1. Capacity: The lifting and handling system must have sufficient capacity to lift and move the loads required for the marine vessel or structure. This includes the weight of the equipment, cargo, and personnel.
2. Size and Weight: The size and weight of the lifting and handling system must be appropriate for the available space on the vessel or structure. Additionally, the weight of the system must be carefully considered so as not to exceed the vessel's weight limits.
3. Safety: The lifting and handling system must be designed with safety in mind. It should be properly maintained and inspected regularly to ensure it is functioning properly.
4. Location: The lifting and handling system must be located in a position that allows it to perform its job effectively. For example, if it's intended to load and unload cargo, it should be positioned in a location that is accessible to workers and cranes.
5. Power source: The lifting and handling system must have a consistent and reliable power source to operate. Depending on the application, this may include electric, hydraulic, or pneumatic operation.
6. Control and Automation: Automated lifting and handling systems can boost efficiency and productivity. However, the system's control and automation must be easy to operate and reliable to prevent accidents and mishandling of loads.
7. Environment: Certain lifting and handling systems may work better in certain environmental conditions. For example, some systems may require special protection against saltwater corrosion or changing weather conditions.
8. Cost: The cost of the lifting and handling system must be factored into the decision-making process, including the initial investment, maintenance, and operational costs of the system.
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