Constantin Oltéan
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View article: Climate-driven hydrological extremes increase subsurface mobility of petroleum hydrocarbons: an experimental study under semi-continental climate conditions
Climate-driven hydrological extremes increase subsurface mobility of petroleum hydrocarbons: an experimental study under semi-continental climate conditions Open
View article: Experimental pore-scale insights on the interplay between contaminant dissolution and bacterial inhibition in NAPL source zone
Experimental pore-scale insights on the interplay between contaminant dissolution and bacterial inhibition in NAPL source zone Open
View article: New lysimetric experiments to assess the effect of the intensity of groundwater table-level variations on the fate of petroleum hydrocarbon pollutants (LNAPL) in soils in the climate change context.
New lysimetric experiments to assess the effect of the intensity of groundwater table-level variations on the fate of petroleum hydrocarbon pollutants (LNAPL) in soils in the climate change context. Open
View article: Impact of groundwater table level variations on petroleum hydrocarbon pollutants (LNAPL) remobilization processes in the climate change context: an experimental approach.
Impact of groundwater table level variations on petroleum hydrocarbon pollutants (LNAPL) remobilization processes in the climate change context: an experimental approach. Open
View article: An investigation of the fate of petroleum contaminants (LNAPL) under fluctuating groundwater table levels induced by climate change
An investigation of the fate of petroleum contaminants (LNAPL) under fluctuating groundwater table levels induced by climate change Open
View article: A new experiment to assess the impact of groundwater table level variations on petroleum hydrocarbon pollutants remobilization (LNAPL) in the climate change context
A new experiment to assess the impact of groundwater table level variations on petroleum hydrocarbon pollutants remobilization (LNAPL) in the climate change context Open
Light Non-Aqueous Phase Liquids (LNAPLs) are an important source of soil contamination. When they infiltrate through the unsaturated zone, part of the LNAPLs remains trapped by capillary forces. The others accumulate above the top of the w…
View article: Impact of groundwater level variations induced by climate change on the mobilization of light refined petroleum hydrocarbon contaminants (LNAPLs)
Impact of groundwater level variations induced by climate change on the mobilization of light refined petroleum hydrocarbon contaminants (LNAPLs) Open
<p>Light Non-Aqueous Phase Liquids (LNAPLs) are one of the most important sources of soil and groundwater contamination worldwide. When they infiltrate through the unsaturated zone, part of the LNAPLs remains trapped by capillary for…
View article: How Do the Groundwater Level Fluctuations May Affect the Remobilization of Lnapls?
How Do the Groundwater Level Fluctuations May Affect the Remobilization of Lnapls? Open
International audience
View article: Experimental Insights Into the Interplay Between Buoyancy, Convection, and Dissolution Reaction
Experimental Insights Into the Interplay Between Buoyancy, Convection, and Dissolution Reaction Open
Predicting the instabilities that occur during the chemical reaction between a percolating fluid and a soluble rock leading to the development of macroscopic channels called wormholes is a key for understanding many geological processes. T…
View article: Impact of surfactant addition on non-Newtonian fluid behavior during viscous fingering in Hele-Shaw cell
Impact of surfactant addition on non-Newtonian fluid behavior during viscous fingering in Hele-Shaw cell Open
We present an experimental study of viscous fingering caused by the displacement of an oil phase by non-Newtonian fluids such as Carbopol® 940 with and without surfactant (SDS) addition in a radial Hele-Shaw cell. When polymer solutions ar…
View article: Interaction between biofilm growth and NAPL remediation: A pore-scale study
Interaction between biofilm growth and NAPL remediation: A pore-scale study Open
View article: Comparison of theory and experiment for NAPL dissolution in porous media
Comparison of theory and experiment for NAPL dissolution in porous media Open
View article: An immersed boundary-lattice Boltzmann model for biofilm growth in porous media
An immersed boundary-lattice Boltzmann model for biofilm growth in porous media Open
View article: Identification of particles transport regimes in closed channel flow at low Reynolds numbers
Identification of particles transport regimes in closed channel flow at low Reynolds numbers Open
International audience
View article: An Upscaled Model for Bio-Enhanced NAPL Dissolution in Porous Media
An Upscaled Model for Bio-Enhanced NAPL Dissolution in Porous Media Open