground water tanks:
Concrete water tanks are built by either precast or cast-in-place methods. Concrete underground water tanks provide a stable and durable option. They are ideal for large-scale storage requirements.
Steel underground water tanks:
Steel underground water tanks are made of corrosion-resistant steel. The tanks are known for their strength and long lifespan. Steel underground water tanks are well-suited for large-scale water storage applications like municipal water supply systems or industrial facilities.
Modular underground water tanks:
Modular tanks are manufactured for easy assembly. The tanks are made of different materials like plastic, concrete, or fiberglass. One of the most attractive benefits of a modular underground tank is that it will provide flexibility in storage capacity and design.
Parameters and attributes for underground tanks for water storage:
Underground water tanks offer a secure location for water storage out of view of the public. These tanks are primarily used to store or supply water.
Rain Harvesting:
People with underground water tanks utilize the tanks to collect rainwater through gutters and downpipes linked to an underground water tank. The rainwater is then filtered and utilized for non-potable uses or, if treated adequately, for potable use. This helps people to have a sustainable water supply.
Ground Water Recharge:
In areas where the underground aquifer is decreasing, pervious underground water tanks can help recharge it. When it rains, water seeps through the tank's bottom into the ground, replenishing the groundwater.
Storage for Dry Seasons:
Underground water tanks are also widely used in arid regions. Water storage facilities can help people have a constant water supply, even during dry months or droughts.
Fire Protection:
In places prone to fires, underground water tanks can serve as a fire protection system. Firefighters can quickly access the stored water if a fire occurs, providing immediate firefighting support.
Industrial Uses:
In industrial production and manufacturing, underground water tanks can be utilized for numerous purposes, such as cooling systems, product processing, and water supply for factories.
Agricultural Irrigation:
In addition to urban residences, underground water tanks are also extensively used in agriculture. Farmers can store water using underground tanks and utilize it for irrigation, alleviating their dependency on surface water sources.
Emergency Preparedness:
Underground water tanks can also be utilized for emergency preparedness. For example, in locations vulnerable to natural calamities like earthquakes or storms, underground water tanks can serve as an emergency water supply, ensuring people have access to water during emergencies.
Several factors need to be considered when selecting underground water storage tanks for personal or commercial use.
Demand estimate
Calculate the expected daily usage of the stored underground water. This includes the volume of water needed for daily use, industrial processes, or firefighting applications. Consider peak demand periods, such as during dry seasons or busy industrial months, and account for potential water conservation measures to avoid overestimating the required tank capacity.
Site assessment
Determine the available space at the location where the underground water tank will be installed. This includes assessing land area, soil conditions, and proximity to cost-effective water sources. Consider local zoning regulations and construction permits, and engage with qualified professionals for effective site evaluation.
Tank material
Select the most appropriate material for the underground water tank based on its advantages and suitability for specific needs. Concrete tanks offer durability and resistance to corrosion, but soil conditions must support them; fiberglass tanks provide flexibility in size and rapid installation; stainless steel tanks ensure water quality and longevity. Consider installation complexity, maintenance requirements, and compatibility with the water distribution system when choosing the tank material.
Cost
Consider initial expenses and long-term operating costs when selecting an underground water tank. Initial costs include purchasing the tank, site preparation, and installation expenses. Opt for a tank that fits the budget without compromising water storage capacity.
Q1: Do underground water tanks need to be ventilated?
A1: Generally, underground water tanks do not need any ventilation because the water stored inside is not exposed to air.
Q2: What are the ways to purify water in an underground water tank?
A2: There are several ways to purify water in an underground water tank. Chemicals like chlorine and calcium hypochlorite can be used, or UV light purifiers can be installed. Users can also use carbon filters to remove specific contaminants from the water.
Q3: Do underground water tanks have the risk of leakage?
A3: Yes, if proper construction materials and techniques are not used, underground water tanks can have the risk of leakage. Businesses must choose waterproof materials and get the tank constructed by professionals to avoid any leakage.