NOVELTY - An integrated power generation and organic fertilizer production system comprises a biomass combustion-fueled power station; a facility for producing pelletized organic fertilizer; and unit for capturing and redirecting waste heat from the power station to the facility, to be used in producing pelletized organic fertilizer.    USE - As integrated power generation and organic fertilizer production system for generating power and organic fertilizer from renewable biomass (claimed).    ADVANTAGE - The continuous supply of low-grade waste heat that is redirected from a biomass combustion-fueled power station greatly enhances processes for both producing organic fertilizer and for pelletizing that fertilizer. The method produces rounded, hard pellets that can pass easily through fertilizer seeding machines. The production of organic fertilizer over a period of 2-18 months produces very good quality pelletized fertilizer, and also aligns well with the usual cycle of cereal-crop growth. The high quality compost produced over 6-12 months can be pelletized into hard, porous pellets because of the self-binding tendencies of compost produced over that time period. The waste heat produced in an carbon dioxide neutral biomass-fueled power station to supply an organic fertilizer production facility itself uses biomass as a feed source. The use of the biomass-fueled power station reduces the reliance on fossil fuel-based energy production, thus resulting in even less release of carbon dioxide into the atmosphere. The benefit of the pelletized organic fertilizer to the soil in which the biomass is grown is also cumulative, resulting in increased biomass production, which in turn removes more carbon dioxide from the atmosphere. The use of the continual supply of waste heat from the biomass-fueled power station enables pellets to be kept dry and hard for long periods of time. The pelletized organic fertilizers are also shows great promise in restoring carbon nutrients to the soil, thus removing carbon dioxide from the atmosphere and at the same time increasing soil fertility and associated crop yields.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a method for integrated power generation and organic fertilizer production, involving: combusting biomass in a power station to produce power; producing pelletized organic fertilizer; and capturing and redirecting waste heat from the power station, to be used during the producing step.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic illustration of the power generation system.