| 1. | Editor's Page. Aili Kogerman | 1-2 |
| 2. | J. O. Jaber, S. D. Probert, M. A. Tahat. Oil shale integrated tri-generation system: the technology and predicted performance | 3-30 |
| 3. | V. Vysotskaya, I. Blyakhina, K. Urov. Dependence of the yield and composition of semicoking products on the moisture content of shale | 31-36 |
| 4. | L. Grigoryeva, L. Kekisheva. The use of shale oil derived alkylresorcinol in bactericidal detergent compositions (Summary) | 42 |
| 5. | V. Arro, T. Kaldvee, L. Moor. Investigation into making electrically conductive fillers from oil shale electrode | 45-54 |
| 6. | V. Yefimov, N. Nazinin, S. Doilov, I. Pulemyotov. Specific features of high-capacity retorts with a circular semicoking chamber (Summary) | 63-64 |
| 7. | A. Toomik, T. Tomberg. Blast vibrations in oil shale underground mining Maoming oil shale concentric circle jalousie thin layer retorting (CCJTLR) test | 65-74 |
| 8. | V. Liblik, H. Kundel. Air quality complex index for estimation of air pollution situations | 75-90 |
| Information | ||
| 9. | V. Yefimov. Alberta Taciuk Process (ATP) selected for retorting Australian oil shale | 91-92 |
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