Multiscale Characterisation of Fracture Patterns of a Crystalline Reservoir Analogue

For an accurate multiscale property modelling of fractured crystalline geothermal reservoirs, enhanced characterisation the geometrical features and variability fracture network properties is essential prerequisite. Combining regional digital elevation model analysis local outcrop investigation, study comprises pattern a reservoir analogue in Northern Odenwald, with LiDAR GIS structural interpretation. This approach provides insights into 3D architecture fault network, its clustering, connectivity. Mapped discontinuities show homogeneous length distribution, which follows power law ?2.03 scaling factor. The connectivity heterogenous, due to control at hectometric scale. Clustering marked by long sub-vertical fractures scale, strongly enhance heterogeneity around weathered corridors. multi-variable dataset created within this can be used as input data for discrete networks fluid-flow reservoirs similar type.