Fluoride Technology from the Perspective of Environment and Resources 2: Various Regulations and Removal, Recovery, and Recycling
BC211202
Fluorine, which has been attracting increasing attention in recent years due to the PFAS issue. A heartfelt book filled with insights on removal, recovery, and recycling technologies from a leading expert in fluorine technology!
★Fluorine, which has been attracting increasing attention in recent years due to the PFAS issue. A comprehensive book filled with insights on removal, recovery, and recycling technologies from a leading expert in fluorine technology!! ◎ An explanation of environmental issues surrounding fluorine, including PFAS, and removal and analysis technologies ◎ What are the trends in regulations for PFAS and other fluorine/fluoride substances both domestically and internationally? A comprehensive overview of fluorine detection/analysis technologies! ◎ Towards the recycling of fluorine, a systematic explanation of its physical properties from the basics! ◎ Covering essential foundational technologies for handling fluorine, from basic engineering knowledge to the characteristics of hydrogen fluoride. ◎ Technologies for fluorine recovery are systematically organized by technology type and recovery material! ◎ Coagulation and sedimentation, crystallization, decomposition, concentration, absorption, extraction, separation, ion exchange, adsorption, beneficiation, condensation... Recovery methods for hydrogen fluoride, calcium fluoride, inorganic fluorine compounds, etc., are clearly organized and easy to understand!
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Publication: December 2021 Price: 45,100 yen (including tax, 10% consumption tax) Format: B5 size, approximately 290 pages ISBN: 978-4-86502-225-4 Author (honorifics omitted): Technical Consultant, Doctor of Engineering, Kuniyoshi Momota
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45,100 yen (including tax (10% consumption tax))
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P2
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Chapter 1: The Environment and Regulations Surrounding Fluorine 1. Resource Issues 2. Environmental Issues 3. PFAS Issues 4. Detection and Analysis Chapter 2: Fundamentals and Physical Properties for Fluorine Re-Resource Recovery 1. Introduction to Energy 2. Equilibrium Theory/Kinetics 3. Material Balance/Energy Balance 4. Properties of Hydrofluoric Acid 5. Specificity of Silicofluoric Acid Chapter 3: Reactions/Unit Operations for Fluorine Re-Resource Recovery 1. Coagulation, Precipitation, and Crystallization 2. Salt Exchange 3. Acid Decomposition Reactions 4. Thermal Decomposition/Hydrothermal Decomposition 5. Concentration/Distillation/Topping 6. Gas Absorption 7. Extraction 8. Membrane Separation 9. Ion Exchange Resins 10. Adsorption 11. Flotation of Fluorspar 12. Condensation Chapter 4: Technologies by Recovered Material 1. Manufacturing Technology for Hydrofluoric Acid 2. Recovery Technology for Hydrofluoric Acid and Hydrofluoric Acid 3. Recovery of Calcium Fluoride (CaF2) 4. Recovery as Inorganic Fluorine Compounds 5. Learning from the Phosphorus Industry
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