Analysis Of Technical Specifications Of 180 GT Purse Seine Vessel In Fishing Line III Fisheries Management Area (FMA) 572

Mei Edi Prayitno

doi:10.12962/j25481479.v7i4.14859

Analysis Of Technical Specifications Of 180 GT Purse Seine Vessel In Fishing Line III Fisheries Management Area (FMA) 572

Mei Edi Prayitno

Abstract

fishing vessels for catching small pelagic fish resources in fishing line III FMA 572 are dominated by vessels with a capacity of <30 GT. The capacity of vessels and fishing gear for pelagic types is 180 GT purse vessels. The research is study development of technical specifications of 180 GT purse seine vessel. The research method is a research design of 180 GT fishing vessels with Autocad and Maksurf software. The findings of the technical specifications of purse seine vessels are 180 GT with a length of 35.30 m with a speed of 8 knots. This fishing vessel uses purse seine fishing gear with a length of 600 m and a width of 150 m, which is equipped with a power block and fish pump, which can increase crew efficiency by 40% to 46% and the time for setting net purse seine, hauling and braiiling is faster by 16, 67% to 42.86%. This 180 GT purse seine vessel can operate for 50 days with 27 crews with a fuel tank capacity of 44,525 tons. In the shipbuilding process, it is recommended to use domestic components and material products to increase the speed of the production process and ease the supply of spare parts.

Keywords

Technical specifications of 180 GT purse seine vessel, small pelagic, Fishing line III FMA 572

Full Text:

PDF

References

Prayitno, M.E., et al., Analysis of Owner Requirements of Purse Seine Vessel 180 GT for Fishing Activities on Fishing Line III-Fisheries Management Area (FMA) 572. International Journal of Marine Engineering Innovation and Research, 2022. 7(2).

. Gulbrandsen. Small Fishing Craft in Developing Countries – What is the Experience? Proceeding World Symposium on Fishing Gear and Fishing Vessels Design 1988.

. Baiju, M., Basics of designing of fishing vessels. 2019, ICAR:: Central Institute of Fisheries Technology.

. Wibawa, P., R. Birmingham, and M. Woodward. Design of sustainable fishing vessels, future challenges for the Indonesian fisheries. in 12th International Marine Design Conference. 2015.

ITTC, Guidelines: Testing and Extrapolation Methods, Propulsion, Performance, Predicting Powering Margins. 2008, ITTC.

Borkowski, T., L. Kasyk, and P. Kowalak, Assessment of ship's engine effective power, fuel consumption and emission using the vessel speed. Journal of KONES, 2011. 18: p. 31-39.

Lewis, E.V., Principles of naval architecture second revision. Jersey: Sname, 1988. 2.

Nakamura, S. and S. Naito, Propulsive performance of a container ship in waves. Journal of the Society of Naval Architects of Japan, 1977. 15.

ITTC, Recommended Procedure and Guidelines - Predicting Powering Margins (7.5-02-03-01.5) Revision 02. 2017.

Magnussen, A.K., Rational calculation of sea margin. 2017, NTNU.

Holtrop, J. and G. Mennen, An approximate power prediction method. International Shipbuilding Progress, 1982. 29(335): p. 166-170.

Emsa, Perkins 150-220 kVA, E. Generator, Editor. 2018: Ankara.

Tangke, U., S. Deni, and A. Aunaka. The Influence of using bait types to the number and composition of fishing traps catch in South Ternate waters. in IOP Conference Series: Earth and Environmental Science. 2018. IOP Publishing.

Rahmah, A., et al. Purse seine productivity in Lhok Pawoh fishing port, Sawang, South Aceh. in IOP Conference Series: Earth and Environmental Science. 2021. IOP Publishing.

Yatsu, A., Review of population dynamics and management of small pelagic fishes around the Japanese Archipelago. Fisheries Science, 2019. 85(4): p. 611-639.

Tejerina, R., et al., The purse-seine fishery for small pelagic fishes off the Madeira Archipelago. African Journal of Marine Science, 2019. 41(4): p. 373-383.

Thanasarnsakorn, S. and T. Thimkrap, Minimizing the Impacts of Fishing on the Environment through Innovations in Technologies and Operations. 2021, Southeast Asian Fisheries Development Center: Bangkok.

Molenaar, P., et al., Condition of fish in catches of pelagic fisheries: Post capture fish condition within several pelagic fisheries. 2021, Wageningen Marine Research.

Uhlmann, S.S., C. Ulrich, and S.J. Kennelly, The European Landing Obligation: Reducing Discards in Complex, Multi-Species and Multi-Jurisdictional Fisheries. 2019: Springer Nature.

Nordtvedt, T.S. and K.N. Widell, Refrigeration and sustainability in the seafood cold chain. 2020.

Hafner, A., C. Gabrielii, and K. Widell, Refrigeration units in marine vessels. 2019.

Kang, M., et al., A pilot study on the application of acoustic data collected from a korean purse seine fishing vessel for the chub mackerel. Thalassas: An International Journal of Marine Sciences, 2018. 34(2): p. 437-446.

Happel, A., et al., Great Lakes Fish Finder App; a tool for biologists, managers and education practitioners. Journal of Great Lakes Research, 2020. 46(1): p. 230-236.

DOI: http://dx.doi.org/10.12962/j25481479.v7i4.14859