RC Type Filling Arm (Full Hard Tube Type)

This type of filling arm is the single arm structure. It is used in group of two sets, one of which transporting LNG and the other transporting NG. At present, the caliber developed is DN100 with Emergency Release System (PERC). Electro-hydraulic control system is suitable for filling LNG fuel for a large cargo ship, and loading and unloading LNG from the LNG transport ship.


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Loading Arm INSPECTION AND TESTING

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The factory tests shall be demonstrate the following: •  Specification compliance checks. •  Complete hydraulic power system; •  Control and alarm systems; •  Operating times of the QC/DC; •  Safe operating of the loading arm; •  Operation of the various interlock; •  Operation of the control panel and the pendant; •  Operating envelope at jetty level;
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Cylindrical Fender

Cylindrical  Fenders  are commonly used fenders recommendedfor all type of applications to ensure a safeand linear berthing to a variety of vessels. Adequate installation is simply achieved by using chains, bars, ropes or peciallydesigned ladder brackets.
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Berthing Approach System(BAS)

The Berthing Approach System (BAS) is used for safe berthing of vessels by measuring the distance, speed and angle of the ship’s bow and stern section in relation to the berth fenders and triggers alarms during the final sideways berthing phase. The BAS comprise the systems to determine a vessels bow and stern approach velocity and display this information on an LED Display, handheld pagers and within the Shore Control Centre. ► The BAS consist of the following components:   ◎ 2 No. lasers   ◎  1 No. large Numeric LED Display   ◎ 2 No. handheld Pagers ► Lasers The lasers shall have the following minimum specifications as listed in Table 9. Criteria Design value Laser Range 0 to 300 [m]. Measuring Distance Accuracy ± 2 [mm] at 0 – 300 [m] Computer Display Distance Resolution ± 1 [mm] at 0 – 300 [m] Large Display Distance Resolution ± 0.5 [m] at 0 – 300 [m] Velocity Range 0 – 99 [cm/s] Measuring Velocity Accuracy ± 0...
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