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title:(Electrodialytic AND soil AND remediation)

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1 Conference paper

Electrodialytic soil remediation: A derivative from electrokinetic soil remediation

Hansen, Henrik K.; Ottosen, Lisbeth M.; Hansen, Lene; Karlsmose, Bodil; Villumsen, Arne

Proceedings of the Workshop on Electromigration Applied To Soils Remediation — 1997

Year: 1997

Language: English

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2 Conference paper

Electrodialytic Soil Remediation - Parameter Evaluation

Year: 1997

Language: English

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3 Conference paper

Treatment of aqueous solutions from electrodialytic soil remediation: Electrodeposition of copper

Hansen, Lene; Ottosen, Lisbeth M.; Karlsmose, Bodil; Hansen, Henrik K.; Villumsen, Arne; Bech-Nielsen, Gregers

Conference Proceedings: Copenhagen Waste and Water Conference '99 — 1999

Year: 1999

Language: English

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4 Conference paper

Electrodialytic soil remediation: Principle, changes in the soil system, and optimising the remediation process

Karlsmose, Bodil; Ottosen, Lisbeth M.; Hansen, Lene; Hansen, Henrik K.; Pedersen, Anne Juul; Kristensen, Iben Vernegren; et al. (3 more)

Heavy Metals in the Environment and Electromigration Applied To Soil Remediation — 1999, pp. 81-89

The paper gives an overview of how heavy metals can be found in the soil and the theory of electrodialytic remediation. Basically electrodialytic remediation works by passing electric current through the soil, and the heavy metals in ionic form will carry some of the current. Ion-exchange membranes

Year: 1999

Language: English

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5 Printed book

Treatment of aqueous solutions polluted with heavy metals in connection with electrodialytic soil remediation

Year: 2000

Language: English

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6 Journal article

Electrical Resistance and Transport Numbers of Ion-Exchange Membranes Used in Electrodialytic Soil Remediation

Electrodialytic soil remediation is a recently developed method to decontaminate heavy metal polluted soil using ion-exchange membranes. In this method one side of the ion-exchange membrane is in direct contact with the polluted soil. It is of great importance to know if this contact with the soil

Year: 1999

Language: English

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7 Journal article

Water splitting at ion-exchange membranes and potential differences in soil during electrodialytic soil remediation

The optimum current for electrodialytic soil remediation occurs when the limiting current of the anion-exchange membrane is exceeded while that for the cation-exchange membrane is not. At this current, an acidic front will pass through the soil from the anion-exchange membrane towards the cathode

Year: 2000

Language: English

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8 Conference paper

Electrodialytic Soil Remediation: Improved Conditions and Acceleration of the Process by Adition of Desorbing Agents to the Soil

Ottosen, Lisbeth M.; Hansen, Lene; Hansen, Henrik K.; Karlsmose, Bodil; Bech-Nielsen, Gregers

Proceedings of the Workshop on Electromigration Applied To Soils Remediation — 1997

It is not possible for all heavy metal polluted soils to remediate it by an applied electric field alone. A desorbing agent must in different cases be added to the soil in order to make the process possible or to make it cost effective

Year: 1997

Language: English

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9 Book chapter

Electrodialytic Soil Remediation. Improved conditions and acceleration of the process by addition of desorbing agents to the soil

The principel of electrodialytic soil remediation was improved when ammonia was added to a calcareous copper polluted soil

Year: 1998

Language: English

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10 Conference paper

Electrodialytic soil remediation in a small pilot plant (Part II): Extractions, IR, XRD, TEM and SEM investigations on untreated and EDR treated Cu contaminated soil

Karlsmose, Bodil; Hansen, Lene

Heavy Metals in the Environment and Electromigration Applied To Soil Remediation — 1999, pp. 121-128

Observations were made of copper-polluted soil to see, if any changes in the bonding type of copper in the soil were made during electrodialytic soil remediation. Three different fractions of the copper-polluted soil were used for investigation with infrared spectroscopy (IR), X-ray diffraction

Year: 1999

Language: English

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