Application of Aquaponic System as an Alternative for Medical Liquid Waste Containing Blood at the Dentist's Practice

Syifa Qurratu’ain; Purwanto; Dwi Kartika Apriyono; Tecky Indriana; Elyda Akhya Afida Misrohmasari

doi:10.55927/mudima.v3i4.3525

Authors

Syifa Qurratu’ain Post Graduate, Faculty of Dentistry, University of Jember,
Purwanto Biomedical Department, Faculty of Dentistry, University of Jember
Dwi Kartika Apriyono Biomedical Department, Faculty of Dentistry, University of Jember
Tecky Indriana Biomedical Department, Faculty of Dentistry, University of Jember
Elyda Akhya Afida Misrohmasari Public Dental Health Department, Faculty of Dentistry, University of Jember

DOI:

https://doi.org/10.55927/mudima.v3i4.3525

Keywords:

Medical Waste, Aquaponics, Blood, Wastewater Quality Standards

Abstract

The waste generated by the dentist clinic is in the form of non-medical waste and medical waste. Medical liquid waste containing blood can develop disease if not processing properly before entering the environment. Aquaponic system is a combination of hydroponics and aquatics, also the resirculation process using plants and animals as: convolvulus land (Ipoema Reptans) and catfishes (Clarias spp.) that able to survive the extremes. Aquaponic system has potential to be an alternative to treating medical liquid waste containing blood according to medical liquid waste standard in Regulation of the Minister of Environment of the Republic of Indonesia Number 5 of 2014. The study aims to observe the value changes of the liquid waste parameter as: BOD, COD, TSS, pH; and compare them to medical liquid waste standard. The research is a pre-experimental on shot case study that done in four days and put the treatment on the first day then the sample were taken every 24 hours. The measurement result of the liquid waste parameter has an efficiency as: BOD 57, 1%, COD 40 %, TSS 53 %, and pH 4, 7 %. All the parameter not exceeding the medical liquid waste standard in Regulation of the Minister of Environment of the Republic of Indonesia Number 5 of 2014. The conclusion is the application of an aquaponic system can be used as an alternative to medical liquid waste containing blood treatment

References

Kemensetneg RI. 2009. Law of the Republic of Indonesia Number 32 of 2009 concerning Environmental Protection and Management. Jakarta. LN 2009/No. 140. TLN No. 5059. LL Setneg: 71 pages.

Putri, D. A. P. G. M. S., N. K. F. R. Pertiwi, and N. M. S. Nopiyani. 2018. Management of medical waste management in the Tabanan district dentist practice. Bali Dental Journal. 2(1):9-16.

Andaei, M., P. Karimzadeh, M. Momeni, C. J. Palenik, M. Nayebi, V. Keshavarzi, and M. Askarian. 2014. The management of dental waste in dental offices and clinics in shiraz, southern iran. International Journal of Occupational and Environmental Medicine. 5(1):18-23.

Purwanti, A. A. 2018. Management of hazardous and toxic waste materials in hospitals at Dr. Soetomo Hospital, Surabaya. Jurnal Kesehatan Lingkungan. 10(3):291-298.

Maharani, N. A. and P. N. Sari. 2016. Application of aquaponic as an appropriate technology for processing fish pond wastewater in Kergan Hamlet, tirtomulyo, kretek, bantul, yogyakarta. Indonesian Journal of Community Engagement. 1(2):172-182.

Patillo, A. 2017. An Overview of Aquaponic Systems: Hydroponic Components. United States.

Panigrahi, G. K., S. Panda, and S. N. Padhi. 2016. Aquaponics: an innovative approach of symbiotic farming. International Journal of Bioassays. 5(9):4808-4814.

Thorarinsdottir, R. I. 2015. Aquaponics Guidelines. Iceland: Lifelong Learning Programme.

Putri, A. O., O. Yuan, T. Pamula, Y. Fakhriah, L. A. Sari, and N. N. Dewi. 2019. The comparison of water spinach (ipomoea aquatica) density using aquaponic system to decrease the concentration of ammonia (NH3), nitrite (NO2), nitrate (NO3) and its effect on feed conversion ratio and feed efficiency to increase the survival rate and sp. Journal of Aquaculture and Fish Health. 8(2):113-122.

Haruna, E. T., I. Isa, and N. Suleman. 2012. Phytoremediation in soil media containing Cu. Jurnal Sainstek. 6(6).

Ernawati, H., N. C. Chotimah, S. Kresnatita, and G. I. Ichriani. 2015. Utilization of cow blood and kiambang waste as environmentally friendly fertilizer to support sustainable peatland agriculture. Udayana Mengabdi. 14(1):13-17.

Subadyo, A. T. 2017. Management of the impact of the construction of a ruminant slaughterhouse in the city of Batu. Journal of Community Service, Merdeka University Malang. 2(2):15-20.

Faranita, T., Y. Trisnawati, and M. Lubis. 2016. Coagulation disorders in sepsis. Sari Pediatri. 13(3):226.

Handayani, H. B. and Evita. 2018. Agrotechnology Vocational High School (Smk) Competency Group. Cianjur: Center for Development and Empowerment of Agricultural Educators and Education Personnel.

Arsa, A. K., C. Rianto, and M. N. A. Hidayat. 2019. The Efficiency of Phosphate Absorption of Laundry Waste Using Water Kale (Ipomoea Aquatica Forsk) And Jeringau (Acorus Calamus). Struggle Chemical Engineering National Seminar. Development of Chemical Technology for Processing Indonesian Natural Resources. UPN Veteran Yogyakarta: 1-7.

Khaer, A. and E. Nursyafitri. 2019. The ability of the combined phytoremediation filtration method of lotus and water hyacinth plants in reducing bod and cod levels of tofu industrial wastewater. Sulolipu Communication Media for Academics and Society. 17(2):11.

Lumaela, A. K., B. W. Otok, and Sutikno. 2013. Modeling the river chemical oxygen demand (COD) in Surabaya using the mixed geographically weighted regression method. Journal of Science and Arts Pomits. 2(1):100-105.

Atima, W. 2015. Bod and cod as water pollution parameters and wastewater quality standards. Jurnal Biologi and Science. 4(1):83-93.

Said, S. and M. Lalla. 2020. Application of catfish manure water and goat manure immersion on the growth of lettuce plants (lactuca sativa l). Journal of Agercolere. 2(1):24-29.

Marlina, E. and Rakhmawati. 2016. Study of ammonia content in tilapia (Oreochromis Niloticus) cultivation using tomato plant aquaponics technology (Solanum Lycopersicum). Fifth Annual National Seminar on Fisheries and Marine Research Results B2. 181-187.

Jiyah, B. Sudarsono, and A. Sukmono. 2016. The study of the distribution of total suspended solids in the coastal waters of Demak district uses Landsat imagery. Journal of Geodesi Undip. 6(1):41-47.

Fitri, H. M., M. Hadiwidodo, and M. A. Kholiq. 2016. Reduction of cod, bod, and tss levels in MSG (monosodium glutamate) industrial wastewater with anaerobic bio-filter bio-ball media. Journal of Environmental Engineering. 5(1):1-10.

Fitmawati, Isnaini, S. Fatonah, N. Sofiyanti, and R. Mustika. 2018. The application of deep flow technique hydroponic technology as an effort to increase the income of farmers in Sungai Bawang village. Riau Journal of Empowerment. 1(1):23-29.

Alvian, P. 2015. Hydroponic Planting for Beginners. Depok: Bibit Publisher.

Arizuna, M., D. Suprapto, and M. R. Muskananfola. 2014. Nitrate and phosphate content in sediment pore water in the Wedung Demak river and estuary. Diponegoro Journal of Maquares. 3(1):7-16.

Qalit, A. and A. Rahman. 2017. Design of a prototype for monitoring pH levels and temperature control as well as automatic feeding in Sangkuriang catfish farming based on IOT. Journal of Electrical Engineering Scientific Works. 2(3):8-15.

Apsari, L., E. Kusumawati, and D. Susanto. 2018. Phytoremediation of laundry wastewater using water jasmine (Echinodorus palaefolius) and water hyacinth (monochoria vaginalis). Bioprospek. 13(2):29-38.

Dwi, E., A. Sari, A. D. 2018. Moelyaningrum, and P. T. Ningrum. Liquid waste content based on chemical parameters at the inlet and outlet of slaughterhouses (study at slaughterhouses x Jember district). Journal of Health Science and Prevention. 88-94.

Mallo, P. Y., S. R. U. A. Sompie, B. S. Narasiang, and Bahrun. 2012. Design of an instrument for measuring hemoglobin and oxygen levels in the blood using a non-invasive oximeter sensor. Electrical Engineering Study Program. 1(1).

Agustina, E., F. Andiarna, N. Lusiana, R. Purnamasari, and M. I. Hadi. 2018. Identification of active compounds from water guava leaf extract (Syzygium aqueum) by comparison of several solvents in the maceration method. BIiotropic. The Journal of Tropical Biology. 2(2):108-118.

Mulqan, M., S. Afdhal, E. Rahimi, and I. Dewiyanti. 2017. Maintaining and maintaining the life of Nile tilapia (Oreochromis niloticus) seeds in an aquaponic system with different types of plants. Unsyiah Maritime and Fisheries Student Scientific Journal. 2(1):183-193.

Windriani, U. 2017. Biofloc System Catfish Pocket Book. Marine and Fisheries Ministry. Directorate of Production and Plant Cultivation Business. Unsyiah Maritime and Fisheries Student Scientific Journal. 2(1):183-193.

Fadhlillah, R. H., S. Dwiratnah, and K. Amaru. 2019. The performance of the floating raft fertigation system on water spinach (ipomea reptans poir) cultivation. Journal of Tropical Agriculture. 6(1):165-179.

Nastika, A., Violita, and I. Leilani. 2018. The effect of sargassum sp. liquid organic fertilizer in the growth of land kangkung (ipomoea reptans poir) by using hydroponic. Bioscience. 2(2):65-75.