McCrometer provides an overview of the Drinking Water and Wastewater Infrastructure Act of 2021 and what it means for flow metering technology.
McCrometer invented the V-Cone® in 1985 and has set a standard for cone-style meters ever since. However, despite that innovation, orifice plates are a more widely implemented differential pressure (DP) flow meter, especially when considered by engineers for flow...
Many McCrometer partners and customers require their flow meters to comply with certain standards in order to be implemented as a part of their flow project. Oftentimes, the standard is well-known and mandatory to operate in many geographic regions. Some are...
Oftentimes in municipal flow applications utilities and districts opt for a propeller meter, an electromagnetic (mag) meter, or another type of “no moving parts” meter like an ultrasonic device. However, there are instances in which a differential pressure (DP) meter...
Allocating budget to flow technology may seem unjustifiable when funds are tight; flow meters and their electronics may already be installed, giving no reason to replace or add additional units when the current solution is in fine working condition. However, flow...
You’ve likely seen a desiccant cartridge, in the form of the small silica gel packet accompanying food products, or the activated carbon packet at the top of pharmaceutical bottles. It’s also commonly used in electronics and near sensors, especially for...
When measuring open channel flow wastewater and stormwater, non-contact flow technology is the ideal method, able to provide an accurate velocity and flow rate. Especially in the wet weather season, non-contact flow technology greatly benefits open channel...
