Modelling Aquifer Pollution Near Livestock Farms Using Advanced Hydroinformatic Tools

Authors

  • Erika Beilicci Politehnica University Timisoara, Department of Hydrotechnical Engineering 300022-Timisoara, Splaiul Spiru Haret, 1/A, Romania
  • Camelia Stefanescu Politehnica University Timisoara, Department of Hydrotechnical Engineering 300022-Timisoara, Splaiul Spiru Haret, 1/A, Romania
  • Robert Beilicci Politehnica University Timisoara, Department of Hydrotechnical Engineering 300022-Timisoara, Splaiul Spiru Haret, 1/A, Romania

Keywords:

animal manure, groundwater, livestock farms, modelling, pollution, wastewater

Abstract

Animal husbandry is one of the main causes of water pollution. Therefore, one of the important problems to be
solved in the design, execution and operation of livestock farms is the achievement of a reliable system of collection,
treatment and evacuation/storage of wastewater and animal manure resulting from the process of animal husbandry,
so that pollutants do not infiltrate in groundwater. However, accidents can occur in the operation of these systems,
and wastewater and animal manure can seep into groundwater, determining their pollution. This paper aims to
present a way to model the propagation of pollutants in groundwater in the vicinity of livestock farms, using the
PMWIN software, an advanced hydroinformatic tool. On the basis of the results obtained from the modelling, the
competent authorities can determine the extent of the pollution and the necessary measures to be taken to reduce the
negative effects on groundwater quality.

References

European Commission, Protecţia apelor subterane în

Europa. Noua Directivă a apelor subterane –

consolidarea cadrului legislativ al Uniunii Europene,

Horablaga, A., Lixandru, B., Petrovici, M., Sinitean,

A., Marin, A. A., Morariu, F., Horablaga, M., Morariu,

S., Use of benthic macroinvertebrates in the diagnosis

of Bega river water quality and self-purification

process, “Gheorghe Asachi” Technical University of

Iasi, 19(3), 2020, 505-510.

Morariu, F., Lixandru, B., Petrovici, M., Sinitean,

A., Vlad, F. M., Ferencz, M. A., Cherciu, M. R., Marin,

A. A., Horablaga A., Research Regarding the Use of

Benctonic Macro Invertebrates on Bega River Water

Quality Determination in the Timisoara Area, Animal

Science and Biotechnologies, 2019, 52(2).

Marin, A. A., Lixandru, B., Cioban, G., Morariu, S.,

Vlad, F. M., Ferencz, M. A., Petrovici, M., Sinitean,

A., Morariu, F., Research regarding on pollution

monitoring with the help of benctonic

macroinvertebrates at Bega river near Timisoara,

GLOREP Conference, Timisoara 15-17 November,

Conference Proceeding, 2018.

Morariu, F., Lixandru, B., Ciobanu, Gh., Morariu, S.,

Vlad, F. M., Ferencz, M. A., Petrovici, M., Sinitean,

A., Marin, A. A., Research regarding the effect of the

urban community on the distribution of benctonic

macroconvertebrates in the Bega river near the town of

Timisoara, GLOREP Conference, Timisoara 15-17

November, 2018, Conference Proceeding

Marin, A. A., Lixandru, B., Petrovici, M., Sinitean,

A., Morariu, F., Popescu, D., The structure and

dynamics of macrozoobenthic communities of the Bega

River Water, Bulletin USAMV, series Agriculture,

, 73(1), 53-58.

Wikipedia, 2021. Home page address:

https://en.wikipedia.org/wiki/Hydroinformatics#

Chiang, W. H., 3D-Groundwater Modeling with

PMWIN A Simulation System for Modeling

Groundwater Flow and Transport Processes, second

edition, Springer, The Netherlands, 2005, pp.1-7

Civil Engineering Software Database, 2021.

https://www.cesdb.com/pmwin.html

Simcore Software, 2021,

https://www.simcore.com/files/pm/v11/tutorial1.pdf?a=

Downloads

Published

2023-09-05