APPLICATIONS OF TECHNOLOGY: Integration into (photo)-electrochemical devices for improved efficiency Storage of solar energy as fuel and valuable chemicals Remote energy and fuel production Production of carbon-neutral plastics when connected to an ethylene polymerization reactor BENEFITS: Improved product conversion efficiencies compared to conventional … [Read more...] about Stacked Dual Cathode Device for (Photo)-Electrochemical CO2 Reduction and Production of Value Added Fuels and Chemicals 2022-143
Energy Storage
Dual Charge Conducting Polymer Binder 2023-034
APPLICATIONS OF TECHNOLOGY: Binder for silicon, tin, or graphite-based electrodes in Li-ion or solid state batteries Consumer electronics batteries Electric vehicle batteries BENEFITS: Low cost starting materials Low cost production Conductive binder improves performance relative to conventional binder BACKGROUND: Binders are important … [Read more...] about Dual Charge Conducting Polymer Binder 2023-034
Energy Storage Technologies
Types of Technologies: Long Duration Storage Technologies Solid State Battery Technologies LLZO Based Solid State Battery Technologies Hydrogen Technologies Thermal Storage Technologies Lithium-Ion Battery Technologies Lithium-Sulfur Battery Technologies Recyclable Battery Technologies Long Duration Storage Technologies Longer Cycle … [Read more...] about Energy Storage Technologies
Magnesium (Mn)-rich Partially Disordered Cathodes for Li-Ion Batteries 2023-055
APPLICATIONS OF TECHNOLOGY: Fast-charging Li-ion batteries High energy density applications BENEFITS: High rate capability High energy density More common materials than traditional Li-ion cathodes BACKGROUND: The expansion of electrification to other industries and larger scales has been limited by the performance and availability of materials for … [Read more...] about Magnesium (Mn)-rich Partially Disordered Cathodes for Li-Ion Batteries 2023-055
Supramolecular Electrolytes for Recyclable Soild State Batteries (SSBs) 2023-061
APPLICATIONS OF TECHNOLOGY: Lithium batteries BENEFITS: Low-intensity thermal processing for fabrication Direct cathode recycling High capacity retention BACKGROUND: Solid electrolytes have the potential to improve battery safety, yet complicate battery recycling efforts. Deconstructing solid-state batteries (SSBs) to physically separate cathode and … [Read more...] about Supramolecular Electrolytes for Recyclable Soild State Batteries (SSBs) 2023-061