Gas humidifier can be utilized successfully to humidify gasses for applications including energy components, ecological air/gas humidification, reactant gas humidification, natural chambers, and respiratory gas humidification in the lab. Because of the high porousness of water vapor in silicone, and the extensive film surface zone presented to the gas stream, significant measures of water vapor can be inactively added to your gas stream without requirement for bubbling water or percolating your gas through water.
Humidifying your gas stream is exceptionally straightforward as outlined in the gas humidification framework figure demonstrated as follows. Your air or gas stream enters a port toward one side top of the gas humidifier and courses through the lumens of the silicone empty strands. Water fills the shells side of the humidifier (outside of the empty filaments), and in light of the fact that water can penetrate effortlessly through silicone, water is exchanged through the empty fiber dividers into the lumens, along these lines viably humidifying your gas stream.
This procedure is otherwise called adiabatic humidification.There are numerous focal points to utilizing gas humidifiers for gas stream humidification over air pocket humidifiers including: bubble humidifiers require consistent reloading with water while gas humidifiers refill consequently as water dissipates. Bubble humidifiers are restricted in humidification limit while gas humidifiers can be effectively scaled up to the required stickiness levels by expanding the film module size.
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