AI-Powered Mineral Exploration Takes Center Stage at China Mining Conference 2026

Record-Breaking Attendance Marks a Turning Point for Global Mining

The 28th China Mining Conference and Exhibition concluded on September 12 in Tianjin, setting new benchmarks for scale and international participation. The three-day event attracted 31,000 professional attendees and 59,000 total visits from representatives of 60 countries and international organisations, with the number of participating countries reaching a 28-year high. The exhibition area expanded to 65,000 square metres—the largest in the event's history—hosting 658 companies from 25 countries. A total of 28 contracts were signed on-site, with a combined value of RMB 300 million. The conference theme, “Win-Win Cooperation, Green and Intelligent,” reflected the industry's accelerating shift toward digitalisation, sustainability, and cross-border collaboration. For quarry operators, mining companies, and equipment manufacturers, this gathering provided a clear signal: the future of mining is intelligent, integrated, and increasingly data-driven. OCP Mechanical Company, with over 40 years of manufacturing experience, supplies high-performance crushing and screening equipment engineered for the demands of modern mining operations. Our direct factory model eliminates intermediaries, giving you factory-direct pricing and responsive technical support.

Global Debut: AI-Powered Systems Reshape Mineral Exploration

The most significant announcement of the conference came from the Ministry of Natural Resources, which released two AI-powered systems for global use: the AI-GeoMapping system and the AI-OreSeeking system. Developed independently by the China Geological Survey, these systems represent a fundamental shift in how mineral exploration is conducted—moving from an experience-driven approach to an intelligence-enabled one. Ren Shoumai, an official with the China Geological Survey, explained that the AI-OreSeeking system integrates data, knowledge, algorithms, models, and tools used in mineral exploration to automate the prospecting workflow. It can gather and integrate multi-source geoscience data, interpret and extract key mineralisation information, delineate favourable prospecting areas, estimate mineral reserves, generate professional maps in batches, and produce evaluation reports. The system has been trialled in more than 100 projects across over 10 provincial-level regions in China, including Xizang, Xinjiang, Fujian, Shandong, and Inner Mongolia. The AI-GeoMapping system, meanwhile, covers the full process from preliminary research and data collection to map generation and compilation, identifying geological bodies with an overall accuracy exceeding 90% and improving data processing, integrated analysis, and map compilation efficiency by more than 50% compared to traditional methods. It has been trialled in nearly 100 map sheets at a scale of 1:50,000 across Qinghai, Xizang, Xinjiang, and Fujian, and has been promoted for application in countries including Morocco, Saudi Arabia, and Laos.

From Six Months to One Week: The Efficiency Revolution in Prospecting

The practical impact of AI-driven exploration is already being demonstrated in the field. In the West Qinling gold deposit prediction project, the AI-OreSeeking system completed multi-source data processing and prediction evaluation for 32 map sheets at a scale of 1:50,000 in just five days—a workload that would previously have taken over a month. The system rapidly identified and delineated two gold prospecting targets and four favourable prospecting areas, demonstrating its capability for large-scale operation. This efficiency gain is not incremental—it is transformational. It means that exploration teams can evaluate far larger areas in the same time, prioritise drilling targets with greater confidence, and reduce the cost and risk associated with traditional exploration methods. The system draws on a knowledge graph of over one million entries covering geological background, metallogenic patterns, deposit models, and prediction models, combined with more than 200 data processing and analysis algorithms spanning geology, gravity, magnetic, electrical, geochemical, and remote sensing data.

Practical Applications: From Exploration to Production

The integration of AI into mining operations extends beyond exploration. At the conference, exhibitors showcased a range of intelligent technologies already deployed in the field. A smart mine management platform displayed real-time data on ore lifting volumes, equipment loads, tailings pond levels, and personnel positions, enabling remote control of the entire processing plant from a central dashboard. This system has been deployed in more than 100 countries, with a gold project in Zimbabwe featuring a 100,000-square-metre clean energy system that reduced energy costs by approximately 75% compared to diesel generation. A new generation magnetic separator on display compressed equipment volume by 50% while reducing operating energy consumption by 30% and improving beneficiation indicators by 20%—technology now operating in Brazil's iron ore sector. These examples illustrate the breadth of AI and intelligent technology adoption across the mining value chain, from exploration to extraction, processing, and energy management.

The Shift Toward Integrated, Intelligent Crushing Solutions

For the crushing and screening sector, the conference confirmed a clear direction: equipment must integrate seamlessly with intelligent plant management systems. Modern jaw crushers, cone crushers, and impact crushers are increasingly equipped with PLC-based monitoring systems that track motor load, bearing temperature, power draw, and liner wear in real time. This data feeds into centralised platforms where operators can optimise throughput, schedule maintenance proactively, and maintain consistent product quality. The shift toward unmanned crushing stations—with automated material level detection, intelligent start-stop speed control, and remote operation—is accelerating. Equipment that cannot integrate with these systems will rapidly become obsolete. OCP Mechanical Company's crushing and screening equipment is engineered for compatibility with modern monitoring and control platforms, with optional packages that provide real-time performance data for predictive maintenance and process optimisation. Product specifications are continuously updated; please consult our online customer service for the latest technical parameters tailored to your application.

Industry Consolidation and the Rise of Complete-Line Solutions

A parallel theme at the conference was the growing preference for complete-line solutions over individual equipment purchases. Major Chinese manufacturers showcased integrated crushing and screening plants designed for specific applications—metal mining, aggregate production, and construction waste recycling. New product launches included high-pressure grinding rolls, vertical spiral stirred mills, and box-type elliptical screens, reflecting the industry's shift from single-machine sales to full-process capability. Industry leaders noted that customer requirements have fundamentally changed: the key question is no longer only “Is the throughput sufficient?” but also “How high is the energy consumption? How intelligent is the equipment? What is the downtime rate? How fast is service response?” At this stage of competition, price alone can no longer build long-term advantage. OCP Mechanical Company delivers custom complete-line solutions tailored to your specific feed material, product requirements, and site conditions, from 50 TPH to over 1,000 TPH. Our engineering team provides full plant layout design, foundation drawings, and installation supervision—ensuring every component is matched to the others to prevent bottlenecks and maximise overall plant efficiency. All price information provided is for reference only; final quotes depend on equipment configuration, shipping terms, optional features, and current exchange rates.

The Path Forward: Collaboration, Green Development, and Intelligent Transformation

The conference concluded with the release of the Tianjin Declaration on Green Mining Development, which put forward ten initiatives covering green development principles, resource efficiency, climate action, green low-carbon technology application, mine safety, and the construction of stable and sustainable supply chains. The declaration reflects a growing consensus that the future of mining depends on balancing resource development with environmental stewardship, and on leveraging technology to achieve both productivity and sustainability goals. The global mining equipment market is responding to these priorities. With capital expenditure by the world's top 20 mining companies projected to rise to USD 82.4 billion in 2026, the demand for efficient, intelligent, and environmentally compliant crushing and screening solutions will continue to grow. OCP Mechanical Company is positioned to support this transition, supplying energy-efficient crushers and complete crushing and screening plants engineered for durability, low operating costs, and compatibility with modern digital platforms.

Your Next Step: Get a Custom Quote for Your Operation

The China Mining Conference 2026 demonstrated that the industry is entering a new era—one defined by AI-driven exploration, intelligent operations, and integrated solutions. For quarry operators, mining companies, and contractors, the equipment choices made today will determine their ability to compete in this evolving landscape. OCP Mechanical Company offers factory-direct, high-quality crushing and screening solutions engineered for durability, energy efficiency, and low total cost of ownership—all at competitive prices. Our online customer service is available 24 hours a day, seven days a week, to provide free consultations, updated price references, and equipment selection guidance. Click the chat button now to discuss your project with a specialist—we are ready to help you build a more efficient and profitable processing operation.