Landfill site requirements on the rock environment: A case study

Ersoy, Hakan; Bulut, Fikri; Berkün, Mehmet

doi:10.1016/j.enggeo.2012.12.005

Cited by 29 publications

(14 citation statements)

References 19 publications

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“…La minería de rellenos sanitarios tiene como propósito la recuperación de especies de valor comercial, material reciclable, metales, plásticos (Ersoy et al, 2013;Niskaen et al, 2013;Butt et al, 2014;Camba et al, 2014), además del aprovechamiento de gases generados para producir energía. Su fin es reducir la huella ecológica de forma significativa (Hrad et al, 2013;Rees et al, 2013;Kumar & Sharma, 2014).…”

Section: Minería De Rellenos Sanitariosunclassified

Minería de rellenos sanitarios como alternativa de gestión para residuos sólidos

2014

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Section: Minería De Rellenos Sanitariosunclassified

Minería de rellenos sanitarios como alternativa de gestión para residuos sólidos

2014

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“…Landfill site planning and selection in territorial planning documents is a positive practice, especially when using GIS (Pinskuvienė et al, 2004;Bagdanavičiūtė & Valiūnas, 2012;Ersoy et al, 2012) and the GIS-based Multi-criteria Decision Analysis (MCDA) approach for evaluating the most environmentally suitable landfill with random leaks under heterogeneous subsurface conditions (Yenigül et al, 2013).…”

Section: Introductionmentioning

confidence: 99%

Effectiveness of a Modern Landfill Liner System in Controlling Groundwater Quality of an Open Hydrogeological System, Se Lithuania

Baltrūnas

Slavinskienė

Karmaza

et al. 2020

Journal of Environmental Engineering and Landscape Management

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The work analyzes data of environmental geological mapping, groundwater monitoring of the region municipal waste landfill. This study examines the effectiveness of a modern landfill liner system in minimizing migration of pollutants in the groundwater of an open hydrogeological system. The results showed that dissolution of carbonates and dilution were the major processes controlling groundwater quality. In the landfill’s direct impact zone, groundwater was only weakly polluted with biogenic components. Increase in concentrations of these chemical components in this zone was related with the groundwater and surface runoff water flowing from adjacent areas. We can state that the modern landfill liner system we analysed is efficient and has no adverse effects on groundwater quality under hydrogeological conditions favourable for the spread of pollutants. However, in case of an accident, pollutants might pose a great threat on the safety of groundwater. Therefore, even modern landfill liner systems are not recommended to be constructed in open hydrogeological systems.

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“…Among other substances, it is possible to find heavy metals ionised or in colloidal state, nitrogen in ammoniacal state, high contents of total and dissolved solids, presence of chlorides and a variety of organic compounds and carboxylic acids as a product of anaerobic reactions and great variability in the potential of hydrogen ions, even when the leachate has passed through a buffer. The variability in the nature of the wastes depends on the pH, time of the wastes and the average temperature as well as the stabilisation process phase of the solid waste [12][13][14][15]. Finding the most suitable and economical way to treat leachate from a landfill generates many difficulties due to the fact that it contains high concentrations of various substances, both inorganic and organic [16].…”

Section: Introductionmentioning

confidence: 99%

Evaluation of leachate turbidity reduction in sanitary landfills following a coagulation/flocculation process enhanced by vegetable starch and thermal water

et al. 2020

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This study evaluates the reduction of leachate turbidity in landfills after applying a mixture of banana starch and thermal water. Principal component analysis was applied to study the combined effect with four variables: pH, concentration of starch and thermal water mixture, rapid mixing speed and slow mixing speed. The experimental design involved 16 experiments with repetition in the jar test to obtain the optimum dose while measuring turbidity as a response variable. The results showed that after the oxidation process of organic matter, under optimal conditions determined in the experiment, the mixture of starch and thermal water contributed to the reduction of leachate turbidity by 29.1%.

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Landfill site requirements on the rock environment: A case study

Cited by 29 publications

References 19 publications

Minería de rellenos sanitarios como alternativa de gestión para residuos sólidos

Minería de rellenos sanitarios como alternativa de gestión para residuos sólidos

Effectiveness of a Modern Landfill Liner System in Controlling Groundwater Quality of an Open Hydrogeological System, Se Lithuania

Evaluation of leachate turbidity reduction in sanitary landfills following a coagulation/flocculation process enhanced by vegetable starch and thermal water

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