Since its inception in 1995, NITEC has had the opportunity to perform many large-scale, fully-integrated studies on highly complex reservoirs in addition to spacing, completion, EOR design studies for unconventional plays to maximize their asset value. NITEC’s commitment to utilize, design, and develop new technologies and workflows has enabled NITEC to adapt quickly to the emerging challenges of the industry and to provide technical solutions to these challenges. Unconventional Reservoir Evaluation: Physics-based unified modelling of hydraulic fracturing and reservoir flow to address number of wells per DSU, horizontal and vertical well placement, hydraulic fracturing optimization, sequence of zippered stimulations for pad completions, parent child well interaction, placement of infill wells in depleted areas, re-fracturing, EOR design and implementation. Carbon Capture and Sequestration: Our expertise is used to de-risk the geology through addressing the feasibility questions such as storage field potential — evaluation of how much CO2 can be stored safely , gas migration control — identifying migration mechanisms and options to mitigate, Infrastructure — decision support for compressors, number of wells and maximum injection rate and pressure limits as bottlenecks, utilization of CO2 — assessing EOR potential in unconventional and mature oil fields Gas Storage Modeling: Modeling of Underground Gas Storage in aquifers, depleted oil, and gas fields includes material balance, simulation and integrated studies. Integrated Reservoir Studies: Management and performance of fully integrated studies, focusing on the importance of integrating the characterizations from each of the four scientific disciplines: geophysics, geology, petrophysics, and reservoir engineering for conventional and unconventional reservoirs. Reservoir Characterization: Geological modeling of sand deposition. Fracture characterization to define vertical/horizontal connectivity.