Page 15 - Air Pollution Control Engineering
P. 15

xiv                                                                 Contents

                          9   Catalytic Oxidation
                              Lawrence K. Wang, Wei Lin, and Yung-Tse Hung..................................369
                              1.  Introduction ........................................................................................................369
                                 1.1. Process Description ...................................................................................369
                                 1.2. Range of Effectiveness ..............................................................................372
                                 1.3. Applicability to Remediation Technologies .........................................375
                              2.  Pretreatment and Engineering Considerations ............................................375
                                 2.1. Air Dilution Requirements ......................................................................375
                                 2.2. Design Variables ........................................................................................376
                              3.  Supplementary Fuel Requirements ................................................................379
                              4.  Engineering Design and Operation ................................................................382
                                 4.1. Flue Gas Flow Rates ..................................................................................382
                                 4.2. Catalyst Bed Requirement .......................................................................382
                                 4.3. System Pressure Drop ..............................................................................383
                              5.  Management .......................................................................................................384
                                 5.1. Evaluation of Permit Application...........................................................384
                                 5.2. Operation and Manpower Requirements .............................................384
                                 5.3. Decision for Rebuilding, Purchasing New or Used Incinerators .....385
                                 5.4. Environmental Liabilities abd Risk-Based Corrective Action...........385
                              6.  Design Examples................................................................................................386
                                 Nomenclature .....................................................................................................392
                                 References ...........................................................................................................393

                          10 Gas-Phase Activated Carbon Adsorption
                              Lawrence K. Wang, Jerry R. Taricska, Yung-Tse Hung,
                                and Kathleen Hung Li .............................................................................395
                              1.  Introduction and Definitions ...........................................................................395
                                 1.1. Adsorption ..................................................................................................395
                                 1.2. Adsorbents..................................................................................................396
                                 1.3. Carbon Adsorption and Desorption ......................................................396
                              2.  Adsorption Theory ............................................................................................397
                              3.  Carbon Adsorption Pretreament ....................................................................399
                                 3.1. Cooling ........................................................................................................399
                                 3.2. Dehumidification.......................................................................................400
                                 3.3. High VOC Reduction................................................................................400
                              4.  Design and Operation .......................................................................................400
                                 4.1. Design Data Gathering .............................................................................400
                                 4.2. Type of Carbon Adsorption Systems.....................................................402
                                 4.3. Design of Fixed Regenerative Bed Carbon Adsorption Systems .....402
                                 4.4. Design of Canister Carbon Adsorption Systems .................................405
                                 4.5. Calculation of Pressure Drops ................................................................406
                                 4.6. Summary of Application ..........................................................................406
                                 4.7. Regeneration and Air Pollution Control
                                      of Carbon Adsorption System.................................................................409
                                 4.8. Granular Activated Carbon Versus Activated Carbon Fiber ............410
                                 4.9. Carbon Suppliers, Equipment Suppliers, and Service Providers .....411
                              5.  Design Examples................................................................................................411
                                 Nomenclature .....................................................................................................418
                                 References ...........................................................................................................419
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