The effect of Soil Temperature on Electrodialytic Remediation

Iben Vernegren Kristensen

The effect of Soil Temperature on Electrodialytic Remediation

Iben Vernegren Kristensen

Research output: Chapter in Book/Report/Conference proceeding › Article in proceedings › Research › peer-review

Abstract

The electrodialytic remediation of copper, zinc and lead contaminated kaolin was studied at three different temperatures (0-39 degrees centrigrate). It is shown that an increase in temperature increases the rate of remediation for all three metals. Copper and zinc shows similar rate constants, while for lead, the rate constant obtained are significantly smaller. The increased remediation rate is presumed to be due mainly to the lowering of the viscosity.

Original language	English
Title of host publication	Proceedings from: 2.nd Symposium on Heavy Metals in the Environment and Electromigration Applied to soil Remediation
Place of Publication	Lyngby
Publisher	Technical University of Denmark, Environmental Electrochemistry
Publication date	1999
Pages	92-98
Publication status	Published - 1999
Event	2nd Symposium Heavy Metals in the environment and Electromigration Applied to Soil Remediation - Lyngby, Denmark Duration: 7 Jul 1999 → 9 Jul 1999 Conference number: 2

Conference

Conference	2nd Symposium Heavy Metals in the environment and Electromigration Applied to Soil Remediation
Number	2
Country/Territory	Denmark
City	Lyngby
Period	07/07/1999 → 09/07/1999

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Cite this

@inproceedings{c875c95b4ce8492c9e2314357b826af8,

title = "The effect of Soil Temperature on Electrodialytic Remediation",

abstract = "The electrodialytic remediation of copper, zinc and lead contaminated kaolin was studied at three different temperatures (0-39 degrees centrigrate). It is shown that an increase in temperature increases the rate of remediation for all three metals. Copper and zinc shows similar rate constants, while for lead, the rate constant obtained are significantly smaller. The increased remediation rate is presumed to be due mainly to the lowering of the viscosity.",

author = "Kristensen, \{Iben Vernegren\}",

year = "1999",

language = "English",

pages = "92--98",

booktitle = "Proceedings from: 2.nd Symposium on Heavy Metals in the Environment and Electromigration Applied to soil Remediation",

publisher = "Technical University of Denmark, Environmental Electrochemistry",

note = "2nd Symposium Heavy Metals in the environment and Electromigration Applied to Soil Remediation ; Conference date: 07-07-1999 Through 09-07-1999",

}

Kristensen, IV 1999, The effect of Soil Temperature on Electrodialytic Remediation. in Proceedings from: 2.nd Symposium on Heavy Metals in the Environment and Electromigration Applied to soil Remediation. Technical University of Denmark, Environmental Electrochemistry, Lyngby, pp. 92-98, 2nd Symposium Heavy Metals in the environment and Electromigration Applied to Soil Remediation, Lyngby, Denmark, 07/07/1999.

The effect of Soil Temperature on Electrodialytic Remediation. / Kristensen, Iben Vernegren.
Proceedings from: 2.nd Symposium on Heavy Metals in the Environment and Electromigration Applied to soil Remediation. Lyngby: Technical University of Denmark, Environmental Electrochemistry, 1999. p. 92-98.

Research output: Chapter in Book/Report/Conference proceeding › Article in proceedings › Research › peer-review

TY - GEN

T1 - The effect of Soil Temperature on Electrodialytic Remediation

AU - Kristensen, Iben Vernegren

N1 - Conference code: 2

PY - 1999

Y1 - 1999

N2 - The electrodialytic remediation of copper, zinc and lead contaminated kaolin was studied at three different temperatures (0-39 degrees centrigrate). It is shown that an increase in temperature increases the rate of remediation for all three metals. Copper and zinc shows similar rate constants, while for lead, the rate constant obtained are significantly smaller. The increased remediation rate is presumed to be due mainly to the lowering of the viscosity.

AB - The electrodialytic remediation of copper, zinc and lead contaminated kaolin was studied at three different temperatures (0-39 degrees centrigrate). It is shown that an increase in temperature increases the rate of remediation for all three metals. Copper and zinc shows similar rate constants, while for lead, the rate constant obtained are significantly smaller. The increased remediation rate is presumed to be due mainly to the lowering of the viscosity.

M3 - Article in proceedings

SP - 92

EP - 98

BT - Proceedings from: 2.nd Symposium on Heavy Metals in the Environment and Electromigration Applied to soil Remediation

PB - Technical University of Denmark, Environmental Electrochemistry

CY - Lyngby

T2 - 2nd Symposium Heavy Metals in the environment and Electromigration Applied to Soil Remediation

Y2 - 7 July 1999 through 9 July 1999

ER -