A ppropriate treatment alternatives to address the types of domestic wastewater pollution University X at Grogol-West Jakarta area is by doing research in a final project using biological treatment processes, that is the Moving Bed Biofilm Reactor (MBBR) are fluidized by the addition of activated carbon local. This system is useful in the process of Recycled Water that is ideal for processing nitrification removal efficiency of organic material such as a very low content of COD, BOD, VSS, Nitrite, Ammonia and nitrate. Expected results and optimum quality standards adapted to PERGUB DKI Jakarta No. 122/2005 and PERGUB DKI Jakarta No.69 / 2013. The method of analysis at an early stage preliminary study (testing the initial characteristics, Seeding, acclimatization) and continued research stages core (MBBR processing operation of the detention time 3, 1.5, 1 and 0.75 hours). Results of the study the characteristics of the waste is still high so it needs to be processed in optimum use MBBR with detention time is 3 hours. Where the greatest COD removal efficiency of 83.33%; BOD 83.24%; VSS 88.84%; ammonia (NH3-N) 82.30%; Nitrite 82.19%; Nitrates 81.64%. F / M and BOD / COD 0.31-1.72 mg.BOD5 / kg.VSS / day and> 0.5 exceeding 1 BOD / COD. The rate of organic load (1.57 kg COD / kg VSS; 0.85 kg BOD / kg VSS; 1.85 kg (NH3-N) / kg VSS). Comparison of the use of activated carbon media and without media on the acclimatization process has the level of allowance of 41.55% of the COD concentration. Local activated carbon adsorption approach has value Isoterma Freundlich equation (Log x / m = 1 / n log C + log K), amounting to 50% of the COD with R2 0.939, 523.75 K value. Results of the preliminary kinetic substrate with a complete mix approach COD 0857 R2, Y 5,01mg.Vss / mg.COD, Kd 0.00505 l / hr, K 0.000102 l / mg.hr, Ks 118 mg / l, μ max 1.22 x 10-6 l / hr. Allowance kinetic BOD value 0.855 R2, Y 0.378 mg.Vss / mg.BOD, Kd 0.00076 l / hr, d, K 0.000161 l / mg.jam Ks 67 mg / l, μ max of 1.74 x 10-6 l / hr.