2025 9th International Conference on Mineral Resources, Geotechnology and Geological Exploration (MRGGE 2025)

Call For Papers

The topics of interest for submission include, but are not limited to:


I. Sustainable Development and Green Mining Technologies / 可持续发展与绿色矿业技术

Sustainable mining practices / 可持续矿业实践

Eco-friendly extraction technologies / 环保开采技术

Recycling of mining waste / 矿业废料回收

Carbon capture and storage (CCS) / 碳捕集与封存(CCS)

Carbon-neutral mining / 碳中和矿业

Mine ecological restoration / 矿区生态修复

Low-impact mining techniques / 低影响矿业技术

Green mining materials / 绿色矿业材料

Sustainable resource management / 可持续资源管理

Environmental impact assessment / 环境影响评估

Renewable energy integration / 可再生能源整合

Water and waste management / 水资源与废物管理

Sustainable mine design / 可持续矿山设计

Eco-efficient mining processes / 生态高效矿业流程

Ⅱ. Geotechnical Engineering in Resource Development and Protection / 矿产资源开发与保护中的岩土工程

Foundation design for mining / 矿业基础设计

Underground excavation technologies / 地下开挖技术

Geotechnical modeling / 岩土工程建模

Soil-structure interaction / 土壤-结构相互作用

High-performance construction materials / 高性能建筑材料

Geotechnical risk assessment / 岩土工程风险评估

Numerical simulations in geotechnics / 岩土工程中的数值模拟

Geotechnical solutions for mining infrastructure / 矿业基础设施岩土工程解决方案

AI in geotechnical modeling / 人工智能在岩土工程建模中的应用

Geotechnical innovations for resource protection / 资源保护中的岩土工程创新

Slope stability in mining / 矿区边坡稳定性

Geotechnical engineering for underground mining / 地下矿业岩土工程

Soil stabilization techniques / 土壤加固技术

Seismic risk in mining operations / 矿业操作中的地震风险

Ⅲ. Advanced Geological Exploration and AI-Driven Resource Discovery / 高级地质勘探与人工智能驱动的资源发现

AI in geological exploration / 人工智能在地质勘探中的应用

3D geological modeling / 三维地质建模

Geospatial technologies in resource exploration / 地理空间技术在资源勘探中的应用

Remote sensing for mining exploration / 矿业勘探中的遥感技术

Geophysical surveys / 地球物理勘测

AI-driven resource prediction / 人工智能驱动的资源预测

Machine learning in geological analysis / 机器学习在地质分析中的应用

Geological risk assessment / 地质风险评估

Seismic imaging in exploration / 勘探中的地震成像

Geological data integration / 地质数据整合

Mineral classification systems / 矿物分类系统

Big data in resource discovery / 大数据在资源发现中的应用

Advanced exploration technologies / 高级勘探技术

Geotechnical and geological integration / 岩土与地质集成技术

Ⅳ. Offshore Geotechnical Engineering and Energy Resource Development / 海洋岩土工程与能源资源开发

Offshore wind turbine foundations / 海上风力发电基础

Subsea pipeline design / 海底管道设计

Geotechnical challenges in offshore energy / 海上能源中的岩土工程挑战

Marine geotechnical surveys / 海洋岩土工程勘测

Geothermal energy storage / 地热能存储

Carbon sequestration in offshore sites / 海上碳封存

Subsea infrastructure for renewable energy / 可再生能源的海底基础设施

Offshore geotechnical risk management / 海洋岩土工程风险管理

Seabed stability / 海底稳定性

Energy storage for offshore sites / 海上能源存储解决方案

Marine energy resource exploration / 海洋能源资源勘探

Offshore geotechnical monitoring / 海洋岩土监测

Subsurface energy storage / 地下能源存储

Ⅴ. Automation, AI, and Smart Mining Technologies / 自动化、人工智能与智能矿业技术
Robotic excavation technologies / 机器人开挖技术

AI-driven drilling and automation / 人工智能驱动的钻探与自动化

Autonomous mining vehicles / 自主矿业车辆

IoT-based mining monitoring / 基于物联网的矿业监控

Smart safety management systems / 智能安全管理系统

Predictive maintenance in mining / 矿业预测性维护

Real-time mining data analytics / 矿业实时数据分析

Deep learning for mining optimization / 深度学习在矿业优化中的应用

AI in resource estimation / 人工智能在资源估算中的应用

Smart sensors in mining operations / 矿业操作中的智能传感器

Mining automation for efficiency / 提高矿业效率的自动化

AI-based mining simulations / 基于AI的矿业仿真

Robotics in underground mining / 地下矿业中的机器人技术

Mining fleet automation / 矿业车队自动化

Machine learning for safety in mining / 机器学习在矿业安全中的应用