NOVELTY - An integrated suite of processes (P1) to make jet fuel from wood involves series of processes including pre-pulping extraction step; two acid-catalyzed dehydration processes; thermal deoxygenation (TDO); defined culture fermentation; non-sterile mixed culture fermentation (acidogenic digestion); Aldol condensation; and hydroprocessing.    USE - As integrated suite of processes to make jet fuel from wood; and to make jet fuel and associated hydrocarbon products (claimed).    ADVANTAGE - The method produces jet fuel from renewable resources. The process enables the adaptation of existing infrastructure of the wood processing industry to produce biofuels with only minor changes to existing technical and business practices. The product prepared by the process when mixed with tri-decane or triacyl glycerides, improves fuel quality. The processes are scalable down to the scale of a mobile unit capable of converting woody biomass feedstock into high energy-density liquid intermediates suitable for making HRJ (hydrotreated renewable jet) fuels.    DETAILED DESCRIPTION - An integrated suite of processes (P1) to make jet fuel from wood involves series of processes including pre-pulping extraction step used to produce wood extract (rich in C5 sugars like xylan) and brownstock (rich in C6 cellulose); two acid-catalyzed dehydration processes involved for converting C6 and C5 sugars to intermediate compounds such as levulinic acid and furfural respectively; thermal deoxygenation (TDO) to upgrade carboxylic acids by increasing carbon numbers and removing oxygen; defined culture fermentation to convert conditioned extracts into organic acids, solvents, or triglycerides; non-sterile mixed culture fermentation (acidogenic digestion) to convert raw, unconditioned extract into mixed organic acids (acetic, lactic, propionic etc. up to C7 acids) that can be upgraded to jet fuel range alkanes through TDO, hydrogenation and further hydroprocessing; Aldol condensation to increase carbon chain length; and hydroprocessing including hydrogenation and hydroisomerization aimed at producing an appropriate mix of high carbon number alkanes and branched or cycloalkanes. INDEPENDENT CLAIMS are included for the following:    (1) a central process platform which uses thermal deoxygenation (TDO) of mixed organic acids to produce a predominately hydrocarbon mixture;    (2) a process platform in which tri-decane or other alkanes are produced by aldol condensation using furfural and ketones, where the furfural is produced from wood hemicellulose or hemicellulose separated from wood chips;    (3) a process platform in which tri-alkylglycerides (TAGs) are produced from cellulosic pulp or hemicellulose extracted from wood prior to pulping; and    (4) products from the process platforms that are hydrotreated either separately or in appropriate mixtures to vary the yield and composition of the hydrocarbon product which includes jet fuel and other associated hydrocarbon fractions.