Boron Separation Processes 1st Edition
Boron Separation Processes, 1st Edition is a comprehensive and authoritative reference that focuses on the science, engineering, and technology behind the separation and purification of boron and its compounds. Edited by leading experts in chemical engineering and separation technology, this book provides a detailed overview of the methods, mechanisms, and applications of boron separation in industrial, environmental, and research contexts.
With boron playing a vital role in nuclear technology, glass production, semiconductors, fertilizers, and wastewater treatment, understanding its recovery and purification has become crucial. This edition brings together state-of-the-art techniques, experimental data, and process optimization strategies — making it an essential resource for chemical engineers, researchers, and environmental scientists.
Key Features:
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Comprehensive Overview of Boron Chemistry:
Explains the chemical properties, occurrence, and industrial uses of boron, laying the groundwork for understanding its separation challenges and applications. -
Advanced Separation Techniques:
Covers both conventional and modern approaches, including solvent extraction, ion exchange, membrane filtration, adsorption, precipitation, and electrochemical methods. -
Process Optimization and Modeling:
Discusses thermodynamic and kinetic aspects, process modeling, and simulation tools used for designing efficient boron separation systems. -
Environmental and Industrial Relevance:
Highlights boron removal from industrial effluents, seawater, and brine, offering sustainable solutions for water purification and environmental protection. -
Case Studies and Real-World Applications:
Includes practical examples of boron recovery and recycling in nuclear reprocessing, agriculture, and advanced material production, helping bridge theory with industrial implementation. -
Interdisciplinary Insights:
Connects chemistry, materials science, and environmental engineering to offer a holistic perspective on boron separation technologies.
