GWPT 1.0
Modelling of underground water pollution transmission
Possible applications of the software:
  • computations for the concentration of pollution caused by communal sewage penetrated into the underground water
  • computations for transmission of sewage originating from industrial activity 
  • transmission of underground water pollution in the case of malfunction of a waste material depository 
  • decay and transmission of radioactive materials in the underground water
  • transmission of oil pollution in the ground
Methods of computations
  • Polluting source
    • single point source
    • several point sources
    • diffuse source
  • Dispalying of the results
    • data table
    • 3D picture
    • colour scale
Parameters of the procedures
  • Settings
    • duration of pollutants-emmission
    • infiltration speed of pollutants
    • thickness of layer
    • porosity
    • longitudinal dispersivity
    • transversal dispersivity
  • Characteristics of pollutants
    • daily amount of pollutants’ emmission
    • loading and pollution limits
    • decay rate
  • Other parameters
    • prevailing direction of pollutants
    • size of the map (number of pixels) 
    • connection between pixels and true sizes
Environment
  • WINDOWS
Basic publications
  • Katalin Balla, Gerzson Kéri and Tamás Rapcsák: Pollution of the underground water - a computational case study using a transport model, Journal of Hydroinformatics 4(4) (2002) 255-263.
  • Gerzson Kéri, Imre Orsovai and Tamás Rapcsák: Application of a transport model to examine the possible soil pollution of a waste-material depository (in Hungarian), Alkalmazott Matematikai Lapok 19(1999)169-183.
  • Gerzson Kéri and Tamás Rapcsák: Modelling and computing of the possible soil pollution in the area of Nagykáta (in Hungarian), Alkalmazott Matematikai Lapok 20(2000)61-73.
Applications
  • .A.S.A. Environment Protection and Waste Material Management Hungary Ltd: Environmental impact assessment for building a regional waste-material depository in the vicinity of Gyál (1998) 
  • Municipality of  Szigetszentmiklós: Environmental impact assessment for building a regional waste-material depository in the vicinity of Taksony (1998)
  • B.T. Holding Faundry Ltd: Software-based environmental monitoring system for observing the loading on the environment, collecting and processing of load data (1998)
  • Public Services Office Ltd at Dunaharaszti: Environmental study for the waste-water sludge composting plant at Dunaharaszti (1999)
  • Sewage handling and disposal in the area of Nagykáta and the Tápió region (1999)
For more information, please, contact
János Fülöp, Room L511.
Research Group of Operations Research and Decision Systems
e-mail:
phone: (36-1) 279-6112, fax: (36-1) 209-5267


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