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Endah Prayekti, 081041010
EFEKTIVITAS BIOAUGMENTASI DALAM BIOREMEDIASI LIMBAH LUMPUR MINYAK (OIL SLUDGE).
Thesis thesis, UNIVERSITAS AIRLANGGA.
The needs of this analysis are to find out heavy steel resistency of the exogenous micro organism, the effectiveness of consortium utilizing for degradation, and the effectiveness of bioaugmentation with reinoculation to grease sludge degradation.
Analysis have been performed by evaluating degration efectivity between indigenous and exogenous
Indigenous micro organism have been remoted from examined oil sludge.
Exogenous micro organism’s are assortment of Microbiology Labroratory of Sains and Know-how College, Airlangga College.
The exogenous micro organism’s have been being examined for his or her resistency to heavy metals wherein oil sludge posses as co-contaminan.
Resistency take a look at to heavy metals have been carried out utilizing liquid tradition (10%v/v, OD610 = zero,1) utilizing MHB added with heavy steel, which is Hg (zero,5 ppm, 1ppm and 5 ppm), Pb (10 ppm, 50 ppm,and 100 ppm), and Zn (50 ppm, 100 ppm, and 150 ppm), incubated in shaker with agitation pace of 100 rpm for 7 day in room temperature.
Consortia effectivness take a look at have been carried out utilizing liquid tradition (10%v/v, OD610 = zero,5) utilizing AMS containing oil sludge (1% w/v) with incubation situation in shaker at agitaion pace of 150 rpm in room temperature for 7 day.
Bioaugmentation take a look at have been performed as similar as concortia effectivness take a look at.
Incubation have been carried out in shaker at agitation pace of 150 rpm in room temperature for 10 days. Outcomes of this analysis have been micro organism cell rely from heavy metals resistency take a look at analyzed utilizing statistic, and micro organism cell rely, Complete
Petroleum Hydrocarbon (TPH), and GC-MS profil from oil residu from degradation take a look at analyzed descriptively. The exogenous micro organism’s present resistency to a heavy steel and it’s consortia provides a greater degradation to grease sludge (42,2%) camparing to indigenous consortia (36,7%).
GC-MS outcome reveals that exogenous consortia with
reinocultion remedy provides 70 % degradation of oil sludge. Aliphatic and fragrant element that been degrade was 65,06 % for aliphatic and 83,27% fragrant.
|Extra Data:||KKC KK TB 16/12 Pra e|
|Uncontrolled Key phrases:||Bioaugmentation, oil sludge, heavy steel, degradation|
|Topics:||T Technology > TD Environmental technology. Sanitary engineering > TD896-899 Industrial and factory wastes
T Technology > TD Environmental technology. Sanitary engineering > TP670-699 Oils, fats, and waxes
|Divisions:||08. Fakultas Sains dan Teknologi > Program Studi Biologi (S2)|
Nn Dhani Karolyn Putri
|Final Modified:||11 Jun 2017 18:35|
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