Engineering Drawing

Draw a process flow diagram $($PFD$)$ for this process using MS Visio.

Create a basic stream table for this process $($using any suitable software$).$ The stream table must

show:

Stream number Process Steps

$S_{(s)}+O_{2(g)}S{O}_{2(g)}$

$O_2$ is reacted with $S$ by burning the $S$ in air $(21\frac{v}{v}\%O_2)$ and natural gas or coal

$S{O}_2$ produced in this manner is highly impure, containing any of the impurities from the fuel used for combustion $($e$.$g$.$ As$,Pb,Hg$ in coal$)$

This reaction does not require a catalyst or specific conditions

$S{O}_{2(g)}+\frac{1}{2}{O}_{2(g)}S{O}_{3(g)}$

Once again, the source of $O_2$ here is air

This reaction is highly exothermic released $\frac{?}{molS{O}_3}$ formed

Composition $($only what is present, not how much$)$

Temperature

Pressure

Phase$($s$)$Draw a profess flow diagram for each chemical reactions

$S_{(s)}+O_{2(g)}S{O}_{2(g)}$

$O_2$ is reacted with $S$ by burning the $S$ in air $(21\frac{v}{v}\%O_2)$ and natural gas or coal

$S{O}_2$ produced in this manner is highly impure, containing any of the impurities from the fuel used for combustion $($e$.$g$.$ As$,Pb,Hg$ in coal$)$

This reaction does not require a catalyst or specific conditions

$S{O}_{2(g)}+\frac{1}{2}{O}_{2(g)}S{O}_{3(g)}$

Once again, the source of $O_2$ here is air

$,$ This reaction is highly exothermic released $\frac{?}{molS{O}_3}$ formed