Question

Calculate the volume for the UASB with the following details.

Flow: 120 m³/h
COD: 350 mg/L
UASB load considered: 6 Kg COD/ m³

a.

7 m³

b.

8 m³

c.

8.5 m³

d.

9 m³

Answer: (a).7 m³

Interact with the Community - Share Your Thoughts

Uncertain About the Answer? Seek Clarification Here.

Understand the Explanation? Include it Here.

Q. Calculate the volume for the UASB with the following details. Flow: 120 m³/h COD: 350 mg/L UASB load considered: 6 Kg COD/ m³

Similar Questions

Explore Relevant Multiple Choice Questions (MCQs)

Q. Calculate the volume for the UASB with the following details.

Flow: 240 m³/h
COD: 350 mg/L
UASB load considered: 8 Kg COD/ m³

Q. Cations with ______ increase corrosivity.

Q. _______ is the universal solvent.

Q. Total dissolved solids consist of cations only.

Q. _______ is used as an indicator test to determine the general quality of the water.

Q. TDS decreases the efficiency of hot water heaters.

Q. At what temperature is the filtrate dried in a TDS laboratory test?

Q. What is the temperature required to remove occluded water?

Q. What is the standard for TDS for aesthetic considerations?

Q. On which of the factors does the relationship between TDS and conductivity does not depend on?

Q. The primary dissolved solids are assumed to be _________

Q. What is the secondary standard for TDS?

Q. The treatment options for an elevated total dissolved solid depends on _______

Q. What is the process by which Total dissolved solids are removed?

Q. What is the limit of total dissolved solids in treated water which is to be used for the gardening purpose?

Q. What is the percentage of TDS removed by the reverse osmosis membrane?

Q. What is the flux assumed while designing the reverse osmosis system to treat surface water?

Q. What is the flux assumed while designing the reverse osmosis system to treat well water?

Q. What is the flux assumed while designing the reverse osmosis system to treat RO permeate?

Q. What is the % flux decline per year assumed while designing the reverse osmosis system for treating surface water?

Recommended Subjects

Are you eager to expand your knowledge beyond Waste Water Engineering? We've handpicked a range of related categories that you might find intriguing.

Click on the categories below to discover a wealth of MCQs and enrich your understanding of various subjects. Happy exploring!