New Directions in Sorption Technology focuses on the developments in sorption technology, including sorbents, chromatography, pressure swing adsorption, and bioseparations involving sorption.The selection first offers information on coherence concept; an overview of coherence in the chromatographic movement of surfactant mixtures; and technological maturity of sorption processes and sorbents. The book then ponders on kinetic separation of air by pressure swing adsorption; conception of a new adsorption process for purifying landfill gas at the Kapiteltal Landfill Site in West Germany; and sizing of vacuum pumps for desorption in PSA systems.The manuscript takes a look at the evaluation of macroreticular resins as gas/vapor sorbents to rival active carbons and use of surfactant-enhanced carbon regeneration to remove volatile organics from spent activated carbon. Discussions focus on characterization of pores, development of porous polymers, cleaning, and resin preparation. The novel applications of continuous annular chromatography and chromatographic study of aqueous phase adsorption on activated carbon fiber with bacterial growth are also mentioned. The selection is a valuable source material for chemists and readers interested in sorption technology.

Contributors viiPreface1. Coherence: Power and Challenge of a New Concept2. An Overview of Coherence in the Chromatographic Movement of Surfactant Mixtures3. Technological Maturity of Sorption Processes and Sorbents4. Kinetic Separation of Air by Pressure Swing Adsorption5. Conception of a New Adsorption Process for Purifying Landfill Gas for the Kapiteltal Landfill Site, West Germany6. Sizing of Vacuum Pumps for Desorption in PSA Systems7. Evaluation of Macroreticular Resins as Gas/Vapour Sorbents to Rival Active Carbons8. Use of Surfactant-Enhanced Carbon Regeneration to Remove Volatile Organics from Spent Activated Carbon9. Developments in Batch and Continuous Liquid Chromatographie Separations10. Novel Applications of Continuous Annular Chromatography11. Preparative Liquid Chromatography of Biomolecules-New Directions12. Chromatographic Study of Aqueous Phase Adsorption on Activated Carbon Fiber with Bacterial Growth13. Recovery of Bioactive Molecules and Recombinant Proteins from Heterogeneous Culture MediaIndex