Adsorption isotherms of water vapor on active carbons are interpreted in terms of the fractal approach. The linear range of plots in the steep rise of the adsorption branch is the process of the cluster formation of water on the seed water molecules adsorbed on the primary adsorption centers, mainly
Adsorption of water vapor on BPL activated carbon
โ Scribed by N.M. Hassan; T.K. Ghosh; A.L. Hines; S.K. Loyalka
- Publisher
- Elsevier Science
- Year
- 1991
- Tongue
- English
- Weight
- 254 KB
- Volume
- 29
- Category
- Article
- ISSN
- 0008-6223
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โฆ Synopsis
A number of studies have been reported in the literature related to the water vapor adsorption mechanism on by Calgon Carbon Corporation.
The equilibrium carbonaceous materials and the influence of pore adsorption data are plotted in Figure 1, where the open structure on adsorption capacity. Often experimental and solid symbols represent two isotherms obtained at results were interpreted for the same type of the same temperature. The data were reproducible with
๐ SIMILAR VOLUMES
The adsorption of binary vapor mixtures has been investigated on BPL grade activated carbon. Vapor mixtures include CNCIIHIO. HCN/HzO and HCNICNCI. Preadsorption of one vapor generally lowers the adsorption of the second vapor below its single vapor isotherm value. Adsorption of CNCI after pre-adsor
powered refrigeration (12)(13)(14)(15)(16), owing to the Type I adsorp-Adsorption isotherms of water vapor on active carbon preadtion isotherm and the large latent heat of vaporization of sorbed with small amounts of methanol and benzene are measured methanol (872 kJ/dm 3 ( 14)). On the other hand w
NOTE Adsorption of Water Vapor on a Graphitized Carbon Black Absorption isotherms for water vapor on a highly graphitized carbon black, Sterling FT-G (2700), have been determined at 280.15 and 295.15 K. Interparticle capillary condensation with extensive hysteresis is observed but capillary condensa
Adsorption amounts of water vapor \(n_{0}^{F}\) equivalent to the micropore volumes of active carbons are determined from the adsorption data of nitrogen and eight kinds of organic adsorbates by fractal dimension analysis using the adsorption amount \(n_{0}^{\mathrm{DR}}\) equivalent to the Dubinin