Further Discussion on A Feasibility Study of an In Situ Retorting Process for Oil Shale

The American Institute of Mining, Metallurgical, and Petroleum Engineers
L. BARNES M. ROWE H. E. Gilliland
Organization:
The American Institute of Mining, Metallurgical, and Petroleum Engineers
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1
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195 KB
Publication Date:
Jan 1, 1969

Abstract

The authors of this paper are to be commended for a clear exposition of a timely subject. However, some important conclusions, in addition to those presented in the paper, can be drawn from the results of their elaborate and rather complete numerical computations. First of all, the major part of the calculations presented in the paper are for semi-infinite slabs of oil shale (the authors designate this as Model I) and a question must be posed — Are these elaborate computations needed to arrive at realistic estimates of the shale oil displaced. Consider the model of Lauwerier* that corresponds to the authors Model I if thermal conduction parallel to the fracture be neglected. If one also neglects the finite (but relatively small) heat capacity of the material in the fracture, it is easily shown from Lauwerier's solution that the cumulative oil production would be:
Citation

APA: L. BARNES M. ROWE H. E. Gilliland  (1969)  Further Discussion on A Feasibility Study of an In Situ Retorting Process for Oil Shale

MLA: L. BARNES M. ROWE H. E. Gilliland Further Discussion on A Feasibility Study of an In Situ Retorting Process for Oil Shale. The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1969.

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