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Sustainable Smart Composites
The book discusses cutting-edge technologies, advancements in processing techniques, and real-world applications of composite materials in diverse fields such as structural engineering, aerospace, automobiles, and defense. It further covers important topics such as the design and development of green composites and optimizing the mechanical properties of composite materials. This book: Discusses the use of fiber-reinforced polymer matrix composite materials and artificial intelligence in the development of sustainable composites Presents state-of-the-art methodologies such as fused filament 3D printing and stereolithography to produce composite materials Concentrates on the diverse equipment...
Cellulose
Cellulose is destined to play a major role in the emerging bioeconomy. Awareness of the environment and a depletion of fossil fuels are some of the driving forces for looking at forest biomaterials for an alternative source of energy, chemicals and materials. The importance of cellulose is widely recognized world-wide and as such the field of cellulose science is expanding exponentially. Cellulose, the most abundant biopolymer on earth, has unique properties which makes it an ideal starting point for transforming it into useful materials. To achieve this, a solid knowledge of cellulose is essential. As such this book on cellulose, the first in a series of three, is very timely. It deals with fundamental aspect of cellulose, giving the reader a good appreciation of the richness of cellulose properties. Book Cellulose - Fundamental Aspects is a good introduction to books Cellulose - Medical, Pharmaceutical and Electronic Applications and Cellulose - Biomass Conversion , in which applications of cellulose and its conversion to other materials are treated.
Marine Bioprospecting for Sustainable Blue-bioeconomy
This volume comprehensively discusses marine bioprospecting and its applications in the marine bioeconomy, specifically in clean energy generation, and in biomedical, industrial and agricultural sectors. The advent of modern technology, particularly advancements in deep-sea exploration and biotechnology, has enabled scientists to delve deeper into the ocean's depths and discover a treasure trove of unique organisms and compounds. This demonstrates that the rich history of human interactions with the oceans is firmly ingrained in marine bioprospecting. The blue-economy, which is a more accurate name for the systematic search for valuable substances and organisms in the water, has gained popul...
Supra-Molecular Structure and Chemical Reactivity of Cellulose I Studied Using CP/MAS 13C-NMR
Supra-Molecular Structure and Chemical Reactivity of Cellulose I Studied Using CP/MAS 13C-NMR.
Valorization of Biomass Waste Materials, a Biorefinery Concept
Waste has become an emerging problem threatening the ecosystem, given the harmful content generated from the global afterlife of waste. These problems affect all spheres of life, and the waste must be controlled, managed, or converted to new products. The fundamental ways of addressing the increasing global flows of waste revealed through management processes have significantly increased business opportunities. Waste must be transformed into valuable products to reduce pollution, create jobs, and an environmentally pleasant atmosphere. Researchers have invented methods of converting waste into value-added products, aiming toward waste management and reduction. Despite considerable advances, the reuse and recycling of agricultural waste as biomass resources (renewable feedstock for renewable energy generation and specialty chemicals) from several natural sources are underutilized. This collection of essays discusses different biomass waste sources, biomass feedstocks characterization, pre-treatment and techniques for valorizing biomass to value-added products, and policies and regulations on the circular economy.
