Loading time and channeling effect in removing copper ions from sand surface by surfactin solution in flushing column

B. Haryanto, W. B. Singh, C. H. Chang, A. Chairunnisa, F. R. Butarbutar

Research output: Contribution to journalConference article

Abstract

The variations of loading time (t) were used to indicate the channeling effect of in removing copper ions from sand surface by surfactin solution in continuous flushing column technique. Results trend shows that by increasing loading time will increase the interaction with the contaminant on sand surface. In shorter time showed that the removal efficiency of water was higher than surfactin if flushing without foam. The micelle structure within the surfactin solution has ability to move into intra particle and tend to flow down which decrease the loading time in comparing with water molecule. Flushing with foam, the bubbles gas penetrates and spreads the surfactin micelles to the whole sand surface and spend shorter time in loading the sand column. Types of flushing with and without foam with the removal efficiency result are possible to predict the channeling affect.

Original languageEnglish
Article number012021
JournalIOP Conference Series: Materials Science and Engineering
Volume308
Issue number1
DOIs
Publication statusPublished - 2018 Feb 19
Event10th International Conference on Numerical Analysis in Engineering, NAE 2017 - Banda Aceh, Indonesia
Duration: 2017 Aug 242017 Aug 25

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Copper
Sand
Ions
Foams
Micelles
Water
Gases
Impurities
Molecules

All Science Journal Classification (ASJC) codes

  • Materials Science(all)
  • Engineering(all)

Cite this

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title = "Loading time and channeling effect in removing copper ions from sand surface by surfactin solution in flushing column",
abstract = "The variations of loading time (t) were used to indicate the channeling effect of in removing copper ions from sand surface by surfactin solution in continuous flushing column technique. Results trend shows that by increasing loading time will increase the interaction with the contaminant on sand surface. In shorter time showed that the removal efficiency of water was higher than surfactin if flushing without foam. The micelle structure within the surfactin solution has ability to move into intra particle and tend to flow down which decrease the loading time in comparing with water molecule. Flushing with foam, the bubbles gas penetrates and spreads the surfactin micelles to the whole sand surface and spend shorter time in loading the sand column. Types of flushing with and without foam with the removal efficiency result are possible to predict the channeling affect.",
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Loading time and channeling effect in removing copper ions from sand surface by surfactin solution in flushing column. / Haryanto, B.; Singh, W. B.; Chang, C. H.; Chairunnisa, A.; Butarbutar, F. R.

In: IOP Conference Series: Materials Science and Engineering, Vol. 308, No. 1, 012021, 19.02.2018.

Research output: Contribution to journalConference article

TY - JOUR

T1 - Loading time and channeling effect in removing copper ions from sand surface by surfactin solution in flushing column

AU - Haryanto, B.

AU - Singh, W. B.

AU - Chang, C. H.

AU - Chairunnisa, A.

AU - Butarbutar, F. R.

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AB - The variations of loading time (t) were used to indicate the channeling effect of in removing copper ions from sand surface by surfactin solution in continuous flushing column technique. Results trend shows that by increasing loading time will increase the interaction with the contaminant on sand surface. In shorter time showed that the removal efficiency of water was higher than surfactin if flushing without foam. The micelle structure within the surfactin solution has ability to move into intra particle and tend to flow down which decrease the loading time in comparing with water molecule. Flushing with foam, the bubbles gas penetrates and spreads the surfactin micelles to the whole sand surface and spend shorter time in loading the sand column. Types of flushing with and without foam with the removal efficiency result are possible to predict the channeling affect.

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