Aerobic Treatment of Livestock Wastes
Aerobic Treatment of Livestock Wastes
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Step 4. Assuming an operating rotor blade immersion depth of 6 inches (Fig. 21), the daily oxygenation capacity per foot of rotor is 25. 5 pounds of O 2 per day per foot. The length of rotor required will then be: 1581b. BOD 5 /dayX2 25. 5 Ib. 0, /day/ft.
40 BULLETIN 737 [May Use two rotors (one in each circuit) about 8 feet long, assume the actual blade length of each is 7 feet.
Oxygenation required per foot of actual rotor length is: 1581b. BODs/day X2 r^~^~ ~ = 22. 6 Ib. O 2 per day per foot....
Rotor blade immersion depth, from Figure 21, should be about 5 inches.
Step 5. The ditch liquid cross-section area is 1. 6 feet X 7. 5 feet 12 square feet and required flow rate will be: 1. 25f. P. S. X 12 sq. Ft. = 15c. F. S. The rotor pumping capacity required is : 15. 0c. F. S. M c. F. S.
7 ft. Ft.
From Figure 21 the rotor blade immersion depth required for the pumping capacity in this problem is 3. 7 inches. However, a rotor blade immersion depth of 5 inches is required for oxygenation, so use a 5-inch rotor blade immersion depth, the greater of the two requirements.
What to read after Aerobic Treatment of Livestock Wastes?
You can find similar books in the "Read Also" column, or choose other free books by D D Don D Jones to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
Step 4. Assuming an operating rotor blade immersion depth of 6 inches (Fig. 21), the daily oxygenation capacity per foot of rotor is 25. 5 pounds of O 2 per day per foot. The length of rotor required will then be: 1581b. BOD 5 /dayX2 25. 5 Ib. 0, /day/ft.
40 BULLETIN 737 [May Use two rotors (one in each circuit) about 8 feet long, assume the actual blade length of each is 7 feet.
Oxygenation required per foot of actual rotor length is: 1581b. BODs/day X2 r^~^~ ~ = 22. 6 Ib. O 2 per day per foot....
Rotor blade immersion depth, from Figure 21, should be about 5 inches.
Step 5. The ditch liquid cross-section area is 1. 6 feet X 7. 5 feet 12 square feet and required flow rate will be: 1. 25f. P. S. X 12 sq. Ft. = 15c. F. S. The rotor pumping capacity required is : 15. 0c. F. S. M c. F. S.
7 ft. Ft.
From Figure 21 the rotor blade immersion depth required for the pumping capacity in this problem is 3. 7 inches. However, a rotor blade immersion depth of 5 inches is required for oxygenation, so use a 5-inch rotor blade immersion depth, the greater of the two requirements.
What to read after Aerobic Treatment of Livestock Wastes?
You can find similar books in the "Read Also" column, or choose other free books by D D Don D Jones to read onlineMoreLess
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