IODINE REMOVAL EFFICIENCY IN NON-SUBMERGED AND SUBMERGED SELF-PRIMING VENTURI SCRUBBER

Article English OPEN
MAJID ALI ; YAN CHANGQI ; SUN ZHONGNING ; GU HAIFENG ; WANG JUNLONG ; KHURRAM MEHBOOB (2013)
  • Publisher: Elsevier
  • Journal: Nuclear Engineering and Technology, volume 45, issue 2, pages 203-210 (issn: 1738-5733)
  • Related identifiers: doi: 10.5516/NET.03.2012.047
  • Subject: Nuclear engineering. Atomic power | Submerged | Filtered Vented Containment System | Droplets | Iodine Removal Efficiency | Nuclear Energy and Engineering | Bubbles | Venturi scrubber | Non-Submerged | TK9001-9401

The objective of this conducted research is to study the iodine removal efficiency in a self-priming venturi scrubber for submerged and non-submerged operating conditions experimentally and theoretically. The alkaline solution is used as an absorbent, which is prepared ... View more
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