NOVELTY - Process (M1) to produce fuel ethanol and biodiesel from cellulose involves providing raw cellulose stream to container by mixing waste cellulose stream and algae cellulose stream; hydrolyzing raw cellulose stream; liquefying hydrolyzed cellulose stream; fermenting the formed sugars stream to produce raw ethanol stream; separating the raw ethanol stream to form fuel ethanol stream; producing algae stream by reacting liquefaction byproduct streams with algae; and reacting algae stream to produce algae cellulose stream and biodiesel stream.    USE - For producing fuel ethanol and biodiesel from cellulose (claimed).    ADVANTAGE - The process efficiently produces fuel from biomass sources.    DETAILED DESCRIPTION - An integrated process (M1) to produce fuel ethanol and biodiesel from cellulose involves providing raw cellulose stream to at least one container selected from vat, bioreactor and tank by mixing waste cellulose stream and an algae cellulose stream; hydrolyzing raw cellulose stream to form hydrolyzed cellulose stream optionally by reacting the cellulose stream with organisms; liquefying hydrolyzed cellulose stream to produce sugars stream and at least one liquefaction byproduct streams and optionally separating the sugars stream to form xylitol stream and separated sugars stream; fermenting the formed/separated sugars stream to produce raw ethanol stream by reacting sugars stream with yeast feed in at least one fermenter; separating the raw ethanol stream to form fuel ethanol stream; producing an algae stream by reacting at least one liquefaction byproduct streams (preferably xylitol) with algae in at least one algae bioreactor; reacting algae stream in at least one biodiesel reactor to produce algae cellulose stream and biodiesel stream; and recovering fuel ethanol and biodiesel from their respective streams. An INDEPENDENT CLAIM is included for producing (M2) fuel ethanol and biodiesel from cellulose involving providing raw cellulose stream by mixing waste cellulose stream and an algae cellulose stream; hydrolyzing the raw cellulose stream to form hydrolyzed cellulose stream, a hydrolysis CO2 stream, and an hydrolysis ethanol stream by reacting the raw cellulose stream with at least one fungi selected from genera Neocallimastix, Piromyces, and Orpinomyces; liquefying the hydrolyzed cellulose stream to produce sugars stream by heating the hydrolyzed cellulose stream and by reacting the hydrolyzed cellulose stream with at least one enzyme and/or bacteria; separating the sugars stream to produce xylitol stream and separated sugars stream; fermenting the separated sugars stream to produce raw ethanol stream and fermentation CO2 stream by reacting the separated sugars stream with yeast feed in at least one fermenter; separating the raw ethanol stream to produce fuel ethanol stream and waste cellulose stream; producing an algae stream by reacting the hydrolysis CO2 stream, the fermentation CO2 stream, an atmospheric CO2 stream, and the xylitol stream with algae in at least one algae bioreactor; and reacting the algae stream in at least one biodiesel reactor to produce the algae cellulose stream and biodiesel stream; and recovering fuel ethanol and biodiesel from their respective streams.