If you want to know exactly how much steam your processes are using, and how much they cost, flowmetering will play a pivotal role. This section details everything you'll need to know, from theory to techniques and practical applications.
An examination of the fundamental principles behind measuring the flow of steam, including density, viscosity, velocity, the Reynolds number, and flow regimes.
An in-depth look at the science behind flowmetering, the equations used to maximise its effectiveness, and how ultrasound is used to measure flowrate.
Discover the seven types of flowmeter used to measure steam and condensate. We consider how each works, their advantages and disadvantages, and where they are often found.
Here we break down how flowmeters interpret data, why pressure variations must be considered, and understand how dryness fractions and superheat can impact accuracy.
With over a third of flowmetering problems stemming from poor installation, it's important to get the design and installation right. This section will give you a checklist for selecting the right flowmeters, and a comprehensive set of recommendations for their installation.