Everything You Need to Know About Activated Charcoal and Water Filtration

Everything You Need to Know About Activated Charcoal and Water Filtration

Although water is an essential nutrient for the human body, it contains various harmful chemicals that need to be removed. Examples include chlorine and its by-products, asbestos fibers, lead, as well as pesticides and other substances that have entered the groundwater. The presence of these substances not only gives an unpleasant taste and odor to the water but can also cause serious health problems. For these reasons, water filters have become essential for ensuring your health.

With reliable and certified faucet water filters like those from Camelot®, you can wash food, cook, and drink clean, healthy water that does not contain these harmful substances. The secret to the effectiveness of the filters lies in the activated carbon and their technology, as well as their water purification stages. In this article, you will learn everything you need to know about activated carbon and its role in water filtration.

What Is Activated Charcoal?

Activated charcoal differs from regular charcoal not only in the way it is processed, which gives it a porous texture, but also in its raw materials. In any case, it is a natural product made from peat, bamboo, charcoal, wood, sawdust, coconut husk, and other materials.

The production process is called thermal activation process, or steam activation, and through this, its internal surface area is increased. This results in its ability to retain liquid and gaseous substances, which is extremely useful for water filtration. The process by which activated charcoal works is called adsorption. Through this process, activated charcoal attracts specific hazardous substances that adhere to it.

After the activation process, the activated carbon can be:

• Granular
• Cylindrical (extruded or pellet),
• Powder.

The raw material, the activation process, and the final form of activated carbon affect its final surface area, and consequently its adsorption capacity. Thus, it can be used in water filters to absorb any harmful substances that may be present in the water.

The Basic Uses of Activated Carbon

Due to its adsorptive capacity, activated carbon has found applications related to the filtration of water and air. For example, it is used in water filters, hoods, and gas masks.

The main uses of activated carbon are as follows:

• In the industry – it is used for the production of soft drinks, beverages, and biogas, for the production of pharmaceuticals and chemicals, as well as for the treatment of industrial wastewater and gases.
• In water filtration – used as in water filters Camelot® (with 850 grams) to remove harmful substances,
• In beauty products, such as soaps, shampoos, face masks, and toothpastes.
• In medicine – it is used for the absorption of toxins and poisons from the digestive system.

Why We Use Activated Carbon in Water Filtration

With the help of activated carbon, water filters are able to remove harmful chemical and organic substances from water. Chlorine in particular is used for its disinfecting properties, but it produces by-products that are dangerous to humans and must be removed.

As you can understand, activated carbon plays a crucial role in water filtration. For this reason, the Camelot® water filters, with their activated carbon, membranes, and technologies, are extremely effective in removing chlorine and other harmful substances from water.