The ultimate guide to choosing the right water tank

Choosing the right storage product is crucial, and attention must be paid to various factors when making the relevant selection. Storage products can be used for different purposes and are therefore produced using different raw materials. At this point, there are models such as polyethylene, stainless steel, and polyester water tanks. Firstly, the intended use of the purchased storage product should be considered. Accordingly, the volume of the tank should be determined. For example, if you are looking for a water tank for individual use in your home, you can opt for polyethylene tanks with volumes ranging from 50 to 2,500 liters. However, if you have agricultural activities or a large-scale water need, you may prefer larger-volume polyester or stainless-steel tanks.

Additionally, where the storage product will be used is also important. For instance, if it is used in open spaces, polyethylene tanks, due to their monoblock production, are more easily transportable and produced in series. However, if it will be used in enclosed spaces, the durability of stainless-steel tanks and the advantage of on-site assembly make them a preferable choice. We have examined all storage products based on usage areas to assist you in making the most accurate choice.

1) Selection of water tanks for industrial purposes

Firstly, selecting the right material for storage product use in an industrial area is crucial. The most used materials in Turkey are polyethylene, polyester, and stainless steel. Polyethylene storage products stand out because they are produced in one piece. While such storage products have volumes ranging from 50 to 25,000 liters, tanks made of polyester and stainless steel have the advantage of on-site assembly and a usage volume between 200 and 100,000 liters.

Choosing the right storage product for industrial use is crucial because they are generally used for specific purposes. In industrial areas, storage products are usually used for production and shipment purposes. Vertical design storage products are more commonly used in production areas for these purposes, while horizontal design storage products are used for the shipment of contents.

2) Selection of water tanks for individual purposes

A storage product, in the context of its usage, is a tool that preserves and protects the contents after storage, making it available for later use. For individual use, storage products made of plastic are generally preferred. For large needs, household-type storage models with large volumes should be preferred.

Individual use purposes often involve storing the foods and beverages we produce at home. In addition to this, there is the use of mobile vehicles, such as trucks, boats, and caravans. In such areas, horizontal design storage products are generally used. Apart from mobile vehicles, the use of water tanks for individual purposes extends to various applications. Storage products can be used as rainwater harvesting systems in some buildings, and they can also be used for storage in septic tanks. Tanks used for individual purposes are usually made of polyethylene because they are lighter, cost-effective, and available in various sizes. Additionally, storage products made of polyethylene effectively preserve the quality of drinking water. Regular cleaning of the used storage product and filling it with quality water will have a positive effect on maintaining the quality of drinking water.

3) Selection of water tanks for agricultural use

The use of storage products in agriculture is quite common. In this regard, processes such as agricultural spraying and irrigation can be carried out through systems connected to storage products. Additionally, water sourced from a nearby location, where water cannot be supplied, is stored in such storage products. Moreover, it is crucial to store agricultural chemicals like pesticides in storage products because such contents are toxic and harmful to human health. The presence of toxic contents in the tank contributes to environmental protection.