TECHNOLOGY FOCUS - INORGANIC CHEMISTRY - Preferred Components: The basic material is 1-15% w/w. The basic material is limestone, burnt lime, hydrated lime, dolomite, magnesite, calcined magnesite, dunite, serpentine or hydrated magnesium oxide.    TECHNOLOGY FOCUS - ORGANIC CHEMISTRY - Preferred Components: The reverted superphosphate is two or more of a single super phosphate (SSP), double super phosphate (DSP) or triple super phosphate (TSP). The reverted superphosphate is preferably serpentine superphosphate. The nitrification inhibitor is DCD (preferred) and/or ATS. The particulate composition is substantially free of any free acid. The nitrification inhibitor is a particulate. The pH environment of the granule is above 4.5. The SSP is produced from tricalcium phosphate (TCP) using sulfuric acid and the presence of the basic material(s) has reverted someway back to TCP (e.g. a resultant mix of mono calcium and dicalcium phosphates low in free acids). The particulate product is derived from 30-85% w/w SSP, preferably 50-80% w/w and contains 1-35% w/w of nitrification inhibitor. The particulate product has 0-20% w/w water. The amount of nitrification inhibitor in the composition or the product is 1-35% w/w. The granular product has granular crush strength greater than 5 kg and a bulk density greater than 1 g/ml. Preferred Method: The method of providing a granular nitrification and a particulate product further comprises (irrespective of whether or not a flow enhancing agent is utilized) admixing or associating the reverted super phosphate and/or basic material carried nitrification inhibitor with a fertilizing agent, where the compound or composition irrespective of whether or not it includes nitrogen. ACTIVITY - Fertilizer.    MECHANISM OF ACTION - Nitrification inhibitor. Test details are described but no results given.    EXAMPLE - Single super phosphate (78 g), water (25 g) and dicyandiamide (25 g) were slurried together to form a thick paste. The hydrated magnesium oxide (basic material) (4 g) was then added and the resulting mixture was granulated. The resulting material had a water soluble dicyandiamide content of 20% w/w, with a granular strength above 5 kg and a bulk density of approximately 1.2 g/ml.