Thanks J for your response, I understand your point about being wasteful, in this case filtered air is not exhausted outside but instead cleaned air is recycled (think closed loop system).
The point of my question is to understand if the filter is capturing any CO2?
Is it scientifically possible that carbon in the gas form can bind to carbon in the solid form as it passes through a carbon filter? To my limited thinking CO2 put through a carbon filter might result in O2 coming out and some amount of carbon atoms sticking in the filter... Either clogging it up or helping it gain more carbon efficiency (blows my mind to think this one through).
From a practical stand point, I simply can't afford a metered CO2 controller right now, calculations and best guesses are my only tools. I want to factor in loss from filtering and also, to know if filters will clog faster with enrichment (clogged by CO2 directly, not into debating how much more smelly CO2 can make a plant which in turn wears the filters faster, etc.).
OK, so I know that carbon traps smell (traps the smelly particles floating in the air I guess), and I think I know that CO2 has no smell so I assume no smelly particles to clog up the filter. However in truth the only thing I know for sure is that I don't know jack about such scientific things so I figured the very best way to know 100% for sure is to ask if anyone could run a quick test and meter the air for CO2 before and after the filter to confirm.
Short of empirical data, does anyone with scientific knowledge of this topic have an opinion?
Thanks kindly!