Tailings pond engineering services cover preliminary design, construction contracting, intelligent monitoring, and operational maintenance. As a highly specialized civil and hydraulic engineering project, tailings ponds directly impact a mine’s compliance, safe production, and ecological risk management.
Xinhai offers mining-tailored solutions with expertise in site adaptation and global compliance. We deliver customized, safe, and economical tailings systems based on local conditions and ore properties.
Xinhai offers a range of TSF design services to meet diverse project requirements and geological conditions:
Xinhai adopts a systematic approach, implementing refined full-process control over tailings pond construction. Key phases include:
Clearing the foundation, layered filling, compaction, and anti-seepage treatment to ensure strength and stability.
Installing tailings transport pipelines, spillways, seepage drainage networks, and other critical systems to enable safe discharge and water recycling.
Constructing monitoring wells, collection ponds, return water pump stations, and other supporting systems to enhance operational efficiency and safety.
Implementing full-process quality inspection, construction supervision, and on-site safety control to strictly every procedure.
Xinhai, with a National Class-A Qualification, constructs large tailings ponds efficiently through lean management and cost control. Our green-compliant solutions integrate anti-seepage, recycling, and smart monitoring, ensuring safe and sustainable project delivery.
Dam stability monitoring, data analysis, safety inspections, and technical evaluations.
Planning staged dam raises and storage expansion to extend facility lifespan.
Remote monitoring, data acquisition, and early warning systems for digital TSF management.
Assist with environmental review and safety compliance to ensure long-term regulatory adherence.
Xinhai delivers intelligent real-time monitoring and full-lifecycle maintenance for tailings facilities, enabling precise risk prediction and long-term operational safety.
