scholarly journals Kerjasama Maritim Indonesia-Amerika Serikat sebagai Implementasi Politik Poros Maritim Indonesia: BAKAMLA-US Coast Guard

2021 ◽  
Vol 4 (1) ◽  
pp. 1-15
Author(s):  
Muhammad Ridha Ridha Iswardhana
Keyword(s):  

Permasalahan maritim dan sengketa wilayah telah menjadi salah satu perhatian utama dunia, seiring dengan adanya kesadaran pentingnya laut dan berkembangnya permasalahan wilayah yang dipersengketakan antar negara terkait maritim. Berkaca pada adanya banyak berbagai kasus kejahatan di lautan serta kecelakaan yang menimbulkan banyak korban jiwa tentunya menjadi perhatian pentingnya keamanan laut. Penelitian ini dipilih mengingat lautan juga penting untuk dijaga dan diperhatikan, karena selama ini Indonesia lebih menitikberatkan pada pembangunan dan pengamanan di daratan. Penulis akan menggunakan metodologi kualitatif deskriptif dengan konsep Keamanan Maritim dan Kepentingan Nasional. Penelitian ini menemukan bahwa kerjasama antara Pemerintah Indonesia dan Pemerintah Amerika Serikat melalui lembaga Badan Keamanan Laut Indonesia (BAKAMLA RI) dan US Coast Guad merupakan salah satu wujud nyata mewujudkan Poros Maritim Dunia melalui keamanan dan penanggulangan bencana di laut. Terdapat berbagai kepentingan nasional Indonesia yang diuntungkan dengan adanya kerjasama ini, diantaranya transfer pengetahuan dan teknologi, kerjasama penanganan pencurian ikan dan kejahatan laut.

1991 ◽  
Author(s):  
STOLLAR (R L) AND ASSOCIATES INC DENVER CO
Keyword(s):  

OCEANS 2006 ◽  
2006 ◽  
Author(s):  
Kathryn Bosley ◽  
Chris McGrath ◽  
Tammy Graff ◽  
John Stepnowski

2003 ◽  
Vol 2003 (1) ◽  
pp. 833-841
Author(s):  
Tom Coe ◽  
Jim Mackey ◽  
Hyde Marine

ABSTRACT Sixty nine percent (645 million tons annually) of the oil transported in United States waters is on waterways where currents routinely exceed one knot. Conventional skimmers and booms lose their effectiveness when current speeds exceed 1 knot. The US Coast Guard recognized that this threat could not be easily controlled, and so they initiated a project that led to the successful development of a novel spill control device, the Oil Spill Flow~Diverter. The Flow~Diverter system is effective at diverting and converging oil at speeds up to 5+ knots. In more moderate currents it can also be used in place of an anchor, towboat or outrigger arm to deploy and position the outboard end of a deflection boom. It may also have application to dispersant and in-situ burn operations. The diverter is a unique stable catamaran design that consists of two hulls each comprised of symmetrical foils with integral buoyancy. The foils are pinned to a rigid connecting structure such that they can pivot but always remain parallel to each other. Two or more diverter catamarans can be connected together with cables to increase the total sweep width of the system. Two control lines are anchored to shore or secured to a boat and are used to deploy the system by adjusting the foils’ angle to the oncoming water. With the control lines securely anchored, the system is launched into the current and “flies out” into a stable operating position. It remains in equilibrium, balanced by the hydrodynamic lift forces of the passing water and the tension in the lines. The foils create a strong transverse surface current downstream to achieve the desired diversion and consolidation affect on floating oil. Unlike most skimmers and deflection boom, the diverters are not adversely affected as currents increase. The oil is diverted by the same lateral distance irrespective of the current or speed of advance. This paper presents the development of the Flow~Diverter prototype, its testing and operational evaluations. Several applications of the diverter technology in various response tactics are discussed. Use of the Diverter during a recent US Coast Guard Spill Exercise on the Ohio River is also presented. Production model enhancements are presented that will enhance performance in 7+ knot currents and shallow water applications.


2014 ◽  
Vol 56 (8) ◽  
pp. 820-833 ◽  
Author(s):  
Jennifer A. Rusiecki ◽  
Dana L. Thomas ◽  
Ligong Chen ◽  
Renée Funk ◽  
Jodi McKibben ◽  
...  

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