Researchers in France, as reported in the journal Energies, developed an AI-based sensor for precise viscosity measurement under extreme conditions. Utilizing a deep learning model, the New Generation Predicted Viscosity (NGPV) sensor enhances accuracy and control in industries like energy management and hypersonic technologies.
Helping to protect pumps from running dry and detecting even the tiniest bubbles in flow control applications is a good example of where system engineers need to prevent unwanted and expensive downtime due to pump malfunction caused by unwanted gas inclusions.
The SMF Foodmag from ifm provides an effective solution for hygienic flow measurement of a variety of media with a conductivity > 5 µS/cm - such as beer, milk, or fruit juice. It goes without saying that the SMF Foodmag meets the stringent hygiene requirements of food and beverage production.
Researchers from China introduce a novel flexible calorimetric flow (FCF) sensor designed to enhance airflow sensing in microair vehicles (MAVs). By leveraging vanadium oxide (VOx) films on flexible substrates, the sensor demonstrates exceptional sensitivity and directionality, enabling precise estimation of flight parameters.
The versatile SIL-2 rated FS10i Flow Meter Series from Fluid Components International (FCI) with its highly accurate, next-gen thermal sensors provides both precision natural gas burner fuel control and oxygen (O2) measurement critical to the support of advanced carbon capture (CO2) systems designed to reduce the presence of the green-house gases considered largely responsible for the global warming phenomenon.
Liquid flow meter specialist Titan Enterprises, has published a technical review of pulse sensors for flow measurement devices and applications.
Engineers and technicians responsible for measuring combustible process or fuel gases, inert gases or waste gases in small line sizes will find the versatile, compact ST75 Series Flow Meter from Fluid Components International (FCI) offers them a remote mountable, space-saving configuration that solves piping layout issues in potentially hazardous areas or hard-to-reach locations crowded with equipment.
A research group has framed a pathway for the mass manufacture of sensors, which has the potential to concurrently detect mercury, lead, and E. coli in flowing tap water.
This review has been written by Dr Weixing Song from the Department of Chemistry, at Capital Normal University.
BinMaster’s 3D Level Scanner for bulk solids stored in silos is now globally certified for protection in explosive atmospheres. IECEx/ATEX-certified scanners will be available for shipment from BinMaster in August ...
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