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      Ca-산소발생제에의한해안퇴적토의환경변화

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      https://www.riss.kr/link?id=A107774993

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      We investigated the changes in a contaminated bay sediment when some oxygen releasing compounds(ORC) were put in it: is was found that the ORCs such as CaO2 were good at suppression of H2S and removal of phosphorus by changing the neutral pH into weak alkaline pH. In particular,
      performance of CaO2 was the best of all probably because of the faster establishment in O2 generation
      and weak alkaline condition. Consequently, it was concluded that ORCs instead of sea cultivation or red clay spreading would promote the conditions better in which O2 should kept being generated and
      active microbial population for bioremediation should be maximized.
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      We investigated the changes in a contaminated bay sediment when some oxygen releasing compounds(ORC) were put in it: is was found that the ORCs such as CaO2 were good at suppression of H2S and removal of phosphorus by changing the neutral pH into weak...

      We investigated the changes in a contaminated bay sediment when some oxygen releasing compounds(ORC) were put in it: is was found that the ORCs such as CaO2 were good at suppression of H2S and removal of phosphorus by changing the neutral pH into weak alkaline pH. In particular,
      performance of CaO2 was the best of all probably because of the faster establishment in O2 generation
      and weak alkaline condition. Consequently, it was concluded that ORCs instead of sea cultivation or red clay spreading would promote the conditions better in which O2 should kept being generated and
      active microbial population for bioremediation should be maximized.

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