Question
a.
At the top
b.
At the bottom
c.
Absent
d.
In between
Posted under Waste Water Engineering
Interact with the Community - Share Your Thoughts
Uncertain About the Answer? Seek Clarification Here.
Understand the Explanation? Include it Here.
Q. A sludge blanket in the reactor is ______
Similar Questions
Explore Relevant Multiple Choice Questions (MCQs)
Q. _____ breaks down the organic matter.
View solution
Q. _________ at the top prevent an outflow of the sludge blanket.
View solution
Q. What is the size of the microbial granules?
View solution
Q. What is the product gases released at the end of the UASB process?
View solution
Q. What is the means used for the mixing of the sludge?
View solution
Q. _______ deflects the materials downwards.
View solution
Q. A clarified effluent is extracted from the ______ of the reactor.
View solution
Q. What is the minimum pH to be maintained for the process?
View solution
Q. What is the temperature which should not be exceeded for the reaction?
View solution
Q. What is the minimum influent COD load beneficial for the process?
View solution
Q. What is the minimum hydraulic retention time for UASB?
View solution
Q. What is the COD loading rate assumed for an Up flow anaerobic sludge blanket (UASB)?
View solution
Q. What is the upflow velocity considered for a UASB while treating 100% soluble COD?
View solution
Q. What is the upflow velocity considered for a UASB while treating partially soluble COD?
View solution
Q. What is the upflow velocity considered for a UASB while treating domestic waste water?
View solution
Q. What is the retention time considered for a UASB while designing at 16-19 degree Celsius?
View solution
Q. What is the retention time considered for a UASB while designing at 22-26 degree Celsius?
View solution
Q. What is the retention time considered for a UASB while designing at > 26 degree Celsius?
View solution
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
View solution
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
View solution
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!