JAKUBANY WATER TREATMENT PLANT CORROSION TESTS
DOI:
https://doi.org/10.46243/jst.2021.v6.i05.pp145-152Keywords:
Changes in the water quality, corrosion, incrustations, and treatment all contribute to thisAbstract
Structural degradation in all metallic pipelines is primarily caused by external corrosion, which is dependent on both environmental and operational factors. On the other side, internal corrosion may seriously impair a distribution system's functionality (hydraulics, water quality). Corrosion of water pipes has a significant impact on the long-term performance and reliability of water systems. STN 75 7151 and ASTM D2688-11 are used to assess the test. At the Jakubany water treatment facility, corrosion experiments were conducted on raw and processed water.
References
VREEBURG, J.,H.,G., Discolouration in Drinking Water Systems: A Particular Approach. Department of Water Management. Delft, Delft University of Technology, The Netherlands, 2007, ISBN 978-90- 74741-91-0
MUNKA, K., KARÁCSONYOVÁ, M., GAJDOŠ, Ľ., Poloprevádzkovéhodnotenievplyvukvalityvodynavybranémateriályprichádzajúce do styku s pitnou vodou. In: VodaZlín 2005. Sborníkpříspěvků IX. mezinárodnívodohospodářskékonference. Zlín, 7.-8.4.2005. Zlín: Zlínskávodárenská, a.s., 2005. s. 85- 90. ISBN 80-239-4453-3
SLAVÍČKOVÁ, K., Meření a hodnocenírychlostikorozepřiprocesuúpravyvody, In: Zborníkpríspevkov X. Medzinárodnejvodohospodárskejkonferencie, VodaZlín 2006, s. 143-148. ISBN 80-239- 6523-9
LYTLE, D. A., SCHOCK, M. R., Impact of Stagnation Time on Metal Dissolution from Plumbing Materials in Drinking Water. Journal of water supply research and technology, 2000, AQUA 49(5):243- 257
VOLK, CH., DUNDORE, E., SCHIERMANN, J., LECHEVALLIER, M., Practical evaluation of iron corrosion control in a drinking water distribution system, Water Research, Volume 34, No.6., Elsevier Science Ltd, 2000, s. 1967-1974, ISSN 0043-1354(99)00342-5
FANG, C. S., LIU, B., (2003). Hydrodynamic and temperature effects on the flow induced local corrosion rate in pipelines, Chemical Engineering Communications, Vol. 190, s. 1249-1266, ISSN 0098- 6445
SMITH, S.E., BISSET, A., COLBOURNE, J.S., HOLT, D.M., LLOYD, B.J., 1997. The occurrence and significance of particles and deposits in a drinking water distribution system. Journal of the New England Water Works Association, 1997, Vol. 111 (2), 135-150
MCNEILL, L.S., EDWARDS, M., 2001. Iron pipe corrosion in distribution system, Journal–American Water Works Association, July 2001, s 88-100
SINGLEY, J.,E., BEAUDET, B.,A., MARKEY, P.,H., Corrosion Manual for Internal Corrosion of Water Distribution System, Environmental Science and engineering, INC., Florida, 1984, ESE No. 81- 227-260
DEVIETTI, J.,L., Modelling water quality in tropical water distribution systems. PhD thesis, James Cook University, 2011
STN 75 7151 Kvalitavody. Požiadavkynakvalituvodydopravovanejpotrubím
DUBOVÁ, V., ILAVSKÝ, J., BARLOKOVÁ, D., Sledovanieagresivityvodyna VZ Pernek, Konferenciavodohospodárov v priemysle, LiptovskýJán, 2010, s. 217-224, ISBN 978-80-227-3393-6
ASTM D2688-11 „Standard Test Method for Corrosivity of Water in the Absence of Heat Transfer“ (Weight Loss Method)
