Nghiên cứu cải tiến quy trình điều chế dung dịch siêu oxy hóa và ứng dụng trong khử trùng nước thải bệnh việnNghiên cứu cải tiến quy trình điều chế dung dịch siêu oxy hóa và ứng dụng trong khử trùng nước thải bệnh việnNghiên cứu cải tiến quy trình điều chế dung dịch siêu oxy hóa và ứng dụng trong khử trùng nước thải bệnh việnNghiên cứu cải tiến quy trình điều chế dung dịch siêu oxy hóa và ứng dụng trong khử trùng nước thải bệnh việnNghiên cứu cải tiến quy trình điều chế dung dịch siêu oxy hóa và ứng dụng trong khử trùng nước thải bệnh việnNghiên cứu cải tiến quy trình điều chế dung dịch siêu oxy hóa và ứng dụng trong khử trùng nước thải bệnh việnNghiên cứu cải tiến quy trình điều chế dung dịch siêu oxy hóa và ứng dụng trong khử trùng nước thải bệnh việnNghiên cứu cải tiến quy trình điều chế dung dịch siêu oxy hóa và ứng dụng trong khử trùng nước thải bệnh việnNghiên cứu cải tiến quy trình điều chế dung dịch siêu oxy hóa và ứng dụng trong khử trùng nước thải bệnh viện
- - 2018 - Chuy n ng M : 62 52 03 20 PGS PGS Khoa Khoa - , PGS.TSKH - m C Nam) , , ANK (Activated Neutral Anolyte) BOD (Biochemical oxygen Demand): N COD (ch oxy DNA (deoxyribonucleic acid): axit nucleic EPA ( FEM (flow-through electrolytic module HAAs (Haloacetic acids): Axit Haloacetic MB- -11 MDL ( MQL: Direct Current): N ORP (Oxidation reduction OSHA (the Occupational Safety and Health Administration) PAC (Poly Aluminum Chloride QCVN: SMEWW (Standard Methods for the Examination of Water and Waste Water): electrochemistry) Supowa (Super-Oxidized Water): D TOC (Total Organic Carbon): C THM: trihalogen methan VK: V PA PC 19 25 32 32 36 37 37 38 40 41 46 46 46 1.1 1.1.1 1.1.2 1.1.3 1.2 1.2.1 1.2.2 1.3 1.3.1 1.3.2 1.3.3 1.3.4 2.1 2.2 2.2.1 46 2.2.2 51 52 54 2.2.3 2.2.4 2.3 54 2.3.1 55 2.3.2 BOD5 2.3.3 amoni, 56 59 2.3.4 2.4 2.5 3.1 3.1.1 59 60 61 65 65 65 3.1.2 catolit 75 3.1.3 3.1.4 3.2 3.2.1 3.2.2 3.2.3 3.2.4 3.3 83 91 supowa 92 92 96 97 98 99 3.3.1 3.3.2 3.3.3 99 113 129 130 132 134 12 28 32 36 64 .71 72 .81 81 c 84 91 -11 95 98 coliform 111 10 .112 120 121 123 123 124 124 15 .7 ng cong th a m t ch 22 12 -11 13 .19 21 o 22 -30-ECO-C 23 ts u ch anolit c AWA-D- 2.1 26 .27 29 -ANK-PRO-01 47 -11 49 .56 + 56 57 57 65 .67 .68 68 70 .71 73 ng c a s d n c a dung d ch catolit 136 b ( h a h a: C ng bi n: GS V M Bakhir, C c Vitold Bakhir, 2005, tr.176) - 17 ., 2003, 136-139, (C c c Khoa tr ng 139) 18 , 2005, n ng h a xanh h a v C ng khoa qu tr nh ho n v uh a tr ng khoa to n Nga v c c ph p M., tr.136- Hoang Yu.-R., Hung Ye.-C., Hsu Sh.-Y, Huang Y.-W., Hwang D.-F Application of electrolyzed water in the food industry Food Control Review, 2008, 19, 329-345 19 Aquaclor: v c ng l m h a: S ng , 2014) n DelfinGroup, 2014 ( nguy n l c ng tr ng ti n Trong s ch: V M Bakhir h a v C ng NXB M.: Delfin Group, 20 2003, 4, 14-18 (HH H c c c ng y tr ng: v , 2003, 4, 14-18, 2003) , ph p TC Th ng tin B u Dung Khoa h a nhi n v 21 Ho i Ch u, V.M Bakhir, Ng h a c ng v Nh c ng 2015 22 Vitold 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ClO2, O3 1.6) [19] 21 P A> P C MB-11 supowa [21] A> PC + mg/L 2-x -Ru-Sb, Ir-Ru- 22 - oxy oxy oxy o [26] oxy o oxy 23 1.1.2.2 30-Eco-C 150g/L) FEM- 8) + -30-ECO-C o 24 o anolit o - a 25 NaCl 10-20... - , PGS.TSKH - m C Nam) , , ANK (Activated Neutral Anolyte) BOD (Biochemical oxygen Demand): N COD (ch oxy DNA (deoxyribonucleic acid): axit nucleic EPA ( FEM (flow-through electrolytic module... mg/L) ~300 ~500 > 800 > 800 pH 6,5 6,5 S 3V) - - An a, b, -3 (a) (b) [21] , 13 -11 [21] - - BT1-00 oxy 2-x Ru-Sb, Ir-Ru-T b V -11 [24] 14 [25] 1.1.1.3 o cao c o , 1O2, H2O2, O22-, HO2 , HO , ClO-