Selection guides, application notes and standards explainers on flow, level, pressure, temperature and control instrumentation — written for plant engineers, integrators and procurement teams.
Showing 11 of 11 articles matching "flow measurement"
Electromagnetic flowmeters are the workhorse of municipal water and wastewater duty. This guide covers the operating principle, liner and electrode selection, sizing, grounding, and verification so engineers can specify a meter that lasts for decades.
Custody transfer leaves no room for measurement error. This guide explains how Coriolis mass flowmeters deliver direct mass accuracy, where they justify their cost, and how to install and verify them for defensible billing.
Clamp-on and inline ultrasonic meters share a principle but differ sharply in accuracy, cost, and installation effort. This comparison helps engineers choose the right configuration for retrofit, temporary, and permanent monitoring duties.
Steam is one of the hardest fluids to measure, yet accurate flow data underpins energy accounting and process control. This article explains vortex shedding measurement, correct sizing and compensation, and the piping errors that ruin steam readings.
Turbine flowmeters remain a first choice for fuel transfer and precise dosing of clean liquids. This article covers the operating principle, K-factor calibration, filtration, dosing accuracy, and the piping practices that keep them dependable.
Low flow and high viscosity break the standard selection rules. This article explains Reynolds number effects, the technologies that cope with viscous media, and a sizing workflow that delivers accurate, reliable measurement in difficult duties.
Accurate flow data is the foundation of HVAC balancing and district energy billing. This article explains how ultrasonic meters support energy metering, why accuracy matters for fair charging, and how to install and commission them in real plant rooms.
Impulse lines are active hydraulic elements that shape every differential pressure reading. This guide covers mounting, slope, venting, seal and purge systems, manifolds and the field checks that prevent drift.
Hydrogen's low density, high diffusivity, and wide range of storage conditions make flow, pressure, and level measurement unusually demanding, requiring careful technology, material, and calibration choices across production, transport, and storage.
Steam and compressed air are among the most costly and least visible utilities in industry, so accurate flow, pressure, and temperature measurement is essential to find losses, prove savings, and make energy management a routine discipline.
Hygienic design and clean-in-place compatibility shape every measurement choice in food and beverage production, from flow and temperature to non-contact level, protecting product safety while keeping lines easy to clean.
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