Impact of Well Placement in the Fractured Geothermal Reservoirs Based on Available Discrete Fractured System

Well placement in a given geological setting for fractured geothermal reservoir is necessary enhanced operations. High computational cost associated with the framework of fully coupled thermo-hydraulic-mechanical (THM) processes simulation makes well positioning missing point developing field-scale investigation. To enhance knowledge different working fluids, we present importance this topic by examining injection-production (doublet) positions fracture network using THM numerical simulations. Results study are examined through thermal breakthrough time, mass flux, and energy extraction potential to assess impact position two-dimensional framework. Almost ten times difference between final amount heat observed but same spacing characteristics. Furthermore, stress field strong function that important concerning possibility high-stress development. The objective work exemplify connectivity density near wellbores, from simulated cases, it sufficient understand both fluids. Based on result, production search future will be reduced high-density area, make optimization process according mechanism computationally efficient economical.