Electrochemical Engineering of Landfill Leachate
It presents a focused engineering perspective on the treatment and management of landfill leachate through electrochemical principles and processes. Landfill leachate is a complex liquid generated when water moves through waste materials, carrying dissolved organic matter, inorganic constituents, salts, metals, nitrogen compounds, and other contaminants. Its variable composition and treatment requirements make leachate management an important challenge within environmental engineering, chemical engineering, and waste treatment technology.
The book centers on the engineering application of electrochemistry to landfill leachate treatment, providing a technical framework for understanding how electrochemical processes can be considered for contaminant removal and leachate remediation. Relevant concepts include electrode reactions, oxidation and reduction, electrochemical reactors, charge transfer, current density, electrode materials, reaction conditions, mass transfer, and process performance. These principles provide a foundation for evaluating how electrical energy can drive chemical transformations in complex waste-derived liquid streams.
Particular attention is given to the relationship between landfill characteristics, leachate composition, and treatment processes. The electrochemical treatment of leachate involves interactions among organic pollutants, inorganic species, electrode surfaces, and operating conditions. Understanding these interactions is important when assessing treatment mechanisms, process design considerations, contaminant transformation, and the practical engineering requirements of electrochemical systems.
The subject connects environmental engineering with electrochemical engineering, wastewater and leachate treatment, chemical reaction engineering, and solid waste management. It is relevant to the broader field of advanced treatment technologies, where physical, chemical, and electrochemical approaches may be evaluated according to contaminant characteristics and treatment objectives. The engineering perspective also provides useful context for considering process efficiency, energy requirements, electrode selection, reactor configuration, operating parameters, and treatment performance.
Customer Reviews
ThriftBooks ® and the ThriftBooks ® logo are registered trademarks of Thrift Books Global, LLC
