Floating Crane

Floating Crane (also known as a floating derrick) is a heavy-duty lifting equipment mounted on vessels, docks, or floating platforms. It combines the operational capabilities of cranes and marine vessels, primarily used for cargo handling, installation of large structural components, salvage and rescue operations, and other engineering tasks in aquatic or nearshore areas. Equipped with specialized lifting attachments such as grabs, hooks, or customized rigging, it is designed to fulfill specific operational requirements in challenging marine environments.

Features of Floating Crane

Mobility:

Utilizes buoyancy from the vessel hull to operate freely in water bodies, requiring no reliance on fixed docks or shore-based infrastructure.

High Lifting Capacity:

Capable of hoisting super-heavy and oversized loads, such as cross-sea bridge components, offshore wind turbine installations, and marine engineering modules.

Adaptability to Harsh Environments:

Equipped with anti-sway and stabilization systems (e.g., dynamic ballast tanks, hydraulic compensators) to maintain operational precision under dynamic conditions like tides, waves, and wind loads.

Versatility:

Supports modular attachment interchange (e.g., grabs for bulk cargo, electromagnetic plates for steel materials, spreaders for containers) to handle diverse tasks across industries.

Applications of Floating Crane

Bridge and Port Construction:

Installation of bridge piers, lifting and positioning of caissons, and assembly of large-scale port machinery.

Offshore Energy Development:

Deployment of offshore wind turbine platforms, hoisting of oil drilling modules, and subsea pipeline laying operations.

Rescue and Salvage:

Emergency response tasks including shipwreck recovery, underwater obstacle removal, and disaster relief operations.

Bulk Cargo Transshipment:

Facilitates cargo transfer between bulk carriers and barges in areas lacking deep-water port infrastructure.