Separation Techniques: Molecular and Transport Properties & Factors for Feasible Separations For each of the following systems suggest two (different) viable separation techniques. Clearly state the general separation technique and provide an explanation for why each may be feasible. Hint: Approaches to the problem – One separation method is likely to be easily found (the industrial approach) while a second may be discovered as a laboratory scale method. Alternatively examining the molecular, thermodynamic and selected transport properties (requires considering additional materials, e.g. solvents, filters/membranes, adsorbents, etc.) and determining feasible separation approaches. a) Benzene – Phenol b) Acetone – Water c) Argon – Air d) Technetium: Isotope 99 (Tc-99) from other isotopes

Separation Techniques: Molecular and Transport Properties & Factors for Feasible Separations For each of the following systems suggest two (different) viable separation techniques. Clearly state the general separation technique and provide an explanation for why each may be feasible. Hint: Approaches to the problem – One separation method is likely to be easily found (the industrial approach) while a second may be discovered as a laboratory scale method. Alternatively examining the molecular, thermodynamic and selected transport properties (requires considering additional materials, e.g. solvents, filters/membranes, adsorbents, etc.) and determining feasible separation approaches. a) Benzene – Phenol b) Acetone – Water c) Argon – Air d) Technetium: Isotope 99 (Tc-99) from other isotopes

Fundamentals Of Analytical Chemistry

9th Edition

ISBN:9781285640686

Author:Skoog

Publisher:Skoog

Chapter28: Atomic Spectroscopy

Section: Chapter Questions

Problem 28.13QAP

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