DESULPHURISATION OF KEROSENE
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ABSTRACT
This report aimed at determining the presence and removal of mercaptan sulphur in kerosene using colour indicator method. It is known that impurities such as free sulphur, sulphur dioxide, mercapters, funing materials etc. are found in petroleum products. Consequently,absorbents like molecular sieve, calcium oxide and even activated carbon could be used to trap these impurities, thereby making the product impurity free.The afficac of the absorption using calcium (Cao) Ercammerer flask was determined by titration. Excess Silver Nitrate is added to the sample ie effluent silves mercaptdes with he mercaptan sulphur compound present. The excess silver Nitrate is determined by titration with ammonium thiocrante using ferric ammonium sulphate indicator . Illustration graphically shows that the percentage of sulphur in the sample reduces with increase in time. Furthermore, it was noted that slight increase in quantity of kerosene fields better result. TABLE OF CONTENT Cover page Title page Approval page Letter of Transmittal Dedication Acknowledgement Abstract
CHAPTER ONE Introduction
CHAPTER TWO Literature review
CHAPTER THREE Experimental procedure
CHAPTER FOUR Experimental result Data analysis
CHAPTER FIVE Discussion Conclusion
This report aimed at determining the presence and removal of mercaptan sulphur in kerosene using colour indicator method. It is known that impurities such as free sulphur, sulphur dioxide, mercapters, funing materials etc. are found in petroleum products. Consequently,absorbents like molecular sieve, calcium oxide and even activated carbon could be used to trap these impurities, thereby making the product impurity free.The afficac of the absorption using calcium (Cao) Ercammerer flask was determined by titration. Excess Silver Nitrate is added to the sample ie effluent silves mercaptdes with he mercaptan sulphur compound present. The excess silver Nitrate is determined by titration with ammonium thiocrante using ferric ammonium sulphate indicator . Illustration graphically shows that the percentage of sulphur in the sample reduces with increase in time. Furthermore, it was noted that slight increase in quantity of kerosene fields better result. TABLE OF CONTENT Cover page Title page Approval page Letter of Transmittal Dedication Acknowledgement Abstract
CHAPTER ONE Introduction
CHAPTER TWO Literature review
CHAPTER THREE Experimental procedure
CHAPTER FOUR Experimental result Data analysis
CHAPTER FIVE Discussion Conclusion
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APA
Gerald, I. (2026). DESULPHURISATION OF KEROSENE. Afribary. Retrieved June 14, 2026, from http://library.afribary.com/works/desulphurisation-of-kerosene
MLA
Gerald, IKenna. "DESULPHURISATION OF KEROSENE." Afribary, 6 Jun. 2026, http://library.afribary.com/works/desulphurisation-of-kerosene. Accessed June 14, 2026.
Chicago
Gerald, IKenna. "DESULPHURISATION OF KEROSENE." Afribary (2026). Accessed June 14, 2026. http://library.afribary.com/works/desulphurisation-of-kerosene