Activated Carbon Granular Sorbent Material based on cocnut

Activated Carbon Granular Sorbent Material based on cocnut

Application area Sorbent material with high loading capacity for ultrapurification of air and... more

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Application area

Sorbent material with high loading capacity for ultrapurification of air and gases.

Product specification

Cylindrical formed carbon with wide-spread pore structure for high contaminant content.

Suitable for almost complete removal of organic contaminants, such as oil vapours, odorous substances, aromatics, aldehydes, ketones, pyridines, furans, chlorinated hydrocarbons etc.

Contact time for contaminant elimination out of air and technical gases: approx. 0.2 to 4 sec.

Loading capacity decreases with increasing temperature.

Reduction of adsorption capacity with rel. high gas humidity (>70 %).

Separation without problems by adsorption in the activated carbon pores requires for gases a contact time of 0.1 sec in air conditioning technology and of 4 sec. in chemical process engineering (oxidation, hydrolysis or complex formation).

Optimal gas speed in process engineering approx. 0.25 to 0.3 m/s.

Loaded activated carbon granulate is not regenerable.

Technical specification

Material: granular activated charcoal, based on coconut, steam-activated

Colour: black

Shape: granular, mesh 6 x 12 (1.7 to 3.3 mm)

Specific surface: 1200 m2/g (B.E.T., benzene)

Bulk volume: approx. 510 g/l

Abrasion hardness: >97 %

Flow speed: 0.05 - 0.5 m/s (gas) (linearly)

Pressure drop: 6 mbar/m (0.1 m/s air)

Temperature range: 0 to +45 °C (in air)

Relative air humidity: 0 - 60 %

General Information Granular Material Separation of solid or liquid particles out of gases.... more

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General Information Granular Material

Separation of solid or liquid particles out of gases.

Production of pure and purest reference and analysis gases by mechanical separation (filtration) as well as physical and chemical separation (adsorption and catalysis).

Fine gas purification is performed by catalysis and adsorption allowing reduction of contaminants up to few ppb.