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Earth / Water pollution / Environmental soil science / Fisheries / Lakes / Eutrophication / Wetland / Lake / Nonpoint source pollution / Water / Aquatic ecology / Environment


Sengupta, M. and Dalwani, R. (Editors[removed]Proceedings of Taal2007: The 12th World Lake Conference: [removed]Pollution Technologies for Conservation of Lakes A.K.Gupta, N.G.Shrivastva and Arjesh Shrama Pollution Control
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Document Date: 2013-12-02 02:19:58


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City

Ann Arbor / Dresden / Leipzig / Benndorf / Tokyo / Blumenshine / Uttarakhand / Rome / Stuttgart / Lake Eymir / London / Lake Sewan / /

Company

E.B. Welch S.A. / /

Continent

Europe / /

Country

Germany / Netherlands / Armenia / Sweden / Norway / Turkey / Canada / United Kingdom / Denmark / /

Currency

EUR / /

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Event

Environmental Issue / /

Facility

Arjesh Shrama Pollution Control Research Institute / Thus Examples Ring sewage system / plant NESSIE / Hamilton harbour / /

IndustryTerm

anaerobic technologies / socio-political tools / restoration technologies / acidic hard water mining lakes / water quality management / food / energy / metal / acid neutralizing technologies / bank / mining / alkaline chemicals / chemical / chemicals / in-lake technologies / metal load / /

NaturalFeature

ABSTRACT Lakes / INTRODUCTION Lakes / /

Organization

US Federal Reserve / Lakes A.K.Gupta / N.G.Shrivastva and Arjesh Shrama Pollution Control Research Institute / /

Person

L. Nasser / Gustav Fischer Verl / Ca / Time / /

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Position

RT / Harper / theoretical RT / CaO / /

ProvinceOrState

South Carolina / /

Region

eastern Germany / /

Technology

sorption / restoration technologies / 905 Pollution Technologies / aeration / so-called PELICON technology / composting / incineration / acid neutralizing technologies / Pollution Control / in-lake technologies / /

SocialTag