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Our polymeric vacuum insulation spheres (PVIS) will be the most significant innovation in high-performing building insulation materials in decades.
The invention relates to dishwashers and more specifically to a dishwasher design that improves the efficiency of the water heating for reduced energy use and utility cost savings.
The invention is an innovative processing method for composite electrode in Li-ion batteries. The method offers several advantages such as low-cost, high processing speed and high performance. It completely eliminates the slurry preparation and slot-die coating steps.
Aqueous processing of electrodes promises to reduce cost due to the elimination of the toxic solvent N-Methyl-2-pyrrolidone (NMP). However, Cracking of the electrode coatings becomes a critical issue for aqueous processing as areal loading (thickness) increases.
Clothes dryers are energy intensive appliances that can benefit from the application of solid state heat pumps such as thermoelectric devices. The invention provides details for how to most effectively arrange and control a thermoelectric clothes dryer for drying clothes.
The invention relates to the electrical grid and more specifically to a device and method for monitoring the health of transmission line connectors. The compression connectors are considered as the weakest link in overhead transmission lines.
The invention relates to electricity generation and more specifically to a machine and method for producing electricity. This invention introduces a solution to directly convert heat into electricity and eliminates the intermediate steps.
This invention will enable the design and scalable fabrication of ultraconductive Cu composites with a room temperature electrical/thermal conductivity exceeding that of pure Cu, which will have immense technological and economic impact in all energy sectors.
Developed a solid acid carbon catalyst derived from recycled tires for biofuel production. Impregnated tire carbon catalysts were prepared via a preparation process.
The invention relates to buildings and more specifically to improvements to residential heat pumps. Conventional air-source heat pumps (ASHP) experience rather poor performance in cold climate areas.