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PRELIMINARY ANALYSIS OF ELEMENTS IN WATER SUPPLY SLUDGE AT RoNNEHOLMS MOSSE FIELDS, SOUTHERN SWEDEN
Abstract
Sydvatten AB operates the water plant Ringsj? Agency in Stehag, Southern Sweden, and the company has since the 1970s deposited waterworks sludge in the sludge landfill at R?nneholms Mosse (bog), Sj?holmen (WGS84 55В°48'46.1"N 13В°18'25.6"E). In order to handle the produced future waterworks sludge from Ringsj? there was carried out a trenching and stratigraphic study of Ringsj? Agency waterworks sludge. The aim of the project was to roughly determine the mass balance for Fe and Al for the basis of the results to determine potential extraction and recycling opportunities for the iron and/or aluminum hydroxides of water treatment sludge. In addition trace elements and rare earth elements (REE) were studied. Analysis of 10 cores were characterized by technogenic stratigraphy, texture and color, results of geochemical studies of processed sludge recovered possible recycling opportunities to implement circular economy principles in sludge management. The Interreg Baltic Sea Region within the scope of project ?Interactive Water Management? (IWAMA) has supported this study.
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References15
Burlakovs J., Vircavs M., Heavy metal remediation technologies in Latvia: Possible applications and preliminary case study results. Ecological Chemistry & Engineering S, 19/4, pp 533-547, 2012.
Burlakovs J., Karasa J., Klavins M., Devonian clay modification for the improvement of heavy metal sorption properties. Scientific Journal of Riga Technical University, Series: Environmental & Climate Technologies, 3, pp 22-26, 2013c.
Evuti A.M., Lawal M., Recovery of coagulants from water works sludge: A review. Advances in Applied Science Research, 2/6, pp 410-417, 2011.
Keeley J., Jarvis P., Smith A.D., Simon, J.J., Coagulant recovery and reuse for drinking water treatment. Water Research, 88, pp 502-509, 2016.
Ulmert H., Särner E., The ReAl Process – a combined membrane and precipitation process for recovery of aluminium from waterwork sludge. VATTEN, 61, pp 273-281, 2005.
Keeley J., Jarvis P., Judd, S.J., An economic assessment of coagulant recovery from water treatment residuals. Desalination, 287, pp 132-137, 2012.
Keeley J., Jarvis P., Judd, S.J., Coagulant recovery from water treatment residuals: A review of applicable technologies. Critical Reviews in Environmental Science & Technology, 44, pp 2675-2719, 2014.
Georgaki I., Dudeney A.W.L., Monhemius A.J. Characterisation of iron-rich sludge: Correlations between reactivity, density and structure. Minerals Engineering, 17/2, pp 305-316, 2004.
Sverdrup H., Ragnarsdottir K.V., Natural Resources in a Planetary Perspective. Geochemical Perspectives. p 228, 2014.
Sydvatten A.B., Miljörapporter (1990-2015), 1285-60-002, Eslövs kommun, Skåne län. Sydvattens slamdeponi på Rönneholms mosse. p 200, 2015.
SWECO VBB VIAK, Sydvatten Ringsjöverket, Slamdeponi på Rönneholms mosse, Tekniskbeskrivning avseende förändring av hantering och lagring av vattenverkslam på Rönneholms mosse. Anmälan inlämnad till länsstyrelsen 2002-10-04. p 150, 2002.
SWECO VBB VIAK. Slambehandling, Rönneholms mosse. Geoteknisk undersökning. uppdragsnummer 1230319, p 170, 2001.
SWECO VBB VIAK. Slamdeponi, Rönneholms mosse. Geologisk och hydrologiska förhållanden, transporttider, uppdragsnummer 1230319000, p 150, 2008.
Burlakovs J., Kriipsalu M., Klavins M., Bhatnagard A., Vincevica-Gaile Z., Stenis J., Jani Y., Mykhaylenko V., Denafas G., Turkadze T., Hogland M., Rudovica V., Kaczala F., Rosendal R.M., Hogland W. Paradigms on landfill mining: From dump site scavenging to ecosystem services revitalization. Resources, Conservation & Recycling, DOI: 10.1016/j.resconrec.2016.07.007, 2016.
Burlakovs J., Jani Y., Kriipsalu M., Vincevica-Gaile Z., Kaczala F., Celma G., Ozola R., Rozina L., Rudovica V., Hogland M., Viksna A., Pehme K.-M., Hogland W., Klavins M. On the way to ‘zero waste’ management: Recovery potential of elements, including rare earth elements, from fine fraction of waste. Journal of Cleaner Production, 186, pp 81-90, 2018.
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