Well.. density of the "holes",... there it goes: is a term used to describe the specific design or configuration of a demister, which is a device used to remove liquid droplets or mist from a gas stream. Let's break down the components of this term: Close Density: This indicates that the demister is designed to handle a gas stream with high droplet or mist density. Close density demisters are effective in capturing fine liquid droplets from the gas. Layered: This refers to the structure of the demister. Layered demisters typically consist of multiple layers of mesh or knitted materials. These layers create a tortuous path for the gas stream, allowing the liquid droplets to impact and coalesce on the demister surfaces, thereby separating them from the gas. No. Off 1: This indicates that there is only one demister in the system. It implies that a single demister unit is installed to remove liquid droplets from the gas stream.
Hey brother, your English is a tiny bit noticeable that you're not a native speaker, but you're very understandable. Don't listen to that other commenter that clearly speaks Spanish - how does he know how well you can speak English? He probably doesn't.
Hi Brennan, make no worries, I do know I have some accent, but I know its manageable... Also, I really focus my attention towards things that I can fix quickly, such as video quality, pace, approach, etc... Changing my accent will take much longer XD
What you mean by conventional separator? There is unconventional ones? Explain plz
any "normal" separator... unconventional are speciallzied separators, that may be unique for the vendor, or the material you are using
You have an example about unconventional, special vendor maybe?
@ChemicalEngineeringGuy
Hi, I just saw a definition as "Close Density - Layered - No. Off 1" in a demister arrangement & detail drawing. What does close density mean?
Well.. density of the "holes",... there it goes: is a term used to describe the specific design or configuration of a demister, which is a device used to remove liquid droplets or mist from a gas stream.
Let's break down the components of this term:
Close Density: This indicates that the demister is designed to handle a gas stream with high droplet or mist density. Close density demisters are effective in capturing fine liquid droplets from the gas.
Layered: This refers to the structure of the demister. Layered demisters typically consist of multiple layers of mesh or knitted materials. These layers create a tortuous path for the gas stream, allowing the liquid droplets to impact and coalesce on the demister surfaces, thereby separating them from the gas.
No. Off 1: This indicates that there is only one demister in the system. It implies that a single demister unit is installed to remove liquid droplets from the gas stream.
great content thanks
Glad you think so!
Hey brother, your English is a tiny bit noticeable that you're not a native speaker, but you're very understandable. Don't listen to that other commenter that clearly speaks Spanish - how does he know how well you can speak English? He probably doesn't.
Hi Brennan, make no worries, I do know I have some accent, but I know its manageable... Also, I really focus my attention towards things that I can fix quickly, such as video quality, pace, approach, etc... Changing my accent will take much longer XD
but thanks for the support, it really means a lot!
Que mal inglés habla ese señor.
Noted
Que mal inglés habla ese señor.
Thanks for your feedback