The importance of an emergency water tank for areas facing water interruptions

In various parts of our country, water and electricity interruptions are experienced from time to time. Often, these resources, which municipalities announce they will cut off, can be overcome with storage products. At this point, our plastic water tank products, which have the most economical price tag, can be used. The significance of emergency tanks is crucial for areas experiencing water interruptions. Water interruptions refer to the disruption of water from natural sources or water distribution systems. This situation can lead to the limitation or complete cessation of water use in homes, workplaces, and other locations. An emergency tank is used for collecting and storing water in such situations.

An emergency tank is in areas where water interruptions may occur and is pre-filled for use during water interruptions. It helps alleviate difficulties that may arise due to water interruptions and enables the continuation of water use.

Moreover, an emergency tank can also be useful in situations such as disasters and natural calamities. For instance, it can be used for collecting and storing water during floods and water inundations. An emergency tank assists in saving lives and contributes to meeting water needs after disasters.

How to harvest rainwater for emergency use?

The rainwater harvesting system is a system used to collect, store, and use rainwater. This system, which can also be used in emergencies, allows the use of rainwater in homes, workplaces, and other locations. The rainwater harvesting system can be helpful in situations such as water interruptions and disasters.

The following steps can be followed to set up a rainwater harvesting system:

• Identification of the location for the rainwater harvesting system: Firstly, the location for the rainwater harvesting system needs to be identified. This location is usually an area where rainwater can be collected, such as the roof, balcony, or garden.
• Designing a roof suitable for the water harvesting system: A suitable roof design for rainwater harvesting needs to be created. This design should have a structure where water can be naturally collected and transferred to the harvesting system.
• Selection of a suitable tank for the water harvesting system: A tank for collecting and storing rainwater needs to be selected. This tank should be chosen based on the amount of rainwater and the purpose of use.
• Selection of a suitable pipe for the rainwater harvesting system: A pipe suitable for collecting and transporting rainwater needs to be selected. This pipe should be chosen based on the amount of rainwater and the purpose of use.
• Installation of the rainwater harvesting system: The rainwater harvesting system is installed using the selected roof, tank, and pipe. The system is assembled to include all the necessary parts for collecting, storing, and using rainwater.
• Testing the rainwater harvesting system: The installed rainwater harvesting system is tested and operated. Once it is ensured that all systems are working smoothly, the harvested water can be used for various purposes.

Which tanks are most suitable to be rainwater tanks?

Tanks most suitable to be rainwater tanks are those connected to the drainpipes of our buildings. These products are water-resistant, have drainage systems, and are equipped with lids. Storage products can be produced with polyethylene raw material as well as polyester and stainless steel. Depending on the intended use, polyester water tanks may be preferred in some areas, while polyethylene storage products may be preferred in others. Additionally, the design of the rainwater tank should be based on the topographical features of the area where it will be placed, and it should have a strong structure.

To ensure that there are no waste, debris, or other pollutants in the rainwater tank, it is recommended to regularly clean the entry and exit paths into the tank and use filters. Moreover, having multiple levels or compartments inside the rainwater tank facilitates the use of water for different purposes. For example, the water from the first level can be used for a water bath or garden irrigation, while the water from the second level can be considered for household drinking water.

To set up a rainwater tank, a design based on the topographical features of the area where it will be placed needs to be created first, and the area where the tank will be built must have a strong structure. Subsequently, it is recommended to regularly clean the entry and exit paths into the tank and use filters. Also, having multiple levels or compartments inside the tank facilitates the use of water for different purposes. The use of polyethylene storage products is recommended in rainwater harvesting systems because these products are inexpensive and can be purchased for trial purposes.