Water filtration technology has evolved over the years, but one material remains a cornerstone of effective filtration—activated carbon. The black media, or material, used for the BOROUX filters is activated carbon.
What is activated carbon?
Activated carbon is a highly porous material derived from organic sources such as coconut shells, wood, or coal and treated with a thermal process. The result is a filtration medium with millions of microscopic pores that can trap and retain contaminants, including chemicals, toxins, and undesirable tastes or odors. Due to its remarkable adsorption capacity, activated carbon is widely used in water and air filtration, and industrial processing.
Carbon is one of the most common chemical elements in the universe and is crucial to life on earth. Due to the unique properties of the carbon atom, it can form innumerable bonds with itself and other elements, generating stable and complex molecules.
The activation process involves exposing the raw carbon material to high temperatures in a controlled environment. The heat causes partial oxidation so that pores are formed, increasing the surface area and porosity. This is what makes it exceptionally absorbent.
How does activated carbon work?
The intricate pore structure blocks contaminant molecules and the strong adsorption capabilities attract bad compounds. Activated carbon’s effectiveness as a filtration medium stems from its high surface area and its ability to retain impurities.
BOROUX filters physically block large contaminants like sediment, similar to mechanical filters or membranes. In addition, BOROUX filters block even more due to the adsorption capabilities. Contaminants adhere to the filters' surface.
As water passes through an activated carbon filter, contaminants interact with the activated or charged media. Activated carbon can facilitates chemical reactions that neutralize specific pollutants. For example, it can transform chlorine into a harmless chloride. Carbon atoms have four electrons, which makes them very attractive to bond with. The carbon filters are molded into a cylindrical shape which helps create an electrical imbalance. A dipole, a molecule with a positive and negative end, is formed because of the imbalance. The imbalance makes the carbon molecules extremely attractive to other molecules, so they form bonds, which prevent them from passing any further through the filter.
Why choose activated carbon water filters?
Activated carbon filters provide a reliable and effective way to improve drinking water quality. They are easy to maintain, cost-efficient, and capable of removing a broad range of contaminants. Whether you are concerned about chlorine, heavy metals, or unwanted tastes and odors, an activated carbon filtration system offers a practical solution.
BOROUX uses advanced activated carbon technology in our water filters to ensure that every drop meets the highest standards. Our filters are designed to enhance water quality while maintaining long-lasting performance.
Activated carbon remains one of the most effective and widely used filtration materials available today. Its ability to remove chlorine, volatile compounds, heavy metals, and other contaminants makes it a vital component of modern water filtration systems. Whether you are looking to improve the taste of your tap water or reduce harmful pollutants, activated carbon is an essential tool in achieving cleaner water.
Invest in high-quality filtration with BOROUX water filters and experience the benefits of contaminant-free, better-tasting water today.
