Activated carbon is a highly porous industrial adsorbent material with an extensively developed internal surface area, making it exceptionally effective for removing chemicals and impurities from liquids and gases. It is produced through the pyrolysis and activation of carbonaceous raw materials derived from both natural and synthetic sources. Depending on the activation process, activated carbon typically exhibits pore sizes ranging from less than 2 nm to more than 50 nm, internal surface areas of approximately 400–3000 m²/g (measured using the nitrogen BET method), and adsorption volumes between 0.2 and 0.8 cm³/g.
Carbon is one of the most abundant elements in nature and exists in two primary crystalline allotropes: graphite and diamond. In addition, materials such as charcoal, coke, and carbon black are commonly classified as amorphous forms of carbon, although they are often considered to consist of extremely fine graphite crystals. Carbon is an essential constituent of all plant and animal life and occurs in numerous compounds with hydrogen, oxygen, nitrogen, and other elements. It is also present in hydrocarbons, carbon dioxide in the atmosphere, seawater as sodium bicarbonate, and sedimentary rocks in the form of calcium and magnesium carbonates.
Industrial carbon products are manufactured from coal as well as vegetable and animal-derived organic materials. These processes produce commercially valuable products such as charcoal, coke, and petroleum coke, which serve a wide range of industrial applications. Activated carbon is extensively utilized in purification, adsorption, environmental protection, water and air treatment, and various electrical and electrochemical industries due to its outstanding adsorption performance.
| Particular | Value |
|---|---|
| Plant Capacity | 5 MT/Day |
| Land & Building (5000 sq.mt.) | Rs. 5.36 Cr |
| Plant & Machinery | Rs. 5.81 Cr |
| Working Capital for 2 Months | Rs. 1.51 Cr |
| Total Capital Investment | Rs. 13.34 Cr |
| Rate of Return | 24% |
| Break Even Point | 59% |
Activated carbon is a highly porous adsorbent material used to remove impurities from gases and liquids. It is manufactured by carbonizing and activating carbon-rich raw materials, creating an extensive network of microscopic pores. This structure provides a very high internal surface area, enabling the material to adsorb contaminants efficiently in industrial, environmental, and purification applications.
Activated carbon can be produced from a variety of carbon-rich materials. Common feedstocks include coconut shells, coal, wood, petroleum coke, and other organic materials. The selection of raw material influences pore structure, hardness, adsorption performance, and suitability for specific applications such as water treatment, air purification, or chemical processing.
Activated carbon is manufactured through carbonization followed by activation. The production process generally includes raw material preparation, carbonization, activation using steam, carbon dioxide, or chemicals, washing, drying, and quality control. These steps develop the porous structure that gives activated carbon its high adsorption capacity.
Activated carbon is widely used for purification and pollution control. Its applications include drinking water treatment, wastewater treatment, air purification, groundwater remediation, mercury removal, chemical processing, decolorization, gas purification, catalyst support, and pharmaceutical uses. Its versatility comes from its exceptional adsorption characteristics.
Coconut shell activated carbon is valued for its high hardness and excellent adsorption performance. It generally offers a well-developed microporous structure, good mechanical strength, low dust generation, and long service life. These characteristics make it suitable for demanding applications such as water purification, gold recovery, and gas treatment.
Yes, activated carbon can often be regenerated for reuse. Regeneration or reactivation removes previously adsorbed contaminants and restores much of the material's adsorption capacity. The suitability of regeneration depends on the contaminants involved, operating conditions, and the physical condition of the spent activated carbon.
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