Looking at activated charcoal from an ecological lens doesn’t necessarily make sense, yet it plays an instrumental role in safeguarding the environment. While it doesn’t spring to the forefront when discussing sustainable initiatives, activated carbon extends its benefits to different environments and usages, resulting in detoxifying results. Countering the layers and layers of pollutants and impurities, we slather onto ourselves regularly, activated carbon works in an ingenious manner.
That said while using activated charcoal through the use of charcoal isn’t a sustainable and environmentally-viable avenue. Making use of it through coconut shells or a sustainable option such as bamboo (wood) can prove it to be an excellent ecologically-viable option for eliminating pollution. Being implemented and used in various industries, due to its capability of removing contaminants and unwanted elements from gases and liquids, it proves itself to be consequential in the process of purification.
Moreover, due to environmental regulations becoming increasingly stringent, the use of activated charcoal bulk is becoming more common. Hence, harnessing the use of activated carbon filters, comprising a bulk amount of activated charcoal, can result in not just cleaning your air quality, but also your water quality. This, therefore, has a trickle effect, as this promotes your well-being, protects you from allergens, and eliminates all pollutants from your environment.
A Sustainable Approach with Coconut Activated Charcoal
With an increasing amount of people adopting sustainable options, using activated carbon from coconut shells is an excellent option to choose. Produced from organic material, activated charcoal works extremely well in purifying the air. Due to air quality being of prime concern for us, as we all wish to improve our quality of life, an activated carbon filter paired with a HEPA filter cleans out the air in a highly effective manner. This results in the air to be free of the following:
- Dust
- Lint
- Smoke
- Eliminates all unpleasant odors
- Pet hair
- Mold Spores
- Benzene and numerous other VOCs (volatile organic compounds)
How Do Industries Benefit From Bulk Amount Of Activated Charcoal?
Other than your home environment, activated carbon is highly useful for different industries. There are various gases, such as flue gas and exhaust gases that are released from industrial processes. Incinerators and smelters, typically contain harmful pollutants such as dioxins or furans, which aren’t necessarily eliminated through the use of standard exhaust gas treatment. With stringent policies placed into place, additional methods and options are utilized to eliminate these gases.
Additionally, it has been found that fossil-fueled power plants use activated carbon injections to remove mercury from exhaust gases. Powdered activated carbon is also injected into flue gas ducts, to adsorb any mercury particles within the gas. In addition to treating flue gas, activated carbon is beneficial for use in odor neutralizing applications. Following through on these elimination processes helps these industries to stay within the parameters and limitations placed upon them of releasing harmful gases into the environment.
Activated Charcoal- Useful For Treating Impure Water?
With the environment taking center stage in the 21st century, the utilization of sustainable methods has risen to the forefront. Activated carbon allows you to purify water, either on a small-scale or large-scale, while maintaining your need to stay environmentally conscious. Due to its porous property, it is a critical tool in maintaining water quality within your home or industries, as it removes heavy metals, harmful components, and any inorganic or organic elements that make the water unsafe for use.
The Ability to Recycle Itself
All of us look for ways to recycle our products, and this is where activated carbon is particularly useful, as it can be regenerated. This, therefore, means the adsorbed components can be released, and therein the activated carbon can be used again.