Eliminating the traditional electrolyte from electrolysis, a new electrolyzer design is aiming for higher efficiencies and ...

A new research study by ETH Zurich ( in collaboration with BASF SE (Ludwigshafen, Germany), has investigated an alternative ...

As the hydrogen economy matures and production scales up, critical equipment like globe valves must evolve to ensure safe and ...

A new electron-curing system has demonstrated a high-speed, solvent-free production process for powerful battery electrodes ...

Electrically conductive plastics, also known as conjugated polymers, bring many cutting-edge benefits for flexible sensors, ...

Selecting the right technology to ensure accurate and reliable level measurement can help solve the unique challenges posed by storing and processing solid materials Emerson Advanced measurement ...

Industry leaders’ insights on the future of battery materials supply and production At The Battery Show (Oct. 6–9; Detroit, ...

In lithium processing, advanced mixing technologies — applied across the crystallization, carbonization and decomposition steps — can serve as critical enablers in meeting efficiency, scalability and ...

As the global demand for lithium-ion batteries grows — driven by electric mobility and renewable energy — so does the need ...

Decarbonizing industrial process heat is challenging. Heat pumps offer a path to convert previously unused waste heat into low-carbon steam Industrial operations are notoriously difficult to ...

Following regulations for drinking water, increasingly stringent limits for per- and polyfluoroalkyl substances (PFAS) in industrial wastewater are anticipated, necessitating improved technology to ...

Processes to reuse plastics from end-of-life vehicles are complicated by solid contaminants — including pre-embedded metal and rubber components of different sizes and reinforcing glass fiber.