Self-Assembled Carbon Scaffold-based Photocatalysts

Environmental and Industrial Applications

Self-Assembled Carbon Scaffold-based Photocatalysts

Environmental and Industrial Applications

€159.00*

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The book discusses the advantages, potential applications and current industrial applications of carbon scaffold-based nano photocatalysts. It covers the necessary fundamentals, mechanisms and computations on catalytic activity to introduce and discuss energy,
industrial and environmental applications to supply the reader with a full understanding of the topic.

SECTION I: Fundamental Insight & Novelty
1. Nanophotocatalysts: Fundamentals, Mechanisms and advances in remediation technologies,
2. Photocatalytic activity: Computational Estimation, optimisation and Degradation processes.
3. Carbon scaffold-based Novel nano photocatalysts: Industrial Synthesis, degradation mechanism & sustainability.
4. Industrial Effluents, their degradation chemistry and Market economics.
SECTION II: Remediations & Ecological Aspects
5. Magnetic nano photocatalysts for environmental remediations: Implications and Prospects
6. Persistent pollutants in the biosphere and their remediations through Carbon scaffold-based nano photocatalysts: Developments and Challenges
7. Waste management through Carbon scaffold-based Nanophotocatalysis: Trends and Ecological impact
SECTION III: Industrial Implications & Energy Economics
8. Carbon scaffold-based Nanophotocatalysts for sustainable energy: Industrial implementation and their socio-economic impact.
9. Carbon scaffold-based Nano-photocatalysts in semiconductors: Fabrication, Performance and Prospects
10. Nanophotocatalysts in Hydrogen and Methane Production: Strategies and Challenges.
11. Nano-photocatalysts in water splitting and fuel production: Mechanism, Functionalisation, Challenges and Prospects
12. Industry economics for Carbon scaffold-based nano photocatalysts: Past, present and the Prospects
ISBN 9783527353972
Article number 9783527353972
Media type Book
Edition number 1. Auflage
Copyright year 2026
Publisher Wiley-VCH
Length 350 pages
Language English