The Floating Pipeline is a high-capacity marine slurry transport system designed for demanding dredging, reclamation, and offshore mining support operations. Constructed with multi-layer reinforced synthetic carcass and premium abrasion-resistant rubber inner lining, it ensures stable performance under continuous high-pressure and high-volume slurry flow.

The system integrates advanced buoyancy architecture that provides uniform floating stability along the entire pipeline route without external flotation devices. Engineered for long-distance offshore discharge, it efficiently transports sand, sediment, tailings, and dredged materials while minimizing hydraulic loss and maintaining consistent flow velocity.

In a large-scale coastal expansion project along the Red Sea in Saudi Arabia, engineers reclaimed over 5 million cubic meters of sand for new industrial and logistics zones. The extreme operating environment included temperatures exceeding 45°C, high salinity seawater, and strong coastal wind loads affecting offshore pipeline stability.

Traditional discharge systems experienced frequent buoyancy imbalance, joint stress failures, and misalignment caused by thermal expansion and wave interference, resulting in repeated shutdowns and increased operational costs.

After deploying Hongruntong Marine Floating Pipeline system, the discharge line achieved stable floating performance even under continuous 22-hour operation cycles. The integrated buoyancy structure maintained consistent elevation across all pipeline sections, eliminating sinking points and reducing mechanical stress at connection joints.

Results included 31% improvement in dredging efficiency, over 40% reduction in downtime related to pipeline repositioning, and improved energy efficiency due to smoother slurry flow and reduced pumping resistance.

Note: Various sizes can be customized according to the requirements.

• High Stability Integrated Buoyancy Engineering System: Precision-engineered buoyancy system with closed-cell technology prevents water absorption and ensures long-term buoyancy stability in high-salinity marine environments.
• Extreme Duty Abrasion Resistant Flow Lining: High-performance wear-resistant rubber compounds optimized for high-density slurry transport with exceptional resistance against continuous erosion.
• Thermal and UV Resistant Marine Structural Design: Engineered to withstand extreme environmental conditions including high solar radiation, elevated temperatures, and long-term UV exposure.
• High Load Dynamic Reinforcement Architecture: Multi-layer synthetic fiber reinforcement handles internal pressure fluctuations and external dynamic forces such as wave impact and current-induced stress.

• Large Scale Coastal Reclamation Projects: Continuous sand transportation in industrial land reclamation and coastal expansion projects requiring long-distance slurry discharge systems.
• Harbor Deepening and Maintenance Dredging: Commercial port maintenance operations where continuous sediment removal and stable hydraulic transport are required.
• Offshore Industrial Slurry Transport Systems: Mining tailings and industrial slurry discharge operations in offshore and coastal environments.

• Advanced Marine Engineering Manufacturing System: Specialized production facilities with precision vulcanization systems and automated reinforcement winding technology.
• Customized Engineering Design Based on Real Project Conditions: Each system designed according to specific project parameters including slurry density, pumping distance, and environmental conditions.
• Strict Multi Layer Quality Assurance and Testing Process: Comprehensive testing including pressure resistance validation, flotation stability verification, and abrasion simulation.
• Proven Global Deployment Experience Across Harsh Environments: Successful deployments in large-scale projects across the Middle East, Southeast Asia, and Africa.