Alternative uses for poultry litter (PL) and biosolids (BS) are needed to enhance their value as a fertilizer source and improve the economics of their transport out of areas of nutrient surplus. The overall goal of this project was to convert PL and BS into a N-fortified granular fertilizer and evaluate the developed products utility as fertilizers. The objective of this study was to compare the influence of binding agent and dicyandiamide (DCD) on P and N release from the developed fertilizers. Poultry litter, BS, urea,  and DCD were used to develop four granulated-fertilizers which contained about 14% N, 1.7% P, and 3.3 % K including PL + urea (PLU), PLU + DCD (PLUDCD), PLU + BS (PLUB), and PLUB + DCD (PLUBDCD)] through agglomeration using a pin mixer. Each product was bound with lignosulfonate (LS), urea formaldehyde (UF), or water (WR) producing 12 different fertilizers. Soluble reactive P (SRP) was higher in all granulated products compared to fresh PL and BS during a water shake study. Soluble reactive P was released from granules bound with binding agents in the order: WR > LS > UF. During a 112 d incubation study, UF was not added in sufficient quantities to reduce nitrification compared to WR and LS. Nitrification did not occur in significant amounts when DCD was added until 56 d after application compared to 7 d in non-DCD fertilizers. Depending on additives, fortified granules can be produced for $0.71 to $1.15 kg N^-1, similar to commercially available urea ($0.73 kg N^-1). Granulation of PL and BS with urea and a nitrification inhibitor additive may be a viable alternative for fertilizer production.