Join us for the first and only training in 3G workflows to improve engineering models where in One Day, using One Software, you will be able to learn the new technologies that combine the use of drilling, wireline, seismic, microseismic, production and pressure data to understand and develop efficiently your fractured and unconventional reservoirs
Learn new skills that will expose you to the latest new science that will improve your understanding of your reservoirs by using field validated technologies. Practice your new skills on real case studies using the first and only 3G integrated software: FracPredictor™.
Learn the new 3G integrated workflow that will illustrate the ability to use drilling, wireline, seismic, microseismic, hydraulic fracturing, well performance data in a unified framework and single grid to better develop unconventional reservoirs.
The courses focus on describing the new concepts used in 3G workflows to use the full potential of all the data, its transformation into valuable reservoir information and its seamless integration from one discipline to another.
Introduction to 3G workflows, its key components and the various data used in the integrated processes that use a unified approach and grid that uses geomechanics to link G&G to Engineering applications.Learn more
The principal components of 3G workflows, such as use of drilling data to estimate geomechanical logs, seismic elastic inversion, reservoir geomechanics, constrained frac design, and performance forecast with an asymmetric tri-linear model are briefly explained and used in FracPredictor™.Learn more
The principal components of 3G workflows, such as use of drilling data to estimate geomechanical logs, seismic elastic inversion, reservoir geomechanics, constrained frac design, and performance forecast with an asymmetric tri-linear model are explained and multiple case studies are used in FracPredictor™.Learn more
Learn how to use reservoir geomechanics to improve your frac design and your well performance forecast. Use the fastest and most constrained frac design in the industry that tells you why a frac stage did not treat well and how to fix it using FracGeo adaptive fracing workflows. Use your constrained and validated frac design to predict well performance and pressure depletion from FracGeo unique asymmetric tri-linear model or by exporting your output in a seamless way to CMG reservoir simulation.
Introduction to reservoir geomechanics and its resulting variable stress and its impact on hydraulic fracturing and reservoir simulation of unconventional wells using both an asymmetric constrained tri-linear model as well as a full reservoir simulatorLearn more
The scientific foundations and the field validated case studies describing the use of reservoir geomechanics and its resulting variable stress and its impact on hydraulic fracturing and reservoir simulation of unconventional wells will be discussed and illustrated.Learn more
Learn how to derive post and pre stack seismic attributes that improve your geologic and Continuous Fracture Models and that match the individual well performances.
Introduction to fast and robust post and pre-stack inversions along with structural and spectral attributes and their combined quantitative use in geologic and fracture modeling to find sweet spots and build reliable reservoir models.
Introduction to the field validated natural fracture modeling technology able to predict fracture density at new and blind wells and provide a match of your well performances in your reservoir simulation.