NEW DIRECTION IN TERMS OF WATER QUALITY MONITORING APPLICATION

Kovacs, Z; Yuzhakova, T; Voeroes, C; Jonap, K; Redey, A

HERO ID

1771524

Reference Type

Journal Article

Year

2012

HERO ID 1771524
In Press No
Year 2012
Title NEW DIRECTION IN TERMS OF WATER QUALITY MONITORING APPLICATION
Authors Kovacs, Z; Yuzhakova, T; Voeroes, C; Jonap, K; Redey, A
Journal Environmental Engineering and Management Journal
Volume 11
Issue 3
Page Numbers 597-602
Abstract The worst and the largest environmental disaster occurred on October 4, 2010 in Hungary, when the wall of a waste reservoir disrupted and a hazardous spill of red sludge burst outside of the territory MAL Hungarian Aluminium Production and Trade Company Limited by Shares (MAL Co. Ltd.). The red mud sludge is a solid waste byproduct of the Bayer bauxite processing and it is highly alkaline with a pH of about 12-13. The polluted surface waters (Stream Toms, River Marcal, River Raba) influenced by the red mud catastrophe are part of the catchments area of the River Danube. Unfortunately the red mud disaster offered an opportunity to use the AVITAR [Accredited Water Quality Telemetry System] System. The AVITAR System is a result of a Hungarian development project. The system is equipped with sophisticated instruments to carry out measurements, displaying data, transmitting the collected data and providing alarm signal in case of emergency. In October 2010 the AVITAR System was installed in the direct vicinity of Stream Torna in Devecser. The aim of the research was to continuously monitor the quality of the surface water and to provide information on the change of the water quality parameters during the study period. The data obtained show how the water quality regains its original ecological condition in the Stream Torna.
Wosid WOS:000304498900016
Is Certified Translation No
Dupe Override No
Comments Source: Web of Science WOS:000304498900016
Is Public Yes
Keyword ecological catastrophe; red mud sludge; Stream Torna; water monitoring