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Chemistry / Aquatic ecology / Pollution / Water pollution / Chemical engineering / Sewage treatment / Nitrification / Activated sludge / Carbonaceous biochemical oxygen demand / Environmental engineering / Sewerage / Environment


Hydraulic and Kinetic Modeling Of A
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Document Date: 2013-02-02 21:22:41

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City

Sidney / Moorhead / Fargo / Oakport / /

Company

Thickened W.A.S. / /

Continent

Europe / /

Country

United States / Canada / /

Currency

USD / /

Facility

Moorhead Wastewater Treatment Facility / Cl2 Contact Blower Bldg. / G. Padmanabhan North Dakota State University / North Dakota Water Resources Research Institute / Moving Bed Biofilm Reactor / North Dakota State University / Biosolids Storage Chlorination/ Dechlorination Building / Bar Screens Equalization Basin / North Dakota Water Resources Research Institute North Dakota State University / /

IndustryTerm

stage systems / similar systems / individual media elements / media elements / aeration systems / media element / attached and suspended growth systems / media supply / Media volume / plastic media / aquatic systems / /

NaturalFeature

Buffalo River / Red River / /

Organization

North Dakota State University / Minnesota Pollution Control Agency / US government / Water Environment Research Foundation / N. Lynne1 Wei Lin2 WRRI Graduate Research Fellow1 and Associate Professor2 Department of Civil Engineering North Dakota State University Fargo / Department of Interior / North Dakota Water Resources Research Institute / /

Person

N. Lynne Wei Lin / Zimmerman / Seth N. Lynne / /

Position

City Engineer / Director / model for the full‐scale MBBR system / /

ProvinceOrState

Minnesota / North Dakota / British Columbia / /

Technology

Wastewater Treatment / aeration system / simulation / aeration / Pollution Control / /

SocialTag