The removal of Cr and organic matters from industrial wastewater was investigated using the ChromeBacTM system i.e. the combination of bioreduction of Cr(VI) to Cr(III), coagulation of the Cr and organic matters followed by the polishing step using resins filtration. Complete Cr(VI) reduction (15 – 115 mg L-1) was obtained immediately after the start of the bioreactor operation without the need for recycling of the wastewater. The combined use of polyaluminum chloride (PACl25) followed by filtration using the MH 58 resin managed to completely removed Cr from the wastewater. Between 83 – 97 % of COD (representing the organic matters present) were also removed depending on the coagulant dosage used. High COD value in the bioreactor effluent prior to the coagulation and filtration steps were contributed from the use of liquid pineapple waste (LPW) as feed for the microbial species present in the biofilm. The turbidity values were also reduced from 523 to 1 FAU.