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Home > Vessels For Sale > Pile Driving Barge > Pile Driving Barge | 110-meter Class Pile Frame

    Pile Driving Barge | 110-meter Class Pile Frame

    This pile-driving vessel is an advanced deep-water marine engineering vessel suitable for offshore, coastal,wind farm, and sheltered sea projects. It can drive various engineering piles exceeding 110 meters in length (pile length + water depth), with a maximum piling capacity of 150 tons and an outer pile diameter of 3 meters. Equipped with a centimeter-level satellite positioning and 8-point mooring positioning system, it enables precise piling operations. Fitted with an 800-ton crane and a foldable pile frame, construction efficiency is enhanced, making it suitable for reinforcing old wharfs...
    Category:Pile Driving Barge | 110-meter Class Pile Frame     Browse number:201     Release time:2026-01-23 10:13:35
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Offshore pile driver vessel  

LENGTH OVERALL : ~118.50 m2

 BREADTH : 37.70 m4

 DEPTH : 7.70 m5


Piling System Parameters (Detailed)

1. Core Piling Frame Specifications

  • Piling frame height: 90m (above deck)

  • Frame structure: External leader type, stable triangular support

  • Leader section size: 1.0m × 1.0m (high-strength steel material)

  • Tilt adjustment range: 0°–15° (supports inclined piling for special foundations)

  • Frame weight: 380t (ensures stability during heavy piling)

  • Leader to bow distance: 5.5m (optimizes operation space for pile hoisting)

2. Piling Capacity & Performance

  • Maximum pile weight: 180t (suitable for large-diameter heavy piles)

  • Maximum pile diameter: 3.5m (adapts to monopiles, jacket piles, and concrete piles)

  • Maximum pile length: 85m (covers most coastal/offshore foundation depth needs)

  • Pile lifting point height: 88m (above deck, meets long pile hoisting requirements)

  • Hammer center height: 95m (above deck, ensures sufficient hammer stroke)

  • Pile positioning accuracy: ±50mm (high-precision control for foundation quality)

3. Piling Hammer & Power System

  • Hammer type: Hydraulic impact hammer (model: HHP40)

  • Maximum impact energy: 600kJ (suitable for hard soil/rock layers)

  • Hammer stroke range: 0.5m–2.0m (adjustable for different pile types)

  • Hammer weight: 45t (matches pile weight for efficient driving)

  • Hydraulic system pressure: 28MPa (stable power output for continuous operation)

  • Hammer control mode: Electric-hydraulic proportional control (precise impact force adjustment)

4. Auxiliary Piling Machinery

  • Main piling winches: 2 sets, single-line pull 350kN, rope speed 0–12m/min (for pile lifting)

  • Hammer lifting winches: 1 set, single-line pull 200kN, rope speed 0–8m/min (for hammer positioning)

  • Pile clamping device: Hydraulic self-locking type, clamping force 800kN (prevents pile slipping)

  • Frame adjustment winches: 4 sets, single-line pull 150kN each (for frame tilt and alignment)

  • Guide roller system: High-wear-resistant steel rollers (reduces pile friction during driving)

5. Piling Control & Monitoring

  • Control system: PLC intelligent control (integrates winch, hammer, and frame adjustment)

  • Monitoring parameters: Pile penetration depth, hammer impact frequency, pile verticality (real-time display)

  • Safety protection: Overload protection, emergency stop, and verticality deviation alarm (ensures operation safety)

Applications:

Offshore Wind farm foundation piling (monopile, jacket pile)

Coastal port, wharf and terminal piling construction

Cross-river/sea bridge pier pile foundation engineering

Marine revetment and coastal protection piling works

Offshore platform and small-scale offshore structure piling

Advantages:

Strong piling performance: Max pile diameter 3.5m, max pile length 85m, adapting to most coastal engineering needs

Stable operation: Wide hull design and reliable anchoring system ensure safety under complex coastal conditions

High efficiency: Equipped with professional hydraulic piling hammer and precise positioning winches, reducing construction cycle

Flexible adaptation: Suitable for multiple pile types (Steel Pipe pile, concrete pile) and various soil conditions

Good equipment condition: Well-maintained core components (piling frame, winches) with stable working performance

Cost-effective: Optimized power system and low maintenance requirements, controlling operation costs



FAQ:

Q: How long after payment will the vessel be delivered?

A: Generally, the vessel can be delivered within one to two months after signing the MOA and paying the deposit according to its terms.


Q: Can you provide crew training for the buyer's construction personnel?

A: Training for the buyer's construction personnel and crew is divided into two categories:

1. Short-term Familiarization: This is generally for the buyer's senior crew members or operators. They can be dispatched to China before delivery to learn operations and familiarize themselves with the equipment on board. (Free of Charge)

2. Long-term Training: This requires dispatching Chinese crew members and operators to the vessel's location in the buyer's country. They will be responsible for vessel operations and training the crew during actual operations. (Requires a separate contract and is chargeable)

 




Typical Piling Scenarios for Pile Driving Vessels

1. Foundation Construction for Cross-Sea/River Bridges

Scenario Description: In deep-water fairways or tidal waters, pile drivers precisely drive Steel Pipe piles or concrete piles into the seabed to serve as foundations for bridge piers and abutments.

Typical Cases: Hangzhou Bay Sea-Crossing Railway Bridge, Hong Kong-Zhuhai-Macao Bridge, etc.

Challenges: Strong tides, high flow velocities, and heavy seas → Require high-stability pile driving vessels (e.g., "Ehang Changqing").

2. Port and Wharf Construction

Scenario Description: During the construction or expansion of ports, pile drivers install pile foundations along shorelines or breakwaters to support wharf structures, mooring dolphins, or loading platforms.

Pile Types: Large-diameter steel pipe piles (Φ1.5–3.0m), H-shaped steel piles, or prestressed concrete piles.

Requirements: High-precision verticality control (within ±1%), resistance to ship berthing impact.

3. Offshore Wind Power Foundation Installation

Scenario Description: At offshore wind farms, pile drivers drive monopiles or jacket foundations into the seabed to secure wind turbine towers.

Characteristics: Water depth of 10–50 meters; pile weight up to 800–1,500 tons; requires large hydraulic hammers and dynamic positioning systems.

Trend: Moving toward deeper waters and larger pile diameters.

4. Offshore Oil Platform Support Structure Construction

Scenario Description: Driving main piles and diagonal bracing piles for fixed or jacket-type platforms to ensure stability under harsh sea conditions.

Environment: Deep sea, high corrosion, typhoon conditions (once-in-a-century).

5. Cofferdam and Breakwater Projects

Scenario Description: In artificial island construction or coastal protection, pile drivers drive sheet piles or row piles along designed axes to form earth-retaining/wave-breaking structures.

Common Pile Types: Steel sheet piles (AZ-type, U-type), composite pile walls.


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