The design Hydraulic loading rate of the gravity thickener is _______ m³/m&

Sail E0 Webinar

Question

The design Hydraulic loading rate of the gravity thickener is _______ m³/m²/day.

Options:

A . 20

B . 39

C . 40

D . 85

Answer: Option A
Answer: (a).20

Was this answer helpful ?

Next Question

Submit Solution

More Questions on This Topic :

Question 1. Which of the following is not used for drying of sludge?....

Question 2. 7% of solids concentration of thickened sludge is obtained from gravity thickener. What is the type of sludge?....

Question 3. Which of the following process is not involved in sludge thickening?....

Question 4. In which of the following method, the sludge is rotated for dewatering process?....

Question 5. Which of the following is called as air diffusion method?....

Question 6. The maximum quantity of air required in diffused aerator is ______ m³ per million litres of sewage.....

Question 7. The effective area of the diffuser plate used in the aeration tank is ___________....

Question 8. The maximum depth of aeration tank used in activated sludge process is ___________....

Question 9. Which device is used in the aeration tank for cleaning purposes?....

Question 10. With how much pressure the air is filled in the aeration tank?....

Chapter 1 - GLOBAL STEEL SCENARIO & INDIAN STEEL INDUSTRY Part 1 : (13-04-2024) INDUSTRY AND COMPANY AWARENESS (ICA)

Direction Sense Test Part 1 Reasoning (Hindi)

Chapter 1 - RMHP / OHP / OB & BP Part 1 : (14-02-2024) GPOE

Cube & Cuboid Part 1 Reasoning (Hindi)

Data Interpretation (DI) Basic Concept Reasoning (Hindi)

Counting Figures Part 1 Counting Of Straight Lines Reasoning (Hindi)

Sail E0 free webinar Webinars

Real Numbers Part 7 Class 10 Maths

Real Numbers Part 1 Class 10 Maths

Polynomials Part 1 Class 10 Maths

DSP Combined 1 Free Revision Test SAIL JO E-0

GPOE / GPA Combined 1 Free Revision Test SAIL JO E-0

BSP Plant Specific Review Test SAIL JO E-0

BSL Combined 1 Free Revision Test SAIL JO E-0

GFM Combined 1 Free Revision Test SAIL JO E-0