Gladcomm

15 patented new industrial hazardous gas removal method is a hybrid method that utilizes temperature and humidity reduction through outside air mixing, water drop, inertia, gravity, and A/R and W/R high-efficiency heat exchange using micro bubble waterfalls. This technology is  small footprint-low power and energy recovery available and adaptability and versatility due to insensitivity to flow variations. It can remove mist, soluble gas vapors, and so on, and leaning fluids and liquids can be recycled with very high dust collection efficiency, and also can remove ultra-fine dust (including black carbon) This new technology is applicable for steel, paper, semiconductor, c ement factories, and also incineration plant, pump mold, rotary kiln, various sludge, spray dryer, vessel, and others. Source : Gladcomm (  https://gladcomm.com/sub.php?code=31  )    

 A technology has been developed that can increase the charging speed of all-solid-state batteries, the next generation of batteries, by 10 times and improve their safety. Professor Shirley Meng explains how improving the texture of the metals used in batteries can significantly improve performance [Source=LG Energy Solutions]. LG Energy Solutions announced today that a paper on 'The effect of crystal growth orientation (texture) of metals on battery charging speed and safety', researched with professor Shirley Meng of the University of Chicago, a world-renowned expert in all-solid-state battery research, has been published in the prestigious energy journal Joule. LG Energy Solutions has been conducting innovative research on all-solid-state battery technology with the Frontier Research Lab (FRL) research team at the University of Chicago and UC San Diego (UCSD), led by prof. Shirley Meng. By introducing a thin layer of silicon into an all-solid-state battery, Shirley Meng has ...