You have seen containers everywhere these days. They can be on trucks or trains. In great numbers, the freight containers are found at the ship docks. Ports are ever crowded with containers. A point to note is that container transport has the capability of influencing the performance of an economy. With that said, nobody can afford to take any chances at the ports during vessel loading or unloading procedures. Every personnel involved in the procedures must be well conversant with the finest details of how to do it. Use of modern equipment is also a basic skill. Handling containers effectively is determined by how well you can identify a container. The following points focus on container handling.
Different containers come in different sizes. Variation is in both the length and the height. Some containers are cubical meaning that they have a higher height than the rectangular ones. Rectangular shaped containers can also be different in length.t eh short ones regarded as class C are 20 feet in length. Longer containers can go up to 40 feet and are class A. The length doesn?t pose much of a challenge in handling as compared to the height. Containers of different heights will be challenging to stack over one another. Height can be 6 feet of 8 feet. Where containers of both heights are to be handled in the same vessel, a plan is necessary to keep the weight balanced.
Containers are many but each one of them is made unique by special markings. For identification purposes, are required to be marked. Ships sail to many places around the globe. Without markings, a container could be just one in a billion making it super difficult to identify. Deck officers must know how to decode the markings on container sides for effective handling. Where fragile products are placed in a given container and indicated in codes, there will be no trouble to identify which one it is. Special handling will therefore be given to that container. Container number, code, tare weight and permissible payloads at maximum are all indicated at the container sides.
Containers are fully stacked right from the bay upwards to the deck. How each of the containers is stacked matters to the spread of weight on the ship. Having the heavy containers on one side and the lighter ones on the other can create imbalances causing ship collapsing. The planners must develop a bay plan before the containers are brought in for simple and fast loading. Any deck officer needs to familiarize himself with the created bay plan to ensure that every container goes where it has been allocated and not anywhere else.
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