OSSIBILITY STUDY OF KEROSENE FRACTION PRODUCED FROM YEMEN CRUDE OIL AS JET FUEL WITH HIGH QUALITY SPECIFICATION

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amed Nasser Bin Harharah
Salmin Saed Elshaamal

Abstract

Laboratory investigation and many comparisons between laboratory and commercial samples of
Yemeni kerosene distillates were carried out .The physico-chemical properties of the kerosene
distillates were determined . The possibility of their utilization as an aviation turbine fuel with high
quality specification " assisting the increase of flight height and velocity " was confirmed . At the
first look to obtained results , it is shown that the physicochemical properties for all samples are in
the international permissible limits. The carbon content is distributed as the following: 15% normal
paraffin ; 50% branched paraffin ; 2% mono-cycloalkanes ; 16% bicycloalkanes ; 16% branched
mono-cycloaromat with branches prevailing ; 1% bicycloaromat . The samples are not hygroscopic
for long period of time . The smoke point is in higher limits standard . Where the freezing point is
in lower limits standard .These points prove that the Yemeni kerosene might be prepared for a
spectra of jet aircrafts. This Kerosen permit high flying height because it has lower density and
freezing point and it permit high velocity of aviation because it has high percentage of branshed and
cyclparaffins with high specific energy without needed for addition of chemical additives, but
may be need for portion of isomers of paraffin.

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How to Cite
“OSSIBILITY STUDY OF KEROSENE FRACTION PRODUCED FROM YEMEN CRUDE OIL AS JET FUEL WITH HIGH QUALITY SPECIFICATION” (2006) Journal of Engineering, 12(02), pp. 37–49. doi:10.31026/j.eng.2006.02.04.
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How to Cite

“OSSIBILITY STUDY OF KEROSENE FRACTION PRODUCED FROM YEMEN CRUDE OIL AS JET FUEL WITH HIGH QUALITY SPECIFICATION” (2006) Journal of Engineering, 12(02), pp. 37–49. doi:10.31026/j.eng.2006.02.04.

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References

Alan G. Lucas , (2000), Modern Petroleum Technology, V. 2, 6th ed., John Wiley & Sons Ltd, England,. pp. 288 – 290.

Bolshakov G.F., (1983), Chemical & Technology of component's jet fuel, chemia, Linengrad, , pp. 268.

Jean – Pierre Wauquier, (1995), Petroleum Refining, , V. 1, pp. 332.

Ivanova, L. V., M. I. Korneev, V. N. Uzbashev, (1974), Technology of Petroleum and Gas Refiniry , Mir Publishers, Moscow, , pp. 12-13.

Netshaev, A.P., (1988), Organic Chemistry , Higher sSchool, Moscow., pp. 26.

Hirsch D. E., R. L. (1972), Hopkins & others, Analytical Chemistry, V. 44 , No. 6 , pp. 915-919 .

Chairtkov I. B., (1968), Modern and perspective hydrocarbons of diesel and jet fuel , Chemia ,Moscow , pp. 123 .

Puskunov V. A., K. S. (1979), Chairnova & others , Chemistry and Technology of Fuel and Lubricant, , No. 10 , pp. 35 – 38 .

Gureef, A. A., (1986), Chimmotology, Chimia, Moscow, pp. 169.

Melncova L. A., (1981), Petrochemical , V.21, No.1, pp. 149 .

Erikh, V. N., M. G. Rasina and M. G. Rudin, (1988), The Chemistry and Technology of Petroleum and Gas, Mir Publishers, Moscow, , pp 92 -93.

James, H. G., E. H Glenn, (1984), Petroleu Refining Technologyand Eccononics, 2ed edition, Marcel Dekker INC., New York, , pp. 12.

Allison J. P. , (1975), Criteria for quality of petroleum products, Applied Science Publishers Ltd., U.K., , pp. 66, 142.

Wauquier, J. –P. (1995), Petroleum Refining, Crude Oil, petroleum Products, process, Flowsheets, Editins Technip, Paris, , pp. 251.

Lastokina, G. A., E. D. (1986), Radtshiko, M. K. Rudina, Handbook of petroleum Refinig, Chemia, Linengrad, , pp. 433.

Gureev, A. A., I. G. Fux, V. L. (1986), Lashkhi, Chemmotology, Chemia, Moscow, , pp. 170.