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★ Achieving both 'heat resistance', 'strength', 'durability', and 'processability' that rival petroleum-derived resins! ★ Allocation of biomass ratio through mass balance method and third-party certification! --------------------- ■ Key Points of This Document - Policy trends and implementation status of biomass plastics in various countries - Curing characteristics of biomass acrylates and their application in UV-curable resins and coatings - Mechanical properties of biomass epoxy resins, improvement of processability, and enhancement of flexibility - Achieving both (marine) biodegradability and durability, and improving processability through enhanced fluidity - Component separation of woody biomass, modification and compounding of lignin and cellulose nanofibers - Plastic synthesis from microalgae and large-scale cultivation techniques for algae for this purpose
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■ Table of Contents Chapter 1: Research and Development Trends of Biomass-Derived Chemicals Chapter 2: Biomass Conversion Technologies for General Plastics and Engineering Plastics Chapter 3: Production of Biomass Materials from Woody Biomass and Their Composite with Polymers Chapter 4: Development and Application of Biomass Adhesives, Coatings Chapter 5: Development and Application of Biomass Additives and Surfactants Chapter 6: Product Applications and Adoption Efforts of Biomass Materials --------------------- ● Publication Date: March 31, 2023 ● Format: A4, 558 pages ● Authors: 55 ● ISBN: 978-4-86104-940-8 ---------------------
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