Journal of the Korean Ceramic Society (한국세라믹학회지)

The Korean Ceramic Society (한국세라믹학회)
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Improvement of Adsorbability of Methylene Blue on Bentonite Treated with Electrolyte Solution

Bentonite의 전각질수용액 처리에 의한 Methylene Blue 흡착성 개선

  • 신병식 (한양대학교 화학공학과) ;
  • 김면섭 (한양대학교 화학공학과)
  • Published : 1974.06.01
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Abstract

Korean Yung-il bentonite was treated with potassium chloride, zinc chloride, calcium chloride, ferric chloride, or chromic chloride solutions respectively varying their concentration, treating temperature and treating time. The adsorbabilities of methylene blue on these pretreated bentonite were investigated. In the case of treatment with potassium chloride solution, the improvement of the adsorbahility of methylene blue on the products was observed, and in the best result the adsorbability was 1.6 times better than that on the original bentonite. With zinc chloride solution, the optimum adsorbability was a value of 1.7 times better than that on the original bentonite. With ferric chloride, chromic chloride or calcium chloride solution, slight improvement of the adsorbability was observed.

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References

  1. 大韓化學會誌 v.16 영일산 bentonite의 化學的 處理에 의한 吸着性改善 김면섭
  2. ibid v.17 鹽을 혼합한 國産 bentoniite의 吸着能에 관하여 金冕燮
  3. J. Chem. Soc. v.62 no.2164 Colour Reactions and Adsorption of Some Aluminosilicaties H. Well-Malherbe;J. Welss
  4. 日本工業化學雜誌 v.37 no.414 活性白土に關する硏究(第1報)活性白土製造の最適條件と脫色示性曲線に就て 山林父平;山本硏一
  5. ibid v.32 酸性白土類の 吸着作用(第1報)陰性團の選澤吸着に就て 田中芳雄;桑田勘
  6. ibid v.35 酸性白土類の 吸着作用(第二報)水溶液中より色素の吸着竝に其の機構理論 田中芳雄;桑轉勘;古由迪
  7. 광산조사연구보고(상공부 국립광업연구소) v.4 비금속광산 조사연구보고(Ⅱ)산성백도 및 밴토나이트 조기봉;김종대
  8. Mineralog. Petrog. Mitt. v.48 The formation Limits of Kaolin, Montmorillanite. Sericite. Pyropyllite and Analcite W. Noll
  9. Natl. Beur. Stand. (U.S.) Circ.,539 v.II Standard X-ray Powder Patterns H.E.Swanson;R.K. Fuyat
  10. 漢陽大學校, 産業科學硏究所 論文集 벤토나이트의 결정수분과 구조가 표면활성에 미치는 영향 金冕燮
  11. J. Chem. Soc. v.1959 no.1521 Properties of. and a Srtutural Scheme for, the Harmotomc Zeolits R.M. Barrer;F W. Bultitude;I.S. Kerr