The main focus of this research is to investigate about the possibility of Nutrient recovery in thernform of Magnesium Ammonium Phosphate (Struvite) by determining optimum PH, optimumrndosage, suitable mixing time, mixing speed , precipitation time ,and storage time from sourcernseparated stored human urine. rnA laboratory test was conducted using Jar test for the stored human urine. Struvite formation wasrnPH dependent reaction and the experiment was started with PH optimization having six differentrnpH values from PH 6 to 11. rnThe experimental result showed that at PH 10 the percentage removal for N rn rn-N and PO4-P was rn87.07% and 91.55% respectively, which is greater than other PHâ€™s which implied that thernoptimum PH was PH 10. rnUsing PH 10 as optimum PH, the determination of optimum dosage (P04-p:M rn rn)ratio was rnconducted using six different mass ratios, i.e. 1:1, 1:2, 1:3, 1:4, 1:5 and 1:6. rnThe result of the experiment showed that, at PH10 and P04-P:M rn rn dosage of 1:1, the rnpercentage removal of NH4-N and P04-P was 90.54% and 77.49% respectively which showedrnthe optimum dosage was 1:1. rnLaboratory tests were also done to determine the optimum mixing time and mixing speed andrnfound to be 30minutes and 60rpm respectively .Two samples were tested to determine thernoptimum incubation period to recover nitrogen and phosphorus for 25 and 30 days and found tornbe on 20th and 19th day respectively. Furthermore Basaka water was also used as source of Mgrn+2rn rnto recover Nitrogen and Phosphorus and about 36% of Phosphorus was recovered and ultimatelyrnstruvite was produced by the designed stirred reactor.