The Uses Of Heat Pipe Heat Exchangers In Factories AndIndustries

Heat pipe heat exchangers are heat transfer devices that make use of the evaporation--

condensation cycle to quickly and effectively move heat from one location to yet another with

minimal heat loss. A heat pipe has three standard elements which are: the container, the

pressurized fluid in it, and the thermosyphon effect which is responsible for the fluid

transportation. The applications of heat pipes are relevant to different industries due to their

flexibility and simplicity, and the usage of heat pipe heat exchangers in factories has become

widespread today.

The standard uses of heat pipes in industries are the heating and cooling of large scale

processes. As formerly discussed, heat pipes have an extremely versatile design so the size

and the kind of heat exchanger made use of in a factory can be tailored to match any sort of

process, depending on the phase, fluid, pressure, density, temperature chemical composition

and other properties to be considered.

Since numerous industrial processes include giving off waste heat or the exhaustion of a

heat stream, heat pipe heat exchangers can be made use of to gather up this excess heat

instead of letting it go to waste. This additional heat can then be used to fuel additional

factory processes. This system conserves a lot of money and energy because initially, the

heat made use of to supply other processess might originate from yet another source, and

these sources are typically costly and do damage to the environment.

Of course, an essential need in factories is heating, ventilation, and air conditioning systems

(HVAC) where heat pipes are very useful. They are positioned within the supply and exhaust

air streams or sometimes in the exhaust gases of different industrial processes so they can

easily recover heat energy. In air conditioning, heat pipes are utilized to absorb the excess

heat created by the system's return air which is reused as cold air generated by the air

conditioning unit. Using heat pipes can easily improve the moisture removal capabilities of air

conditioning systems. If old models used to drip moisture and produce a wave of hot air, heat

pipes avoid this by recycling and re-cooling the hot air instead of removing it.

Another special use of heat pipe heat exchangers is in wine and brewery factories, where

they are used in controlling temperature to create fine wine labels. Re-circulating fluid chillers

and non-refrigerated heat exchangers are needed to maintain a stable temperature all

throughout the wine making process, from the harvesting of grapes, crushing, fermentation,

to bottling the wine.

heat pipe advantages