CO2 CORROSION OF THE WELDED JOINT OF AN X65 STEEL ANALYSIS OF SURFACE FILM FORMED
📄 Project Abstract
Carbon dioxide (CO2) corrosion, also known as sweet corrosion of steels has increased in recent years due to the injection of CO2 into oil wells in order to increase oil recovery and production. Despite the fact that carbon steel has a low corrosion resistance, it is widely used in the petroleum industry due to its economic advantage. It has been reported that when ferrous steels are exposed to a corrosive medium, they form a protective surface film which helps to decrease the rate of corrosion that would have occurred otherwise. It has been observed that many factors including; differences in chemical composition, temperature, flow rate, pressure and pH can affect the properties of the protective layer formed on the steel surface. A significant variation in microstructure contributes to localized corrosion due to non-homogenous surface film formation. Researchers have therefore emphasized the importance of understanding the specific nature of the film produced under certain conditions...
🔍 Key Research Areas Covered
- ✅ Literature Review & Theoretical Framework
- ✅ Research Methodology & Data Collection
- ✅ Data Analysis & Statistical Methods
- ✅ Findings & Results Discussion
- ✅ Recommendations & Conclusions
- ✅ References & Bibliography
📚 Complete Project Structure
- Problem Statement & Objectives
- Theoretical Framework & Related Studies
- Data Collection & Analysis Methods
- Findings & Statistical Analysis
- Recommendations & Future Research
- Questionnaires, Data, References
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CO2 CORROSION OF THE WELDED JOINT OF AN X65 STEEL ANALYSIS OF SURFACE FILM FORMED
Full Citation:
ADEBOLA, Titilope-Oluwa. (). CO2 CORROSION OF THE WELDED JOINT OF AN X65 STEEL ANALYSIS OF SURFACE FILM FORMED. African and General Studies, 40, 14858.
Citation Formats:
APA
ADEBOLA, Titilope-Oluwa. (). CO2 CORROSION OF THE WELDED JOINT OF AN X65 STEEL ANALYSIS OF SURFACE FILM FORMED. African and General Studies, 40, 14858.
MLA
ADEBOLA, Titilope-Oluwa. "CO2 CORROSION OF THE WELDED JOINT OF AN X65 STEEL ANALYSIS OF SURFACE FILM FORMED." African and General Studies, vol. 40, , pp. 14858.
Chicago
ADEBOLA, Titilope-Oluwa. "CO2 CORROSION OF THE WELDED JOINT OF AN X65 STEEL ANALYSIS OF SURFACE FILM FORMED." African and General Studies 40 (): 14858.
Full Citation:
ADEBOLA, Titilope-Oluwa. (). CO2 CORROSION OF THE WELDED JOINT OF AN X65 STEEL ANALYSIS OF SURFACE FILM FORMED. African and General Studies, 40, 14858.
Citation Formats:
APA
ADEBOLA, Titilope-Oluwa. (). CO2 CORROSION OF THE WELDED JOINT OF AN X65 STEEL ANALYSIS OF SURFACE FILM FORMED. African and General Studies, 40, 14858.
MLA
ADEBOLA, Titilope-Oluwa. "CO2 CORROSION OF THE WELDED JOINT OF AN X65 STEEL ANALYSIS OF SURFACE FILM FORMED." African and General Studies, vol. 40, , pp. 14858.
Chicago
ADEBOLA, Titilope-Oluwa. "CO2 CORROSION OF THE WELDED JOINT OF AN X65 STEEL ANALYSIS OF SURFACE FILM FORMED." African and General Studies 40 (): 14858.
Document Details
| Author | ADEBOLA, Titilope-Oluwa |
|---|---|
| 📁 Field | Materials Science And Engineering Project Topics |
| 🏷️ Type | Engineering and Technology project topics |
| Pages | 54 Pages |
| Words | 10320 words |
| 📘 Chapters | 1 to 5 Chapters |