Soap is manufactured in this way using a process called saponification of fats.
Fats fall into a category of compounds called esters, molecules formed from an alcohol and a carboxylic acid. In the case of a fat the alcohol is glycerin (glycerol) and the acid is a fatty acid.
Here is the generic, two-step equation for the saponification of an ester with a hydroxide (R represents the rest of each acid and ester).
OH- + RO2-OR --> RO2H + RO-
The ester is split into the corresponding acid and alkoxide ("salt" of an alcohol).
RO- + RO2H --> ROH + RO2-
Since ethoxides are highly basic they are quickly neutralized by the fatty acid. Resulting in the corresponding alcohol (glycerin) and fatter acid salt (the soap). The glycerin is then separated out.
Sodium hydroxide turns grease into soap.
Sodium hydroxide is most commonly found in bleaches as it is a highly alkaline substances. Other uses of NaOH include soap and paper.
soap >;)
Sodium Hydroxide reacts with fat to make soap which then dissolves unblocking the drain.
The common process of purifying soap involves removal of sodium chloride, sodium hydroxide, and glycerol.
how the soap is manufactured?
Sodium hydroxide turns grease into soap.
sodium hydroxide
NaOH and KOH.{sodium hydroxide and pottassium hydroxide}
Sodium Hydroxide
NO soap is madi out of sodium hydroxide which is a base
Sodium hydroxide is most commonly found in bleaches as it is a highly alkaline substances. Other uses of NaOH include soap and paper.
soap >;)
Sodium Hydroxide reacts with fat to make soap which then dissolves unblocking the drain.
The common process of purifying soap involves removal of sodium chloride, sodium hydroxide, and glycerol.
A water solution of sodium chloride (NaCl) and soap.
The principal materials are greses, sodium hydroxide and sodium chloride.