TECHNOLOGY FOCUS - ORGANIC CHEMISTRY - Preferred Method: In the method, at least a portion of the solids phase includes a nutrient rich biosolids, and at least a portion of the liquid phase includes a liquid fertilizer. The further processing comprises: recycling at least a portion of the liquid phase back through the biomass digestion process; passing the liquid phase through at least one filter consisting of an earth filter, a biologic contactor, and a cation bed; preparing the liquid phase for recycling by transferring at least a portion of the liquid phase to at least one first filter, filtering at least a portion of the liquid phase through the at least one first filter and optionally filtering the liquid phase again through at least one second filter; undergoing nitrification to at least remove ammonia; and undergoing denitrification. The preparation of biosolids composition further comprises drying at least a portion of decomposed solids to form a Class A Biosolids. The biomass digestion process further comprises: transferring the effluent with decomposed solids to a dewatering stage to separate a solids phase from a liquid phase; transferring the liquid phase to a container or pipe; drying the solids phase; diverting at least a portion of the effluent with decomposed solids to a dewatering system, where the dewatering system separates the decomposed solids from the effluent, and at least a portion of the separated decomposed solids may be classified as Class A Biosolids; transferring at least a portion of the one of the one or more biogases to a drying stage; drying the transferred biogas; transferring the dried biogas to a gas stripper; and stripping to obtain methane and hydrogen. The additional stage is two stages that includes a thermophilic stage followed by a mesophilic stage, where anaerobic digestion is performed in the thermophilic stage followed by transfer of at least a portion of the feed stream to the mesophilic stage and anaerobically digesting on at least a portion of the feed stream in the mesophilic stage at a third temperature. The biomass digestion process includes: a gas lifter for removing at least one of the one or more biogases; a treating system operable to filter at least one of the one or more biogases; and treating at least a portion of the one or more biogases with one or more of a zeolite and an activated carbon source. The biogases are recirculated into the biomass digestion process. The effluent is separated from the decomposed solids. Preferred Composition: In the biosolids composition, at least one additional stage is a thermophilic stage and optionally a mesophilic stage. The biosolids composition is a Class A Biosolid. The liquid fertilizer composition is obtained after dewatering the effluent with the decomposed solids. Preferred Components: At least a portion of the solid phase is dried to form Class A Biosolids. The biogases include hydrogen and methane. The biological contactor is a natural bacterium. The natural bacterium is any of nitrosomonas or nitrobacter. The earth filter is a zeolite. The additional stage is a thermophilic stage with a residence time of at or 24 hours at a temperature of 130-132 degrees F. The biomass feed stream has a percent total solid suspension of 7%. At least one additional stage operates at a temperature that is more favorable for production of hydrogen, where the temperature is 135-140 degrees F, and at least one additional stage operates at a temperature that is more favorable for production of methane, where the temperature is 130-135 degrees F. ACTIVITY - None given.    MECHANISM OF ACTION - Fertilizer.