[re'day] daily VSS lb VSS loading volume ft lb/Mgal 8.34 1 ft = 7.48 gal mg/L mg mg 1% solids 10,000 L - ppm 2 NOAEL bod

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answerhappygod
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[re'day] daily VSS lb VSS loading volume ft lb/Mgal 8.34 1 ft = 7.48 gal mg/L mg mg 1% solids 10,000 L - ppm 2 NOAEL bod

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Re Day Daily Vss Lb Vss Loading Volume Ft Lb Mgal 8 34 1 Ft 7 48 Gal Mg L Mg Mg 1 Solids 10 000 L Ppm 2 Noael Bod 1
Re Day Daily Vss Lb Vss Loading Volume Ft Lb Mgal 8 34 1 Ft 7 48 Gal Mg L Mg Mg 1 Solids 10 000 L Ppm 2 Noael Bod 1 (27.57 KiB) Viewed 13 times
Re Day Daily Vss Lb Vss Loading Volume Ft Lb Mgal 8 34 1 Ft 7 48 Gal Mg L Mg Mg 1 Solids 10 000 L Ppm 2 Noael Bod 2
Re Day Daily Vss Lb Vss Loading Volume Ft Lb Mgal 8 34 1 Ft 7 48 Gal Mg L Mg Mg 1 Solids 10 000 L Ppm 2 Noael Bod 2 (16.35 KiB) Viewed 13 times
[re'day] daily VSS lb VSS loading volume ft lb/Mgal 8.34 1 ft = 7.48 gal mg/L mg mg 1% solids 10,000 L - ppm 2 NOAEL body weight Drinking water equivalent level (DWEL) = UF. drinking water intake M V where SKAP V = daily sludge volume, M = daily mass of solids; 54 = specific gravity of sludge: Pw = specific weight of water = 62.4; P = decimal percent solids P 1/2 G- UV
3. A 6.3 MGD industrial discharge that has a temperature of 38°C enters a freshwater stream flowing at 27 cfs that has a temperature of 19°C upstream of the discharge. What is the temperature downstream of the discharge assuming complete mixing? (Ans. 24°C)
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