NOVELTY - Producing a blended fuel from renewable feedstocks comprises: (a) generating at least one paraffin rich component from a first renewable feedstock (10) comprising at least glycerides and free fatty acids; (b) generating a cyclic rich component from a second renewable feedstock comprising pyrolysis oil; and (c) blending at least a portion of the paraffin rich component and at least a portion of the cyclic rich component to form at least one blended fuel consisting of e.g. gasoline boiling point range blended fuel and/or diesel boiling point range blended fuel.    USE - The process is useful for producing a blended fuel from renewable feedstocks including biomass derived from pyrolysis oil and the triglycerides and free fatty acids found in plant and animal oils fats and greases. The obtained fuel is useful to power engines or devices    ADVANTAGE - The blended fuel obtained from renewable feedstocks reduces the dependence on petroleum oil and provides a substitute for fossil fuels.    DETAILED DESCRIPTION - Producing a blended fuel from renewable feedstocks comprises: (a) generating at least one paraffin rich component from a first renewable feedstock (10) comprising at least glycerides and free fatty acids, where the paraffin is formed by (i) hydrogenating, deoxygenating, isomerizing, and selectively hydrocracking the first renewable feedstock in a reaction zone (12) in the presence of hydrogen and at reaction conditions, by contacting the renewable feedstock with a multifunctional catalyst or a set of catalysts having hydrogenation, deoxygenation, isomerization, and selective hydrocracking functions to provide a reaction effluent comprising water, carbon oxides, light hydrocarbon gasses, hydrogen and paraffinic hydrocarbons, and (ii) separating the water, carbon oxides, light hydrocarbon gasses, and hydrogen from the reaction effluent to generate the paraffin rich component; (b) generating a cyclic rich component from a second renewable feedstock comprising pyrolysis oil, where the component is formed by (i) partially deoxygenating the pyrolysis oil in a first pyrolysis oil deoxygenation zone by contacting the pyrolysis oil with a first deoxygenation and hydrogenation catalyst in the presence of hydrogen at deoxygenation conditions to produce a partially deoxygenated pyrolysis oil stream comprising water, gasses, light ends, and hydrocarbons, (ii) passing the partially deoxygenated pyrolysis oil stream to a separation zone to separate a water, gasses, and light ends stream from a hydrocarbon stream, and (iii) passing the hydrocarbon stream to a second pyrolysis oil deoxygenation zone and deoxygenating the hydrocarbon stream by contacting with a second deoxygenation catalyst under deoxygenation conditions, to generate a cyclic rich component comprising cyclic hydrocarbon compounds useful as a fuel or a fuel blending component in the boiling point ranges of gasoline, aviation and/or diesel; and (c) blending at least a portion of the paraffin rich component and at least a portion of the cyclic rich component to form at least one blended fuel consisting of a gasoline boiling point range blended fuel, diesel boiling point range blended fuel and/or an aviation boiling point range blended fuel. INDEPENDENT CLAIMS are included for:    (1) an aviation boiling point range blended fuel and a gasoline boiling point range blended fuel as produced by the above method;    (2) a blended fuel meeting the specification of MTL-DTL-83133, where at least one component of the blended fuel is the aviation boiling point range blended fuel produced by the above process; and    (3) a blended fuel comprising the gasoline or aviation boiling point range blended fuel and a component produced from processing a petroleum feedstock.    DESCRIPTION OF DRAWING(S) - The diagram shows a general flow scheme diagram of portion of the process generating the paraffin rich component.    Renewable feedstock (10)    Reaction zone (12)    Reaction zone effluent (14)    Separator (16)    Hydrogen stream. (42)