Activated Carbon Filter

 

Functional carbon filters are often used within the process of removing organic chemicals and extracting free chlorine from water, thus forming water suitable for extraction or use in production processes.

 

ACTIVITIES

Carbon filtration works by adsorption, in which the contaminants inside the treated fluid adhere to the entire structure of the carbon substrate. The substrate is made up of many carbon granules, each of which is highly durable. As a result, the substrate covers a large area where dirt is often trapped. Open charcoal is often used as a filter because it has been treated to a higher degree than untreated carbon. One gram of activated coal covers an area of   more than 3,000 m2

 

Clarification

 

Each filter is usually given a micron scale that requires particle sizes the filter can remove from the liquid. Typical particles that can be removed with carbon filters range from 0.5-50 μm. The effectiveness of a carbon filter depends not only on the size of its particles but also on the flow rate of the liquid through the filter. For example, if the liquid is allowed to flow through the filter slightly

HOW TO USE

Carbon filtering is a method by which a layer of coal is activated to remove impurities and impurities, using biological advertising. Each carbon particle provides a wide area structure, which allows pollution to be able to cover potential sites within the filter media.

 

HOW TO DO IT

Carbon dioxide is made from materials such as coconut, coal and wood. Source materials tend to produce activated coal which has a significant impact on the level and performance of the block.

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