To date, the PORs in Malaysia are still dumping SBE at landfills because there are no available scientific solutions to address the problem. Therefore, the main objective of the present study focused on 100% recovery and conversion of SBE into a bio organic fertilizer by co-composting it with some agricultural and palm oil milling by-products. It was envisaged that the composted SBE possessed good characteristics for soil remediation resulted in improvement of crop productivity, and hence overcoming the low chemical fertilizer application efficiency in agriculture that destroys mother earth. It provides a total environment solution to abate the pollution problems created in the disposal of SBE.