Is it safe to drink water that has gone through the purification process in your storage tank?

Nowadays, many different products are stored in storage tanks. When it comes to storage intended for drinking by humans or animals, caution should be exercised. During these storage processes, polyethylene water tanks can be used because they are suitable for food contact due to their raw materials. Whether or not it is safe to drink water that has gone through the purification process in your storage tank can vary depending on the effectiveness of the purification process and the quality of the water. Generally, to determine whether the water that has gone through the purification process in your storage tank is safe to drink, the following points can be considered:

Learn how effective the purification process in your storage tank is. The effectiveness of the purification process can vary depending on what substances are removed from the water and what standards the water is made to meet. Generally, water purification systems aim to remove various pollutants from the water and make it drinkable. Therefore, to determine whether the water that has gone through the purification process in your storage tank is safe to drink, you can follow these steps:

You can have a laboratory test done.

Whether the water that has gone through the purification process in your storage tank is safe to drink can vary depending on how effectively the purification process was applied and how much time has passed since the water was purified. If the purification process was applied correctly and enough time has passed since the water was purified, the probability of the water being safe to drink is high. However, if the purification process was not applied effectively or enough time has not passed since the water was purified, the probability of the water being safe to drink is low. Therefore, it is recommended to have laboratory tests conducted on the water in your storage tank to determine whether it is safe to drink. Read the user manual for the purification system in your storage tank and learn about the purification process the water went through.

Check if your storage tank is suitable for food contact.

The suitability of the product you have in your storage tank for food contact can be evaluated by conducting various tests inside and outside the storage tank or by examining its raw materials. Polyethylene is internationally recognized as suitable for food contact within the scope of raw materials. For this reason, you can prefer storage products made of polyethylene or stainless steel. In the scope of tests, the presence, quantity, and quality of substances inside and outside the storage tank are measured to evaluate the suitability of the storage tank for food contact. To evaluate the suitability of your storage tank for food contact, some tests that need to be performed are as follows:

Firstly, a water quality test should be performed. It is performed to measure the quality of the water inside the storage tank. This test measures the pH value, bacteria count, and other chemical parameters of the water. Additionally, you can perform a control test on the outer surface of the storage tank. It is performed to measure the cleanliness and quality of the outer surface of the storage tank. This test measures the bacteria count and other chemical substances on the outer surface of the storage tank.

After checking the exterior surface of the tank, you can also test the interior surface for cleanliness and quality. This test measures the bacteria count and presence of other chemicals within the tank's interior surface. Then, you can test the overall design of the tank to evaluate its compatibility for food contact. Through these tests, the presence, quantity, and quality of substances inside and outside the tank can be measured to ensure its suitability for food contact.

Are your purification systems reliable?

To make water safer and drinkable, it needs to be purified. Water purification is the process of reducing pollution and making water drinkable by changing its physical, chemical, and biological properties. There are various methods that can be used for water purification. One of these methods is physical purification, which is mostly used in limited natural resources. It is done through methods such as filtration, screening, or electrolysis, which remove solid waste and some bacteria from the water.

Various methods can be used to carry out the water treatment process. One of these methods is physical treatment, which is mostly done in areas with limited natural resources. It is done by methods such as filtration, straining, or electrolysis of water. In these methods, solid waste and some bacteria are removed from the water.

In addition, there are also chemical purification methods. These methods adjust the pH value of the water and are done through methods such as chlorination, which kills bacteria and viruses. Finally, there is the biological purification method. This method is done by bacteria breaking down organic matter in the water, which reduces the water's organic matter.

The purification method used depends on the pollution and quality of the water. In addition to purification systems, storage products such as underground polyester water tanks can also be used. This prevents already purified water from becoming polluted. For example, if the water only has physical pollution, physical purification methods may be sufficient. However, if the water has both physical and chemical pollution, physical and chemical purification methods may need to be used together.