which is more effective , a single extraction with a large
volume of solvent or several small volume
extractions? Explain.
Answers were Sorted based on User's Feedback
Answer / dinesh patil
Several small volume extractions will be more effective due
to good mixing rate as compaired to single one.
Several small volume of units have different agitators
causes good mixing over a common agitator so several small
unit will be effective.
Is This Answer Correct ? | 4 Yes | 0 No |
Answer / upendra iitkgp
several small volume extractions are more effective.
because the inter-facial area increases.
Is This Answer Correct ? | 1 Yes | 0 No |
What types of pneumatic conveying systems are typically used?
We are having proplem with the persperation smell in ETT/ECHO room in our cardiac hospital.The 2 Ton of AC is not conditioning the environment. We have to use exhaust fan to through out of the room bad air. Could anyone suggest how to coup with this effectively using chemical engineering. Any permanent solution to neutralise the bad smell.The Air freshners are not doing enough instead making a bad odour.
Hi, I am Gurunathan. I am in need of ONGC, IOCL, DRDO technical test ( chemical engineering)and general aptitude questions. If anyone has kindly post it to me soon.
what is difference between precipitation and crystalisation
What is the total power requirement for Kerala
how much type question asking sulfuric acid plat interview. if not maintain acid temp. and conc. what will happen
Your favourite area of interest
7 Answers Ambuja, CPCL, Genpact, Lilliput,
How does a chemical get ignited without external heat source on reaching its auto ignition temperature
Can condensate control in a reboiler cause water hammer problems?
types and working of compressor
Why are decomposition reactions called the opposite of combination reactions?
A cantilever beam of length L = 3 m carries a uniformly distributed load (UDL) of W = 20 N / m throughout the length. Calculate the bending moment, BM of the beam near the fixed end. What is the shear force, SF at this point? Let SF = -WL, BM = -LWL/2.