Applied Mechanics and Materials · 2015 · 28 citations · 7 references
EngineeringBiotechnologyEnvironmental EngineeringMicrobial EcologyWastewater TreatmentWater TreatmentBiological Treatment ProcessesBioremediationNutrient RemovalSludge TreatmentWaste TreatmentWastewater BiotreatmentBiological Nutrient RemovalExperimental Study DesignGreywater Biological TreatmentGreywater Chemical TreatmentGreywater Contaminant RemovalGreywater Nutrient RecoveryGreywater Physicochemical TreatmentWastewater Treatment Nutrient Removal
Greywater (GW) is identified as waste disposal from home activites that is discharging from laundry, bath and wash-basin. GW useful in irrigation of a garden and aids to reduce cost as well as maintain the environmental prosperity. This paper discussed the effectiveness of Botryococcus sp. to clean GW in phycoremediation treatment. This process involves as growing the Botryococcus sp. in the GW which is contributing to utilize supplements in GW for its grow. The results indicated that Botryococcus sp. is effective to reduce COD (88%), BOD (82%), TIC (76%), TC (58%), TN (52%), TOC (39%), Phosphate (37.5%) and pH (7%) for 100% concentration of GW. Meanwhile, for the 50% of GW concentration Botryococcus sp. capable to remove such as COD (83%), TIC (82%), BOD (68%), TN (67%), Phosphate (36.8%), TC (34%), TOC (31%) and pH (1.2%). Then, the study concludes that Botryococcus sp. can grow effectively in GW and be able to reduce the rate of nutrient in GW.
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Characteristics of grey wastewater
Eva Eriksson, Karina Pipaluk Solvejg Auffarth, Mogens Henze et al. · Urban Water · 2002 · 932 citations
Engineering, Environmental Engineering, Wastewater Treatment +6