Core Insights - The provincial coal geological bureau has made significant advancements in geological technology innovation, discovering 14 new mineral deposits and identifying coal reserves of 2.484 billion tons, which accounts for half of the national annual production [1] - The bureau has implemented 46 gas field projects, achieving an annual gas production exceeding 50 million cubic meters, and has initiated over 10 salt cavern energy storage projects, contributing to energy security and transition in the province [1] Group 1 - The bureau has undertaken 29 key research projects and 55 differentiated development research projects, addressing 37 critical issues and achieving 42 results that meet or exceed national advanced standards [1] - A selection process for key core technologies has been initiated, identifying 14 key technologies across six fields, including geological prospecting and clean energy exploration, which have been successfully applied in various real-world cases [1] Group 2 - The bureau has strengthened the construction of 29 innovation platforms, creating a comprehensive innovation matrix covering geological prospecting, ecological restoration, and deep earth exploration, significantly enhancing platform capabilities [2] - Continuous reinforcement of technological research and development has led to two achievements receiving the National Natural Resources Science and Technology Second Prize, with 153 patents and 22 standards established, along with 67 technology transfer projects accelerating industrial development [2] - The "Geology+" model, which integrates research and industry, is becoming increasingly mature, particularly in key areas such as salt cavern energy storage and ecological restoration in the Yellow River basin [2]

Core Insights - The provincial coal geological bureau discovered 2.484 billion tons of coal since last year, accounting for half of the national annual output [1][2] - The bureau implemented 46 gas field projects, achieving an annual gas production of over 50 million cubic meters, and initiated over 10 salt cavern energy storage projects, significantly supporting the province's energy security and transition [2] Technological Innovation - The bureau has utilized 14 leading technologies to discover 14 new mineral sites and has addressed 37 critical issues through 29 key research projects and 55 differentiated development research projects [2][3] - A total of 42 research outcomes have reached a domestically advanced level, showcasing the bureau's commitment to technological advancement [2] Key Technology Development - The bureau has launched a selection process for key core technologies, identifying 14 technologies across six fields, including geological prospecting and clean energy exploration, which have been successfully applied in various real-world cases [2] - The bureau has strengthened the construction of 29 innovation platforms, enhancing capabilities in geological prospecting, ecological restoration, and deep earth exploration [3] Research and Development Achievements - The bureau has received two national awards for natural resource science and technology, with 153 patents and 22 standards established, facilitating the acceleration of industrial development through 67 technology transfer projects [3] - The "Geology+" model, which integrates research and industry, is becoming increasingly mature, particularly in key areas such as salt cavern energy storage and ecological restoration in the Yellow River basin [3]

Core Insights - The Shandong Provincial Coalfield Geological Technology Innovation Conference was held on August 19, where the first batch of key core technology systems from the Shandong Provincial Coalfield Geological Bureau was officially released [1][2] - The technology system covers six major fields, including geological prospecting, deep earth exploration, and marine geology, comprising 14 key core technologies [1] Geological Prospecting - Two key technologies in the geological prospecting field were highlighted: the "air-ground-well" collaborative three-dimensional exploration technology for iron-rich deposits in deep cover areas, and the high-precision comprehensive exploration technology for coal resources [1] Clean Energy Exploration - Three technologies in the clean energy exploration and utilization field were introduced: key technology for deep salt cavern underground space detection and utilization, efficient development and multi-scenario coupling technology for shallow geothermal energy, and key technology for the thermal generation mechanism and exploration of fractured belt geothermal resources [1] Deep Earth Exploration - Two technologies in the deep earth exploration field were presented: high-density three-dimensional seismic imaging technology for coal mining areas and concealed hazard identification technology, as well as metamorphic rock area gold mine deep reflection seismic exploration technology [1] Marine Geology - One technology in the marine geology field was mentioned: key technology for the evolution and restoration of coastal beaches [1] Disaster Prevention and Emergency Rescue - Four technologies in the disaster prevention and emergency rescue field were outlined: large-diameter rapid directional drilling technology for mine emergency rescue, disaster prevention and coal mine gas management technology, three-dimensional comprehensive pipeline dynamic monitoring and intelligent early warning technology, and concealed disaster factor investigation, assessment, and prevention technology [1] Ecological Restoration - Two technologies in the ecological restoration field were discussed: key technology for integrated protection and restoration of mountains, rivers, forests, fields, lakes, grass, and sand, and key technology for green exploration in plain coverage areas [1] Technology Advancement - The key core technologies released have been professionally certified to reach domestic advanced levels and have been successfully applied in multiple real-world cases, demonstrating good technical and economic feasibility and high promotion value [2] - The "Geology+" model, which integrates scientific research with industry, is maturing, contributing significantly to the province's green, low-carbon, and high-quality development [2]