Discover how one-dimensional clay minerals like sepiolite and palygorskite are revolutionizing sustainable technology through environmental cleanup, advanced materials, and energy solutions.
Explore groundbreaking discoveries from ISyMC'2021 on sustainable materials, natural antioxidants, and innovative chemical solutions shaping our future.
Discover how nanocellulose is isolated from Dodonaea viscosa plant and explore its structural and thermal properties for sustainable applications.
Discover how scientists are transforming carbohydrates into sustainable materials with unique microspherical morphologies through green synthesis methods.
Discover how nano-cellulose fibrils are revolutionizing natural rubber latex gloves, creating sustainable, high-performance protective gear with enhanced properties.
Explore the development of sustainable room-temperature curable natural polyphenols-based hybrid epoxy polymers and their potential to revolutionize materials science.
Exploring innovative biobased polyols derived from renewable resources and their transformative role in sustainable polyurethane production.
Discover how ionic liquids are revolutionizing cellulose processing to create sustainable materials with near-zero environmental footprint.
Discover how combined catalysis is transforming lignin from wood waste into sustainable materials through innovative chemical processes.
Discover how pineapple leaf fiber (PALF) is transforming sustainable materials with its remarkable strength, biodegradability, and eco-friendly properties.