Assessment of oils derived from the co-coking: Best conditions toward the improvement of the jet fuel thermal stability

GEOC 54

Maria M Escallon, mme136@psu.edu1, Benjamin Carlsen, antidespotic@gmail.com2, Caroline Burgess Clifford, ceb7@psu.edu3, and Harold H. Schobert3. (1) The Energy Institue, Pennsylvania State University, 115 Academic Projects, University Park, PA 16802, (2) The Energy Institute, Pennsylvania State University, 221 Academic Projects, PA 16802, (3) The Energy Institute, Penn State University, Bigler Road, University Park, PA 16802
Co-coking is the thermal treatment of a petroleum stream and coal; this technique has been explored in order to include coal-derived components and bring more thermal stability to petroleum distillates. Previous research has identified co-coking as one way to include the desired coal-derived compounds into the jet fuel fraction. An original decant oil was hydrotreated under different severity levels, giving origin to three hydrotreated versions; each decant oil was blended with coal. The conditions are isothermal, varying reaction time and pressure. The main objective is to establish the best conditions to obtain higher amount of coal-derived compounds through the oil assessment. Dr. David Clifford set the method for the GC-MS to characterize oils having a wide-range molecular weight and boiling point distribution; his method was applied to the current work. His training and discussions were decisive to assess the oils using other techniques such as simulated distillation and 1H NMR.
 

The David J. Clifford Memorial Symposium
9:00 AM-11:45 AM, Wednesday, August 22, 2007 Boston Park Plaza -- St. James Rm, Oral

Division of Geochemistry

The 234th ACS National Meeting, Boston, MA, August 19-23, 2007