Search results for "BF-MBR"

showing 2 items of 2 documents

High salinity slops treatment through a biofilm-MBR inoculated with halophilic bacteria

2010

Oily wastewater generated, in amounts of millions of tons per year, by ships mainly in engine-rooms (bilge waters) and by washing oil tanks (slops) create a major disposal problem throughout the world because of the persistence and accumulation of xenobiotic compounds in the environment. The high salinity levels (up to 25.000 p.p.m.) and the pollutants concentration limit the chances of discharge into the sewer systems and address the disposal to the sea. This situation severely lowers the discharge limits for most of the “sensible” parameters, such both COD and hydrocarbons. Slops are usually treated by ASP with pretreatment of oil/water separation. There are limited investigations on the …

MBRxenobiotic compoundsSettore ICAR/03 - Ingegneria Sanitaria-AmbientaleslopMBBRBF-MBR
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Biological Approaches to the Treatment of Saline Oily Waste(waters) Originated from Marine Transportation

2012

Oily wastewater generated, in amounts of millions of tons per year, by ships mainly in engine-rooms (bilge waters) and by washing oil tanks (slops) create a major disposal problem throughout the world because of the persistence and accumulation of xenobiotic compounds in the environment. The high salinity levels (up to 25.000 p.p.m.) and the pollutants concentration limit the chances of discharge into the sewer systems and address the disposal of these waste(water)s to the sea. Tightening effluent regulations and consequent high energy and management costs has generated interest in the introduction of biological phases in the treatment of these wastewater. The objectives of this study were …

lcsh:Computer engineering. Computer hardwareSettore ICAR/03 - Ingegneria Sanitaria-Ambientalesloplcsh:TP155-156lcsh:TK7885-7895BF-MBRlcsh:Chemical engineeringBilge waterChemical Engineering Transactions
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