How is activated carbon different from charcoal?

Anyone looking for a means to remove the minerals that create hard water may have come across activated carbon & charcoal water filters. But, is there a distinction between them, & if so, which is the superior option? So, before opting for Carbon activo para tratamiento de agua, go through this article given below. Well, this article will describe what these both materials are, how they operate, & how they vary.

What is Charcoal?

Charcoal is created by burning organic material – most commonly wood – without the presence of oxygen & this is referred to as pyrosis. Typically, the wood is burnt at temperatures ranging from 840 to 950 degrees Fahrenheit. The resultant mixture is allowed to cool once the wood has been burnt. The kiln’s vents are then closed to exclude oxygen & enable the leftovers to char.

As a result, a hard & porous material known as charcoal is formed. Charcoal has a high carbon content & may be used for heating, filtering, & cooking, among other things.

What is Activated Carbon?

Activated carbon & charcoal have many similarities. However, there are a few significant distinctions between the two.

If you are looking for an efficient way for water filtration, opt for Carbon activo para tratamiento de agua today.

Activated carbon can be generated from coal, peat, wood, coconut husks, nutshells, coir, petroleum pitch, or lignite, whereas charcoal is usually made from wood. It is produced using one of two methods:

  • There are two approaches to complete physical activation. The first method is to employ pyrolization, which is the same technique used to make charcoal. While, the second method involves exposing the carbon to steam or oxygen at high temperatures, typically between 600-1200 degrees Fahrenheit.
  • Before choosing Carbon activo para tratamiento de agua, know that chemical activation entails imbuing the carbon with certain chemicals. Phosphoric acid, zinc chloride, sodium hydroxide, sodium chloride, & potassium hydroxide are all common options.

Many manufacturers choose chemical activation over physical activation as it can be done at lower temperatures & is also a faster procedure.

How is Activated Carbon Filter Different from Charcoal Filter?

Well, the fundamental distinction between an activated carbon water filter & a charcoal water filter is in the filtering components themselves. Both are hard, porous materials that trap pollutants. Let’s take a closer look at their distinctions before you go for Carbon activo para tratamiento de agua.

It’s crucial to remember that the phrases activated charcoal & activated carbon are frequently used interchangeably. They have many similarities. However, there is some indication that activated carbon is a superior option.

Generally speaking, activated carbon is purer & of higher quality in comparison to activated charcoal. However, activated charcoal may be used as a filter, & it is far superior to not filtering water in the least.

However, the purity & efficacy of activated carbon offers the utmost protection for your family, particularly when paired with three additional filtering methods, as in our Carbon Activo para tratamiento de agua.

Because of its high surface area, activated carbon is effective. Furthermore, employing an activated carbon water filter might soften your water, minimize your usage of soap, & even enhance the appearance of your hair & skin.

Water filters made of activated charcoal might be helpful, but a top-quality activated carbon water filter is a better option for providing your family with the safe & high-quality water they deserve. To get started, the first step is to opt for carbon activo para tratamiento de agua.

Classification of Activated Carbon

Activated carbon is complex & variable, & it is classified generically based on size, mode of manufacture, & industrial use. Manufacturers have created up to 150 distinct varieties of activated carbon. Here, let’s take a look at the seven most prevalent types:

  • GAC (Granular Activated Carbon): Well, the particles of GAC are substantial, yet their exterior surface area is lower than that of other forms of activated carbon. Because GAC particles disperse fast, they are highly suited for gas & vapor adsorption, & they are frequently employed in water treatment.
  • Impregnated Carbon: Impregnated carbon is porous carbon particles that contain a variety of inorganic impregnated compounds, like iodine & silver. Silver-loaded activated carbon is commonly used as an adsorbent in the purification of water & might inhibit microbe growth.
  • EAC (Extruded Activated Carbon): Extruded activated carbon particles combine PAC with a binding agent to form a spherical, cylindrical, or robust particle. Generally, EAC is utilized in gas phase applications due to its low-pressure drop, higher mechanical strength, & minimal dust content. CTO filters employ EAC particles to eliminate chlorine, odor& taste.
  • Polymer Activated Carbon: The porous carbon particle is covered with a biocompatible polymer in polymer activated carbon. Well, this results in a smooth && porous outer shell that doesn’t obstruct the pores of the final carbon. Moreover, polymer activated carbon is widely utilized in hemoperfusion, which is a type of medical therapy.
  • PAC (Powdered Activated Carbon): PAC contains extremely small particles of crushed or powdered carbon. PAC particles are typically fed directly to other process units such as fast mix basins, raw water intakes, and clarifiers. They are the preferred particle for carbon block water filters.
  • Woven Carbon: Activated carbon might be woven into technological rayon fiber to develop activated carbon cloth. Generally, the finalized material has carbon filtering traits & is used in many applications like odor absorption &defense.
  • BAC (Bead Activated Carbon): Petroleum pitch is used to create BAC. BAC particles, just like EAC particles, are appreciated for their mechanical strength & low dust content. Because of its spherical form, it is suited for applications like water treatment.

Conclusion:

Activated carbon takes out toxins & pollutants from the water via the chemical method of adsorption. However, it is used in a variety of applications other than water filtration. In reality, activated carbon is a critical component in a wide range of industries.

Have you considered making your water filtration more efficient? Choose Kieken Engineering in such requirements. We offer the most creative & efficient technology on the market. Call 91.057.7254 for additional information.