Dear Researchers, I would like to open your eyes to an aspect in your research which you did not fully understand: How much energy is needed? At a temperature of 30 C and 50% humidity, air can carry only 14 gm of water/kg of air. One kg of air occupies about 876 L, which means (if we consider your process has the capacity of total water removal) that you can get only 14 L of water out of 876 cubic meters of air. Please try to figure out if you have such capacity. I hope you are aware of the well known reference controlling these processes which is the Psychrometric chart
Published by Maher Louis, PE, PEng., Senior Process Engineer at Clairmonte Processes
Dear Researchers,
I would like to open your eyes to an aspect in your research which you did not fully understand: How much energy is needed?
At a temperature of 30 C and 50% humidity, air can carry only 14 gm of water/kg of air. One kg of air occupies about 876 L, which means (if we consider your process has the capacity of total water removal) that you can get only 14 L of water out of 876 cubic meters of air. Please try to figure out if you have such capacity.
I hope you are aware of the well known reference controlling these processes which is the Psychrometric chart