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Electrochemical Technology Applied in Treatment of Wastewater and Ground Water.

By: Contributor(s): Material type: TextTextSeries: Environmental Remediation Technologies, Regulations and SafetyPublisher: New York : Nova Science Publishers, Incorporated, 2011Copyright date: ©2012Edition: 1st edDescription: 1 online resource (81 pages)Content type:
  • text
Media type:
  • computer
Carrier type:
  • online resource
ISBN:
  • 9781620816820
Subject(s): Genre/Form: Additional physical formats: Print version:: Electrochemical Technology Applied in Treatment of Wastewater and Ground WaterDDC classification:
  • 628.1/66
LOC classification:
  • TD430 -- .E44 2012eb
Online resources:
Contents:
Intro -- ELECTROCHEMICAL TECHNOLOGY APPLIED IN TREATMENT OF WASTEWATER AND GROUND WATER -- ELECTROCHEMICAL TECHNOLOGY APPLIED IN TREATMENT OF WASTEWATER AND GROUND WATER -- LIBRARY OF CONGRESS CATALOGING-IN-PUBLICATION DATA -- CONTENTS -- PREFACE -- Chapter 1: INTRODUCTION -- Chapter 2: THEORIES OF ELECTROCHEMICAL TREATMENT -- 2.1. ELECTROCHEMICAL OXIDATION -- 2.2. ELECTROCOAGULATION -- 2.3. ELECTROCHEMICAL REDUCTION -- Chapter 3: ELECTROCHEMICAL TREATMENT OF SYNTHETIC INDUSTRIAL WATER CONTAINING PHENOL AND AMMONIA -- 3.1. EXPERIMENTAL PROCEDURES -- 3.2. ANALYTICAL METHODS -- 3.2.1. Detection of Free Radicals Species and OxidizingSubstance -- 3.2.2. Cyclic Voltammetry (CV) -- 3.2.3. Others -- 3.3. RESULTS AND DISCUSSION -- 3.3.1. Phenol Electrolysis -- 3.3.2. ICE with Electrolysis Time -- 3.3.3. Free Radicals and Oxidizing Substance Production -- 3.3.4. Effect of the Concentration of Ammonia Nitrogen to theDegradation of Phenol -- 3.3.5. Effect of Cathode on the Degradation -- 3.3.6. Effect of Initial pH on the Degradation -- 3.4. CONCLUSIONS -- Chapter 4: ELECTROCHEMICAL REDUCTION OF NITRATE CONTAINED IN GROUNDWATER -- 4.1. EXPERIMENTAL PROCEDURES -- 4.2. ANALYSIS -- 4.3. RESULTS AND DISCUSSION -- 4.3.1. Parallel Connection and Conventional Connection -- 4.3.2. Influences of Addition Time of NaCl -- 4.4. CONCLUSIONS -- Chapter 5: APILOT PLANT OF ELECTROCHEMICAL TREATMENT SYSTEM (0.3 M3/HR) -- 5.1. EXPERIMENTAL PROCEDURES -- 5.1.1. Laboratory Experiments -- 5.1.2. Pilot Plant of Electrochemical Treatment System -- 5.2. ANALYSIS -- 5.2.1. Detection of Hydroxyl Radicals and Oxidizing Substance -- 5.2.2. Electrocatalytic Properties of Anodes -- 5.2.3. Others -- 5.3.MATERIALS -- 5.4. RESULTS AND DISCUSSION -- 5.4.1. Electrocatalytic Properties of Anodes -- 5.4.2. Effect of Anode Materials on Radical and OxidizingSubstance Production.
5.4.3. Water Quality during Pilot Plant of ElectrochemicalTreatment -- 5.4.4. Mass Balance -- 5.4.5. Quality of Wastewater from Hog Raising -- 5.5. CONCLUSIONS -- Chapter 6: TWO TYPES OF PRACTICAL ELECTROCHEMICAL TREATMENT SYSTEMS (TREATMENT CAPACITIES OF4M3/HR AND 0.5M3/HR) -- 6.1. EXPERIMENTAL PROCEDURES -- 6.2. ANALYSIS -- 6.3.MATERIALS -- 6.4. RESULTS AND DISCUSSION -- 6.4.1. Water Quality -- 6.4.2. Composition of Evolved Gases -- 6.4.3. Composition of Sludge -- 6.4.4. Discussion -- 6.5. CONCLUSIONS -- REFERENCES -- INDEX.
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Intro -- ELECTROCHEMICAL TECHNOLOGY APPLIED IN TREATMENT OF WASTEWATER AND GROUND WATER -- ELECTROCHEMICAL TECHNOLOGY APPLIED IN TREATMENT OF WASTEWATER AND GROUND WATER -- LIBRARY OF CONGRESS CATALOGING-IN-PUBLICATION DATA -- CONTENTS -- PREFACE -- Chapter 1: INTRODUCTION -- Chapter 2: THEORIES OF ELECTROCHEMICAL TREATMENT -- 2.1. ELECTROCHEMICAL OXIDATION -- 2.2. ELECTROCOAGULATION -- 2.3. ELECTROCHEMICAL REDUCTION -- Chapter 3: ELECTROCHEMICAL TREATMENT OF SYNTHETIC INDUSTRIAL WATER CONTAINING PHENOL AND AMMONIA -- 3.1. EXPERIMENTAL PROCEDURES -- 3.2. ANALYTICAL METHODS -- 3.2.1. Detection of Free Radicals Species and OxidizingSubstance -- 3.2.2. Cyclic Voltammetry (CV) -- 3.2.3. Others -- 3.3. RESULTS AND DISCUSSION -- 3.3.1. Phenol Electrolysis -- 3.3.2. ICE with Electrolysis Time -- 3.3.3. Free Radicals and Oxidizing Substance Production -- 3.3.4. Effect of the Concentration of Ammonia Nitrogen to theDegradation of Phenol -- 3.3.5. Effect of Cathode on the Degradation -- 3.3.6. Effect of Initial pH on the Degradation -- 3.4. CONCLUSIONS -- Chapter 4: ELECTROCHEMICAL REDUCTION OF NITRATE CONTAINED IN GROUNDWATER -- 4.1. EXPERIMENTAL PROCEDURES -- 4.2. ANALYSIS -- 4.3. RESULTS AND DISCUSSION -- 4.3.1. Parallel Connection and Conventional Connection -- 4.3.2. Influences of Addition Time of NaCl -- 4.4. CONCLUSIONS -- Chapter 5: APILOT PLANT OF ELECTROCHEMICAL TREATMENT SYSTEM (0.3 M3/HR) -- 5.1. EXPERIMENTAL PROCEDURES -- 5.1.1. Laboratory Experiments -- 5.1.2. Pilot Plant of Electrochemical Treatment System -- 5.2. ANALYSIS -- 5.2.1. Detection of Hydroxyl Radicals and Oxidizing Substance -- 5.2.2. Electrocatalytic Properties of Anodes -- 5.2.3. Others -- 5.3.MATERIALS -- 5.4. RESULTS AND DISCUSSION -- 5.4.1. Electrocatalytic Properties of Anodes -- 5.4.2. Effect of Anode Materials on Radical and OxidizingSubstance Production.

5.4.3. Water Quality during Pilot Plant of ElectrochemicalTreatment -- 5.4.4. Mass Balance -- 5.4.5. Quality of Wastewater from Hog Raising -- 5.5. CONCLUSIONS -- Chapter 6: TWO TYPES OF PRACTICAL ELECTROCHEMICAL TREATMENT SYSTEMS (TREATMENT CAPACITIES OF4M3/HR AND 0.5M3/HR) -- 6.1. EXPERIMENTAL PROCEDURES -- 6.2. ANALYSIS -- 6.3.MATERIALS -- 6.4. RESULTS AND DISCUSSION -- 6.4.1. Water Quality -- 6.4.2. Composition of Evolved Gases -- 6.4.3. Composition of Sludge -- 6.4.4. Discussion -- 6.5. CONCLUSIONS -- REFERENCES -- INDEX.

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Electronic reproduction. Ann Arbor, Michigan : ProQuest Ebook Central, 2024. Available via World Wide Web. Access may be limited to ProQuest Ebook Central affiliated libraries.

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