Discover how visible-light-driven post-functionalization is creating fire-resistant polymers through sustainable chemistry.
Exploring how doctoral programs in Industrial Chemistry and Chemical Engineering are driving sustainable innovation through cutting-edge research.
Discover how chemical modification is transforming wood into a super-material with enhanced durability, water resistance, and antibacterial properties for a sustainable future.
Exploring how ultrafine Ground Granulated Blast Furnace Slag transforms concrete into a more durable, sustainable, and high-performing material through cutting-edge physico-chemical processes.
Exploring the scientific frontier of sustainable polymeric materials and the challenges in creating eco-friendly plastic alternatives.
Exploring how sugarcane bagasse and coir fibre are transforming material science through sustainable composites
Discover how engineered enzymes are revolutionizing silicone manufacturing by enabling sustainable modification and degradation of siloxane materials.
Explore how chemical engineers are revolutionizing sustainable development through waste-to-energy solutions, advanced materials, and innovative processes presented at ICChESA 2017.
Understanding the interconnected relationship between water, food, and energy resources and how to manage them sustainably for our future.
Explore how catalysis breakthroughs are revolutionizing sustainable chemistry, from shape-shifting single-atom catalysts to light-powered reactions.