Tailings ponds are storage places for tailings or other industrial waste
discharged during the mineral processing of mines. They are usually surrounded
by dams and are used to store tailings from metal or non-metal mines. Tailings
ponds typically include systems such as tailings storage, flood discharge, and
backwater management. Based on the terrain, they can be divided into
valley-type, mountainside-type, flat-land-type, and river-interception-type
tailings ponds. As a key facility in mine processing plants, tailings ponds not
only help to recover resources, but are also important environmental protection
projects for mining enterprises, helping prevent untreated tailings from being
discharged into the natural environment.

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01Xinhai Mining assists in the construction of tailings ponds
Xinhai Mining has rich experience and professional capabilities in the field
of tailings pond construction. Xinhai Mining holds a first-class qualification
in general contracting for mining engineering construction and can provide
full-process services from design and construction to operation and maintenance.
It can undertake the construction general contracting projects of grade I to V
tailings ponds. Its domestic business covers many provinces, autonomous regions,
and municipalities such as Shandong, Henan, Jiangxi, and Inner Mongolia.
Internationally, Xinhai Mining has expanded its business to over 100 countries
across Asia, Africa, and South America.

Xinhai boasts a skilled team of over 100 designers, 10+ project managers, and
300+ experienced construction workers. It is equipped with more than 50 sets of
professional construction machinery and equipment, featuring a fleet of
professional machinery, such as excavators, dump trucks, concrete mixers, pump
trucks, mixing stations, road rollers, graders, forklifts, loaders, steel
processing machinery and wood processing machinery, etc., which can fully meet
the construction needs of different types of tailings ponds.
02Leveraging Mining Experience for Tailings Pond Design
Tailings pond design is crucial for ensuring the safe and sustainable
development of mines. Xinhai Mining holds a Class B design qualification for
metallurgical mining engineering. The company provides optimized designs for key
components, including the initial dam, flood discharge system, tailings
conveying system, anti-seepage project, backwater system, and monitoring system,
tailored to the project's geological conditions, tailings characteristics, and
environmental requirements.
Xinhai also provides feasibility study reports, preliminary designs, safety
facility designs, and construction drawings to ensure smooth project execution
and safety production license application. In addition, Xinhai creates 3D
animations of the construction process to visually present construction plans
and technical advantages.

The Xinhai Mine Design and Research Institute has a team of over 100
professional designers, specializing in 18 fields, such as civil engineering,
mining, mineral processing, tailings management, electrical systems, automation,
and pipelines. With nearly 30 years of expertise in mine design, Xinhai
continuously develops innovative solutions for tailings pond construction and
management.
Key innovations in tailings pond design include:
Drainage and consolidation technologies to enhance tailings pond
stability.
1.Radial well construction technology.
2.Combined horizontal and vertical drainage technology.
3.Precision directional construction technology for drainage pipelines.
Comprehensive Tailings Utilization Enhances Resource
Efficiency
1.Full tailings backfilling technology.
2.Utilizing tailings for building material production.
3.Tailings-based brick production and water-stabilizing materials.
Tailings Pond Monitoring and Centralized Control Systems Enable
Intelligent Operation Management
1.All-weather, full-coverage tailings pond monitoring system.
2.Centralized tailings pond control system.
3.Online tailings pond safety monitoring system.
4.Automated water volume and level control system for tailings pond return
water management.
Whether it is optimizing the stability of tailings ponds through drainage and
consolidation technology, or using tailings to develop building materials and
filling technology to improve resource utilization efficiency, and relying on
monitoring and centralized control systems to realize intelligent management of
tailings pond operations, these innovations have injected new impetus into the
design and operation of tailings ponds.
03Mine Automation for Enhanced Tailings Pond Monitoring
To further enhance tailings pond safety, Xinhai Mining offers a cutting-edge
online monitoring system. This system integrates state-of-the-art equipment and
data analysis software to provide real-time safety monitoring and early warning
management.
The Xinhai Mining Automation Team consists of 11 senior experts, each with
over 30 years of experience in the mining automation industry. The team has led
multiple scientific and technological innovation projects in Shandong Province
and Yantai City, contributing to advancements in mining automation.
Among these innovations, the Xinhai Mining Tailings Pond Monitoring System
primarily tracks key parameters such as displacement, seepage, dry beach
conditions, hydrology, and video surveillance. By analyzing real-time monitoring
data, the system can detect potential safety hazards early, allowing timely
implementation of preventive and control measures. This significantly mitigates
the risk of major incidents, including tailings dam breaches, while safeguarding
the surrounding ecosystem and protecting lives and property.
Furthermore, the accumulated monitoring data serves as a valuable scientific
foundation for future tailings pond safety assessments and optimized management.
It assists relevant authorities in formulating optimized maintenance plans,
standardizing operational procedures, and driving the industry toward safer and
more efficient development.

04Effective Mine Management Facilitates Tailings Pond Construction
Xinhai Mining provides EPC general contracting services for tailings pond
design and construction. The company holds a first-class qualification for
general contracting in mining engineering construction and a second-class
qualification in metallurgical mining engineering design. It is capable of
undertaking general contracting projects for tailings ponds ranging from grade
one to five.
Xinhai handles multiple aspects of tailings pond construction, including
earth excavation, reinforced concrete pouring, earth and rock filling,
geosynthetic installation, and mortar masonry work.
In the construction of tailings ponds, Xinhai has comprehensive management
capabilities, supported by a professional project management team that
encompasses project oversight, construction supervision, safety assurance, and
environmental compliance. The company effectively coordinates resources across
all stakeholders to ensure timely project completion, seamless execution, and
the achievement of production targets.
Xinhai guarantees safety, efficiency, and smooth project progress through
scientific planning, progress control, and quality management.
Conclusion
As a crucial infrastructure for mining enterprises, tailings ponds are vital
for resource recovery, environmental protection, and safety management. Adhering
to national standards, scientific planning and design, and utilizing
cutting-edge monitoring and safety management technologies form the foundation
for ensuring the safe, eco-friendly, and efficient operation of tailings
ponds.
With extensive practical experience and expertise, Xinhai Mining provides
customers with safe, cost-effective, and eco-friendly one-stop tailings pond
engineering solutions to support sustainable development in the mining
industry.