IRON REMOVAL FROM UNDERGROUND WATER USING A LABORATORY INSTALATION

Bohnsack G., Chemical principles of iron removal, ( Chemische Grundlagen der Enteisenung). Vom Wasser, 47, 281-296, 1991.

David I., Wilhelm U., Manuel S., Developing and providing mathematicalpredictive tools, for numerical simulation of the underground treatment methods, required by Fritz und Margot Faudi -Stiftung, Frankfurt am Main, Authorization - Nr.64, Darmstadt , 2007.

David I., Achim C., Girbaciu A., Chebutiu A., Methodology to evaluate the performance of the in-situ treatment of groundwater containing high iron concentration, Conference on Hydrology and Ecology, Karlovy Vary (Carlsbad), Czech Republic, 11- 14 September, 2006.

Hartmann U., Contribution to the preparation, planning and putting into service of the Installations for underground iron removal, ( MSc Thesis, Section water Engineering from Technical University from Dresden, 1987.

Meyerhoff R., Rott U., Substances balance as a criterion for application of the in situ treatment of groundwater containing iron and manganese – Water and Waste water - GWF- Munchen Vol. 138, No.4, 173-181, 1997.

Nguyer T., Effect of organic loading on iron removal from groundwater in a closed system of biological filters, – PhD. Thesis, Institute of water management from Berlin Technical University, 2001.

Olthoff R., The iron and manganese removal from underground water in the aquifer, PhD. Thesis, Institute for management oft he urban water and waste, from Hannover University, Heft 63, 1986.

Ralf M., Developing of the planning and implementation criteria for the iron and manganese in situ removal processes of groundwater, MSc Thesis, Technical University from Munchen, 1996.

Stumm W., Morgan J.J., Aquatic Chemistry. A Wiley – Interscience – Publication, John Wiley and Sons, New York, 1981.

Bohnsack G., Chemical principles of iron removal, ( Chemische Grundlagen der Enteisenung). Vom Wasser, 47, 281-296, 1991.

David I., Wilhelm U., Manuel S., Developing and providing mathematicalpredictive tools, for numerical simulation of the underground treatment methods, required by Fritz und Margot Faudi -Stiftung, Frankfurt am Main, Authorization - Nr.64, Darmstadt , 2007.

David I., Achim C., Girbaciu A., Chebutiu A., Methodology to evaluate the performance of the in-situ treatment of groundwater containing high iron concentration, Conference on Hydrology and Ecology, Karlovy Vary (Carlsbad), Czech Republic, 11- 14 September, 2006.

Hartmann U., Contribution to the preparation, planning and putting into service of the Installations for underground iron removal, ( MSc Thesis, Section water Engineering from Technical University from Dresden, 1987.

Meyerhoff R., Rott U., Substances balance as a criterion for application of the in situ treatment of groundwater containing iron and manganese – Water and Waste water - GWF- Munchen Vol. 138, No.4, 173-181, 1997.

Nguyer T., Effect of organic loading on iron removal from groundwater in a closed system of biological filters, – PhD. Thesis, Institute of water management from Berlin Technical University, 2001.

Olthoff R., The iron and manganese removal from underground water in the aquifer, PhD. Thesis, Institute for management oft he urban water and waste, from Hannover University, Heft 63, 1986.

Ralf M., Developing of the planning and implementation criteria for the iron and manganese in situ removal processes of groundwater, MSc Thesis, Technical University from Munchen, 1996.

Stumm W., Morgan J.J., Aquatic Chemistry. A Wiley – Interscience – Publication, John Wiley and Sons, New York, 1981.