Language selection

Search


Thermal hydrocracking of Athabasca bitumen : computer simulation of feed and product vaporization / D.J. Patmore, B.B. Pruden and A.M. Shah.M38-13/78-4E-PDF

"A computer simulation was carried out to determine the fraction of feed and product vaporized during the hydrocracking of Athabasca bitumen. The program utilized the Grayson-Streed modification of the Chao-Seader equation of state. It was found that as much as 75% or more of the liquid fed to the reactor can be in the vapour phase at reactor outlet conditions. The effect of temperature, pressure, gas-to-liquid ratio, mol % H2 in the gas and pitch conversion on the degree of vaporization were investigated"--Abstract, p. i.

Permanent link to this Catalogue record:
publications.gc.ca/pub?id=9.866881&sl=0

Publication information
Department/Agency
  • Canada. Energy, Mines and Resources Canada.
  • Canada Centre for Mineral and Energy Technology.
  • Energy Research Program (Canada)
  • Energy Research Laboratories (Canada)
TitleThermal hydrocracking of Athabasca bitumen : computer simulation of feed and product vaporization / D.J. Patmore, B.B. Pruden and A.M. Shah.
Series title
  • CANMET report ; 78-4
Publication typeMonograph - View Master Record
Language[English]
FormatDigital text
Electronic document
Note(s)
  • Cover title.
  • "Energy Research Program, Energy Research Laboratories."
  • "December 1977."
  • Digitized edition from print [produced by Natural Resources Canada].
  • Includes bibliographical references (p. 15).
  • Includes abstract in French.
Publishing information
  • Ottawa : CANMET, Energy, Mines and Resources Canada, 1977, c1978.
Author / Contributor
  • Patmore, D. J.
  • Pruden, B. B.
  • Shah, A. M.
Descriptionvi, 45 p. : ill.
Catalogue number
  • M38-13/78-4E-PDF
Departmental catalogue number307041
Subject terms
Request alternate formats
To request an alternate format of a publication, complete the Government of Canada Publications email form. Use the form’s “question or comment” field to specify the requested publication.

Page details