Exercise \(\PageIndex{4}\): Combustion of Benzoic Acid

The combustion heat is used for purpose of melting.

combustion heat 215-220 Kcal/mol

combustion heat 215 - 220 Kcal/mol

combustion heat 215-220 Kcal/mol

The structure for cooling a combustion chamber absorbs the combustion heat of the burner that is radiated through the combustion chamber body.

As a heat source for vaporizing the liquid raw material in the vaporizer (2A), combustion heat generated in a gas combustion section (9) can be used.

Of the total combustion heat per hour of the burners provided in the region, 5% to 95% is generated by the air combustion burner.

The reformer is disposed at a position that can receive combustion heat generated in a combustion region.

The power generation part (2) is installed in the combustion chamber (3) to be heated by combustion heat generated in the combustion chamber (3).

A combustion heat release is determined based upon the pressure ratios.

The combustion takes place in at least two steps, of which in a first step the combustion is driven as far as to set free up to 90 % of the combustion heat of the organic material.

The obtained combustion gas is then fed to an internal combustion engine for combustion, whereby, for example, electrical energy and combustion heat are made usable.

1. heat energy generated during chemical reactions (heat of oxidation, heat of combustion, heat of solution, spontaneous heating, heat of decomposition, etc.)

The combustion heat generated in the gas combustion section (9) is generated by the combustion using, as a combustion gas, a detached gas that is detached from a hydrogen gas separation section (3) in multiple steps.