Civil Engineering - Water Supply Engineering - Discussion
Discussion Forum : Water Supply Engineering - Section 4 (Q.No. 6)
6.
If the average daily demand of a city of 50, 000 population, is 20 m.l.d., the maximum daily demand is
Discussion:
16 comments Page 1 of 2.
Ibrar said:
6 years ago
What is fire demand of a 50000 population with and the average consumption of 200 litre per/capita/day and floor area of 600 m2 and a height of 4 stories?
Please, someone, help me to solve it.
Please, someone, help me to solve it.
Joe said:
5 years ago
Max daily demand = 1.8 * avg daily demand.
Max hourly demand= 1.5* max daily demand.
Max hourly demand= 2.7 *avg daily demand.
Max hourly demand= 1.5* max daily demand.
Max hourly demand= 2.7 *avg daily demand.
(19)
Santosh Kumar said:
3 years ago
@Vikram.
Remember that value acc to GOI manual is for peak factor and peak factor refers to variation in HOURLY demand.
Remember that value acc to GOI manual is for peak factor and peak factor refers to variation in HOURLY demand.
VikRam Syal said:
7 years ago
What we can also take 3.0 because pop is 50, 000 so final answer. According to me 60 is correct.
Anant said:
6 years ago
Max daily demand 1.8.
Max monthly demand 1.4.
Max hourly demand 1.5.
Max monthly demand 1.4.
Max hourly demand 1.5.
(2)
Ayaz said:
1 decade ago
Max daily demand = 1.8 avg daily demand.
= 1.8*20.
= 36.
= 1.8*20.
= 36.
(1)
Nikhil said:
7 years ago
@Naveed Ullah.
Million Litres Per Day.
Million Litres Per Day.
Naveed ullah said:
7 years ago
M.l.d stand for? Please explain.
John mark said:
9 years ago
@Ayaz.
Where did you get 1.8?
Where did you get 1.8?
Abhishek said:
7 years ago
1.8 is daily variation factor.
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