中化新网讯 近日，智利北部梅希约内斯的绿色氨开发项目"伏打计划"正式获得环境许可，标志着该项 目正式获批。该项目总投资额达25亿美元，由智利本土企业梅希约内斯氨能源公司开发，计划分两期建 设，每期年产31万吨绿色氨，最终形成年产62万吨的生产规模。 项目预计将于2027年开始建设，2029年投入商业运营。项目完全投产后，每年将减少超过100万吨二氧 化碳排放。该项目还将配套建设一座600兆瓦的太阳能电站及储能系统，并将全部利用目前排放入海的 梅希约内斯市废水。选址所在地太阳能资源丰富，且靠近智利主要矿区，有助于推动国内绿色氨需求。 该设施是智利首个完成全部许可审批程序的工业规模绿色氨项目。 ...

Core Viewpoint - China Communications Construction Group (CCCC) and Shenzhen Energy Group have signed a strategic cooperation agreement focusing on green energy development, ecological environmental governance, and overseas business expansion [1] Group 1: Strategic Cooperation - The agreement emphasizes comprehensive and in-depth cooperation in infrastructure construction, low-carbon clean energy, ecological environment governance, and overseas collaboration [1] Group 2: Key Participants - The meeting involved key figures including Song Hailiang, the Party Secretary and Chairman of CCCC, and Li Yingfeng, the Party Secretary and Chairman of Shenzhen Energy Group, along with President Ouyang Huiyu [1]

Core Viewpoint - The recent sighting of false killer whales near the coastal wind farm in Rudong, Jiangsu, is attributed to the improvement of the local marine environment, driven by the development of offshore wind energy and ecological protection efforts [1][2]. Group 1: Offshore Wind Energy Development - The development of offshore wind energy is crucial for ensuring national energy security and achieving a comprehensive green transformation of economic and social development [1]. - The integration of "wind farms + artificial reefs" has attracted fish populations, indirectly providing abundant food sources for false killer whales [1]. Group 2: Policy and Planning - There is a need for a cohesive policy framework that integrates energy development with ecological protection, moving away from a "develop first, manage later" approach [2]. - The establishment of a unified planning system that includes marine functional zoning, ecological protection red lines, and land spatial planning is essential for optimizing energy project development [2]. Group 3: Technological Innovation - Technological innovation is key to resolving the conflicts between ecological protection and energy development, with a focus on embedding ecological protection concepts into the entire process of technological research and development [2]. - The implementation of over 70 provincial-level basic research projects in marine fields has led to breakthroughs in transformative technologies, such as intelligent control of deep-sea manned equipment [2]. Group 4: Ecological Monitoring - The establishment of a marine ecological monitoring network is necessary for real-time perception and dynamic adjustment of green energy development and marine ecological protection [2]. - The integration of multi-source data and new technologies, such as artificial intelligence and satellite remote sensing, will create a shared marine ecological big data platform, forming a comprehensive ecological perception network [2].