Acetone $((C{H}_3{)}_{2}CO)$ can be produced from isopropanol $((C{H}_3{)}_2$CHOH$)$ according to the following reaction:

$(C{H}_3{)}_2$CHOH$(CH{)}_{2}CO+H_2$

An isopropanol feed $($stream $2)$ enters the process as a mixture of $70$mol$\%$ isopropanol and $30$mol$\%$ water. This feed mixes with a recycle stream $(1)$ in mixer B$1$ before entering a reactor, $B2,$ where $80\%$ of the isopropanol converts according to the above reaction. The contents of the reactor then pass through $3$ separators $($B$3,$ B$4$ and B$5).$

In the first separator $($B$3)$ hydrogen is completely separated as a pure stream $($stream $5).$ In the second separator $($B$4)$ acetone is completely separated as a pure stream $($stream $7).$ In the third separator $($B$5)$ all unreacted isopropanol is separated as a mixture of $70$mol$\%$ isopropanol and $30$mol$\%$ water and becomes the recycle stream $(1)$ that mixes with the feed. The other stream $(9)$ from the separator is pure water. Refer the PFD given to answer the questions given below.

Calculate the:

a$)$ Flowrate of hydrogen in stream $5.(k\frac{g}{?}$ hour$)$

b$)$ Flowrate of acetone in stream $7.(k\frac{g}{?}$ hour$)$

c$)$ Flowrate of water in stream $9.($kg$/$hour$)$

d$)$ Flowrate of isopropanol in recycle stream $1.($kg$/$hour$)$

$A^{+}$TutorBin

$\backslash$table$[[$Compound$,$Molecular Weight $($g$/$mol$)],[$Acetone$,58\mathrm{.}08],[$Isopropanol$,60\mathrm{.}10],[$Water$,18\mathrm{.}02],[$Hydrogen$,2\mathrm{.}02]]$