TECHNOLOGY FOCUS - INORGANIC CHEMISTRY - Preferred Components: The catalyst is catalyst with zeolite deoxygenation function. The catalyst includes base metal selected from Ni, Cr, Mo, W, Pt and/or Pd. The base metal is in a sulfided form. The hydroprocessing catalyst comprises large pore catalyst with zeolitic deoxygenation function.    TECHNOLOGY FOCUS - ORGANIC CHEMISTRY - Preferred Process: The process further involves adding a second less volatile dispersion agent to further disperse the solid biomass, by creating suspended dispersed phase. The catalyst is in dispersed colloidally suspended phase prior to the addition to the dispersed phase. The deoxygenation is performed at 200-450 degrees C. The process involving pressurizing the suspension with the catalyst under a hydrogen atmosphere to a pressure 1.4-14 MPa (200-2000 psia). The process involving flowing hydrogen over the suspension with the catalyst. The hydroprocessing is performed at 200-450 degrees C. The process further involving separating the process stream into a first aqueous stream comprising oxygenates and a second non-aqueous stream. Preferred Components: The organic solvent comprises glycerol, tetrahydrofuran, acetone and/or methyl tert-butyl ether. EXAMPLE - Glycerol (145 g) was mixed with wet solid lignin (40 g) and combined with NiMo hydroprocessing catalyst (40 g). The mixture was placed in a batch reactor and heated to 300 degrees C at a pressure of 10.3 MPa, and with hydrogen flowing over the mixture at 1000 sccm. Deoxygenation begins as the temperature approaches 300 degrees C. A sample of gas was drawn and analyzed indicating CO2 was 30% of the gas phase by volume. Upon unloading of the reactor, the remaining solid consisted ( approximately 40 g) of catalyst and ( approximately 2 g) of further solids from the lignin. Very little char was produced under these conditions. The glycerol-lignin mixture generated products in a gas phase. The gas was passed through dry ice cold trap to condense aqueous (118 g) and hydrocarbon products (32 g) comprising (mass %): ketones (20.10), phenols (17.32), aromatics (15.09), naphthenes (13.08), paraffins (11.96), olefins (9.40), thiols (1.64), alcohols (0.86) and aldehydes (0.04).