The technology consists of superoleophobic membrane coatings incorporating functionalized hydrophilic silica nanochains to allow the separation of water from oil mixtures and emulsions.
An inexpensive and scalable single-step fabrication process for high-aspect-ratio metasurfaces using aqueous nanocrystal ink imprinted on a wide variety of substrates.
A photocatalyzed polyethene dehydrogenation process that utilizes inexpensive and commercially available reagents for polyethylene transformations.
An analytical method and software workflow for quantitatively separating and measuring different carbon forms in urban soils.
A nanoparticle-polymer film enables isothermal droplet formation and water recovery from humid air through capillary condensation on a porous surface.
A method to fabricate batteries from biodegradable materials that can operate in the environment, such as on or under soil, and are scalable in size.
A method for manufacturing biodegradable nano-cellulose infiltrated paper (NCIP) substrates with low surface smoothness and low porosity for printed electronics and packaging applications.
This technology is aimed at improving crop production in the era of global climate change and rising fertilizer costs.
Genetically engineered plants for increased resistance to nutrient stress
AtPCS gene encoding multispecific heavy metal resistance factor from plants