A novel spacer technology for RO membrane elements This company’s reverse-osmosis (RO) elements (photo) use a unique Printed Spacer Technology that improves the performance of systems with just the change of the membrane element. The technology replaces mesh spacers that…
This company has supplemented its portfolio with a vibrating level switch (photo) that is suitable for all liquids, including highly viscous media. The new instrument is available in three variants for different market segments. The model TLS-S is intended for…
Electrolyzers are the key technology for producing “green” hydrogen using renewable energy. However, a new reactor platform aims to facilitate electrolysis without the need for any external electricity. The Electroless Coupled Exchange Reduction Oxidation technology platform (eXERO), developed by Utility…
This new state-of-the-art hybrid cooling system (photo) is designed to deliver exceptional thermal performance while minimizing environmental impact. The system offers a perfect balance between water and energy consumption while setting a new standard in the heat-rejection industry. Designed to…
Co-fermentation processes that can consume both sugars and CO2 are emerging as a promising technology to enhance product yield and reduce emissions in biofuels production. A team of scientists at Oklahoma State University (Stillwater, Okla.; www.okstate.edu) are working to accelerate…
This summer is proving to be a hot one across much of the U.S. as heat waves grip many regions with little relief from nighttime cooling. If it seems like it has been getting hotter, there are data to support…
The Viper-28 flange-spreading wedge (photo) is said to be the most powerful flange spreader in the world, boasting a spreading force of 28 metric tons and a precision tip measuring just 5 mm. This tool handles a wide range of…
The inclusion of nozzle flexibility (directional spring rate) in pipe-stress analysis results in more realistic piping reactions on pressure-vessel nozzles, whereby it will be easier to meet the limited nozzle-load capacity of the nozzles. It will surely contribute to a…
Understanding material characteristics is important in designing and defining process criteria for optimal performance of rotary and fluidized-bed dryers The ability to efficiently, reliably and consistently dry bulk solids in an industrial setting relies largely on tailoring the dryer’s design…
Three of the critical aspects of dust collection systems are properly identifying necessary dust capture points, effectively capturing dust at each point and accounting for solids loading in the ductwork. Key considerations for these aspects are presented here Dust collection…