... treatments. The access to reliable experimental data on asphaltene and gas hydrate formation and mitigation at reservoir/field conditions represents a valuable tool to improve the accuracy of existing prediction models / software packages and make them applicable for new scenarios faced by the industry...

... participant virtual sensor sensory augmentation method haptic suit offshore technology conference operation teleoperation perception rov teleoperation subsea environment proc experiment Introduction Subsea engineering plays a vital role in offshore energy, aquaculture, sustainability...

... of Experiment to have the user perform the tests needed to qualify the material for the design, which in turn will be applied to the simulations such as FEA. Additional experiments will be used to examine the window shape, where the simulations will predict the window's experimental performance. The framework...

... LSWF in entire Mumbai High field in future. india government sea water waterflooding enhanced recovery upstream oil & gas modeling & simulation oil recovery mumbai high field experiment implementation water injection low salinity water flood asia government water management...

.... The stability and solubility of the nanofoam were studied in high-pressure and high-temperature interfacial tension experiments. Experimental results indicate that the water (brine)-gas-foam-gas sequence results in higher recovery at core scale with a 13.2% increase in recovery after foam injection and total...

... than 10 minutes. Instead of measuring permeability only under the condition of single phase flow, this paper presents a laboratory technique that combines the experiment of small-diameter core production test under two-phase flow with rate transient analysis method. Unlike prior experimental...

... rotational speed experiment surfactant coupon upstream oil & gas concentration dolomite core sample carbonate reservoir acid formulation reaction accelerator formulation nasr-el-din reaction rate dissolution rate Introduction Acid stimulation treatments for wells drilled...

... of hydrates at simulated field conditions. Representative gas and water compositions were used in the experiments to form gas hydrate inside the gas hydrate cell. Hydrate formation can be detected either by detecting the change in torque on the stirring shaft or by visual inspection of the cell...

... and operations production chemistry sustainability corrosion management riser corrosion complexion h2s management natural resource stewardship grain size alloy well integrity engineered seed-pod experiment technology synthesis flowline corrosion oilfield chemistry subsurface corrosion upstream...

... of a hydrate kinetics model with an existing, field-proven multiphase flow simulator. This paper discusses the modeling, validation against experimental data, and the testing against historical data from a field system underhydrate-free and hydrating conditions. The model showed good agreement for multiphase...

..., and then saturate it with water; Inject MNS solution into the chip, and observe the experimental results. b. Evacuate the micro model, and then saturate it with water (water has been dyed), followed by oil; Inject MNS solution into the chip, and observe the experimental results. CT scanning experiment...

... and triaxial stress compression experiments on five and seven groups of core samples, which were from well P6 and well P8, respectively. Each group of samples had five plugs with similar depth, one of which was designed for the uniaxial strain experiment and the other four for the triaxial stress experiment...

... into the model, which includes: density, volume flow rate, pit gain (volume), mass flow rate, pit gain (mass), temperature, liquid holdup, and the gas void fraction (from flow meter). Table 1 Description of flow meter experimental data Experiment type Number of data points Observed Flow Regime...

... similarities and differences of the two different foam models and understand the pros and cons of each foam model. In line with that, this study is performed with the following tasks: (i) identify and borrow representative mechanistic foam models from the literature, (ii) make a fit to coreflood experimental...

... sample is dissected and inspected. Then, the materials are assessed at the laboratory level to determine the environmental impact in their main mechanical properties. During the experiments, the gas permeation phenomenon through the polymeric layers occurs. It allows the generation of experimental data...

... has undergone extensive experimental testing at the SINTEF Multiphase Flow Laboratory using a real crude oil from the Norwegian Continental Shelf at realistic conditions. The main purpose of the experiments was to test for deposition build-up in the treatment unit itself and downstream the unit...

... resident applications. remotely operated vehicle artificial intelligence electrical industrial apparatus freespan subsea system constraint upstream oil & gas test location experiment test area assessment application input factor vehicle doe methodology pipeline pigging offshore...

... depends on the water content of the experiment. Next, the pressure cell was sealed, and the system was purged with the experimental gas to remove residual air in the system. Following this step, the system was pressurized to 1000 psig. Upon saturation of the oil phase, the system was cooled from 68 to 40...

... material (all fractions of crude oil) and the asphaltene fraction alone. A detailed description of the device, experimental procedures, and analysis methods are provided in Pickarts et al., 2019 . For this set of experiments, the pristine surfaces were replaced with corroded ones. Tests consisted...

... of sonic and ultrasonic tools deployed inside tubing to characterize the near well bore environment and in particular, the annular fill and bond behind the outer casing, i.e. in annulus B. Extensive modeling and experiments were used to characterize the sonic response in a dual string geometry and identify...