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J. D. Lowry, W. F. Brutsaert, T. McEnerney and C. Molk, “Point-of-Entry Removal of Radon from Drinking Water,” Journal—American Water Works Association, Vol. 79, No. 4, 1987, pp. 162-169.

has been cited by the following article:

• TITLE: A Mitigating Technique for the Treatment of Small Volumes Drinking Water from Radon Gas

  AUTHORS: Saddig D. Jastaniah, Bassam Z. Shakhreet, Hanan Y. Abbas

  KEYWORDS: Radon; Mitigation; Drinking Water

  JOURNAL NAME: Open Journal of Biophysics, Vol.4 No.1, January 6, 2014

  ABSTRACT: We made an evaluation of a suitable mitigation technique for the treatment of drinking water that was artificially enriched with Rn-222 in laboratory by placing a radium rich granite stone (pitchblende) in a closed container filled with tap water for several days in order to allow Rn-222 concentration to approach its highest possible level. Experiments were designed to investigate the effectiveness of removal of Rn-222 by diffused bubble aeration method at room temperature. The results showed that this method becomes more efficient at higher airto-water ratios. Better aeration depends on the length of travel of bubbles through the water depth. This method is practical and has low capital cost. The removal of Rn-222 from artificially enriched water can be practically achieved by diffused bubble aeration method to greater than 98%.