Laboratory for Hydrocarbon Process Chemistry Liquefaction & Coprocessing of Coal
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Burgess C, Huangn L, Martin S, Tomic J, and Schobert H.H. Net hydrogen as a correlative parameter in non-catalytic liquefaction of American coals. Proceeedings, 9th International Conference on Coal Science, Vol. 3, pp. 1373-1376, 1997. Song C, Saini A. K., and Schobert H.H. Effects of drying and oxidation on liquefaction of Wyodak coal using in-situ generated MoS2 catalyst at 350-425°C. Proceeedings, 9th International Conference on Coal Science, Vol. 3, pp. 1397-1400, 1997. Artok L, Schobert H.H., Nomura M, Erbatur O, and Bortiatynski J.M. Effect of water on low-temperature heat treatment of low-rank Turkish coals. Proceeedings, 9th International Conference on Coal Science, Vol. 3, pp. 1401-1404, 1997. Song C, Saini A.K., Yoneyama Y, and Schobert H.H. Using H2O and in-situ generated Mo sulfide catalyst for temperature-programmed liquefaction of Wyodak coal. Proceeedings, 9th International Conference on Coal Science, Vol. 3, pp. 1413-1416, 1997. Martin S.C., Tomic J, and Schobert H.H. Coal-resid co-processing by simulated delayed coking. Proceeedings, 9th International Conference on Coal Science, Vol. 3, pp. 1557-1560, 1997. Kirby S.R., and Schobert H.H. Catalytic hydrodeoxygenation under coal liquefaction conditions using novel organometallic catalyst precursors. American Chemical Society Division of Petroleum Chemistry Preprints, Vol. 42, pp. 643-647, 1997. Tomic J. and Schobert H.H. Coal Conversion with Selected Model Compounds under Noncatalytic, Low Solvent:Coal Ratio Conditions. Energy Fuels 10, 709-717, 1996. Burgess C.E., and Schobert H.H. Effect of Coal Characteristics and Molybdenum Sulfide Catalyst on Conversions and Yields of Heavy Products from Liquefaction in Phenanthrene. Energy Fuels 10, 718-725, 1996. Song C, and Saini A.K. Strong Synergistic Effect between Dispersed Mo Catalyst and H2O for Low-Severity Coal Hydroliquefaction. Energy Fuels 9 (1), 188-189, 1995. Dutta R, and Schobert H.H. Dammar Resin: A Chemical Model for Reactions of Utah Resinite. In: Amber, Resinite, and Fossil Resins, Anderson, K.B. and J.C. Crelling, Eds., Am. Chem. Soc. Sym. Ser. Chapter 15, 1995. Song C, Saini A.K., and McConnie J. Strong Promoting Effect of H2O on Coal Liquefaction Using Water-Soluble and Oil-Soluble Mo Catalyst Precursors. Coal Science and Technology, Elsevier, 24 (2), 1391-1394, 1995. Song C, Schmidt E, and Schobert H.H. Activity and Selectivity of Fe Catalysts from Organometallic and Inorganic Precursors for Hydrocracking of 4-(1-Naphthylmethyl) Bibenzyl Coal Science and Technology, Elsevier, 24 (2), 1327-1330, 1995. Song C, Saini A.K., and Schobert H.H. Retrogressive Reactions in Catalytic Coal Liquefaction Using Dispersed MoS2. Coal Science and Technology, Elsevier, 24 (2), 1215-1218, 1995. Song C, Saini A.K., and Schobert H.H. Effects of Drying and Oxidation of Wyodak Subbituminous Coal on Its Thermal and Catalytic Liquefaction. Spectroscopic Characterization and Products Distribution. Energy Fuels 8 (2), 301-312, 1994. Artok L, Schobert H.H., and Erbatur O. Temperature-Staged Liquefaction of Selected Turkish Coals. Fuel Process. Technol. 37, 211-236, 1994. Saini A.K., Coleman M.M., Song C, and Schobert H.H. Antiliquefaction: Model Systems for Enhanced Retrogressive Cross-Linking Reactions under Coal Liquefaction Conditions. Energy Fuels 7 (2), 328-330, 1993. Tomic J. and Schobert H.H. Comparative Reactivity of Caking and Non-caking Coals under Coprocessing Conditions. Fuel Process. Technol. 34, 295-312, 1993. Artok L, Malla P.B., Komareni S, and Schobert H.H. Intercalated Metal-Clay Catalysts in Direct Liquefaction of Bituminous Coal. Energy Fuels 7, 430-431, 1993. Artok L, Davis A, Mitchell G.D., and Schobert H.H. Swelling Pretreatment of Coals for Improved Catalytic Temperature-Staged Liquefaction. Energy Fuels 7, 67-77, 1993. Hayward N, and Schobert H.H. Thia Crown Ether Complexes as Catalyst Precursors for Direct Liquefaction. Energy Fuels 7, 326-327, 1993. Song C, Schobert H.H., Hatcher P.G. Temperature-Programmed Liquefaction of a Low Rank Coal. Energy Fuels 6 (3), 326-328, 1992. |
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