As a high-risk, high-energy consumption, and highly complex industry, the digital transformation of non-ferrous mines has long been hindered by challenges such as harsh environmental conditions (underground/open-pit extreme conditions), dispersed equipment, difficulties in safety management, and low production efficiency. The deep integration of “5G + Cloud + AI” can address these challenges specifically, delivering multi-dimensional value enhancements, transitioning from a “reactive response” to an “active optimization” approach.

The core value of “5G + Cloud + AI” lies in enabling non-ferrous mines to transition from “relying on human experience and passively addressing issues” to “data-driven, proactive optimization of the entire process.” For non-ferrous mines, this is not merely a technological upgrade but an inevitable choice to align with the industry's high-quality development goals (safety, environmental sustainability, and efficiency).

Mining and hydrometallurgy system engineering, usually introduces a variety of key system modifications and technological upgrades, in order to achieve cost reduction and efficiency, green environmental protection, and contribute to mankind.

I. High-efficiency beneficiation and resource recovery system

1. Intelligent sorting and ultra-fine particle recovery technology

2. tailings reelection and recycling system.

Wet Metallurgy Process Optimisation System

1. leaching - extraction - electrowinning (SX-EW) whole process upgrading

2. Biometallurgy and intelligent control technology

III. Resource recycling and tailings reduction system

1. Tailings dry discharge and high value utilisation.

2. Acid wastewater and iron resource recovery

IV. Digital and Intelligent Management System

1. 3D resource modelling and dynamic optimisation

2. AI-driven predictive maintenance

V. Energy saving and environmental protection synergy system

1. waste heat recovery and energy management

2. Acid waste gas in-depth treatment

Through the integrated application of the system, mining and hydrometallurgical projects can achieve the goals of "maximising resource utilisation, minimising tailings discharge and optimising economic benefits". For example, by upgrading the whole process of a copper mine, the copper recovery rate was increased from 78% to 88%, and the copper content of tailings was reduced from 0.3% to 0.15%, with an annual increase of more than 200 million yuan in revenue and a reduction of tailings discharge by 300,000 tonnes.

We specialize in underground mining flood control and related system equipment to support underground mining projects. We provide cost-effective solutions to minimize downtime, enhance productivity, and meet the highest safety and compliance standards.

Hazards and impacts of flooding:

Personnel safety, equipment damage, environmental destruction, economic losses, production downtime losses, etc.

We utilize foundational data such as detailed exploration, dynamic monitoring, and risk assessment to implement flood control measures including emergency drainage, isolation and sealing, curtain grouting for water blocking, dewatering and pressure reduction methods, advance water drainage, and backfilling.