Environmental Oriented Electrochemistry 1st edition by CAC Sequeira – Ebook PDF Instant Download/Delivery: 0080875187 , 9780080875187
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Product details:
ISBN 10: 0080875187
ISBN 13: 9780080875187
Author: C.A.C. Sequeira
This book concentrates on the electrochemistry/environment relationship including, among others, chapters on design and operation of electrochemical reactors and separators, process simulation, development and scale-up, optimization and control of electrochemical processes applied to environmental problems, also including economic analysis, description of unique current and future applications, in addition to basic research into developing new technologies. It is hoped that this volume will be considered interesting and extremely timely to specialists in electrochemistry and environmental sciences.
Environmental Oriented Electrochemistry 1st Table of contents:
PART I: WATER CARE AND TREATMENT PROCESSES
Chapter 1. Electrochemical techniques for the treatment of dilute metal-ion solutions
The scope for electrochemical techniques
Typical electrochemical reactions
Cell design considerations
Classification of electrochemical reactors
Examples of reactor designs and their performance
Summary
References
Chapter 2. Electrochemical methods for purification of waste waters
Introduction
Electrochemical background for the deposition of heavy metals
Plate electrolyser
Electrolyser with a fluidized bed
Other diaphragmless electrolysers
Electrolysers involving a diaphragm
Other, similar electrolyser types
Electrochemical destruction of toxic organic compounds
References
Chapter 3. Electrochemical oxidation of organic pollutants for wastewater treatment
Introduction
Experimental details
Definition of global parameters for the electrochemical treatment
Possibilities of the electrochemical oxidation of organics for wastewater treatment
Analysis of reaction products at Pt and SnO2 anodes
Comparison between electrochemical and chemical oxidation
Mechanism of electrochemical oxidation of phenol for wastewater treatment
Pilot plant experiments for the treatment of industrial wastewater
References
Chapter 4. Electrochemical oxidant generation for wastewater treatment
Introduction
Ozone
Hydrogen peroxide
Potassium permanganate
Chlorine and hypochlorite
Chlorine dioxide
References
PART II: BATTERIES AND ENVIRONMENT
Chapter 5. Batteries and the environment
Introduction
The environmental problem
Regulatory aspects
The management of discarded batteries
Battery recycling
Battery improvements
Administrative structures
Sources of general information related to the battery
References
Chapter 6. Alkaline manganese dioxide – zinc batteries. Primary and rechargeable cells with and with
Introduction
Primary alkaline manganese dioxide – zinc batteries (PAM cells)
Rechargeable alkaline manganese dioxide – zinc batteries (RAM cells)
Batteries and environment
Toxicology
Conclusions
References
Chapter 7. Electrochemical generators and the environment. Fuel cells and metal/air batteries
Introduction
Fuel cells
Metal/air batteries
Conclusion
References
Chapter 8. The prospective role of magnesium in the development of environment-friendly solid-state
Introduction
Experimental results and discussion
Conclusions
References
PART III: SENSORS FOR POLLUTION CONTROL
Chapter 9. Overview of gas sensors for environmental use
Importance of environmental problems and growing needs for gas sensing
Methods of gas sensing related with environmental problems
Recent researches and developments of gas sensors for environmental use
Application to pollution control
Future scope
References
Chapter 10. Piezoelectric crystal detectors for environmental pollutants
Introduction
Experimental
Conclusions
References
Chapter 11. me electrochemistry of gases of medical interest and electrochemical gas sensors
Introduction
Membrane covered sensors
Oxygen: sensors and electrochemistry
Carbon dioxide
Anaesthetic gases
Solid state gas sensors
References
PART IV: TECHNIQUES FOR POLLUTION MONITORING
Chapter 12. Environmental pollution monitoring using DC pulse techniques
Introduction
Electrochemical monitoring
The DC pulse system
Monitoring environmental pollution
Rainfall pollution
Monitoring soil contamination with Kuwaiti oil field burn products
Monitoring pollution of seawater with Kuwaiti oil contaminants
Conclusions and recommendations
References
Chapter 13. Bacterial-environmental interactions in corrosion on buried pipes
Introduction
Effects of bacterial ecology on underground corrosion
Experimental procedures of laboratory study on local action cell corrosion
Results and discussion of laboratory study on local action cell corrosion
Conclusions
References
Chapter 14. Influence of ohmic drop on the determination of electrochemicul parameters
Introduction
General considerations
Monitoring by a two-electrode technique
Importance of the environment
Numerical methods
Mathematical schematization
Influence of the ohmic drop on the corrosion rate
Explicit form of the function i(ΔE)
Inversion through power series expansion
Numerical determination of Rs
Experimental techniques
Conclusions
References
PART V: PHOTOELECTROCHEMISTRY FOR A CLEANER ENVIRONMENT
Chapter 15. Semiconductor photoelectrochemistry for cleaner environment: utilization of solar energy
Introduction
Semiconductor/electrolyte system in dark and upon illumination
PEC cells for solar-to-electrical energy conversion
PEC cells for solar-to-chemical energy conversion
Semiconductor dispersions for providing cleaner environments
Concluding remarks
References
Chapter 16. Prospective usage of photoelectrochemistry for environmental control
Introduction
Photoelectrochemical reduction of CO2
Photocatalytic reduction of CO2
Photoelectrochemical decomposition of H2S
Photoelectrochemical conversion of SO2
Photoelectrochemical reduction of O2
Photoelectrochemical generation of H2
Chapter 17. Electrochemical storage of solar energy
Introduction
Solar-hydrogen plant: Principles of design and state-of-the -art
Solar-hydrogen plant: Simulation
Solar-hydrogen plant: Optimization
Optimization of the plant “solar array + electrolyzer + secondary battery”
References
PART VI: MISCELLANEOUS ENVIRONMENTALLY ORIENTATED ELECTROCHEMICAL PROCESSES
Chapter 18. Electrodialytic membrane procesaea and their practical application
Introduction
Properties and structures of ion-exchange membranes
Electrodialytic processes as unit operation
Other electrically driven membrane processes
Conclusions
References
Chapter 19. Removal of H2S through an electrochemical membrane separator
Introduction
Technical discussion
Experimental
Experimental run results
Economic projection
Conclusions
References
Chapter 20. Electrochemical treatment of mixed and hazardous wastes
Introduction
State-of-the-art
Examples of mixed-waste feed streams
Process chemistry
Electrochemical generation of oxidants in batch reactor
Destruction and coulombic efficiencies for ME0 process
Reaction intermediates formed during ME0 of glycol and benzene
Reaction mechanisms for ME0 of ethylene glycol and benzene
Theoretical model for electrochemical batch reactor
Application of model to the ME0 of glycol by silver (11)
Maximum mediator concentration – no organics
Other recommended reading
Summary
References
Chapter 21. Magnetic field effects in environmental control involving electrolytes
Preamble and motivation
Theoretical foundations
The magnetic field effect in the treatment of waste fluids and effluents
The magnetic field effect on corrosion in electrolytes
The magnetic field effect on natural bodies of water
Critique and concluding remarks
References
Chapter 22. Soil decontamination using electrokinetic processing
Introduction
Theoretical
Results
Summary
References
Chapter 23. Electrochemical utilization of hydrochloric mid – waste of chlororganic production
Hydrochloric acid electrolysis producing chlorineand hydrogen
Hydrochloric acid electrolysis producing hydrogen and chlororganic compounds
References
Chapter 24. Electrocatalysis for environmentally orientated electrochemical processes and environmen
Introduction
Environmental problems in electrochemical processes
The special role of hydrogen and oxygen electrodes
Examples for electrolytic applications of oxygen and hydrogen electrodes
Conclusions
References
Author Index
Subject Index
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