There are 300 kg/h of an aqueous dilution of acetic acid with a composition of 40% by weight of acid. They are countercu
Posted: Mon May 16, 2022 2:06 pm
There are 300 kg/h of an aqueous dilution of acetic acid with a
composition of 40% by weight of acid. They are countercurrently
extracted with isopropyl ether to produce the acid concentration in
the raffinate at 6% by weight. Assuming a quantity of 465 kg/h of
solvent, calculate:
a) The number of theoretical stages required
b) The weights of the extract and the refined
c) The compositions of all the substances of the refined extract
and point
composition of 40% by weight of acid. They are countercurrently
extracted with isopropyl ether to produce the acid concentration in
the raffinate at 6% by weight. Assuming a quantity of 465 kg/h of
solvent, calculate:
a) The number of theoretical stages required
b) The weights of the extract and the refined
c) The compositions of all the substances of the refined extract
and point