Depicting the Most Common Methods of Removing Arsenic from Water

In the modern world, pollution of natural elements is a reality. Most people now face challenges in finding safe, drinkable & Arsenic-Free water. Water is regarded as one of the crucial elements for our survival. However, due to natural pollution, it is affected by several pollutants and microbes.

Consuming Arsenic Water is Dangerous:

Among all dangerous contaminants, arsenic poses the greatest threat to drinkable water. A natural element found in groundwater, arsenic can cause lethal consequences if it is present than normal. The concentration of this element can differ according to the source of the groundwater.

Effective Ways of Making Water Arsenic-Free:

To make water safer, arsenic treatment is one of the most crucial needs. The components produced by arsenic removal plant manufacturers play a critical role in removing them. You can learn about the most common arsenic removal process in the section below.

• Reverse Osmosis: It is one of the most popular methods of removing arsenic from water. Abbreviated as RO treatment, the process involves pushing pressured water through a semipermeable membrane. Reverse Osmosis Pants are an effective method to remove different types of impurities from water. Along with arsenic, it removes sodium, chloride, copper, lead and a range of other contaminants.

• Filtration by Oxidation: This process is quite similar to the coagulation filtration method. The only difference is that it is used on well water with a lower concentration of colloids. Arsenic removal through oxidation shows the best results on iron and manganese-rich water. The particle is removed by absorption on the surface of iron and manganese hydroxides produced during this stage.

• Exchange of Ions: The low selectivity of resins with arsenic makes it one of the least followed methods. Nevertheless, it shows great results in removing the particles and making water much safer to drink. Anions compete with the exchange sites, including sulphates and nitrates. This reduces the capacity of the resins to remove arsenic.

• Filtration Through Membrane: Among all the arsenic removal processes, this shows the most effective results. However, it involves using several components and accessories, which shoots up the cost significantly. Through membrane separation, nearly 95% of arsenic can be removed from water effectively.

Before investing in an arsenic removal plant, you need some knowledge about the process. Now that you have learnt about them, you can choose one from a leading arsenic removal plant manufacturer.

Collaborate with Dewpure Engineering Private Limited, one of the reliable names in manufacturing these units. We can provide functional water treatment plants that can remove all kinds of contaminants. For more queries, you can contact us or visit our website.