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Impeller / Marine propulsion / Mechanical engineering / Chemical engineering / Industrial mixer / Baffle / Technology / Mixing / Chemical reactor / Fluid dynamics / Pumps / Industrial machinery


Mixing Understand Flow Patterns in Glass-Lined Reactors David S. Dickey
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Document Date: 2012-11-11 10:13:22


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File Size: 318,08 KB

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City

New York / Allegan / Hoboken / /

Company

Patterson-Kelley / American Reactor / Chemineer / Robbins & Myers / Applied Process Technology Group / Pfaudler Reactor Systems / Kevin J. Bittorf Perrigo Co. / Perrigo Co. / Westinghouse Savannah River Co. / Lined Reactors David S. Dickey MixTech Inc. / Process Technology Group Keith E. Johnson / MixTech Inc. / /

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IndustryTerm

unwanted gas / chemical engineering / metal alloy mixers / impeller technology / process equipment / productivity tools / alloy tank applications / chemicals industries / /

Organization

Univ. of Wisconsin / Univ. of Illinois / Federation of Societies for Coatings Technology / Univ. of Akron / Purdue Univ. / American Chemical Society / Association of Professional Engineers Geologists and Geophysics of Alberta / Texas A&M Univ. / AIChE / AIChE and NAMF / American Society of Mechanical Engineers / Univ. of Alberta / /

Person

DAVID S. DICKEY / CHRISTOPHER J. RAMSEY / Physical / KEITH E. JOHNSON / /

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Position

senior consultant / welded head / independent consultant / Consultant / secretary / registered professional engineer / vessel head / research engineer / sales engineer and consultant / professional engineer / registered professional engineer in Ohio / /

ProvinceOrState

Alberta / Ohio / Wisconsin / Illinois / Michigan / /

Technology

fluid dynamics / heat transfer / impeller technology / Geophysics / simulation / /

URL

www.cepmagazine.org / www.castel-associates.com / www.mixtech.com / www.perrigo.com / /

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