Polyurethane Foams: Coconut Oil-Based Polyols (Original PDF from Publisher)

Description

Polyurethane Foams: Coconut Oil-Based Polyols delivers a comprehensive overview of the development, processing, and applications of coconut oil-derived polyols as sustainable alternatives to petrochemical-based components in polyurethane manufacturing. As industries worldwide seek to minimize their carbon footprint and adopt eco-friendly materials, this timely volume provides a critical knowledge base for transitioning toward green chemistry and bio-based materials.

Perfect for chemical engineers, polymer chemists, materials scientists, graduate students, and R&D professionals, this first edition covers both theoretical foundations and applied methodologies for formulating and analyzing bio-based polyurethane foams. From feedstock conversion to foam performance analysis, this book serves as an essential technical guide to sustainable polymer innovation.

Key Features and Highlights:

• Sustainable Focus: In-depth analysis of coconut oil-based polyols as renewable feedstocks in polyurethane foam production.
• Technical Depth: Covers synthesis pathways, characterization techniques, and performance metrics of bio-based foams.
• Application-Oriented: Offers insights into industrial relevance for construction, insulation, automotive, and packaging sectors.
• Environmental Relevance: Discusses lifecycle analysis, carbon impact, and the potential of bio-based foams in reducing petrochemical reliance.
• Research-Backed Content: Authored and reviewed by leading experts in polymer science and green chemistry.

Topics Covered:

• Includes core chapters on polyol synthesis from coconut oil, structure-property relationships, physical and thermal characterization of foams, mechanical performance analysis, and industrial applications of renewable polyurethane materials.

About the Author:

The author is a recognized expert in polymer chemistry and renewable materials, with extensive experience in sustainable polyurethane research and numerous peer-reviewed publications. Their work bridges academic innovation and industrial application in bio-based materials development.

Technical Specifications:

• Format: Original PDF from Publisher (fixed layout, print-quality pages)
• File Size: Approx. [Insert file size when available]
• Language: English
• Publisher: De Gruyter
• Edition: 1st Edition, 2025
• Device Compatibility: Compatible with PC, Mac, tablets (iPad, Android), and PDF-supported eReaders such as Kindle (via app)

Frequently Asked Questions

Q1: Is this book suitable for industrial formulation teams or just academic researchers?
A: Both. While it provides a strong academic foundation, the book also delivers practical insights relevant to industrial R&D teams exploring bio-based materials for real-world applications.

Q2: Does the book include experimental procedures for synthesizing polyols from coconut oil?
A: Yes. The book includes detailed methodology for polyol synthesis, characterization techniques, and performance evaluation of the resulting polyurethane foams.