We use water countless times throughout the day and always tend to assume that it is clean and fit for purpose. But what we don’t often consider is exactly how much our water has to be filtered in order for it to be deemed safe for consumption and general use.
As an industry of its own, the water filtration system market covers a number of different solutions, which all play a role in removing impurities from water. In this article, we’re taking a look at the role of physical water filtration systems across different industries, before sharing a quick introduction to other methods of filtration.
What Does a Water Filtration System Do?
A physical water filtration system is essentially a giant sieve, which is designed to catch any solid particles that have ended up in the water. Water is passed through this sieve to catch sediment, sand, clay, and other particles – leaving the water cleaner from a visual standing.
But of course, water is also full of imperfections and impurities that aren’t as easy to see. These include suspended solids which slip through the sieve system, and heavy metals like iron and chlorine.
As a result of this, different water filtration systems are combined with the physical sieve, to ensure that the system catches and removes all impurities.
How Water Filtration Impacts Different Industries
Understanding the process of water filtration is an important step in recognising what our water goes through before being ready for consumption.
Having said that, it’s not just drinking water that these systems deal with.
In agriculture, water filtration is a crucial step in ensuring that water derived from boreholes and natural sources is suitable for irrigation and livestock. With farmers so often leaning on natural resources, including rivers and wells, it’s important that water filtration is accessible and convenient for them.
Other uses include horticulture, commercial filtration systems, and industrial solutions that suit all manner of sites.
The aim of a professional water filtration system is always to make the process accessible and easy to manage for the client – even when the impurities stretch beyond the presence of stones and sand.
Is There Anything Physical Filtration Systems Can’t Remove From Water?
As touched on earlier, physical filtration systems are ideal for removing stones, sand, and other sediments. However, they do not work when it comes to removing chlorine and other chemicals, iron, and manganese – often found in natural resources.
To remove these impurities from water, a combination of different systems is required.
To remove iron and manganese, we oxidise the water and then filter it through a sand sieve.
To remove chlorine, water must be treated with a carbon filter or sodium bisulphate.
Perfecting your water source for industrial use, for your farm, for your workplace, or for everyday use, needn’t be difficult – provided you have the right system in place. Water filtration is a diverse industry with solutions for all applications; you just need to find the right one for you.
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