Free download Zeolites in Sustainable Chemistry By Feng-Shou Xiao

Synthesis, Characterization and Catalytic Applications

Authors of: Zeolites in Sustainable Chemistry By Feng-Shou Xiao

Feng-Shou Xiao

Xiangju Meng

Table of Contents in Zeolites in Sustainable Chemistry By Feng-Shou Xiao

Part I: Innovative Strategies for Zeolite Synthesis  

This section presents pioneering approaches to the synthesis of zeolites, focusing on eco-friendly and cutting-edge methods that align with modern sustainability goals. It showcases advancements in synthesis techniques and explores new methodologies that have transformed the production of these versatile materials.  

1. Environmentally Sustainable Pathways for Zeolite Synthesis  

   Authored by Xiangju Meng, Liang Wang, and Feng-Shou Xiao, this chapter delves into sustainable and green synthesis routes. It highlights how environmentally conscious methods are being developed to minimize waste and reduce the environmental impact of zeolite production. Various eco-friendly techniques are analyzed, including the use of renewable feedstocks and energy-efficient processes that contribute to sustainability in industrial applications.  

2. Ionothermal Synthesis Techniques for Molecular Sieves  

   Written by Zhi-Jian Tian and Hao Liu, this chapter explores the emerging field of ionothermal synthesis, which uses ionic liquids as solvents for molecular sieve production. It discusses the unique properties of ionic liquids that enable precise control over crystal formation and structure. The chapter also examines how ionothermal methods offer novel pathways for creating advanced zeolites with highly specialized properties.  

3. Interlayer Expansion in Layered Zeolites  

   Toshiyuki Yokoi and Takashi Tatsumi investigate the concept of interlayer expansion in layered zeolites. This chapter focuses on modifying the internal structure of zeolites by expanding the interlayers, which enhances their functionality and catalytic potential. Applications in various chemical industries are discussed, with emphasis on how structural modifications improve accessibility and reactivity.  

4. Development of Mesostructured Zeolites

   Authored by Ryong Ryoo, Kanghee Cho, and Filipe Marques Mota, this chapter covers the synthesis and applications of mesostructured zeolites—materials engineered with larger pore sizes to accommodate bigger molecules. The discussion highlights the advantages of mesoporosity in catalysis and adsorption, as well as the technological breakthroughs enabling the design of these specialized materials for industrial and environmental applications.  

Part II: Advances in Zeolite Characterization Techniques  

This section delves into the latest developments in the characterization and structural analysis of zeolites. The chapters explore advanced analytical tools and their role in understanding zeolite frameworks, which is essential for optimizing their performance in various applications.  

5. Structural Elucidation of Zeolites Through Electron Crystallography

   Tom Willhammar and Xiaodong Zou present an in-depth analysis of electron crystallography as a vital technique for determining the atomic structures of zeolites. The chapter explains how high-resolution imaging allows for the precise mapping of complex frameworks, facilitating the design of more efficient materials for catalytic and adsorption applications.  

6. Comprehensive Structural Analysis in Zeolite Research: From Framework Design to Functional Properties  

   Written by Hermann Gies and Bernd Marler, this chapter examines the importance of framework topology in defining the functional properties of zeolites. The authors discuss how advanced structural analysis can lead to a better understanding of zeolite behavior, enabling researchers to tailor materials for specific applications, such as catalysis or molecular sieving.  

7. Investigating Zeolites Using Solid-State Nuclear Magnetic Resonance (NMR) Spectroscopy  

   Shenhui Li and Feng Deng explore the applications of solid-state NMR in understanding the atomic-level structure of zeolites. The chapter highlights how NMR can reveal information about framework composition, chemical environments, and molecular interactions within zeolite structures, offering valuable insights for material optimization.  

Part III: Emerging Applications of Zeolites in Sustainable Chemistry  

This section focuses on the growing importance of zeolites in promoting sustainable industrial practices. The chapters explore their applications in catalysis, environmental remediation, and green chemistry, showcasing their role in driving innovation toward a more sustainable chemical industry.  

8. Zeolites in Fluid Catalytic Cracking (FCC): Industrial Applications and Innovations  

   Authored by Vasileios Komvokis, Lynne Xin Lin Tan, Melissa Clough, Shuyang Shaun Pan, and Bilge Yilmaz, this chapter discusses the critical role of zeolites in refining petroleum through fluid catalytic cracking. It explores how advancements in zeolite design have led to increased efficiency and reduced environmental impact in fuel production.  

9. Methanol-to-Olefin Conversion: Zeolite-Catalyzed Reactions  

   Weiguo Song, Yingxu Wei, and Zhongmin Liu delve into the methanol-to-olefin (MTO) process, an essential industrial reaction facilitated by zeolite catalysts. This chapter examines the reaction mechanisms and highlights how advanced zeolite structures enhance the conversion process, contributing to more sustainable petrochemical production.  

10. Zeolite Catalysis in Biomass Conversion for Renewable Energy

    Authored by William N. P. van der Graaff, Evgeny A. Pidko, and Emiel J. M. Hensen, this chapter explores the catalytic conversion of biomass into renewable fuels and chemicals. It discusses how zeolite catalysts can enable efficient transformation of plant-based materials, contributing to greener energy solutions.  

11. Titanosilicate Zeolites in Catalytic Oxidation Reactions  

    Liang Wang and Feng-Shou Xiao focus on the application of titanosilicate zeolites in oxidation reactions. This chapter highlights how these catalysts are utilized in various oxidation processes, improving selectivity and efficiency while reducing harmful byproducts.  

12. Environmentally Friendly Zeolites for the Selective Catalytic Reduction of Nitrogen Oxides

    Written by Fudong Liu, Lijuan Xie, Xiaoyan Shi, and Hong He, this chapter examines the role of zeolites in reducing nitrogen oxide emissions, a significant environmental concern. The chapter highlights recent innovations in using zeolites for air purification and emission control in industrial and automotive applications.  

13. Zeolite Thin Films and Membranes: From Basic Science to Practical Applications  

    Zhengbao Wang and Yushan Yan explore the development of zeolite thin films and membranes. This chapter covers both the fundamental science behind these materials and their applications in gas separation, water purification, and advanced catalysis.  

14. Zeolite-Catalyzed Raw Material Transformation for Sustainable Chemical Processes  

    Authored by Bilge Yilmaz and Ulrich Müller, this chapter focuses on how zeolites contribute to the transformation of raw materials in the pursuit of a more sustainable chemical industry. It examines innovative processes designed to reduce waste and improve energy efficiency through advanced catalysis.  

Part IV: Conclusion and Future Perspectives

This final section offers reflections on the progress made in zeolite research and outlines future directions for innovation in synthesis, characterization, and application.  

15. Concluding Remarks

    Written by Feng-Shou Xiao and Xiangju Meng, this chapter summarizes the key findings of the book, reflecting on the evolution of zeolite research. It discusses the future challenges and opportunities for further advancements in sustainable chemistry, material innovation, and industrial applications.  

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