| PDF | Vapor Extraction of Heavy Oil and Bitumen. |
| | | S. K. Das, R. M., Butler |
| PDF | Effect of Polyolefins on the Thermal Cracking of Heavy Residues. |
| | | M. Stanciulescu, M. Seoud, J. F. Kelly |
| PDF | Extraheavy Crude Oil Upgrading in the Presence of Natural Gas as Hydrogen Source. Continuous Flow Experiments and Economic Evaluation. |
| | | C. Ovalles, E. S. Arias, A. Hamana, C. B. Badell, G. Gonzalez |
| PDF | Light Olefin Production, Skeletal Olefin Isomerization and |
| | | Etherification for Oxygenated Fuel Production., A. M. Gaffney |
| PDF | Shape-Selective Isopropylation of Naphthalene Over Dealuminated Mordenites. |
| | | A. D. Schmitz, C. Song |
| PDF | Effects of Mass Transfer and Hydrogen Pressure on the Fixed-Bed Pyrolysis and Sunflower Bagasse. |
| | | E. Putun, O. M. Kockar, F. Gercel, E. Ekinci, J. Anderson, M. M. Maroto-Valer, C. E. Snape |
| PDF | Biomass to Hydrogen via Pyrolysis and Reforming. |
| | | M. Mann, E. Chornet, s. Czernik, D. Wang |
| PDF | Conversion of Fatty Acids and Esters to Low-Aromatic Gasoline. |
| | | R., K. Sharma, E. S. Olson |
| PDF | Catalytic Upgrading of Biocrude Oil Vapors to Produce Hydrocarbons for Oil Refinery Applications. |
| | | J. Diebold, S. Phillips, D. Tyndall, J. Scahill, C. Feik, S. Czernik |
| PDF | Characterization and Catalytic Conditioning of Synthesis Gas |
| | | Produced by Biomass Gasification., S. C. Gebhard, D. A. Gratson, R. J. French, M. A. Ratcliff, J. A. Patrick, M. Paisley, X. Zhao, S. Cowley |
| PDF | The Application of Gasification Technology to Produce |
| | | Transportation Fuels., R. R. Dickinson |
| PDF | Synthetic Crude Oil From Petroleum Waste Materials. |
| | | R. O. Schleiffer |
| PDF | Coliquefaction of Waste Rubber Tires with Coal. |
| | | E. C. Orr, W. Tuntawiroon, L. L. Anderson, E. M. Eyring |
| PDF | Comparison of Nickel Molybdenum Hydrous Metal Oxides with Commercial Catalysts for HDS/HDN of Coal Liquids. |
| | | S. E. Lott, T. J. Gardner, L. I. McLaughlin, J. B. Oelfke |
| PDF | Characterization of Silica-Doped Hydrous Titanium Oxide (HTO:Si)-Supported Nickel Molybdenum (NiMo) Catalyst Coatings. |
| | | T. J. Gardner, L. I. McLaughlin, S. E. Lott, J. B. Oelfke |
| PDF | The Effect of Promoter Metal Concentration on the Catalytic Activity of Sulfated Hematite for the Liquefaction of a Subbituminous Coal. |
| | | G. T. Hager, A. L. Compton, E. N. Givens, F. J. Derbyshire |
| PDF | Towards Improved Iron-Based Catalysts for Direct Coal Liquefaction. |
| | | D. B. Dadyburjor, A. H. Stiller, C. D. Stinespring, J. W. Zondlo, J. Wann, R. K. Sharma, D. Tian, S. Agarwal, A. Chadha |
| PDF | Impregnation Alternatives for Fe-Based Coal Liquefaction |
| | | Catalysts., R. K. Anderson, B. J. Armstrong, E. N. Givens, F. J. Derbyshire |
| PDF | Liquefaction of Coal Impregnated with Catalyst During Preswelling. |
| | | C. J. Brannan, C. W. Curtis, D. C. Cronauer |
| PDF | Using Water and Dispersed MoS2 Catalyst for Coal Conversion into Fuels and Chemicals. |
| | | C. Song, A. K. Saini |
| PDF | Catalyst Performance in Ashy-Resid Containing Recycle Oils. |
| | | R. K. Anderson, F. J. Derbyshire, E. N. Givens |
| PDF | The Direct Liquefaction Proof of Concept Program. |
| | | A. G. Comolli, L. K. Lee, V. R. Pradhan, R. H. Stalzer |
| PDF | Liquefaction of Black Thunder Coal With Counterflow Reactor |
| | | Technology., R. J. Parker, P. L. Simpson, D. J. Berger |
| PDF | Two-Stage Liquefaction of Wyoming Sub-bituminous Coal-Effect of |
| | | Syngas As A Reducing Gas., L. K. Lee, V. Pradhan, R. H. Stalzer, A. G. Comolli |
| PDF | Premium Distillate Products from Direct Liquefaction of Coal. |
| | | P. Zhou, R. A. Winshel, E. B. Klunder |
| PDF | Valuation of Coal Liquids as Refinery Feedstocks Using Linear Programming Tool (PIMS) |
| | | S. K. Poddar, E. S. 'Resurreccion |
| PDF | Technoeconomic Assessment of Dewaxing and Hydrotreatment Recycle |
| | | M. Peluso |
| PDF | Alternate Routes for the Production of Fuels From Coal and Natural Gas. |
| | | D. Gray, G. Tomlinson, A. ElSawy |
| PDF | Deashing of Coal Liquids by Sonically Assisted Filtration. |
| | | B. J. Slomka |
| PDF | PETC's On-Site Natural Gas Conversion Efforts. |
| | | C. E. Taylor |
| PDF | Methyl Chloride via Oxyhydrochlorination of Methane. |
| | | B. M. Naasz, J. S. Smith, A. I. Toupadakis, C. G. Knutson, R. F. Jarvis, B. R. Crum |
| PDF | Pressure Effects on the Oxyhydrochlorination of Methane. |
| | | M. A. McDonald, M. F. Zarochak |
| PDF | Biomimetic Catalyst Development for Natural Gas Conversion. |
| | | M. C. Showalter, J. A. Shelnutt, C. J. Medforth, J. M. E. Quirke |
| PDF | Gas-to-Liguid Research Program of the U.S. Department of Energy: A Programmatic Overview. |
| | | A. C. Bose, G. J. Stiegel, R. D. Srivastava |
| PDF | Methylation of Ethylene Over Lewis-Acid Catalysts. |
| | | M. V. C. Sekhar |
| PDF | Gasoline from Natural Gas by Sulfur Processing. |
| | | E. J. Erekson, F. Q. Miao |
| PDF | Ceramic Membranes for Generation of Partial-Oxidation Products from Methane. |
| | | U. Balachandran, J. T. Dusek, S. M. Sweeney, R. L. Mieville, P. S. Maiya, M. S. Kleefisch, S. Pei, T. P. Kobylinski, A. C. Bose |
| PDF | The Investigation of Fullerene Based Catalysts for Methane Activation. |
| | | H. J. Wu, A. S. Hirschon, R. Malhotra |
| PDF | Solid Superacid Catalysts: n-Butane Conversion Catalyzed by Fe-and Mn-Promoted Sulfated Zirconia. |
| | | J. L. d-Itri, T. Cheung, B. C. Gates, R. B. Wilson |
| PDF | Feasibility Study of a Novel Thermal Plasma Process for Natural Gas Conversion. |
| | | B. A. Detering, P. C. Kong, G. J. Maffia |
| PDF | A Hot-Recycled-Solid Oil Shale Retorting Process for the |
| | | R. J. Cena |
| PDF | Effects of Scale-Up on Oil and Gas Yields in a Solid-Recycled |
| | | S. D. Carter, D. N. |
| PDF | Processing/Economic Strategy for Upgrading Shale Oil. |
| | | C. P. Russell, P. A. V. Devineni, Taulbee, A. Vego, J. L. Stehn |
| PDF | The Measurement of Phase Equilibria for Process Streams at Operating Temperatures and the Implications for the CRE Liquefaction Project |
| | | A. Waller, S.T. Walton |
| PDF | A High Activity Zeolite-Supported Cobalt Fischer-Tropsch Catalyst. |
| | | R. R. Frame, S. A. Bradley, E. Schumacher, H. B. Gala |
| PDF | Effects of Supports and Promoters on Cobalt P-T Catalyst Behavior in Fixed Bed vs. Slurry Bubble Column Reactors. |
| | | R. Oukaci, J. G., Goodwin, G. Marcelin, A. Singleton |
| PDF | Attrition and Carbon Formation on Iron Catalysts. |
| | | S. D. Kohler, M. S. Harrington, N. B. Jackson |
| PDF | Ultrafine Particles of Iron in Fischer-Tropsch Synthesis. |
| | | D. Mahajan, K. Pandya |
| PDF | Isobutylene Synthesis From Hydrogen Lean Syngas in Slurry and Trickle Bed Reactors. |
| | | C. Erkey, R. G. Anthony, A. Akgerman |
| PDF | The Selective Pathway to Higher Oxygenates from CO, H2, Olefins, and Chlorocarbons. |
| | | R. Krishnamurthy, S. S. C. Chuang, M. A. Brundage, M. W. Balakos |
| PDF | Isobutanol Coupling with Ethanol and Methanol to Ethers Over Sulfonated Resin Catalysts: Activities and Selectivities. |
| | | R. G. Herman, K. Klier, O. C. Feeley, M. A. Johnson, Q. Sun, L. Lietti |
| PDF | Shell Middle Distillate Synthesis: The Process, The Plant, The Products. |
| | | P. J. A. Tijm |
| PDF | Product Valuation of Fischer-Tropsch Derived Fuels. |
| | | J. J. Marano, S. Rogers, G. N. Choi, S. J. Kramer |
| PDF | Process Simulation Model for Indirect Coal Liquefaction Using Slurry Reactor Fischer-Tropsch Technology. |
| | | G. N. Choi, S. S. Tarn, J. M. Fox, S. J. Kramer, S. Rogers |
| PDF | Coproduction of Hydrogen and Electricity: Catalytic Applications. |
| | | G. A. Mills |
| PDF | Equilibrium Thermodynamic Analysis of Liquid-Phase Ethyl Tert-Butyl Ether (ETBE) Synthesis. |
| | | K. L. Jensen, R. Datta |
| PDF | Methanol Synthesis in a Trickle Bed Reactor. |
| | | J. Wang, S. Tjandra, R. G. Anthony, A. Akgerman |
| PDF | A Model for Liquid Phase Methanol Synthesis Process in a Cocurrent Flow Entrained Reactor. |
| | | P. Vijayaraghavan, C. J. Kulik, S. Lee |
| PDF | Evaluation of Low-Temperature Methanol Synthesis in Liquid Phase. |
| | | S. Ohyama |