企业的数字化实践，也为监管部门精准履职提供了有力支撑。"以前企业完成特殊作业后我们才知晓， 监管多为事后补救；现在通过安全生产风险监测预警系统，可提前介入、线上巡查。"在遵义市应急管 理局危化科科长居炼看来，电子作业票和人员定位系统的应用，新增了监管手段，实现"线上监测、线 下核查"的精准监管模式，既全面掌握企业生产动态，又减少对企业正常生产的干扰。目前，遵义市8家 危化品重大危险源企业已全部完成定位系统安装和电子作业票推行。 转自：贵州日报 赤天化桐梓化工的探索，是贵州危化行业安全治理迈入数智化的一个缩影。近年来，贵州出台多项政策 推动危化企业设备更新和数智化升级，2025年年底前，全省危化品重大危险源企业已全部安装定位系 统、推行特殊作业电子票，构建起"企业自主管控、部门精准监管"的数字化安全体系。如今，在全省危 险化学品厂区，数字化手段正逐步替代传统"人防"模式，实现从"事后处置"向"事前预防"、从"单点防 控"向"全局联防"的转变。 "人员精准定位是厂区安全管控的第一道屏障。"公司安全环保部副部长吴吉介绍，目前厂区已安装2000 余个人员定位信标、10个定位基站及定位服务器，员工佩戴定位芯片，核心区域 ...

Core Insights - The number of intelligent coal mines in China has exceeded 900, accounting for nearly 25% of the total coal mines, with intelligent mining capacity surpassing 50% of the national total, marking a new phase in the coal industry's transition to safety and efficiency [1] Group 1: Key Developments and Regional Distribution - The current number of intelligent coal mines in China is over 900, covering nearly 25% of coal mines, with intelligent mining capacity historically exceeding 50%, replacing over 16,000 high-risk underground jobs [2] - Inner Mongolia leads in intelligent coal mine capacity, accounting for 88% of the region's operational coal mine capacity, with 44 open-pit mines utilizing unmanned mining trucks and 370 unmanned vehicles in operation [2] - Shanxi has built 369 intelligent coal mines, representing over one-third of the national total, with plans to achieve basic intelligence in all operational coal mines by 2027 [2] - Anhui has achieved full intelligence in all operational coal mines, except for resource-depleted mines [3] Group 2: Technological Applications and Innovations - Safety measures include personnel positioning systems with an accuracy of 0.3 meters and equipment proximity systems that automatically shut down within 10 meters, significantly reducing accident risks [4] - Mining efficiency has improved with "5G+AI" technology enabling "one-click coal mining," reducing the number of workers per shift by 30%-50%, and open-pit mines employing unmanned mining trucks and intelligent blasting technology [4] - The coal industry is transitioning from fuel to high-end materials, such as aviation-grade nylon, and is developing green electricity storage and hydrogen energy industries [4] Group 3: Transformation Outcomes and Societal Value - The replacement of high-risk jobs with automation has led to a significant decrease in miner injury rates, shifting the underground work model from "on-site monitoring" to "remote monitoring" [5] - Intelligent coal mines have increased single-shift efficiency by 30%-50%, with loading speeds reaching 7,000 tons in 2 hours, and labor costs in coal washing plants reduced by 70% [6] - Green mining techniques, such as filling mining and water-preserving mining, have been implemented in over 200 coal mines in Shanxi to reduce surface subsidence [7] - Inner Mongolia ranks first in new energy installations nationwide, with green electricity exports increasing by 40% annually and storage efficiency reaching 72% [8] - Miners are transitioning from heavy physical labor to "white-collar" operations, resulting in reduced labor intensity and enhanced safety, thereby improving occupational dignity [9] Group 4: Existing Challenges and Policy Support - Technical adaptation and cost pressures remain, particularly in deep and high-water-pressure mines, where full automation has not yet been achieved [10] - The cost of harmless disposal of dry rock is 60 yuan per ton, prompting companies to call for policy subsidies [11] - The national strategy emphasizes the intelligent upgrade of traditional industries, with the National Energy Administration releasing guidelines for intelligent construction in non-coal sectors [12] - Companies are exploring advanced technologies, with initiatives like geological transparency and robotic washing projects, and advocating for enhanced research and field collaboration to overcome technical bottlenecks [13] Group 5: Future Directions - Intelligent coal mines are driving the industry’s transition from a "supply guarantee ballast" to a "green new engine," with the next steps focusing on balancing short-term investments with long-term benefits, particularly in deep mine automation and expanding clean energy collaborations [15]