91Ó°ÊÓ

Glyceryl tripalmitoleate (tripalmitolein) is a triacylglycerol constituted of glycerol and three palmitoleic acid atoms united by linkers.

At manufacture, $1.00$mole of glyceryl trioleate is thoroughly hydrolyzed.

At manufacture, one mole of glyceryl trioleate is thoroughly hydrolyzed.

(b) Thorough halogenation of lecithin crystallisation takes three equivalents of protons.

At manufacture, one mole of glyceryl trioleate is thoroughly hydrolyzed.

(c) Obligated hydrocarbons grammes - The number of protons of either a hydrogen bond is $1.007$.$1\text{hydrogen atom}\left({\mathrm{H}}_2\right)−2×1.007−2.014\mathrm{g}/\mathrm{mol}$

For a full hydrogenation reaction, $3$moles of hydrogen are required.

$3\text{moles of hydrogen}−3×2.014=6.042\mathrm{g}/\mathrm{mol}$

Number of grams of biogas required for a completed dehydrogenation process $6.05\mathrm{g}/\mathrm{mol}$.

At manufacture, one mole of glyceryl trioleate is thoroughly hydrolyzed.

(d) Number of litres of biogas required for a completed dehydrogenation process

$1\mathrm{mol}=22.4\mathrm{L}$

This procedure requires three molecules of hydrocarbons.

$1mole=22.4L$

localid="1654155742546" $3\mathrm{moles}=3×22.4=67.2\mathrm{L}$

$67.2L$of hydrogen gas required for full hydrogenation reaction.