How scientists are engineering Clostridium thermocellum to create efficient biological systems for biofuel production from agricultural waste.
Explore how PtMo bimetallic catalysts are transforming hydrogen production through enhanced water gas shift reaction efficiency and performance.
Explore how scientists use advanced frameworks to assess land use impacts before implementing policies, creating multifunctional landscapes that balance economic, social and environmental needs.
Discover how scientists separated Golgi proteins from cis to trans to reveal the functional architecture of this essential cellular organelle.
Discover how scientist Lee Lynd is pioneering cellulosic biofuels through consolidated bioprocessing and cotreatment technology to create sustainable energy from plant materials.
Exploring phonon-coupled charge dynamics in van der Waals heterostructures and their potential for revolutionizing electronic technologies.
Explore how agricultural waste is being transformed into clean energy through bioenergy technologies, creating a sustainable circular economy for farming.
Discover how metal-eating plants can clean contaminated soil while producing clean bioenergy through phytoremediation and bioenergy production.
Exploring how engineered microorganisms transform greenhouse gases into valuable chemicals through C1 bioconversion technology.
Explore how nanomaterials are revolutionizing biogas production, enhancing renewable energy yields through nanotechnology applications in anaerobic digestion.