Research Articles
Catalytic Conversion: Turning Pollution into Sustainable Solutions
Explore how catalytic conversion technologies are transforming pollution into valuable resources and driving sustainable chemical processes.
Chemistry's Green Makeover: Educating the Next Generation of Sustainable Innovators
Explore how green chemistry education is transforming chemical sciences through innovative teaching methods, practical tools, and sustainable approaches.
Revolutionizing the Lab: A Green Chemistry Guidebook for the Next Generation
Explore how green chemistry principles are transforming high school education through innovative practical guidebooks that make chemistry safer and more sustainable.
Green Chemistry: Revolutionizing the Science of Analysis
Explore how Green Chemistry is transforming chemical analysis with sustainable practices, reducing environmental impact while maintaining analytical excellence.
From Waste to Wonder: The Rise of Lignin-Derived Carbon Materials
Discover how lignin, a once-wasted byproduct, is being transformed into advanced carbon materials for sustainable technologies.
Sunflower Secrets: How a Simple Farming Practice is Revolutionizing Rice Cultivation
Discover how sunflower residue incorporation in rice cropping systems influences microbial activity and transforms sustainable agriculture practices in Odisha, India.
The Silent Revolution: Three Frontiers of Agricultural Research in 2025
Explore how AI, soil biology, and controlled-environment systems are transforming agriculture to meet future food demands sustainably.
From Pollution to Products: The Bugs That Eat Our Emissions
How industrial biotechnology is flipping the script on climate change by turning greenhouse gases into valuable products using microbes.
Green Chemistry: How Science is Cleaning Up Our World
Explore how green chemistry is transforming from a source of pollution into a powerful engine for sustainability through innovative principles and applications.
Green Chemistry: Science and Politics of Change
Explore the transformative world of green chemistry, its twelve principles, key experiments with metal-organic frameworks, and the intersection of science, policy, and industry.