Electromagnetic Wave Innovations for Sustainability I
Foundation and Energy Production
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Beschreibung
This is the first volume of a two-volume set book, Electromagnetic Wave Innovations for Sustainability, which explores advancements in electromagnetic technologies like photocatalysis and microwave chemistry for sustainable energy production, recycling, and environmental remediation, within the framework of sustainable development goals (SDGs) and the circular economy. It is followed by a second volume, Electromagnetic Wave Innovations for Sustainability II: Recycling and Environmental Remediation.
The first volume introduces the fundamental principles that connect sustainability with electromagnetic-wave science. It begins by outlining the concepts of the circular economy, sustainable development, and green chemistry, followed by core theories of electromagnetic waves. Subsequent chapters highlight the role of photocatalysis in pollutant decomposition, wastewater purification, and the advancement of sustainable environmental technologies. The volume concludes with theoretical and industrial perspectives on microwave chemistry, including reactor simulations, extraction technologies, and the contributions of microwaves to sustainable chemical processes.
This is the first volume of a two-volume set book, Electromagnetic Wave Innovations for Sustainability, which explores advancements in electromagnetic technologies like photocatalysis and microwave chemistry for sustainable energy production, recycling, and environmental remediation, within the framework of sustainable development goals (SDGs) and the circular economy. It is followed by a second volume, Electromagnetic Wave Innovations for Sustainability II: Recycling and Environmental Remediation.
The first volume introduces the fundamental principles that connect sustainability with electromagnetic-wave science. It begins by outlining the concepts of the circular economy, sustainable development, and green chemistry, followed by core theories of electromagnetic waves. Subsequent chapters highlight the role of photocatalysis in pollutant decomposition, wastewater purification, and the advancement of sustainable environmental technologies. The volume concludes with theoretical and industrial perspectives on microwave chemistry, including reactor simulations, extraction technologies, and the contributions of microwaves to sustainable chemical processes.
Overviews environmental, recycling, and energy research Addresses today's urgent challenges Blends depth with accessibility
Autor*in
Satoshi Horikoshi
Themen in »Electromagnetic Wave Innovations for Sustainability I«
Electromagnetic wave Energy production Recycling Environmental remediation Resource recovery Upcycling Chemical recycle Photocatalysis Microwave chemistry Circular economy Sustainable development goals SDGs Sustainability science Soler cell Hydrogen energy