... Abstract GHGSat continues to be the only entity in the world operating satellites dedicated to high-resolution measurements of methane emissions. Every day, GHGSat makes measurements at hundreds of facilities around the world. To optimize the targeting of its satellite observations and turn its...

...) and a challenging level of resolution of measurement from test to test on the same wells (3-5%). The actual accuracy of the measurements can vary depending on the rates and the flowing conditions at the separator. Permanently installed test separator, with a test manifold that allows to align one well at a time...

... It deals with a rich gas-bearing heterogeneous carbonates reservoir. It is composed of bedded, dolomite-dominated lithology of various textures, as well as thin shaly, and limey streaks, which affect reservoir quality and corresponding hydrocarbon saturation. The results of high-resolution...

...-based reservoir characterization studies is vertical resolution of seismic data which never matches the vertical resolution of well data, i.e., well logs. Vertical resolution is the parameter which determines the ability of identifying minimum thickness for any reservoir in the seismic data. Wavelength...

... shaker operator ai driven permanent cuttings monitoring resolution Introduction & Background Drilling costs are considered one of the main contributors to the overall exploration and development cost of oil, gas, geothermal and CCUS projects. In the last 10 years based on the operator's...

... emission tracking failure prediction index regulator transparency resolution operational optimization constraint emission management deployment fpi Introduction Given increased focus on climate action, scrutiny from investors and regulators around ESG and particularly emissions, energy...

... Abstract With the development of exploration and development, thin reservoir prediction is becoming more and more important. However, due to the limit of seismic resolution, thin reservoir prediction has always been an important challenge in the Middle East. Thin reservoir prediction based...

... & gas core analysis resolution porosity pore well logging sandstone computed tomography scanning ct-scanning fluid dynamics petroleum engineer siltstone log analysis permeability saturation resistivity application nuclear magnetic resonance result society interpretation...

... spatial resolution, limited coupling, poor signal-to-noise ratio, and irregular geometries. In our case, Data-Driven Imaged Based Statics (DIBS) have been deployed, a methodology that has already been proven robust in other Abu Dhabi surveys and is shown in Figure 2 . Geological settings...

... Poor resolution and signal-to-noise ratio have often been key factors impacting an interpreter’s ability to directly delineate subsurface features from seismic data. Improvements in full azimuth, high-density acquisition and in diffraction imaging, have the potential to reveal greater subsurface detail...

... facies interpretation curvature thamama depositional history reservoir characterization imaging porosity carbonate facies distribution inversion carbonate facies bab fairway resolution Preamble Exploratory Well A, drilled in 1996, targeted a "carbonate build-up" feature near Thamama...

... for diffraction imaging, the main idea is to enhance the diffracted energy by suppressing specular reflections. Abstract Today, in a matured developed field, reservoir management is challenging due to poor seismic resolution at reservoir level. Whereas overburden geology further deteriorate seismic quality...

... Abstract The biggest clastic reservoir based in Kuwait has been facing evaluation challenges over the thick intervals of highly laminated thin hydrocarbon layers. Conventional wireline tools have a limitation on resolution when it comes to addressing these thin beds. Therefore, the reserves...

... measurements, using active NFH for the very shallow section and passive NFH for the deeper section. We have applied this technique to a recent node survey acquired offshore Abu Dhabi. By combining the active and passive NFH, a very high-resolution shallow image was obtained, which allows the interpretation...

... reservoirs. The improved seismic resolution resulted in superior results compared to the legacy cube and aided in enhancing the reflector continuity of Salt-Anhydrite cycles. In corroboration with the well data, three cycles of alternating salt and anhydrite, with varying thickness, were mapped...

... carried out. These processes were integrated to characterize the lateral and vertical extent of the lithofacies in five stacked reservoirs across the area of interest to identify the potential delineation of thin reservoirs of nine-meter thickness. resolution deterministic seismic inversion...

... facilitate the decision making to operate the field optimally. enhanced recovery upstream oil & gas nezzezat machine learning waterflooding resolution artificial intelligence injector efficiency calibration information optimization scenario water cut oil production waterflood model...

... trajectory to reach the sweet spots. Moreover, the main inputs of subsurface representation derived from measurements have their own spatial resolution and scale. For an effective multiphysics integrated approach, a technology capable to bridge from high-resolution borehole data to large scale seismic...

... with respect to the resolution and sizing accuracy were indeed achieved. Thereby, the procedure has proven to be adequate for the inspection of carbon steel girth welds within the thin wall thickness range (~6mm to ~15mm). The IWEX technology is a member of the upcoming inspection strategy based on imaging...

... 0.5 to 2.5ft and occur in multiple subzones in the upper part of the reservoir. The standard triple combo suite of logs does not have the resolution to detect these thin HPS. In addition, the cored interval of the HPS is mainly disintegrated which is attributed majorly to well sorted grain-supported...