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Fluid power / Specific speed / Douglas Dam / Impeller / Biochemical oxygen demand / Hydropower / Reservoir / Fluid mechanics / Fluid dynamics / Pumps


SURFACE WATER PUMPS TO IMPROVE DISSOLVED OXYGEN CONTENT OF HYDROPOWER RELEASES Mark Mobley1, Willola Tyson2, Joe Webb3, and Gary Brock4 Abstract This paper describes the development, installation, and performance testing
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Document Date: 2002-05-06 10:57:28

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File Size: 280,22 KB

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Stillwater / Chattanooga / Nashville / Norris / Minneapolis / Vicksburg / ASCE / Knoxville / Water Management Projects / /

Company

Engineering Laboratory / TVA Engineering Laboratory / /

Country

United States / /

Currency

USD / /

Event

Product Issues / Product Recall / /

Facility

Oklahoma Agriculture Experiment Station / Introduction Douglas Dam / Surface Water Pump Concept Bagnell Dam / TVA's Douglas Dam / Oklahoma State University / Douglas Dam / /

IndustryTerm

chemical oxygen demand / diameter stainless steel impeller / mechanical equipment / /

NaturalFeature

Lake Destratifier / French Broad River / Lake Texoma / /

Organization

American Society of Civil Engineers / American Society of Agricultural Engineers / Winkler Unit / United States Army / Federal Energy Regulatory Commission / Oklahoma State University / DO Unit / Environmental Engineering Division / Tennessee Valley Authority / /

Person

James Garton / Percy Priest / Douglas Forebay Profiles / /

Position

Civil Engineer / Priest / medium head / Engineer / Mechanical Engineer / /

Product

zone / Zone Improved Tailwater Conditions / zone of the hydroturbine / /

ProvinceOrState

Tennessee / Minnesota / Oklahoma / Mississippi / New York / /

Technology

Environmental Engineering / aeration system / /

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