Mass-Transfer Coefficient as an Indicator of Resin Performance: Impacts of Film-Forming Amines and Storage Time on Condensate Polishing Ion-Exchange Resins

Ion-exchange resins used in ultrapure water processing are known to lose effectiveness with fouling. Mass- transfer coefficient (MTC) is one property that defines acceptable resin performance. MTC is measured by a simple column test with known feed concentration of ions at sufficient flow t...

সম্পূর্ণ বিবরণ

গ্রন্থ-পঞ্জীর বিবরন
প্রধান লেখক: Kabir, Ahmedul
বিন্যাস: প্রবন্ধ
ভাষা:ইংরেজি
প্রকাশিত: Industrial & Engineering Chemistry Research 2025
অনলাইন ব্যবহার করুন:https://repository.auw.edu.bd/handle/123456789/692
_version_ 1857449005794983936
author Kabir, Ahmedul
author_facet Kabir, Ahmedul
author_sort Kabir, Ahmedul
collection institutional Repository
description Ion-exchange resins used in ultrapure water processing are known to lose effectiveness with fouling. Mass- transfer coefficient (MTC) is one property that defines acceptable resin performance. MTC is measured by a simple column test with known feed concentration of ions at sufficient flow to achieve kinetic leakage out of bed. MTC deviation due to exposure to film-forming amines (FFAs), as well as impacts of resin storage time, are investigated. A filming amine (FA), octadecylamine (ODA), was evaluated experimentally for potential impacts on condensate polisher ion-exchange bead resins (Dowex MS 650C (H) and Dowex MS 550A (OH)). Results indicate significant reductions in MTC on both cationic and anionic resin. In addition, unused resin stored for excessive times, up to 16 years, showed MTC reduction.
format Article
id 123456789-692
institution Asian University for Women
language English
publishDate 2025
publisher Industrial & Engineering Chemistry Research
record_format dspace
spelling 123456789-6922026-02-18T06:15:21Z Mass-Transfer Coefficient as an Indicator of Resin Performance: Impacts of Film-Forming Amines and Storage Time on Condensate Polishing Ion-Exchange Resins Kabir, Ahmedul Ion-exchange resins used in ultrapure water processing are known to lose effectiveness with fouling. Mass- transfer coefficient (MTC) is one property that defines acceptable resin performance. MTC is measured by a simple column test with known feed concentration of ions at sufficient flow to achieve kinetic leakage out of bed. MTC deviation due to exposure to film-forming amines (FFAs), as well as impacts of resin storage time, are investigated. A filming amine (FA), octadecylamine (ODA), was evaluated experimentally for potential impacts on condensate polisher ion-exchange bead resins (Dowex MS 650C (H) and Dowex MS 550A (OH)). Results indicate significant reductions in MTC on both cationic and anionic resin. In addition, unused resin stored for excessive times, up to 16 years, showed MTC reduction. 2025-07-22T05:18:29Z 2025-07-22T05:18:29Z 2018 Article https://repository.auw.edu.bd/handle/123456789/692 en application/pdf Industrial & Engineering Chemistry Research
spellingShingle Kabir, Ahmedul
Mass-Transfer Coefficient as an Indicator of Resin Performance: Impacts of Film-Forming Amines and Storage Time on Condensate Polishing Ion-Exchange Resins
title Mass-Transfer Coefficient as an Indicator of Resin Performance: Impacts of Film-Forming Amines and Storage Time on Condensate Polishing Ion-Exchange Resins
title_full Mass-Transfer Coefficient as an Indicator of Resin Performance: Impacts of Film-Forming Amines and Storage Time on Condensate Polishing Ion-Exchange Resins
title_fullStr Mass-Transfer Coefficient as an Indicator of Resin Performance: Impacts of Film-Forming Amines and Storage Time on Condensate Polishing Ion-Exchange Resins
title_full_unstemmed Mass-Transfer Coefficient as an Indicator of Resin Performance: Impacts of Film-Forming Amines and Storage Time on Condensate Polishing Ion-Exchange Resins
title_short Mass-Transfer Coefficient as an Indicator of Resin Performance: Impacts of Film-Forming Amines and Storage Time on Condensate Polishing Ion-Exchange Resins
title_sort mass transfer coefficient as an indicator of resin performance impacts of film forming amines and storage time on condensate polishing ion exchange resins
url https://repository.auw.edu.bd/handle/123456789/692
work_keys_str_mv AT kabirahmedul masstransfercoefficientasanindicatorofresinperformanceimpactsoffilmformingaminesandstoragetimeoncondensatepolishingionexchangeresins