New is always better, right? Not exactly. New can be expensive, unnecessary, and harder to get company approval for purchase. So when your flow meter needs maintenance, upgrades, or just a good...

Electromagnetic flow meters (mag meters) are the dominant technology for water flow measurement worldwide. This white paper examines the accuracy of McCrometer's FPI Mag Full Profile Insertion...

This case study describes how McCrometer's FPI Mag® insertion electromagnetic flow meter was selected and installed at a municipal water distribution facility in Malnate, Italy (population...

This case study describes how McCrometer CONNECT wireless weather stations and sensors have supported UC Davis researchers in developing and applying the Gubler-Thomas Grape Powdery Mildew (GPM) model...

This case study examines McCrometer's V-Cone Flow Meter, a differential pressure flow measurement device designed for liquefied natural gas (LNG) processing, transportation, and distribution. The...

This article explains cooling tower fundamentals, including how evaporative cooling systems work and their applications across industries like power generation, food and beverage processing, and...

As data centers grow in size and power demands, cooling systems are under pressure - driving up both energy use and utility costs. Discover how smarter flow measurement with electromagnetic flow...

Electromagnetic flow meters (mag meters) are volumetric flow meters that use electromagnetic induction, based on Faraday's Law, to measure the velocity of conductive liquids such as water and slurry....

This technical article compares electromagnetic (mag) and ultrasonic flow meters for water and wastewater applications. It covers operating principles including Faraday's Law for mag meters and...

This paper describes the principles and field use of the McCrometer V-Cone D.P. flow meter used in the role of wellhead metering, injection measurement allocation metering, custody transfer of both...

Accurately measuring the flow of liquid, steam, or gas is often a difficult challenge for engineers who must contend with a hazardous flow environment, multiple pump inputs, and diverse infrastructure...

From agriculture, to manufacturing, to the oil and gas sector, and beyond, flow meters play a vital role in ensuring safe, reliable operations of critical liquid and gas infrastructure. You must be...

This technical white paper compares permanent pressure loss across nine flowmeter technologies-V-Cone, orifice plate, flow nozzle, venturi tubes, turbine, vortex, and Coriolis meters-in a standardized...

This white paper, originally presented at the 1993 ASME Fluids Engineering Conference, examines the effects of upstream pipe disturbances - specifically single 90? elbows and close-coupled double 90?...

This technical guide outlines six critical considerations for selecting appropriate flow meters in water and wastewater applications. Topics covered include understanding the process requirements,...

Accurately measuring flow is critical for water utility operations. Also, regulatory agencies mandate flow monitoring and require annual calibration of meters. But even a meter in perfect condition...

Steam system operators can pay a high price for generating product that passes through a meter but fails to get measured. Also known as low flow cutoff, those losses are a function of the turndown...

When space is tight and straight-run piping is at a premium, V-Cone® differential pressure (DP) meters (Figure 1) are an excellent choice — especially where the potential for turbulence...

In the areas of Hydrocarbon Exploration and Production, removal of hydrocarbons are becoming increasingly dependent on injected and re-injected fluids to facilitate hydrocarbon release; as new smaller...

Water scarcity, increasing populations, and climate change are shifting the global perception of the value of water to been seen not just as a commodity, but as an invaluable resource to be protected....