Workflow
防洪防汛保供
icon
Search documents
5天下了全年六成雨,煤炭产量还能逆势超计划?
Zhong Guo Dian Li Bao· 2025-07-29 09:17
Core Viewpoint - The National Energy Group is actively implementing measures to ensure energy supply and flood prevention in the Ordos region amidst severe rainfall, which poses significant challenges to coal production and transportation [2][3][4] Group 1: Flood Response and Energy Supply - The Ordos region is a crucial coal production base for China, and the National Energy Group has initiated emergency plans to minimize the impact of continuous heavy rainfall on coal mining operations [2] - From July 23 to 27, the region experienced over 250 mm of rainfall at 32 monitoring stations, accounting for more than 60% of the area's annual average precipitation, leading to a complex flood situation [2] - The Group's subsidiary, Juneng Group, has ensured safety and production by conducting 24-hour inspections of flood control projects and implementing measures to intercept water accumulation in mining areas [2] Group 2: Railway Operations and Safety Measures - The New Shuo Railway faced record-breaking rainfall, with over one-third of its stations recording more than 100 mm, resulting in damage to infrastructure [3] - The National Energy Group's New Shuo Railway Company mobilized 3,192 personnel and 130 large machines for emergency repairs, establishing a dual control model for flood risk management [3] - The Baoshen Railway Group utilized smart monitoring technology to conduct over 600 video inspections of key flood-prone areas, ensuring the safety and stability of equipment operations during the flood period [4] Group 3: Coal Transportation and Supply Chain Management - The sales group of the National Energy Group activated an emergency response mechanism to stabilize coal supply during the flood, closely monitoring market dynamics in key mining areas [4] - The company successfully maintained an average daily coal transportation volume exceeding 1 million tons in July, ensuring stable supply during critical flood prevention periods [4]