Experience on application of continuous drain trench during the remediation of tailings ponds in Hungary

Bánik, Jenö; Csicsák, J.; Berta, Zsolt

doi:10.1007/978-3-642-55668-5_105

Cited by 3 publications

(2 citation statements)

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“…The third possible source of U is the 40-year-old Mecsek uranium mine, which produces ca. 500 tons of U concentrate per year and has reworked millions of tons of solid material (Bánik et al, 2002). U production in S. Hungary started in 1957 and was expanded closer to the cave site in 1969 ( Fig.…”

Section: Origin Of Pollutionmentioning

confidence: 99%

Monitoring environmental pollution using a stalagmite from Hungary

Siklósy¹,

Demény²,

Pilet³

et al. 2008

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Section: Origin Of Pollutionmentioning

confidence: 99%

Monitoring environmental pollution using a stalagmite from Hungary

Siklósy¹,

Demény²,

Pilet³

et al. 2008

PAGES news

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“…Jianfei et al (2020) proposed a prediction model based on PAC and LSTM neural network. Besides, some experiment about tailings (Benzaazoua et al, 2004) or draining system designing method (Bánik et al, 2002) to grasp the influence factor of safety for tailings pond. The above research results have to some extent grasped the prediction method of tailings pond dam failure risk and were applied to early warning research.…”

Section: Introductionmentioning

confidence: 99%

Optimized algorithm of auxiliary drainage scheme in tailings reservoir rainfall prediction: illustrated with a case study

2023

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Under forecasting rainfall condition, rainfall flows into the tailings pond instantaneously, causing water level rising rapidly, thus threatening the safety of the tailings pond. Therefore, it is of great importance to give auxiliary flood discharge measures in emergency situation. This study investigated the optimized calculation algorithm of two combined schemes of lowering the coverplate of tailing ponds and installing additional drainage pumps to determine the recommended scheme of auxiliary drainage measures for tailing ponds under forecast rainfall and proposed the corresponding prediction and calculation method based on the basic data of the water level-reservoir capacity curve of tailing ponds, forecast rainfall parameters, and flood discharge system parameters. The results showed that compared with the precise algorithm, the optimized algorithm does not need to call the main procedure of flood regulation calculation and is of high calculation efficiency and accuracy, calculation time can be controlled within 0.05s. Through the optimized algorithm, the recommended auxiliary drainage scheme for forecast rainfall can be obtained immediately, which can effectively guide tailing pond flood control and drainage activities during the flood season.

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