Malinee Sriariyanun – författare

Value-Added Biocomposites: Technology, Innovation, and Opportunity explores advances in research, processing, manufacturing, and novel applications of biocomposites. It describes the current market situation, commercial competition, and societal and economic impacts and advantages of substituting biocomposites for conventional composites, including natural fibers and bioplastics. FEATURES Discusses manufacturing and processing procedures that focus on improving physical, mechanical, thermal, electrical, chemical, and biological properties and achieving required specifications of downstream industries and customers Analyzes the wide range of available base materials and fillers of biocomposites and bioplastics in terms of the strength and weaknesses of materials and economic potential in the market Displays special and unique properties of biocomposites in different market sectors Showcases the insight of expert scientists and engineers with first-hand experience working with biocomposites across various industries Covers environmental factors, life cycle assessment, and waste recovery Combining technical, economic, and environmental topics, this work provides researchers, advanced students, and industry professionals a holistic overview of the value that biocomposites add across a variety of engineering applications and how to balance research and development with practical results.

Value-Added Biocomposites: Technology, Innovation, and Opportunity explores advances in research, processing, manufacturing, and novel applications of biocomposites. It describes the current market situation, commercial competition, and societal and economic impacts and advantages of substituting biocomposites for conventional composites, including natural fibers and bioplastics. FEATURES Discusses manufacturing and processing procedures that focus on improving physical, mechanical, thermal, electrical, chemical, and biological properties and achieving required specifications of downstream industries and customers Analyzes the wide range of available base materials and fillers of biocomposites and bioplastics in terms of the strength and weaknesses of materials and economic potential in the market Displays special and unique properties of biocomposites in different market sectors Showcases the insight of expert scientists and engineers with first-hand experience working with biocomposites across various industries Covers environmental factors, life cycle assessment, and waste recovery Combining technical, economic, and environmental topics, this work provides researchers, advanced students, and industry professionals a holistic overview of the value that biocomposites add across a variety of engineering applications and how to balance research and development with practical results.

Value-Added Biocomposites: Technology, Innovation, and Opportunity explores advances in research, processing, manufacturing, and novel applications of biocomposites. It describes the current market situation, commercial competition, and societal and economic impacts and advantages of substituting biocomposites for conventional composites, including natural fibers and bioplastics.

FEATURES

Discusses manufacturing and processing procedures that focus on improving physical, mechanical, thermal, electrical, chemical, and biological properties and achieving required specifications of downstream industries and customers

Analyzes the wide range of available base materials and fillers of biocomposites and bioplastics in terms of the strength and weaknesses of materials and economic potential in the market

Displays special and unique properties of biocomposites in different market sectors

Showcases the insight of expert scientists and engineers with first-hand experience working with biocomposites across various industries

Covers environmental factors, life cycle assessment, and waste recovery

Combining technical, economic, and environmental topics, this work provides researchers, advanced students, and industry professionals a holistic overview of the value that biocomposites add across a variety of engineering applications and how to balance research and development with practical results.

Value-Added Biocomposites: Technology, Innovation, and Opportunity explores advances in research, processing, manufacturing, and novel applications of biocomposites. It describes the current market situation, commercial competition, and societal and economic impacts and advantages of substituting biocomposites for conventional composites, including natural fibers and bioplastics.

FEATURES

Discusses manufacturing and processing procedures that focus on improving physical, mechanical, thermal, electrical, chemical, and biological properties and achieving required specifications of downstream industries and customers

Analyzes the wide range of available base materials and fillers of biocomposites and bioplastics in terms of the strength and weaknesses of materials and economic potential in the market

Displays special and unique properties of biocomposites in different market sectors

Showcases the insight of expert scientists and engineers with first-hand experience working with biocomposites across various industries

Covers environmental factors, life cycle assessment, and waste recovery

Combining technical, economic, and environmental topics, this work provides researchers, advanced students, and industry professionals a holistic overview of the value that biocomposites add across a variety of engineering applications and how to balance research and development with practical results.

This book comprehends the characteristics, creation, and utilization of biofuels derived from different feedstocks like edible oil, non-edible oil, cooked waste, chicken fat, and algae. It covers recent energy scenarios, environmental issues and solutions, biodiesel production techniques, and the optimization of process parameters, such as the selection of feedstock for biofuels production. Bioethanol production from different feedstocks and pretreatment techniques, biogas upgrading technology, storage, and utilization in dual fuel engines is also included.Features:Discusses the production and application of the low/zero-carbon fuelProvides information on the legislation and standards for the adoption of these fuelsIncludes statistical data and pricing of the current situation of raw materials, products, and utilities costsExplores the adoption of machine-learning algorithms like ANN for the production processesConsider safety aspects, regulatory policies, and sustainable use directionsThis book is aimed at graduate students and researchers in chemical and mechanical engineering, alternative fuels, and combustion engines.

This book comprehends the characteristics, creation, and utilization of biofuels derived from different feedstocks like edible oil, non-edible oil, cooked waste, chicken fat, and algae. It covers recent energy scenarios, environmental issues and solutions, biodiesel production techniques, and the optimization of process parameters, such as the selection of feedstock for biofuels production. Bioethanol production from different feedstocks and pretreatment techniques, biogas upgrading technology, storage, and utilization in dual fuel engines is also included.Features: Discusses the production and application of the low/zero-carbon fuel Provides information on the legislation and standards for the adoption of these fuels Includes statistical data and pricing of the current situation of raw materials, products, and utilities costs Explores the adoption of machine-learning algorithms like ANN for the production processes Consider safety aspects, regulatory policies, and sustainable use directions This book is aimed at graduate students and researchers in chemical and mechanical engineering, alternative fuels, and combustion engines.