Direct liquefaction of wood through solvolysis and catalytic hydrodeoxygenation: an engineering assessment

1980, Canadian Journal of Chemical Engineering, 58 1980, 73 1982, 206 Cooke, 1980, Design and Optimization of Biomass Liquefaction Units Moffatt, 1983, Update on Wood Liquefaction Technology — 1982 Royers, 1978 Brooks, 1979, 275 Schooley, 1979, 185 Appell, 1977, The production of oil from wood waste, 121 Levesque, 1979, 261 Black, 1980, The potential for energy transfer from a wood based methanol plant to a thermomechanical pulp mill Perry, 1973 Handbook of Chemistry & Physics, 42nd edn, Chemical Rubber Co., Ohio, pp. 19–31 Reed, 1977, Wood Energies & Burning Rates 1979 Kaufman, 1975, Solid Waste Conversion: Cellulose Liquefaction, US EPA Report No. EPA-67012075-031, NTIS PB 239 509 Bergius, F. (1921). US Patent 1,391,664. Varga, J. (1932). US Patent 1,852,988. Varga, J. (1933). US Patent 1,894,926. Lindblad, A. R. (1932). Swedish Patents 70589, 70795, 70972, 71313, 71715, 71717, 71793, 72923, 73302, 73374, 74258, 1927. Lindblad, 1931, Ing. Vetenskaps Akad. Handl., 107, 7 Ipatiev, 1929, Akad. Wiss. Leningrad, Ber., 62B, 401 Berl, 1934, Science, 80, 227, 10.1126/science.80.2071.227 Berl, 1935, Science, 81, 18, 10.1126/science.81.2088.18-a Berl, 1944, Science, 99, 309, 10.1126/science.99.2573.309 Kenkgujo, R. (1935). Japanese Patent 113,605. Bergstrom, H. O. Swedish Patents 82615, 91346 (1938), 114193 (1945). Hawley, 1923, Wood Distillation, 60 Cooke, 1941, J. Am. Chem. Soc., 63, 3052, 10.1021/ja01856a053 Pepper, 1948, J. Am. Chem. Soc., 70, 67, 10.1021/ja01181a021 Heinemann, 1954, Petroleum Refiner, 33, 161 van Krevelen, 1958, Brennstaff-Chemie, 11 van Krevelen, 1957, Research (London), 10, 164 Snajberk, 1970, TAPPI, 53, 1507 Appell, 1969 Appell, 1971 1979, The Energy Daily Elliott, 1977 Elliott, 1979, 123 Kannel, A., private communication. Panaiotova Bjornborn, 1979, Fuel Processing Technology, 2, 161, 10.1016/0378-3820(79)90001-8 Eagar, 1980 Boocock, 1979, Direct Liquefaction of Ontario Poplar to Synthetic Fuel, Final Report, Ontario Ministry of Energy Contract, 1903-02-867-21 Boocock, 1979, Can. J. of Chem. Eng., 57, 98, 10.1002/cjce.5450570115 Wilhelm, 1980, Assessment of the Biomass Liquefaction Facility in Albany, Oregon and Related Program Thigpen, 1982, Liquid Fuels from Wood by Continuous Operation of the Albany, Oregon Biomass Liquefaction Facility Elliott, 1982, Biomass Liquefaction Product Analysis and Upgrading, 157 Elliott, 1982, Bench Scale Research in Biomass Direct Liquefaction Figueroa, 1982, LBL Continuous Bench Scale Liquefaction Unit, Operation and Results Schaleger, 1982, Progress in the Characterization of the Products of Direct Liquefaction of Douglas Fir, 191 Farcasiu, 1977, Fuel, 56, 9, 10.1016/0016-2361(77)90034-5 Boocock, 1980, Wood Liquefaction, 11 Beckman, 1982, Wood Liquefaction: A Semi-continuous Unit and Fast Heat-Up Studies, 15 Eager, 1980, Conversion of Aspen Poplar into Liquid Fuel, 1 Chornet, 1982, An Update in the Conversion of Lignin Cellulosic Materials via Hydrogenolysis and Solvolysis at Low Severity Conditions, 31 Chornet, E., personal communication. Meier, 1981, Uber Eigenschaften und Abbaobakeit von mit Alkohol-Wasser-Gemischen isolierten Lignien, Katalytische Zur Erzeugung monomerer Phenole, Holzforschung, 35, 81 Weisser, 1973, Sulfide Catalysts: Their Properties and Applications, 150 Berthelot, 1869, Bull. Soc. Chim. Fr., Ser., 2, 278 Geerards, 1958, Brennstoff Chemie, 39, 5 Kaliaguine, 1982, Upgrading Pyrolytic Oil from Wood, 75 Huibers, 1980, Can. J. Chem. Eng., 58, 718