ADMIRE develops the science for using subsurface geological formations to store green energy!
ADMIRE develops the science for using subsurface geological formations to store green energy!
In the ADMIRE Hydrogen Lab, we develop consistent physical parameters & modelling concepts for characterising cyclic (multiphase) transport of energy carriers (e.g. hydrogen) under (non-)isothermal conditions through micro-channels of (deformable) porous rocks. For the rock, we develop cyclic rock deformation laws, i.e. elastoplastic and time-dependent stress-strain relationships, and for fluid properties we conduct molecular dynamics and pore-scale modeling, and for the interactions of the rock and fluids, we develop experimental and micro-scale modeling concepts.
ADMIRE Modelling develops dynamic space-time multiscale simulation strategies for cyclic transport of mass, energy and momentum within reservoir-earth geo-system, relevant for underground hydrogen storage. The developments are implemented in 3 levels of (CL1) concept simulators, (CL2) prototype in Matlab/Python, (CL3) Performance implementation. Depending on the method, whether totally new fundamental & conceptual or more practical & technical, the appropriate implementation level is chosen. All developments are made available open-source to the public!