声明
ABSTRACT
摘要
Content
Chapter 1．Introduction
1．1Background
1．2Production of Phenol
1．2．1Separation by Fractional Distillation of Coal Tar
1．2．2Cumene Oxidation
1．3Extraction of Phenolic Compounds
1．3．1TraditionaI Methods
1．3．2Advanced Methods
1．4 Ionic Exchange Resin(IER)
1．5Statemenl of the Problem
1．6Objectives
1．6．1Overall Objective
1．6．2Specific Aims
1．7Justification
Chapter 2．Experiment
2．1Materials
2．2Laboratory Equipment
2．3Methodology and Experimental Procedures
2．3．1Characterization of the Adsorbents
2．3．2Adsorption Procedures
2．3．3Desorption Procedures
2．3．4Adsorption Mechanisms
Chapter 3．Results and Discussion
3．1Adsorption of Phenol in Aqueous Solutions
3．1．1Effect of Initial Adsorbent Dose of the IER
3．1．2Effect of Initial Phenol Concentration on Adsorption
3．1．3 Adsorption Mechanisms
3．2Desorption Process with CO2
3．2．1Effect of Contact Time and Temperature of Phenol Desorption from IER
3．2．2Effect of Pressure of Phenol Desorption from IER
3．2．3 Study of the Desorption Thermodynamics
3．3Reusability of the Regenerated IER
3．4Comparison of the Phenol Adsorption Capacities of the IER to other Adsorbent Solid Materials
Chapter 4．Conclusions
References
Acknowledgment
Introduction of the Author and Tutor
北京化工大学;
