...-P coatings is inhibited due to fracture and cracking by the impact of erosive particles in the process streams. This study involves the preparation of graphene incorporated Ni-P coatings by adding various concentrations of graphene in Ni-P plating bath under stirring conditions. The solid particle...

... that carbon-rich particles into the microstructure of UNS N07718 play a major role into the localized corrosion resistance of the material. To further investigate this, electrochemical methods including electrochemical noise and potentiodynamic polarization tests together with in-situ microscopy have been...

...., homopolymers and phosphonates exhibit marked antagonistic effect on high performance dispersant performance. Additionally, zeta potential data on iron oxide suspensions show that the presence of copolymers compared to homopolymers results in marked increase in the negative charge of iron oxide particles. Based...

... management oilfield chemistry artificial geothermal water exposure permission well integrity coating system texas 77084 specimen Houston geothermal brine particle coating polyaniline particle materials and corrosion Subsurface Corrosion spectroscopy manuscript Corrosion Management...

... Investigation of Anti-corrosion and Adhesion Properties of Epoxy Coatings Containing Surface Modified Fe2O3 Nano Particles on Mild Steel Mehrdad Abbasi Corrosion Group, Department of Mining and Metallurgical Engineering, Amirkabir University of Technology 424 Hafez Ave Tehran, Tehran, P.O. Box...

... cocrfenimo high entropy alloy behavior renewable energy particle Publication Division specimen permission geothermal reservoir geothermal steam porosity materials and corrosion Upstream Oil & Gas high-entropy alloy texas 77084 alloy Houston Compound ed analysis result manuscript entropy...

... and improved functionality for engineering applications can be achieved. One of the most widely used AM-processes, selective laser melting (SLM), utilizes a focused high energy laser beam to melt metal powder particles together in a layer by layer fashion to create a near-fully dense metal component based...

... that the microstructure of these alloys plays an important role in their sensitivity to hydrogen embrittlement (HE). HE sensitivity is related to carbide particles, as carbide/matrix interfaces are hydrogen trapping sites [1]. Several reports have also pointed out the effect of secondary strengthening phases...

... Pipeline Corrosion well integrity inhibitor concentration Subsurface Corrosion environmental condition materials and corrosion Upstream Oil & Gas inhibitor flowline corrosion riser corrosion concentration caco 3 corrosion rate texas 77084 carbon steel material particle...

... production control Upstream Oil & Gas Publication Division Completion Installation and Operations wall treatment production monitoring mesh 2 particle erosion profile Houston erosion simulation geometry prediction permission Reservoir Surveillance layer thickness texas 77084...

... available dispersants for iron sulfide scale particles, but can transfer iron sulfide scale to the oil phase, causing another issue during oil and gas operational activities. In this study, stability of FeS particles produced in a strictly anoxic condition were examined with several different water-soluble...

... Corrosion Inhibition Pipeline Corrosion Artificial Intelligence materials and corrosion Production Chemistry H2S management Publication Division riser corrosion Corrosion Management texas 77084 Subsurface Corrosion renewable energy particle flowline corrosion coating absolute...

... corrosion materials and corrosion Subsurface Corrosion weld co 2 prediction ceramic roller scale formation region adjacent weld metal permission manuscript H2S management stress corrosion Publication Division steel alloy high temperature Corrosion Management particle texas 77084 Houston...

... deposition of pyrite particles onto the bare steel surface and onto steel covered by a thin electrically insulating mesh surface were conducted in an aqueous H 2 S solution. It was found that no localized corrosion was observed when the physical contact between pyrite particles and the steel underneath...

... of reservoir souring; and the resultant reaction between dissociated sulfide anions from hydrogen sulfide (H 2 S) and heavy metal cations. In this work, laboratory apparatus enabled simulation of scale precipitation under turbulent emulsion-forming multiphase conditions, with behavior of PbS particles...

... stresses responsible of mobilizing solids. The Shields method has been proposed to predict the accumulation of solid particles taking into account the critical role that shear stress plays in transportation of solids. The Shields method was originally developed as a river model, a simple dimensionless...

... Comparison of Inhibited Erosion-Corrosion with Calcium Carbonate Particles Versus Sand Anass S. Nassef Erosion/Corrosion Research Center The University of Tulsa 800 S. Tucker Dr. Tulsa, OK 74104 USA Kenneth P. Roberts Erosion/Corrosion Research Center The University of Tulsa 800 S. Tucker Dr...

... strength proppant, and the smallest particles generated were 135 µm as the mixture of 20 wt. %. This material was applied to four zones in two deepwater Gulf of Mexico wells. After 17 months of production, the wells were still producing inhibitor above the MEC, and the cumulated water/oil production...

... and other hard solids in the oil sands has posed unique material challenges in processing. The wear of equipment, piping and components is due to the presence of these hard particles, and is responsible for a major portion of the operational (i.e. production losses) and maintenance costs (i.e. equipment...

... of the titanium or niobium additions. 7 oilfield chemistry austenite particle nitrogen Corrosion Inhibition H2S management calculation texas 77084 computational approach permission thermodynamic calculation Production Chemistry precipitation steel solubility sensitization manuscript...