... into the flow equation, we formulated the apparent permeability of organic matter based on the mass flux of oil or gas (hydrocarbon phase abbreviated with subscript h ): (25) K h , o m = 2.76 × 10 6 ϕ o m τ o m J j , o m π R o m 2 μ j...

... and economic offerings, our industry has lacked significant progress in materials which dissolve in hydrocarbons, while being unaffected by aqueous fluids. Motivated to bridge this technology gap, we have embarked on a project to pioneer an industry's first oil-degradable metal-matrix nanocomposite...

...Energy Transition QI Support CO₂ Sequestration QI techniques naturally support the identification and characterization of suitable subsurface CO 2 storage sites such as saline aquifers. Many subsurface challenges are similar to those of the hydrocarbon exploration case: a large...

.... Different DRAs are designed for specific applications and hydrocarbon types. The DRA designed for this application was created specifically for the subsea applications, particularly multiphase applications located in environmentally sensitive areas. us government key technology qualification subsea...

... description was integrated into the geochemical profiles, where intervals of interest are related to hydrocarbon impregnations, fluorescence and visual porosity of each one of the samples. In the Table 1 the chronology of mass spectrometry in world history is described. Some specific applications...

...Introduction Produced water is always an inevitable byproduct of an oil and gas recovery process and is most often injected back to underground. Water injection is widely used across the oil and gas industry as a means of pressure maintenance for improving recovery of hydrocarbons ( Rochon et...

... were identified, such as: Single drilling BHA for cutting cement plug, DBP and remaining reservoir section. Reentry with uncertainties if the injection rate would allow proper hydrocarbons (HC) bullhead below the DBP. Depletion range prediction and severe fluid loss history in the well led...

... Is there compartmentalization? What are the boundaries of accumulations? Where are the field Sweet Spots (i.e. the best porosity, pressure & hydrocarbon richness)? Can you rank the prospectivity of the various structures? Methods, Procedures, & Processes Historically...

...Introduction Blowouts are low-probability/high-impact events caused by the undetected penetration of gas (so called "gas kicks") into marine risers. Much work has been carried out in this area as the unrestrained release of hydrocarbons through marine risers that can be caused by gas kicks has...

... and enables accurate interpretation of contacts, saturation, and ultimately hydrocarbon in place. The sensor package is suitable for use up to 200-degC temperature and 35,000-psi pressure. The sensor can measure a wide range of resistivity, from 0.01 to 65 ohm.m. Measurements performed on known fluids prove...

... Oil Recovery (EOR). The membranes retain maximum hydrocarbons in the high-pressure product gas which very valuable in gas production. Low pressure H2S rich stream is water dry and can be reinjected directly. These membranes will also address CO2 capture along with H2S removal. Results: Using...

... by a simple membrane system to remove CO2. The solution using only membranes for gas treatment consists of: a first stage of poly (ether ether ketone) or PEEK membranes, resistant to the main impurities in natural gas, able to remove H2S, heavy hydrocarbons and water, thus essentially replacing the pre...

...Abstract Abstract A semi-submersible is a field proven solution that allows for hydrocarbon production through steel catenary risers for locations subjected to very intense hurricane / cyclonic / typhoon conditions. The semi-submersible can be made applicable to a broader range of offshore...

... the ROV pilot and explore the seabed in real time. auv application seep hunting process inspection sensor remotely operated vehicle seep hunting upstream oil & gas autonomous system hydrocarbon multi-beam sonar subsea system mass spectrometer asv offshore technology conference...

... & gas hydrocarbon separation equipment aqueous phase operation droplet drop size distribution separation and treating efficiency separation section artificial intelligence coalescence Abstract It is critical to minimize the amount of free hydrocarbon entrained in the aqueous phase (i.e...

... Abstract The application of Raman spectroscopy for hydrocarbon speciation is described and recent advances in real time monitoring have been highlighted. The vibrational properties of hydrocarbon molecules were modeled using Density Function Theory and results were correlated with Raman spectra...

... containment capacity of the silo is an added advantage. chemical spill drilling operation contingency planning precast concrete segment well control oil drilling precast underwater precast offshore technology conference upstream oil & gas hydrocarbon water depth production application...

... and securing stable flow conditions in the subsea flow lines towards Åsgard B. The subsea commissioning has been carried out during summer, autumn and winter 2015/2016. It has involved control system commissioning, dynamic commissioning with N2 and MEG, before final commissioning with hydrocarbons. In order...

... appearance temperature, lower pour point and lower carbon number distribution. It could also be inferred that inhibition efficiency was improved in crude oils containing higher amounts of asphaltenes but low wax content. asphaltene remediation hydrocarbon crude oil wax remediation asphaltene...

... Abstract Natural leaks of multiphase hydrocarbons from the seafloor are widespread. Characterizing the temporal and spatial variability of these emissions provides baselines for comparison to the magnitude of anthropogenic leaks. Determining leakage rates will be important to our understanding...