Micropollutant removal - EU Project Neptune

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Secondary effluent - directly emitted (22 micropollutants)Global warmingLCA impactprofiles(weighting factor = 1 for all impact categories)AcidificationNutrient enrichmentPhotochemical oxidationHuman toxicity soilHuman toxicity waterEcotoxicity soilEcotoxicity waterTotal0 2 4 6 8 10 12 14 16 18µPET/m 3After ozonation; 2,8g ozon/m3 (22 micropollutants)Global warmingAcidificationNutrient enrichmentPhotochemical oxidationHuman toxicity soilHuman toxicity waterEcotoxicity soilEcotoxicity waterTotalAvoided: 14,6 µPET/m3Induced: 8,9 µPET/m30 2 4 6 8 10 12µPET/m 314
Environmental sustainability profiles; ozonation(22 micropollutants; weighting factor = 1 for all impact categories)µPET (WF=1)20191817161514131211109876543210Infrastructure Ancilliary Energy Clarithromy cinClindamy cin Ery thromy cin Roxithromycin Sulfamethox azoleTrimethoprim Bezafibrate Diclofenac IbuprofenNaprox en Carbamazepin Primidone IopamidolIopromid Iohex ol Diatrizoat AtenololMetoprolol Sotalol Propanolol Clofibric acidNDMAInduced Av oided Induced Av oided Induced Av oided Induced Av oided Induced Av oided Induced Av oided Induced Av oided Induced Av oided1.6g O3 1.9g O3 2.8g O3 3.2g O3 3.3g O3 3.6g O3 3.7g O3 5.3g O3Ozonation15
Page 1 and 2: Life cycle assessment of advancedwa
Page 3 and 4: Peter Augusto Hansen3
Page 5 and 6: Inducedimpact:(impact construction
Page 7 and 8: Elements of life cycle assessment (
Page 9 and 10: Life cycle impactassessment (LCIA)G
Page 11 and 12: Modelling LCA on ozonation; Main pl
Page 13: Characteristics of incoming water (
Page 17 and 18: Environmental sustainability profil
Page 19 and 20: 40Environmental sustainabilityprofi
Page 25 and 26: 260240Environmental sustainabilityp

Micropollutant removal - EU Project Neptune

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