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12342 Multiphase Flow in Soil
Danish title: Flerfasestrømning og oprensningsteknik for jord og grundvand
Language:  English    ECTS-creditpoints:  5   
Type:  , course at phd level, open university
Program:  Civil Engineering, Environment & Planning
Class schedule:   E4-A
Exam schedule:   No exam
Scope and form:  Lectures combined with laboratory work and solving of problems.
Evaluation:  Approval of coursework/reports
Examination:  13-scale
Previous course:  57339
Prerequisites:  57237 or equivalent background in groundwater hydrology and computer modeling.
No credit points with:  57339
Aim:  (1) to become acquanted with laboratory techniques for identification of hydraulic parameters and for flow investigations
(2) to obtain a physical understanding of multiphase flow in porous media including water flow in the unsaturated zone, air flow and immiscible flow of hydrocarbons in the unsaturated zone and in the groundwater zone
(3) to develop and apply numerical models for multiphase flow
(4) to apply numerical models for design of remediation schemes
Contents:  Water flow in the unsaturated zone, capillarity and retention, unsaturated hydraulic conductivity,transport and dispersion of solutes, governing partial differential equations. Two-phase flow in porous media (air-water, oil-water). Three-phase flow in soil and groundwater (air, oil, water), capillary pressure curves, relative permeability curves, residual saturations, heterogeneity, numerical models. Flow and remediation of light and heavy organic fluids.Flow, transport and diffusion in the air phase. Air venting, air sparging, and steam injection for in-situ remediation of organic contamination.
Remarks:  The course gives a futher specializtion in the flow processes of water, air and organic fluids in soil and groundwater and remediation techniques.
Contact:  Karsten Høgh Jensen, building 115, (+45) 4525 1462, khj@er.dtu.dk
Department: 012 Environment &Resources DTU
Keywords:  Unsaturated zone, Groundwater, Oil Contamination, Solvents, Remediation, Computer modeling
Updated:  10-05-2001