TECHNOLOGY FOCUS - AGRICULTURE - Preferred Components: The nutrients are also collected with a dewatering process, which comprise mechanical separation processes (screens, inclined, vibrating, and rotating; belt presses; centrifuges; and screw presses) and/or gravity separation processes (settling basins and dissolved air flotation systems). In the product, an effluent is created from the nutrient capture process. The nutrients are comprised of captured soluble nutrients, colloidal nutrients, and/or nutrients attached to colloidal suspended solids in the source material. The fertilizer is agglomerated with an agglomeration process including agitation, pressure, liquid and/or thermal, where the agitation process includes methods of tumbling, mixing, granulation, palletizing, balling, conditioning, and thermal, the pressure process includes methods of briquetting, compacting, extrusion, pelleting, molding, tableting, and isostatic pressing, the liquid process includes the methods of spray drying, spray granulation, fluid bed granulation, prilling, agglomeration in liquid media, oil agglomeration and globulation, and the thermal process includes methods of sintering, induration, nodulizing, calcining, drying/solidification, partial gasification/charring, and flaking. The fertilizer further comprises added nutrients, pH correction material, other source materials, and/or other inert materials. The source material is from organic wastes, animal wastes, digestion system effluent, ethanol plants, food processing wastes, agricultural wastes, food wastes, municipal waste, algae, industrial waste, and/or liquid bio fuels (ethanol, methanol and biodiesel). The product is comprised of nitrogen, phosphorus (both preferred), potassium, calcium, magnesium, sulfur, boron, chlorine, copper, iron, manganese, molybdenum, zinc, sodium, silicon, cobalt, vanadium, gypsum, and/or lime. The nutrient capture process includes one or more chemical additions (generic starches and coagulants). The fertilizer has a phosphorus recovery of approximately 75% or greater, preferably 90% or greater. The fertilizer is comprised of a carbon based product that puts carbon back in the soil. In the product: large particles are removed using a prescreening process before, during or after the nutrient capture process; new solids are added to the nutrient capture process; and solids and nutrients from the nutrient capture process, prior to granulation, are added to the source material. The fertilizer is non-agglomerate. The fertilizer has a dryness of approximately 25% moisture or less. The product further comprises a binder. The binder is comprised of: fertilizer, blood, fat, guar, molasses, syrup, rice, starch, juice, polyacrylamide, brewer's waste, distiller's syrup, dry compost, clay or lignon. The product further comprises an additive comprising a fortification nutrient, polymer, colorant, densification agent or water management agent. In the product, a digester is used before, during or after the nutrient capture process. The digester generates digested gas, which is used to dry the fertilizer. The effluent which is absent of nutrients that are captured in the fertilizer is used for process or land application. The dewatering process is on site and/or off site, and the product is transported to a central location. The large particles are used for bedding, fuel, fertilizer or recycle addition. The product is produced, marketed and/or sold as an enhanced fertilizer product having increased nutrient content that was derived from a nutrient capture process. The nutrient capture process further comprises a composting process. The product has value as a carbon credit. ACTIVITY - Fertilizer.    MECHANISM OF ACTION - None given.    EXAMPLE - None given.