Using the calculated TCI and TOC values, we estimated that the process had a total annualized cost (TAC) of 1.689 MMUSD/yr. The cyanobacteria biomass was assigned a value of $0.03/kg, based on the cost of obtaining the equivalent amount of nutrients from diammonium phosphate (DAP); the exported CH4 and generated electricity were priced at market value. The sale of these three products generated 0.234 MMUSD/yr of revenue, which is enough to cover 14% of the TAC. The remaining revenue was obtained by assuming the process operates as a service provider and charges a fee, on a USD per kg of P recovered basis, for recovering the nutrients in manure (analogous to a wastewater treatment plant). We calculated the phosphorus recovery charge (PRC) to be 117 USD/kg P in our base case model. For comparison, previous work has shown that P runoff has a socioeconomic cost of approximately 75 USD/kg P. This indicates that recovering the P in manure using the baseline process is 57% more expensive than the cost of current manure management practices. This gap in process value highlights the need for further process optimization.