Researchers from Fuzhou University have announced a significant breakthrough in energy storage technology, developing a novel ...

Nickel-zinc batteries combine high power density, an aqueous-based chemistry and inherent safety with no thermal runaway risk ...

A new study from the University of Chicago taps an ingredient most often used in the lithium-ion batteries that power our ...

Scientists at ARCI in Hyderabad unveil a revolutionary understanding of mesoporous tin oxide beads formation, potentially ...

Long duration energy storage projects planned at U.S. data centers will help to lower costs for alternatives to lithium-ion ...

SMM learned that on March 18, the intelligent capacity enhancement project for lithium/sodium-ion battery pole pieces of ...

In the wake of the Arab oil embargo in the 1970s, Congress responded by creating the Strategic Petroleum Reserve, an emergency stockpile designed to protect the nation from foreign coercion and sudden ...

Flow batteries are rather unique. They generate electricity by the combination of two fluids flowing on either side of a membrane. Typically, this involves the use of some kind of pump to get ...

Novel, easy to synthesize, highly efficient, polymeric materials could transform energy storage and production of clean fuel like hydrogen, facilitating accessibility of clean energy. Zn(DAB) and ...

Such low overpotential values place them among highly competitive catalysts, potentially reducing the cost and energy intensity of hydrogen production.

From Mehlich-3 to Olsen P, the extractant method your lab uses can help you interpret the data and manage inputs for more ROI ...

Researchers used Laser Powder Bed Fusion to 3D print zinc–silver–copper alloys and report promising cytocompatibility for ...