NOVELTY - Manufacturing (m1) fertilizer involves: creating a thixotrophic paste from a composition containing biosolids; adding an oxidizing agent to the paste; adding an alkaline agent to the paste to produce a pH of greater than or equal to 10; exposing the paste to ammonia at a concentration of at least 1000 ppm; adding an acid to the paste to produce heat and a pH of less than or equal to 7; adding a granulating agent to the paste; extruding or granulating the paste; and drying the extruded or granulated paste to a dryness of greater than or equal to 90% of solids.    USE - For manufacturing fertilizer from biosolids selected from municipal biosolids and sludges, manures and animal residuals, lagoon sludges, organic-containing sludges produced from food fermentation, sludge waste products, and/or pharmaceutical fermentation waste industrial fermentation products (claimed).    ADVANTAGE - The fertilizer emits little or no odor and contains at least 8% nitrogen by dry weight and contains plant nutrient levels of iron and sulfur. Odor associated with the paste is reduced. The method converts dewatered municipal wastewater biosolids or other organic-containing sludges to a fertilizer comprising sufficient organic and inorganic plant nutrients to be valuable and saleable into the commercial agricultural industry and also, secondarily, reduces the odors associated with such organic sludges. The process enables to create a strong antimicrobial stress; improve odors, and simultaneously introduce nitrogen into the mix. The process and resulting products are considered United States Environmental Protection Agency (USEPA) Class A biosolids containing products and commercially compete well against the heat-dried biosolids pellets as manufactured at many municipal wastewater treatment plants (WWTPs). The combination of high concentration of inorganic plant nutrients with an unusually high concentration of organics in the same fertilizer granule, provides binding of the organics with the inorganic ammonium ions, production of a safer biosolids or organic sludge containing product, reduction of odors of the dried fertilizer product, increased nitrogen content in the product, increased phosphorus content in the product, increased iron content in the product, increased sulfur content in the product and/or increased potassium content in the product and/or increased the calcium content or other mineral content in the product. The method integrates plant nutrients into the finished product which increases the value of the finished fertilizer and may as a secondary effect, reduce the odors associated with the finished product. By using aqueous ammonia instead of anhydrous ammonia as a disinfectant and simultaneously as a source of nitrogen, the manufacturing process avoids the restrictions and prohibitions that exist in many communities from transporting or working with the potentially hazardous anhydrous ammonia material. The method improves the odorant quality of the biosolids that are fed to a granulation and heat drying step and improves the odorant quality of the finished fertilizer by introducing chemical additives to react with odorants within the biosolids, and by placing a coating on the granules or pellets produced thereby reducing the rate at which remaining odorants emit from the finished pellet product. Such a coating also reduces the dusting of the pellets during storage, transport and application thus further improving their value and usefulness.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a fertilizer produced by the method (m1).