It is often desirable if high heat is recovered from the exiting gases.

Although this expansion process reduces the turbine exit gas temperature and pressure, both parameters are usually still well above ambient conditions.

The cooler exit gas temperature and smaller volume eliminates the need for a cooling unit, which allows downstream processing equipment to be smaller.

The primer had been pierced and the exiting gas entered into the bolt and hit the firing pin sleeve which was loosened slightly.

The usual funnel is replaced with a small sets of pipes, aft of the mast, which cool the exit gas before it is released.

Ideal heat exchangers have no flow resistance and the exit gas temperature is the same as the (fixed) body temperature T of the heat exchanger.

If the temperature of the gases entering the heat recovery boiler is higher then the temperature of the exiting gases is also high.

Conventional afterburners are designed so that exit gas temperatures reach 1,400 to 1,600 degrees F. Organic destruction efficiency typically ranges from 95 to greater than 99 percent.

A trim SAS dry baghouse filter permits cleaning of the exit gases to conform to the latest and most stringent pollution control legislation and EC environmental protection directives.

Chlorine gas exiting the cell line must be cooled and dried since the exit gas can be over 80 C and contains moisture that allows chlorine gas to be corrosive to iron piping.

They are more efficient in transferring heat from purge gas to contaminated soil, and the volume and temperature of exit gas are lower, allowing the gas to go directly to a baghouse without needing to be cooled.

The exit gases from this stage contain both SO and SO which are passed through intermediate absorption towers where sulfuric acid is trickled down packed columns and SO reacts with water increasing the sulfuric acid concentration.