Perhitungan Daya Kompresor dan Beban Kalor Pada Hasil Tangkapan Ikan Laut
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Abstract
A refrigeration machine is needed on a fishing boat because the purpose of catching is to catch as many fish as possible and maintain the quality of the catch. In general, fishing vessels use mechanical refrigeration machines in an effort to maintain the quality of the catch up to the hands of consumers. The results of checking products that enter the hold showed the average initial temperature of the fish entering the hold was 11,7 oC. The final temperature of fish products after going through the freezing process is 2,075 oC. The total product load calculation is 101,1 KW and the average product heat load on the hold is 9,1 KJ/s. By knowing the suction pressure, exhaust, and working temperature of the compressor through a worksheet that is journalized every day, as well as the temperature in the pipe after the condenser, and the expansion valve using the Mollier R-22 diagram and the Saturation Properties-Temperature R-22 table, it is known that the average compressor power average of 1,9 KW and actual COP averaging is 4,6 KJ/Kg. The total compressor power result calculation is 20,96 KW with an average usage of 1,9 KW. The total result of the COP actual calculation is 51,4 with an average of 4,6.
References
Siagian, S, “Perhitungan Beban Pendingin Pada Cold Storage Untuk Penyimpanan Ikan Tuna Pada PT. X”, Bina Teknika. Vol.13, pp139-149, Juni.2017.
Silaban, E.R, “Pengaruh Kinerja Kompresor Pada Mesin Pendingin”, Jurnal Ilmiah Mekanik. Vol.4, pp48-55, Mei.2018.
T. Darwis, “Pemahaman Tentang Sistem Refrigerasi”, Teknik SIMETRIKA. Vol.4, pp314-318, April.2005.
Z. Boby Wisely, S. Juniawan Preston, and Uriandi, “Perhitungan Beban Pendingin Pada Sistem Refrigerasi Air Blass Freezer”, Jurnal Teknologi Terapan. Vol.6, pp163-171. September.2020.
B. Yuniato, “Pengaruh Perubahan Temperatur Evaporator Terhadap Prestasi Air Cooled Chilled Dengan Refrigerant R-134a Pada Temperatur Kondensor Tetap”, ROTASI. Vol.7, pp.25-30. Juli.2005.
J. Ahmad and C. Pandu Adi, “Analisis Effisiensi Kerja Kompresor Pada Mesin Refrigerasi di PT XYZ”, Jurnal Mesin Nusantara. Vol.5. pp86-95. Juni.2022.
Pani, Alamanda, “Mengatasi Meningkatnya Temperatur Pendingin Air Tawar Pada Mesin Induk KMP. Nusa Jaya Abadi Di Pelabuhan Nusa Penida”, Karya Tulis. Universitas Maritim AMNI, 2019.
P. Teguh, et al, “Optimalisasi Perawatan Rubber Seal Tutup Palka Guna Melancarkan Proses Kegiatan Pelayaran di MV. Tanto Terima”, Jurnal Kewarganegaraan. Vol.7. pp.296-307. Juni.2023.
H. Sugeng, “Analisa Pengaruh Pemeliharaan Terhadap Kinerja Sistem Pendingin Refrigerasi Kapal”, Jurnal Sains Teknologi Maritim. Vol.2. pp30-35. Mei.2020.
Zulkifi, S. Baharudin, F. Andi Husni, and Muhammad, “Desain Sistem Refrigerated Sea Water Pada Kapal Ikan Pelat Datar 10 GT”, Jurnal JPE. Vol.23. pp39-44. Mei.2019.
M. ling, Abdurohman, and R. Harris, “Studi Kinerja Fresh Water Generator Di Kapal AHTS PETEKA 5401”, Jurnal Sains Teknologi Transportasi Maritim. Vol.1. pp7-12. November.2019.
Mardioyono and F. Fadilah, “Perhitungan Refrigerasi Terhadap Hasil Tangkapan Pada KM. Harapan Jaya Juwana, Pati, Jawa Tengah”, Jurnal Rekayasa Mesin. Vol.15. pp171-175. Desember.2020.
L. Maruto Swarata, S. Bambang, N. Ari Bagus and W. Hasnira Novie Ayub, “Sistem Pendingin Air Untuk Panel Surya Dengan Metode Fuzzy Logic”, Jurnal Integrasi. Vol.12. pp21-30. April.2020.
R. Ahmad Imam and Novarini, “Pengaruh Tekanan Refrigeran R-134a Terhadap Nilai Coefficient of Performance (COP)”, Jurnal Inovator. Vol.4. pp9-12. Desember.2020.
J. Amri and C. Audry. D, “Analisis Kinerja Sistem Pendingin Ruang Palka Ikan Dengan Menggunakan Refrigeran R-22 Dan Hidrokarbon (MC-22)”, Jurnal Kajian Teknik Mesin. Vol.2. pp14-25. April.2017.
Safitri and G. Nabila, “Analisis Beban Kalor Dan Perbandingan Biaya Reusable Ice Pack Dengan Es Basah Pada Penyimpanan Sementara Ikan Kembung (Rastrliger SP)”, Thesis. Universitas Bakrie, 2022.
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