Battery Technical
Recycling PET Plastic With Spent Batteries
Polyethylene terephthalate (PET) plastic is made from terephthalic acid, and ethylene glycol. This material seems…
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Battery Technical
Battery Technical
High Mag Batteries Challenge Lithium-Ion
The magnesium in Europe’s proposed High Mag batteries, is about 1,000 times more abundant than…
Battery Technical
Supercapacitors Catching Up With Batteries
Are supercapacitors catching up with batteries, we wondered, after our first reading of an announcement…
Battery Technical
Silicon Carbon Batteries In Smartphones
Silicon-carbon batteries are a class of lithium-ion batteries, that use a unique material for their…
Battery Technical
Coulombic Efficiency in Batteries Unpacked
Coulombic and Faradaic efficiency both rate the ability of charge-carrying ions to transfer their energy…
Battery Technical
Metal-CO2 Batteries Offer Dual Hope
Producing less carbon dioxide, and removing it from our atmosphere are two of the greatest…
Battery Technical
Dry Processing Anodes For Scrap Recycling
Scientists at University of Muenster in Germany and MEET Battery Research Center, have joined forces…
Battery Technical
Vanadium Flow Batteries Warm Themselves
Scientists at Skolkovo Institute of Science and Technology in Moscow, Harbin Institute of Technology in China, and…
Battery Technical
Intercalation In Batteries a Brief Overview
Intercalation describes a process whereby molecules, or ions, insert into layered materials with layered structures.…
Battery Technical
Ilmenite Anode Instead of Graphite
Ilmenite is a naturally-occurring titanium-iron oxide, steel-gray material, and a major source of titanium dioxide.…