Explore how low-temperature plasma science is revolutionizing medicine and environmental sustainability through innovative applications in healthcare, agriculture, and energy.
Explore how environmental chemical engineering is revolutionizing pollution control, resource recovery, and sustainable technology through innovative materials and processes.
Explore how intelligent membranes are transforming separation science through AI design, sustainability principles, and innovative materials.
Exploring the transformation of catalysis from pollution source to sustainability tool, examining green chemistry innovations and their environmental impact.
Exploring how post-disaster windows of opportunity can be leveraged for sustainable transformation through circular economy practices and innovative frameworks.
Explore how CGIAR's agricultural research is transforming farming through sustainable practices, living labs, and innovative technologies to address climate change and food security.
Exploring advanced recycling methods for batteries and energy storage devices to address the growing e-waste challenge and create a circular economy.
Explore how catalysis transforms chemical processes, drives sustainability, and addresses global challenges through innovative research and applications.
Exploring how the International Year of Chemistry-2011 continues to inspire sustainable solutions through innovations like the Artificial Leaf experiment.
Discover how scientists are developing room-temperature curable natural polyphenols-based hybrid epoxy polymers as sustainable alternatives to petroleum-based plastics.