The Floating Pipeline is a heavy-duty slurry transport system engineered for mining tailings discharge, industrial waste slurry transfer, and large-scale dredging operations. Constructed with a multi-layer reinforced synthetic carcass structure combined with an ultra abrasion-resistant rubber inner lining, it ensures stable performance under extreme wear conditions and continuous high-pressure flow.

Designed for high-density and highly abrasive media, it efficiently transports mining tailings, mineral slurry, and industrial sediment while maintaining consistent hydraulic stability. The pipeline offers excellent resistance to chemical corrosion, mechanical impact, and long-term fatigue, making it suitable for harsh industrial and offshore environments where reliability and continuous operation are critical.

In a large-scale copper mining operation in northern Chile, the project required continuous transport of high-density tailings slurry from an inland processing plant to a remote containment pond located over 1.5 kilometers away. The region presented significant operational challenges including highly abrasive mineral particles, extreme daytime temperature variations, and uneven terrain affecting pipeline stability.

Conventional steel pipeline systems previously used suffered from severe internal wear, frequent leakage at connection points, and high maintenance downtime. These issues significantly impacted production continuity and increased operational costs.

After implementing Hongruntong Marine Floating Pipeline system, the transport line achieved stable and continuous operation under 24-hour industrial cycles. The integrated buoyancy structure allowed consistent elevation across uneven ground-water transition zones, while the high-abrasion inner lining significantly reduced wear rate from mineral particles. The project recorded a 39% reduction in maintenance interventions and substantial improvement in slurry transport efficiency.

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

• Industrial Grade High Load Structural Reinforcement System: Engineered with heavy-duty multi-layer reinforcement structure designed specifically for high-pressure industrial slurry transport.
• Ultra High Abrasion Resistant Mining Lining Technology: Internal lining utilizes advanced wear-resistant rubber compounds formulated for mining and industrial slurry applications.
• Chemical and Corrosion Resistant Engineering Design: Designed to withstand exposure to chemically aggressive mining slurry, including acidic and alkaline tailings environments.
• Stable Floating and Terrain Adaptive Buoyancy System: Integrated buoyancy structure ensures consistent floating performance across uneven terrain and mixed land-water environments.

• Mining Tailings Transportation Systems: Continuous discharge of mineral tailings from processing plants to storage ponds or treatment facilities.
• Industrial Slurry Waste Management: Safe and efficient transport of high-density waste slurry and sediment mixtures in factories and industrial plants.
• Hydraulic Mining and Processing Support Systems: Supports continuous material transport in mining extraction and beneficiation processes.

• Specialized Industrial Engineering Manufacturing Capability: Advanced production systems designed for heavy-duty slurry transport equipment with multi-layer reinforcement technology.
• Tailored Mining and Industrial System Design: Fully customized engineering solutions based on slurry composition, transport distance, and operational requirements.
• Comprehensive Heavy Duty Quality Testing System: Strict testing procedures including abrasion resistance simulation, pressure endurance testing, and structural fatigue analysis.
• Proven Performance in Global Mining Projects: Successfully deployed in mining operations across South America, Africa, and Southeast Asia.