Flowmeter. General

Selecting the Appropriate Flowmeter: 13 Key Considerations Type of Fluid:Identify the fluid to be measured—liquids, gases, or slurries. Fluid properties, such as viscosity, conductivity, and chemical composition, directly influence the optimal choice of flowmeter. Flow Rate:Define your full range of flow rates. Some flowmeters are better suited for handling high flows, while others are more …

Choosing the Right Flowmeter for Your Application: Factors to Consider Read More »

Flowmeters, often overlooked in industrial systems, have undergone major advances in design and technology over recent decades. These developments have improved accuracy, reliability, and versatility, moving measurement from purely mechanical methods to highly capable digital instruments. This evolution has delivered more efficient processes, better data quality, and greater adaptability. This article traces the key stages …

Flowmeters – From Mechanical Workhorses to Digital Precision Read More »

Flowmeters are indispensable instruments across industry, measuring the flow of liquids, gases, or slurries in pipelines and conduits. Their role is central to process control, quality assurance, and resource management. As technology has advanced, a range of flowmeter types has been developed—each with unique measurement principles, strengths, and target applications. This overview examines the key …

Flowmeter Calibration: Ensuring Reliable Measurement Read More »

Accurate flow measurement is crucial across various industries, including manufacturing, energy, and healthcare. To maintain precision and reliability, flowmeters—devices that quantify fluid flow—must undergo regular calibration. This article examines the importance of calibration, shares best practices, and addresses the key challenges in maintaining flowmeter accuracy. The Significance of Calibration Calibration is the act of comparing …

Calibration and Accuracy in Flowmeters: Best Practices and Challenges Read More »

Choosing the ideal flowmeter is essential for reliable and efficient measurement in any industry. With multiple technologies available—each suited to particular fluids and environments—it’s important to match device capabilities with application needs. This guide outlines the steps to select the most suitable flowmeter based on fluid type, industry application, and operating conditions. 1. Fluid Type a. …

Selecting the Right Flowmeter: A Practical Guide Read More »

Flow measurement is a core requirement across many industries, underpinning process control, quality assurance, and resource management. With multiple technologies available, each optimised for different applications, it’s important to understand their principles, advantages, and limitations before making a choice. This guide compares major flowmeter types and highlights where each performs best. 1. Differential Pressure (DP) …

Comparative Guide to Flow Measurement Techniques Read More »

Flowmeters, often overlooked yet essential, play a vital role in advancing energy conservation and environmental sustainability. By enabling precise measurement and control of liquid and gas flows, they help reduce energy use, minimise waste, and lower environmental impact. This guide explores their contribution to a greener future across multiple sectors. 1. Energy Efficiency in HVAC …

Flowmeters and Sustainability: Driving Efficiency and Environmental Gains Read More »

Flowmeters are essential for accurate measurement in industrial processes, but like all equipment, their performance can degrade over time. Recognising common issues—and applying practical solutions—ensures measurement reliability and process efficiency. 1. Flowmeter Inaccuracy Problem: Wear, calibration drift, or changing fluid properties reduce accuracy.Solution: Conduct calibration and maintenance regularly to manufacturer and industry standards. Always account for temperature, pressure, …

Troubleshooting Common Flowmeter Issues Read More »

Flowmeter technology continues to evolve, driven by the need for higher accuracy, improved efficiency, and greater connectivity. From IoT integration to sustainable design, these innovations are reshaping the industry and opening new opportunities for performance and application. 1. IoT Integration Trend: Flowmeters are increasingly embedded in IoT ecosystems. Equipped with wireless communication, they support real‑time monitoring, remote …

The Future of Flowmeter Technology: Trends to Watch Read More »

Flowmeters play a pivotal role in optimising process efficiency across industries. By enabling accurate measurement and control of fluid flow, they reduce waste, improve quality, and generate cost savings. These real‑world case studies highlight how flowmeters enhance performance and productivity in diverse applications. 1. Oil and Gas Industry Case Study: A crude oil processing facility used turbine …

Flowmeters in Action: Case Studies Driving Efficiency Read More »