When a sliding interface experiences a coefficient of friction (CoF) below 0.01, the situation is said to have superlubricity. In the past, superlubricity has been limited to the microscale in controlled environments, and to ceramic surfaces with polar-fluid lubrication. Now,…
Fluidized beds are used in a variety of industries for combustion, drying, catalytic cracking and other processes. However, the process that occurs inside a fluidized bed is extremely complex and — due to a lack of effective measurement techniques —…
This company recently released new condition-monitoring software with built-in analytics. Using artificial intelligence, the new Analytics (photo) for online condition monitoring helps hygienic industries prevent unplanned downtime, extends the lifetime of valuable assets and helps reach sustainability targets. Analytics is…
This company introduced a bulk-material feeder suitable for installation in processing lines that require cleaning-in-place (CIP) for process equipment. Developed for food, dairy, nutrition, pharmaceutical and other sanitary operations, the Feedos S-H/P CIP (photo) integrates a series of spray nozzles…
The ES Series of spring check valves (photo) feature a PTFE-covered, stainless-steel spring for positive closing, as well as a new disc design for smooth, trouble-free operation. Compared to ball check valves, the ES Series requires very low liquid-head pressure…
A self-calibrating process-development Raman system The PTRam analyzer (photo) is a high-performance, precise, rugged and reliable Raman system featuring self-calibration and automated performance validation to ensure validity of every measurement. The system features long-lasting laser stability for consistent results, a…
For intelligent textiles to function effectively, they need to be strong, stretchable and electrically conductive. However, fabricating fibers that possess these three properties has been challenging. Drawing inspiration from how spiders spin silk to make webs, an international team of…
It is well known that mercury is not only toxic, but is also highly mobile. As a result, Hg emissions from both industrial processes (gold mining, combustion of fossil fuels, cement production, waste incineration and more), as well as natural…
The future of green hydrogen depends on the success of each stage of its ecosystem. Many factors are contributing to the critical infrastructure scaleup necessary to achieve industrial decarbonization Globally, hydrogen is increasingly being considered as a critical part of…
Chemical plants should not overlook the potential problems that can arise from damaged or malfunctioning lighting fixtures It is no secret that many chemical plants and industrial sites are prone to harsh environmental conditions that can wreak havoc on equipment…