Geomodel to scale1/6/2023 Therefore, in an unprecedented manner, this paper presents new possibilities to remotely map azimuthally not only the geological structure but also the fluid distribution that was only possible before by drilling into the zones of interest. Novel integration and advanced 2D inversions allows lateral identification of structural and fluid events tens of meters from the borehole. Innovative interpretation methods based on efficient measurements to map structure and fluids around high angle and horizontal wells while drilling are critical for future success in a marginal, but increasingly strategical, business on the Norwegian Continental Shelf (NCS). This could, also, potentially unlock targets not accessible today with currently used methods and technologies. Optimizing well placement of such producer wells has a direct impact on cost and recovery. Success of horizontal infill wells targeting bypassed zones are challenged by uncertainties in the reservoir description and by fluid content variation generated by differences in sweep efficiency over time. Geosteering in Complex Mature Fields Through Integration of 3D Multi-Scale LWD-Data, Geomodels, Surface and Time-Lapse Seismic
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