"Water-journey item","Conventional open-regeneration rotor","Condensing unit","Actual evidence / unresolved destination"
"Chosen greenhouse boundary","","","INPUT: crop-space air, whole greenhouse or wider water system"
"Process-air inlet","","","INPUT: origin and stated entering-air conditions"
"Water transfer mechanism","Vapour adsorbs onto sorbent","Vapour condenses to liquid","FIXED mechanism distinction"
"Process-air return destination","","","INPUT: follow actual outlet to its destination"
"Next carrier of removed water","Regeneration air after release from rotor","Collected liquid condensate","FIXED mechanism distinction"
"Regeneration-air inlet and heat source","","Not this moisture-removal route","INPUT: separate service from dry-air outlet"
"Wet regeneration-air final destination","","Not this moisture-removal route","INPUT: does removed water return to the chosen boundary?"
"Condensate final destination","Only if a documented additional stage exists","","INPUT: collection, storage, discharge or proposed reuse"
"Hybrid or closed-regeneration stage","","","INPUT: identify any additional removal stage rather than assuming an open rotor"
"Fictional Offer A omission","Wet regeneration outlet destination not shown","Not the fictional offer being assessed","ILLUSTRATION: dry outlet alone leaves the route incomplete"
"Fictional Offer B omission","Not the fictional offer being assessed","Drain stops at equipment sketch edge","ILLUSTRATION: liquid outlet alone leaves final destination unresolved"
"Boundary crossing conclusion","","","MANUAL: state where water leaves and any return path"
"Service / capacity comparison still needed","","","MANUAL: actual conditions and regeneration or cooling services"
"Use","Manual worksheet; no formulas, sizing output or technology ranking.","Import UTF-8 comma-separated text; widen and wrap; save a spreadsheet copy.","Complete the boundary and destinations before interpreting the removal claim. Condensate reuse quality is a separate question."
"Source context","https://www.munters.com/en-in/applications/dehumidification/rotor-technology//
https://www.munters.com/en-us/products-cms/dehumidifiers/dew-series/","https://drygair.com/wp-content/uploads/2021/11/User-Manual-One-Phase-DryGair-Units.pdf","Rotor mechanism and service choices; DryGair unit overview printed page 7, April 2021 Version 6. No utility hookup or drain design."