Note: Blending tanks allow more than one product to be put in the tank. A blending tank should be identified with a code that begins with the letter ''B." If the tank is a blending tank, the Blend Categories Window appears when you press Enter at tank setup time. This unique number is assigned by the system.Ī user defined code (system 39/type TL) that indicates the tank's location, for example, Tank Farm 1, Tank Farm 2, and so forth.Ī user defined code (system 39/type TU) that identifies how the tank is used. Identifies a tank in the Bulk Stock Management System. The information on this form applies only to the entire physical tank. From the ullage table (or sounding table) we can calculate to what level we have to load this cargo.An 8-character field identifying the tank as defined on the Branch/Plant Constants form. Now if we have to load a cargo of density 1.4 t/m3, we can load only 2571 m3 (3600/1.4 m3) of this cargo. Now it does not matter which cargo we load, we can never load more than 3600 tonnes of cargo in this tank. This means that in this tank we can load maximum 3600 tonnes (3000 x 1.2 tonnes). Let us say that volume of the tank is 3000 m3. On tankers, load density is given as to the maximum density of the cargo that can be loaded.įor example, if load density of a tanker ship is given as 1.2 t/m3, it means that we can load the tank to full if the load density is lesser than or equal to 1.2 t/m3. So load density helps the ship staff to know to what height a cargo can be loaded. We know the length and breadth of the tank, so we can calculate the maximum height to which this cargo can be loaded. So the volume of the cargo that can be loaded in tank will be 7200 x 0.9 m3. Now if the stowage factor of the cargo to be loaded is 0.9 m3/Tonne. So Maximum cargo = 30 x 20 x 12 = 7200 Tonnes. Total cargo that can be loaded in this tank = Length x Breath x Load density So how much total cargo we can load in this tank. The length of the cargo hold is 30 meters and breadth of the cargo hold is 20 meters. Say load density of tank top of a bul carrier is 12 tonnes/sq meter. That is how many tonnes can be loaded in one square meter of tank top area. The load density of a tank is provided by the class during yard delivery of the ship.įor dry cargo ships the load density of the tank top is given in t/Sq Meter. This depends upon how strong the tank top is. Load density of a cargo tank defines how much cargo we can load in a tank.
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