Readiness of Industrial Fisheries Wastewater Treatment at the Nusantara Fishing Port in Sibolga
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The Nusantara Sibolga fishing port has a fish processing industry, which generates waste, including liquid waste, from its activities. The handling of wastewater from the industry involves treating the wastewater to meet quality standards before it is discharged into the open environment. In this study, the wastewater is channeled to the sea through an integrated wastewater treatment plant, as it originates from three different fishery industries. This is stipulated in the Minister of Environment Regulation Number 05 of 2014. The purpose of this study is to identify the facilities of the wastewater treatment installation and the final quality of its process. Data were obtained through direct surveys and interviews with stakeholders, and then samples for water quality were tested in a laboratory. The wastewater treatment installation equipment has the highest value from the readiness analysis results of the Sibolga fishing port wastewater treatment installation. The analysis showed that the highest score, 13 out of a total of 16, came from the collection tank of PT.ASL. The highest scores for treatment units were the sedimentation pond and the main collection tank, both scoring 11. This evaluation is also related to the quality results of the wastewater at the outlet. The evaluation of the readiness analysis results involves improving each device of the wastewater treatment installation for optimal results.
Apriliyani I, Ainuri M, Suyantohadi A. 2023. Analysis of the Performance of Wastewater Treatment Plant (WWTP) in the Canned Gudeg Industry at PT XYZ, Yogyakarta. agriTECH. 43(1):74. doi:10.22146/agritech.71076.
Ariani F, Limbong I, Heriyanto T, Paradini, and A. 2020. Study on the Utilization of the Nusantara Fishing Port (Ppn) Sibolga Facilities. J Manag Ris and Tech. 2(2):10.
Febrianty A. 2022. Efficiency of Ammonia (NH3) Reduction in Vaname Shrimp Ponds (Litopenaeus Vannamei) Using Water Hyacinth (Eichhornia Crassipes). UIN Syarif Hidayatullah.
Muninggar R, Lubis E, Iskandar BH, Haluan J. 2016. Significant Environmental Aspects at the Nizam Zachman Ocean Fisheries Port in Jakarta. Mar Fish. 7(2):203–210.
Mustaruddin, Telussa RF, Baskoro MS. 2020. Determination of Superior Capture Fisheries Businesses and Readiness of Supporting Facilities in the Kendari PPS Area, Southeast Sulawesi. ALBACORE J Mar Fisheries Res. 3(3). doi:10.29244/core.3.3.311-319.
Parasmita BN, Oktiawan W, Hadiwidodo M. 2013. Study on the Effect of Residence Time on the Removal of BOD5, COD, and TSS Parameters in Landfill Leachate Using Anaerobic-Aerobic Biofilters (Case Study: Ngronggo Landfill, Salatiga City, Central Java). J Environ Eng. 2(1):1–16
Putri et al. 2022. Effectiveness of Technology Application in Communal WWTP Reviewed From BOD, COD, and TSS Parameters. J Water Eng. 13(2):183–194.
Rhomadhoni MN. 2019. Evaluation of Liquid Waste Treatment Results at Private Hospital Wastewater Treatment Plant in Surabaya City. J Envirotek. 11(2):14–23..
Sasiang E, Maddusa SS, Oksfriani JS. 2019. Effectiveness of Wastewater Treatment Plant Based on Biological Oxygen Demand, Chemical Oxygen Demand, and Acidity Degree Parameters at Pancaran Kasih General Hospital in Manado. Kesmas. 8(6):608–615.
Sulistia S, Septisya AC. 2020. Analysis of Domestic Wastewater Quality in Office Buildings. J Environ Eng. 12(1):41–57.
Sutrini AS, Kandi O, Study on the Utilization of Fisheries Resources P, Marine and Fisheries F, Syiah Kuala University, Aceh B. 2018. Identification of Functional Facilities of Nusantara Fishing Ports in Sibolga City, North Sumatra Province. J Mar and Fisheries Sci Univ Syiah.
Tchobanoglous G, L. Burton F, Stensel DH. 2014. Metcalf &Eddy: Wastewater Engineering: Treatment and Reuse. McGraw Hill Companies, Inc. (7):421.
Ummah MF, Herumurti W. 2018. Biological WWTP Sludge Drying on Sludge Drying Bed (SDB) Unit. J Purification. 18(1):39–48.