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DAVID W. SPITZER'S E-ZINE
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TECHNICAL AND MARKETING SERVICES FOR INSTRUMENTATION SUPPLIERS AND END-USERS
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If you are batching by weight or mass, you should measure mass flow. If you are measuring critical quantities, especially if the quantities involved are small, you should measure mass flow. If you are measuring gases, you should measure mass flow. Any critical blending operation should be mass flow. Chemical reactions generally require mass flow.
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Last month, I alluded to a complicated problem at a plant where I was a new hire. My recollection is that the issue surfaced during the second week that I worked in the plant when my immediate supervisor and my (only) electrical/instrumentation foreman were both coincidently on vacation, so I carried the radio.
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Positive-displacement flowmeters that constantly entrap fluid to measure the actual volume were discussed last month. Oscillating piston and oval gear flowmeters are examples of positive displacement flowmeters.
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ABOUT SPITZER AND BOYES, LLC
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In addition to over 35 years of experience as an instrument user, consultant, and expert witness, David W Spitzer has written over 10 books and 250 articles about flow measurement, level measurement, instrumentation, and process control. David (with Walt Boyes) is the author of seven Consumer Guides to various industrial flow and level technologies. David teaches his flow measurement seminars in both English and Portuguese.
Spitzer and Boyes, LLC provides engineering, technical writing, training seminars, strategic marketing consulting, distribution consulting, and expert witness services worldwide, and can be contacted at +1.845.623.1830 or www.spitzerandboyes.com.
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ISSN 1538-5280 ©2015 Spitzer and Boyes, LLC
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