Structural Reservoir Model Sample Clauses

Structural Reservoir Model. Structural reservoir modelling is performed using the software package MOVE developed and distributed by Midland Valley Exploration Ltd / Petroleum Experts Ltd. The structural reservoir model incorporates relevant horizons, faults, fracture networks and well trajectories. Input data are derived from surface mapping, mapping in nearby mines, observations in outcrops and the Rosemanowes Hot Dry Rock (HDR) project (fracture network characteristics), and surface of top granite from gravity modelling (ETSU 1989, Xxxxxx 2007). UDDGP well logging data and induced seismicity data will subsequently be added depending on availability in the course of the drilling project. Due to very limited information on discrete fracture geometries in the sub-surface prior to drilling, a stochastic fracture modelling approach is performed using fracture characteristics observed in outcrops spread over the Carnmenellis granite and the Rosemanowes HDR project. Two general fracture networks are distinguished: a background fracture network (bFN) present throughout the granite and a fault zone related fracture network (fzFN) resulting from intense fracturing during fault activity, of which the latter is assumed to have significant increased permeability. Both fracture networks are assumed to be inhomogeneous and anisotropic. For defined grid cells (so-called “geocellular volumes”) a permeability tensor is then calculated using the geometric methodology of Oda (1985) where individual fractures are weighted by their fracture area and transmissivity. The structural model represents the backbone of further numerical simulations (fluid flow, thermo-hydraulic, SHPM) performed outside of MOVE.
Sample 1
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