Ahmad Ilyas Rushdan – författare

Carbon-Based Materials and Composites for Water and Wastewater Treatment discusses the potential utilization of carbon-based materials and composites for the removal of various type of contaminants in water bodies due to their unique features, such as earth-abundance, recyclability, low-cost of production processes, and stability. As carbon can be derived from many types of raw materials and process techniques, the book covers various sources of raw materials from synthetic or natural precursors that have high carbon content, along with their synthesis processes. This synthesized carbon is used in different types of water and wastewater treatment technologies, including adsorbents, membranes, photocatalysts, electrodes, and fenton-catalysts.The book covers the application and efficiency of these carbon-based technologies in the removal of different type of pollutants from water bodies. The feasibility, practicability and economic aspects of using carbon-based materials in water and wastewater treatment are also described in the bookCovers the trends and factors that influence the development of carbon-based materials for water and wastewater treatmentReviews the processes involved in the preparation of carbon materials derived from natural and synthetic precursorsIncludes commentary from leading research and industrial experts in the field of water and wastewater treatment

Carbon-Based Materials and Composites for Water and Wastewater Treatment discusses the potential utilization of carbon-based materials and composites for the removal of various type of contaminants in water bodies due to their unique features, such as earth-abundance, recyclability, low-cost of production processes, and stability. As carbon can be derived from many types of raw materials and process techniques, the book covers various sources of raw materials from synthetic or natural precursors that have high carbon content, along with their synthesis processes. This synthesized carbon is used in different types of water and wastewater treatment technologies, including adsorbents, membranes, photocatalysts, electrodes, and fenton-catalysts.The book covers the application and efficiency of these carbon-based technologies in the removal of different type of pollutants from water bodies. The feasibility, practicability and economic aspects of using carbon-based materials in water and wastewater treatment are also described in the book- Covers the trends and factors that influence the development of carbon-based materials for water and wastewater treatment- Reviews the processes involved in the preparation of carbon materials derived from natural and synthetic precursors- Includes commentary from leading research and industrial experts in the field of water and wastewater treatment

Biopolymer Applications in 3D Bioprinting for Biomedical Engineering covers the fundamentals of polymer-based bioprinting materials, as well as the latest developments and advancements in 3D bioprinting processes. The book starts with an introduction to the principles of biomedical engineering and discusses the application of additive manufacturing in the biomedical field. This is followed by an overview of cell culture in 3D bioprinting, including in-situ bioprinting and in vitro studies and a review of the use of bio-based polymers and synthetic polymers in 3D bioprinting, with a focus on analyzing their properties and selecting the most suitable polymers for specific 3D bioprinting projects.The book's final section explores the applications and challenges of 3D bioprinting in various areas, including anatomical structure, organ bioprinting, skin bioprinting, drug delivery, grafts, blood vessels, orthodontics, ocular and neural tissues, and composite tissues. This book is a valuable reference for industrial and academic researchers, advanced students, and R&D professionals looking for an authoritative overview of biopolymer materials and products prepared by 3D bioprinting.Provides a thorough understanding of polymer preparation techniques and 3D bioprinting processesAnalyzes and compares various types of polymers and provides guidance on selecting the most appropriate polymers for specific 3D bioprinting projectsHighlights the current challenges and future research directions in the field of polymer and composite application in 3D bioprinting

Bacterial Nanocellulose: Biosynthesis, Functionalization, Applications, and Sustainability Challenges provides a comprehensive overview of bacterial nanocellulose (BNC), highlighting its versatility as a bio-based material with potential application across several fields. The book begins with an introduction to BNC, detailing how it is produced through bacterial biosynthesis, including a discussion on the mechanisms of production, the factors that influence quality, and the analytical techniques used to study BNC. The second part of the book focuses on functionalization methods, including chemical, biological, and physical modifications that improve BNC properties for various uses. The following section covers a wide range of applications for BNC, including its use in biomedicine, electronics, energy, packaging, cosmetics, food, textiles, and more. The final section addresses sustainability, reviewing the recycling and reusability of BNC, life-cycle assessments, and its environmental impacts. This book is an essential resource for materials scientists, polymer scientists, and nanotechnology researchers interested in the development, production, and applications of bacterial nanocellulose.Reviews several chemical, biological, and physical functionalization methods used to modify nanocellulose for enhanced propertiesFeatures chapters on designing bacterial nanocellulose with tailored characteristics for various applications, including biomedical, electronic, and environmental usesProvides practical examples and case studies for implementing bacterial nanocellulose in real-world scenariosCovers environmental impacts, lifecycle assessments, and regulatory considerations

Nanocellulose for Sustainable Water and Wastewater Treatments provides a comprehensive overview of the role of nanocellulose in addressing challenges in water and wastewater treatment by discussing its fundamental properties, synthesis, modification, and applications in various treatment processes. Structured into four parts, the book begins with an overview of nanocellulose, including its classification, sources, and properties, as well as methods for its synthesis and modification. Following sections review the application of nanocellulose in water treatment processes, such as flocculation, filtration, photocatalysis, and pollutant detection, as well as its use in treating wastewater, including industrial and oily wastewater.The final section focuses on sustainable practices and environmental impacts, thoroughly covering the recycling and reusability of nanocellulose, lifecycle assessments, and future advancements in nanocellulose technologies for water and wastewater treatment. This book is a valuable resource for researchers, scientists, and industry professionals interested in the sustainable use of nanocellulose in water treatment, providing insights into state-of-the-art research and advancements in the field.Reviews the unique characteristics of nanocellulose, including its mechanical, chemical, and physical properties, which are crucial for effective water treatment applicationsDiscusses sustainable aspects of recycling and reuse of nanocellulose materials, highlighting environmentally-friendly practices and contributing to waste reduction in water treatment processesFeatures real-world examples and case studies that demonstrate successful implementations of nanocellulose in various water purification techniques

Natural Fiber-reinforced Biopolymers: Materials, Applications, and Sustainability provides a comprehensive overview of natural fiber-reinforced biopolymers, focusing on their properties, synthesis, processing, applications, and sustainability aspects. Beginning with fundamental chapters on natural fibers and biopolymers, the book explores various composites created from polymers like polylactic acid (PLA), polyhydroxyalkanoates (PHA), thermoplastic starch (TPS), chitosan, polyhydroxybutyrate (PHB), green epoxy, polycaprolactone (PCL), and bacterial cellulose, all reinforced with natural fibers. Advanced fabrication techniques, characterization methods, and practical applications across sectors including automotive, biomedical, packaging, agriculture, and environmental remediation are thoroughly discussed. The book also includes chapters on sustainability that address recycling strategies, life cycle assessment, and the role of these materials in a circular economy. This is an essential resource for researchers, engineers, advanced students, and industry professionals interested in sustainable materials and their applications.Reviews different biopolymers reinforced with natural fibers, providing detailed insights into their mechanical properties, processing techniques, and sustainable applicationsDiscusses the role of natural fibers in enhancing the properties of biopolymersEmphasizes the environmental benefits and sustainable development implications of using natural fibersIncludes detailed case studies, recent advancements, and future trends in the field

This proceedings book comprehensively compiles the proceedings of the South East Asia-Japan Conference on Composite Materials 2024 (SEAJCCM 2024). The focus of this book revolves around a diverse array of subjects on cutting-edge composite materials for a broad range of engineering applications. Several topics covered in this book include material characterisation of various types of composite materials, optimisation/modelling/simulation of material properties, composite reparability/recycling/sustainability, advanced composite manufacturing techniques, and structural design of composite materials. Additionally, this proceedings book also delves into the realm of green composite materials made from renewable natural resources, showing green alternatives to conventional synthetic-based materials. This book will appeal to a broad readership and benefit researchers and industrial professionals working in the development of new composite materials for a wide variety of industrial applications.