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Rapid degradation of FOG discharged from food industry wastewater by lipolytic fungi as a bioaugmentation application

By: Witharana, Witharanage Ayoma UdayanganiContributor(s): Prof. (Mrs.) Niranjanie Ratnayake [supervisor] | Prof. Jagath Manatunga [supervisor] | Dr. (Mrs.) Chandrika M. Nanayakkara [supervisor]Language: English Publisher: [2018]Description: 02 CD ROM Included x, 93, [xL] p. : ill., col.photos, chartsSubject(s): Doctor of Philosophy (PhD) | CIVIL ENGINEERING-Thesis | PHILOSPHY-Thesis | FOODSERVICE INDUSTRY | WASTEWATER TREATMENT SYSTEMS | FOG | LIPOLYTIC FUNGI | SOLID-STATE DEGRADATION | BIOAUGMENTATIONOnline resources: Click here to access online Dissertation note: University of Moratuwa SRC Grant No : SRC/LT/2012/3 2018 Department of Civil Engineering Faculty of Engineering
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Thesis Thesis Library, University of Moratuwa
The University of Moratuwa Library (UML) is one of the most prominent technology libraries in the country. Its main subject specializations are Engineering, Architecture and Information Technology. However, the library caters to the requirements of the membership by housing books and other materials of general interest as well.
Thesis Collection
624(043) (Browse shelf) DCE 01/21 LB/DON/128/2018 Not For Loan TH3670 TH3670

Doctor of Philosophy

Total holds: 0

TH 3670

University of Moratuwa
SRC Grant No : SRC/LT/2012/3
2018 Department of Civil Engineering Faculty of Engineering

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