ENHANCING LIGHT-ENDS RECOVERY THROUGH JOINT ATMOSPHERIC DISTILLATION OF HEAVY CRUDE AND USED ENGINE OIL
📄 Project Abstract
Heavy crude oils are known to contain significant amount of high molecular-weight substances such as asphalthenes and resins hence, when refined, produce low amount of lightends (gasoline, kerosene and diesel fractions). Compared with light crude oils, as a refinery feed stock this singular reason coupled with difficulty of processing has made heavy crude oil business unattractive at local and global levels. In this work, enhancement of light-ends recovery by joint atmospheric distillation of Venezuela, Mixed (50% Venezuela and 50% Antan wt./wt.) and Antan heavy crude oils blended with used engine oil (UEO) was investigated. This was carried out by subjecting these blends to spectrophotometric analysis for optimal feed choice and subsequently acted as basis for true boiling point (TBP) distillation process. The results show that blended Venezuela heavy crude with 1% UEO which corresponded to maximum particle size of blend and 12% UEO corresponding to minimum particle size of the blend ...
🔍 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
⭐ Why Choose This Chemical Engineering Project Topics Project?
🎯 Well-Researched
Thoroughly researched with current and relevant sources
📊 Complete Data
Includes statistical analysis and detailed findings
✍️ Original Content
100% original research with proper citations
📝 Properly Formatted
APA/MLA formatting with table of contents
🎓 Supervisor Approved
Meets university standards and requirements
⚡ Instant Download
Immediate access after purchase
🔗 Related Chemical Engineering Project Topics Project Topics
💬 What Students Say
"This project provided excellent guidance for my Chemical Engineering Project Topics research. The methodology was clear and the data analysis helped me understand the proper approach."
ENHANCING LIGHT-ENDS RECOVERY THROUGH JOINT ATMOSPHERIC DISTILLATION OF HEAVY CRUDE AND USED ENGINE OIL
Full Citation:
MOMOH OMUYA RAHEEM. (). ENHANCING LIGHT-ENDS RECOVERY THROUGH JOINT ATMOSPHERIC DISTILLATION OF HEAVY CRUDE AND USED ENGINE OIL. African and General Studies, 40, 14858.
Citation Formats:
APA
MOMOH OMUYA RAHEEM. (). ENHANCING LIGHT-ENDS RECOVERY THROUGH JOINT ATMOSPHERIC DISTILLATION OF HEAVY CRUDE AND USED ENGINE OIL. African and General Studies, 40, 14858.
MLA
MOMOH OMUYA RAHEEM. "ENHANCING LIGHT-ENDS RECOVERY THROUGH JOINT ATMOSPHERIC DISTILLATION OF HEAVY CRUDE AND USED ENGINE OIL." African and General Studies, vol. 40, , pp. 14858.
Chicago
MOMOH OMUYA RAHEEM. "ENHANCING LIGHT-ENDS RECOVERY THROUGH JOINT ATMOSPHERIC DISTILLATION OF HEAVY CRUDE AND USED ENGINE OIL." African and General Studies 40 (): 14858.
Full Citation:
MOMOH OMUYA RAHEEM. (). ENHANCING LIGHT-ENDS RECOVERY THROUGH JOINT ATMOSPHERIC DISTILLATION OF HEAVY CRUDE AND USED ENGINE OIL. African and General Studies, 40, 14858.
Citation Formats:
APA
MOMOH OMUYA RAHEEM. (). ENHANCING LIGHT-ENDS RECOVERY THROUGH JOINT ATMOSPHERIC DISTILLATION OF HEAVY CRUDE AND USED ENGINE OIL. African and General Studies, 40, 14858.
MLA
MOMOH OMUYA RAHEEM. "ENHANCING LIGHT-ENDS RECOVERY THROUGH JOINT ATMOSPHERIC DISTILLATION OF HEAVY CRUDE AND USED ENGINE OIL." African and General Studies, vol. 40, , pp. 14858.
Chicago
MOMOH OMUYA RAHEEM. "ENHANCING LIGHT-ENDS RECOVERY THROUGH JOINT ATMOSPHERIC DISTILLATION OF HEAVY CRUDE AND USED ENGINE OIL." African and General Studies 40 (): 14858.
Document Details
| Author | MOMOH OMUYA RAHEEM |
|---|---|
| 📁 Field | Chemical Engineering Project Topics |
| 🏷️ Type | Engineering Project Topics |
| Pages | 154 Pages |
| Words | 29810 words |
| 📘 Chapters | 1 to 5 Chapters |