vol13no3pa7

References

[1] Angkasindo “Deionization”, Water Technology_ English Version,2003. www.niagara. co.id / WT eng4.htm

[2] Warren Viessman J.R. and M.J.Hammer ” Water Supply and Pollution Control”,4th Edition, Harper &Row, Inc., New York, 1985.

[3] Remco Engineering “Power Purge® Deionization Systems High Efficiency DI: Ion Exchange”. www.remco.com/di.htm.

[4]  L&T Technologies, Inc.” Ion Exchange Treatment”,2004. www .lttechnologies .com/study -1. html
[5] Al-Layla, M.Anis; Shamim Ahmad and E.J.Middlebrook “Water Supply Engineering Design “, Ann Arbor Science Publishers, pp (252-254), 1997.

Tikrit Journal of Engineering Sciences (2006) 13(3) 1-20

Regeneration of Positive Ionic Exchangers

Muzher M. Abrahim Shymaa A. Hameed
Chemical Eng. Dept., Tikrit University, Iraq

Abstract

In this research ,the regeneration process of the positive ionic exchangers (positive resins) was carried out by the use of (HCl) at various concentrations and forms . Laboratory results showed a large improvement in the efficiency ( i.e the operating time is increased from 12 to 39 hours ). However various mixtures of HCl and H2SO4 are used in order to eliminate the formation of calcium and magnesium sulfate which are formed when H2SO4 is used alone .

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KeywordsIon Exchange , Ion Exchanger , Positive Ionic Exchanger.

How to cite

TJES:Abrahim MM, Hameed SA, Regeneration of Positive Ionic ExchangersTikrit Journal of Engineering Sciences 2006; 13(3): 1-20.
APA: Abrahim, M. M., & Kasim, S. A. (2006). Regeneration of Positive Ionic Exchangers. Tikrit Journal of Engineering Sciences, 13(3), 1-20.
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