Javascript must be enabled to continue!
New Environmentally Friendly Solution for Iron Scale Removal
View through CrossRef
Iron sulfide scale is considered a big issue in the oil and gas industry and a very common problem in daily operation bases. The iron scale severely affects the production rates and field operation, as the iron scale precipitation on the well completion tools or the pipelines` inner surfaces will decrease the diameter size and cause flow restriction. Failure of the downhole completions tools will decrease the well production and it might require workover operations to cure the problem. Such workover operations add an extra cost. In addition, the iron scale is a big problem for the petroleum reservoirs as it changes the rock wettability from water-wet to oil-wet. Many studies and researches were performed to find an economical and efficient removal for the iron sulfide scale. The main objective of this study is to find a new environmentally chemical solution to be used for iron sulfide scale removal. Additionally, to study the new fluid performance in terms of solubility for an iron scale (field sample), corrosion effect, and biodegradability for environmentally safe use.
Lab solubility tests had been done at different times and concentrations to get the optimum time and concentration that provides the optimum iron scale solubility rate. Corrosion tests were performed to determine the corrosion rates for the new chemical and the results were compared with other commercial chemicals for iron scale removal.
The results from the study showed excellent performance for the scale solubility and for the corrosion rates. The iron scale solubility showed 82 % after 6 hours at 125°C for the static condition. In addition, the solubility rates ranged from 77% after 2 hours to 81% after 24 hours along the 24 hours of different time steps. The corrosion rate is 0.04 lb/ft2 which is considered a small rate compared to other used commercial fluids. The research outcomes provide an efficient chemical for iron scale removal that is environmentally safe to be used in the oil and gas fields. The new environmentally friendly acid system NEFAS provides very good performance for iron scale removal, with a lower cost than commercial chemicals. Furthermore, the new system is a biodegradable and environmentally safe system.
Title: New Environmentally Friendly Solution for Iron Scale Removal
Description:
Iron sulfide scale is considered a big issue in the oil and gas industry and a very common problem in daily operation bases.
The iron scale severely affects the production rates and field operation, as the iron scale precipitation on the well completion tools or the pipelines` inner surfaces will decrease the diameter size and cause flow restriction.
Failure of the downhole completions tools will decrease the well production and it might require workover operations to cure the problem.
Such workover operations add an extra cost.
In addition, the iron scale is a big problem for the petroleum reservoirs as it changes the rock wettability from water-wet to oil-wet.
Many studies and researches were performed to find an economical and efficient removal for the iron sulfide scale.
The main objective of this study is to find a new environmentally chemical solution to be used for iron sulfide scale removal.
Additionally, to study the new fluid performance in terms of solubility for an iron scale (field sample), corrosion effect, and biodegradability for environmentally safe use.
Lab solubility tests had been done at different times and concentrations to get the optimum time and concentration that provides the optimum iron scale solubility rate.
Corrosion tests were performed to determine the corrosion rates for the new chemical and the results were compared with other commercial chemicals for iron scale removal.
The results from the study showed excellent performance for the scale solubility and for the corrosion rates.
The iron scale solubility showed 82 % after 6 hours at 125°C for the static condition.
In addition, the solubility rates ranged from 77% after 2 hours to 81% after 24 hours along the 24 hours of different time steps.
The corrosion rate is 0.
04 lb/ft2 which is considered a small rate compared to other used commercial fluids.
The research outcomes provide an efficient chemical for iron scale removal that is environmentally safe to be used in the oil and gas fields.
The new environmentally friendly acid system NEFAS provides very good performance for iron scale removal, with a lower cost than commercial chemicals.
Furthermore, the new system is a biodegradable and environmentally safe system.
Related Results
Hydatid Disease of The Brain Parenchyma: A Systematic Review
Hydatid Disease of The Brain Parenchyma: A Systematic Review
Abstarct
Introduction
Isolated brain hydatid disease (BHD) is an extremely rare form of echinococcosis. A prompt and timely diagnosis is a crucial step in disease management. This ...
Iron stress affects the survival of Toxoplasma gondii
Iron stress affects the survival of Toxoplasma gondii
Abstract
Background
Iron possesses redox abilities and plays a crucial role in in biosynthesis, energy metabolism, and other biological processes. It represents an indispe...
Effect of Different Dietary Iron Contents on Liver Transcriptome Characteristics in Wujin Pigs
Effect of Different Dietary Iron Contents on Liver Transcriptome Characteristics in Wujin Pigs
Iron is an important trace element that affects the growth and development of animals and regulates oxygen transport, hematopoiesis, and hypoxia adaptations. Wujin pig has unique h...
Proizvodnja željeza u kasnoj antici i ranome srednjem vijeku u Podravini – tehnološki aspekti i društveni kontekst
Proizvodnja željeza u kasnoj antici i ranome srednjem vijeku u Podravini – tehnološki aspekti i društveni kontekst
Previous archaeological investigations in present-day Gornja Podravina have created prerequisites for the study of the wider context of iron production in the period of Late Antiqu...
Afrikanske smede
Afrikanske smede
African Smiths Cultural-historical and sociological problems illuminated by studies among the Tuareg and by comparative analysisIn KUML 1957 in connection with a description of sla...
Dietary iron bioavailability in premenopausal Australian women
Dietary iron bioavailability in premenopausal Australian women
Iron deficiency is the most common nutritional deficiency globally. Premenopausal women are at particular risk due to increased requirements for iron associated with menstrual bloo...
Hetrombopag, an Emerging Iron-Chelating Agent, Alleviates Systemic Iron Overload
Hetrombopag, an Emerging Iron-Chelating Agent, Alleviates Systemic Iron Overload
Background: Iron overload is a syndrome in which excessive iron accumulates in the body, leading to tissue damage and functional disorders. This condition is common in patients wit...
Intravenous Iron Supplementation in Pregnant Women with Sickle Cell Disease: Case Series
Intravenous Iron Supplementation in Pregnant Women with Sickle Cell Disease: Case Series
Abstract
Presentation Date: 6/8/2024
Presentation Start Time: 6:00:00 PM
...

