A multitude of different applications is characterized by multi-component processes, where one or multiple fluid phases are composed of several components. Often, and for very different reasons, there are phase changes observed, e.g. due to evaporation and condensation, chemical and biological reaction processes, dissolution or precipitation. Phase change can occur from one fluid phase to another, but also between fluids and solids. Commonly, this is comes along with different kinds of interaction with the flow field: for example, when carbon dioxide dissolves into water it increases the water density and may trigger a convective flow, or when permeability and mechanical rock properties are altered due to a precipitation of calcite as a solid that re-shapes the pore space.
associated research projects
| Title | Description |
|---|---|
| RADIOMOD: Modelling of hydrodynamics and mass transport for water-bound transport processes | Duration: 09/2019 - 08/2022 Department: LH2 Leaders: Bernd Flemisch, Holger Class Funding: BfS |
| AK-NERO: Working Group Nerochytic Speleogenesis | Department: LH2 Leader: Holger Class |
| SFB 1313, C04: Control-volume-based approaches to model flow and transport in fractured/fracturing porous media including biological and chemical pore-space alteration | Duration: 01/2018 - 12/2021 Department: LH2 Leader: Holger Class Funding: DFG |
| BIOCOAL: Developing and calibrating a numerical model for Microbially Enhanced Coal-Bed Methane (MECBM) Production | Duration: 04/2017 - 06/2020 Department: LH2 Leader: Holger Class Funding: DFG |
| BOYSEN: Modeling thermochemical heat storage | Duration: 01/2019 - 12/2021 Department: LH2 Leaders: Rainer Helmig, Holger Class Funding: Boysen Foundation |
Contact
