AMPP Store - Products tagged with 'deposition'

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06581 IDENTIFYING THE IMPACTS OF AMINE CONTAMINATION ON CRUDE UNITS

Product Number: 51300-06581-SG

ISBN: 06581 2006 CP

Author: Randy Rechtien, George Duggan

Publication Date: 2006

$20.00

This paper discusses common amine sources and amine identification methods, the equipment commonly impacted and the steps which can be taken to address the challenge of amine contamination.

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51316-7332-Bioinspired “Green” Scale Inhibitors For Mitigation of Silica Scales

Product Number: 51316-7332-SG

ISBN: 7332 2016 CP

Author: Kostas Demadis

Publication Date: 2016

$20.00

In a bioinspired approach, we have used (as scale inhibitors) several non-toxic, “green” polyelectrolytes that possess “active” chemical moieties, capable of stabilizing silicic acid, for a prolonged time period. These additives include either neutral or charged polymers that stabilize two soluble forms of “Si”, silicic and disilicic acids.

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Deposition And Corrosion Mitigation Using Surface Treatments

Product Number: 51321-16729-SG

Author: Erika Brown; Marshall Pickerts; Carolyn Koh; Jose Delgado; Vinod Veedu

Publication Date: 2021

$20.00

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Designing Laboratory Test Protocols For Asphaltenes Deposition

Product Number: 51321-16697-SG

Author: Andrew R. Farrell; Benjamin Martin; Dario M. Frigo; & Gordon M. Graham

Publication Date: 2021

$20.00

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Downhole Sour Corrosion And Scale Deposition In Oil Wells

Product Number: 51322-17694-SG

Author: Tao Chen, Frank Chang, Feng Liang, Steven Hochanadel

Publication Date: 2022

$20.00

Sour corrosion and iron sulphide scale deposition are two common flow assurance issues encountered in oilfields. Sour oil wells typically produce crude along with produced water and a significant amount of acidic gases such as carbon dioxide and hydrogen sulfide. The high pressure and temperature conditions under the downhole tend to cause severe corrosion damage including metal loss and pitting, along with iron sulphide scale deposition. Iron sulfide deposition in sour wells is a corrosion induced scale problem. It potentially causes production decline, restricted well intervention, well shutdown, or even severe consequences towards to the abandoned wells.

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Flow Assurance Testing With Re-Livened Oil – A Cost-Effective Analogue For Live Oil

Product Number: 51322-17822-SG

Author: Andrew Robert Farrell, Dario Marcello Frigo, Gordon Michael Graham

Publication Date: 2022

$20.00

Precipitation and deposition of wax or asphaltenes is a commonly encountered issue in the oilfield, causing flow restrictions, compromising the integrity and performance of equipment (some safety critical), limiting access during well interventions, causing “fill” in vessels, stabilizing emulsions and sometimes enhancing corrosion due to under-deposit corrosion and increased biofouling. Developing an effective management strategy that minimizes the total cost associated with these threats requires reliable prediction of whether they will occur, their severity and their location within the production system. Such prediction typically combines the use of compositional data and phase behaviour (typically referred to as “PVT data) with Equation of State (EoS) modelling plus the experimental measurement of key parameters specific to each issue.

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Metal Sulfide Scale Inhibitors

Product Number: 51320-14459-SG

Author: Konstantinos D. Demadis, Argyro Spinthaki, George Petratos, Juergen Matheis, Duygu Disci-Zayed, Wolfgang Hater

Publication Date: 2020

$20.00

Metal sulfide mineral scaling, fouling and deposition are frequently encountered problems in geothermal systems. Their formation, crystallization and deposition occur principally because of their extremely low solubility, based on the low solubility product (Ksp). Among the metal sulfides that cause problematic issues, the most common ones are iron sulfide (FeS), zinc sulfide (ZnS), lead sulfide (PbS), and, less frequently, antimony sulfide(s) (Sb2S3 and Sb2S5). Zinc sulfide, for example, has a Ksp of 2·10-25 mol²/L², whereas for PbS, it is 1·10-28 mol²/L² (~ three orders of magnitude less soluble). ZnS can precipitate either as Sphalerite or Zinc Blende, and PbS commonly crystallizes as Galena. Mitigation of such ZnS and PbS precipitates and deposits can be achieved by chemical interventions, by the addition of organic chemical additives to the water. Herein, we report the inhibitory effects of phosphonate-based chemical additives for ZnS and PbS scales. These additives can inhibit formation of sulfide scale, and, significantly, prevent its deposition on metal surfaces. The efficiency of these additives is dosage-dependent, and relatively high inhibitor concentrations are needed for their inhibitory activity to take place. Possible mechanisms will be discussed focusing on inhibition and dispersion.

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Systematic Risk Evaluation of Calcium Sulfate Formation in Production System

Product Number: 51323-19511-SG

Author: Tao Chen, Qiwei Wang, Faisal Alrasheed, Norah Aljeaban

Publication Date: 2023

$20.00

Scale formation is one of the flow assurance problems encountered in the oil and gas industry. It can deposit from reservoir, downhole tubing to topside facilities. Once formed, it could have a significant impact on production, including tubing and valve blockage, interference of well intervention, and even well abundance.

Calcium sulfate is one of the common scales formed in the oilfields.

Products tagged with 'deposition'

Association for Materials Protection and Performance