Wisam Shaker, PhD, P.Eng的动态

Geosteering improves drilling precision by keeping the wellbore in the most productive reservoir zones, maximizing hydrocarbon recovery and reducing costs. It enables real-time adjustments to avoid geological hazards, minimize non-productive time, and optimize drilling paths. This technology also enhances data collection for better reservoir understanding while reducing environmental impact by requiring fewer wells. https://bitcap.io/ BITCAP INC. Amin Qaderi

????Advanced Petrophysical Tools: The Key to Efficient Reservoir Evaluation???? From GR and Density logs to CMR and FMI, mastering advanced petrophysical tools has been crucial in optimizing hydrocarbon recovery. These tools, combined with innovative logging programs, have allowed me to design cost-effective drilling strategies and enhance production. Let’s talk about the tools that are revolutionizing our industry! #Petrophysics #ReservoirEvaluation #OilAndGasTechnology #Innovation

The first fully instrumented core drilling technology of its kind??? ? Our Intelligent Coring System (ICS) provides critical reservoir data, in real time. ? Say goodbye to expensive mistakes and inefficiencies??? ? #coreall #intelligentcoringsystem #oilandgas

Check out our new fact sheet on drilling and completions key performance indicators! When it comes to effective reservoir management, it's crucial to understand how various factors like geology, petrophysics, drilling, and stimulation practices impact a well. That's where Liquid Molecular Tracers come in! They provide a proven industry method to quantify individual stage production, enabling a comprehensive evaluation of multivariable impacts. By gaining a deeper understanding of these key pre-completion variables, operators can confidently amend future field development plans and optimise hydrocarbon recovery. ? Read the full fact sheet here: https://hubs.ly/Q030zk000 #oilgas #oilandgas #oilfield

?? Introducing an Idea to Get Reservoir Information from Drilling Data! In this report, I present an idea for obtaining key reservoir information—such as trip gas volume, reservoir pressure, and mobility—based on real-time drilling data. Inspired by the principles of traditional formation tests like MDT and DST, this idea utilizes sensor data from sources like total gas, flow-out, and mud density to offer valuable insights into reservoir characteristics. This concept is intended as a starting point for professional discussion, with the potential to evolve into a practical approach for improving reservoir evaluation during drilling operations. ?? Download the PDF to learn more about this idea and join the discussion!

Check out our new fact sheet on drilling and completions key performance indicators! When it comes to effective reservoir management, it's crucial to understand how various factors like geology, petrophysics, drilling, and stimulation practices impact a well. That's where Liquid Molecular Tracers come in! They provide a proven industry method to quantify individual stage production, enabling a comprehensive evaluation of multivariable impacts. By gaining a deeper understanding of these key pre-completion variables, operators can confidently amend future field development plans and optimise hydrocarbon recovery. ? Read the full fact sheet here: https://hubs.ly/Q02BjSsf0 #oilgas #oilandgas #oilfield

??Manage risk and uncertainty at every step?? ?? Continuous cycle of evaluation and adjustment is critical to increase ?? #drilling #efficiency, reduce ?? #costs, and improve worker #safety. ? Halliburton Unified Ensemble Modeling (UEM) technology will be licensed by Wintershall Dea. ? Learn more about the industry’s first use of commercial technology to provide #realtime updates to a reservoir model during active drilling. #ResX #Reservoir #Drilling

October 14-16, 2024 Petro-Explorers Inc. team presented at Third EAGE Conference on Seismic Inversion where we presented state of the art #HITCube inversion workflow developed by dGB Earth Sciences. We successfully applied the workflow in new calcareous shale play of #Duvernay formation in #WCSB. #synthrock plugin along with #machinelearning is used to predict sweet spots and geomechanical properties. HITCube inversion does not require large amount of wells to evaluate new plays and can help in acquiring basin wide land base at low cost. Contact us for more details on #duvernay, #montney, #SWS or other unconventional plays of your interest. 1476 wells in #duvernay are producing 34,142 bbl/day oil 12,641 bbl/day condensate 52,500 bbl/d of NGL and 750 MMcfd of NG. First well in Duvernay came on production in 2013. The play has produced 61 MMbbl of oil and 210 MMbbl of NGL and condensate so far.

Welcome to today's Geothermal Chat. We will talk about the Geochemical Analysis of Drilling Fluid Returns. Please feel free to share your questions in the comments. #GeothermalChat

?? Precision in Motion: Changing Direction While Drilling Ever wondered how directional drilling allows us to reach the most challenging reservoir targets? This video showcases the fascinating process of changing direction while drilling a well, combining advanced technology with engineering expertise to navigate complex subsurface formations. ?? Watch now to explore the science and precision behind this critical operation. #DirectionalDrilling #WellEngineering #OilAndGas #DrillingTechnology #ReservoirManagement #EnergyInnovation #SubsurfaceEngineering #WellControl