"洋深1井"实测井口水温108℃，日出水量超5360立方米，是我国东部沿海稀有的优质地热资源。省地质 调查研究院基础所副所长邹鹏飞介绍，江苏省地调院技术团队立足"洋深1井"地热资源条件，在实施过 程中构建了"高效转化+绿色防护"的技术体系。"本次发电试验的成功是该示范项目推进'地热能梯级利 用'的关键一环，不仅填补了我省地热发电的空白，更为后续建设集'地热发电、农产品烘干、建筑供暖/ 制冷、现代设施农业、尾水回灌'于一体的综合利用示范工程奠定了坚实基础。" "本次试验的连续稳定运行，充分验证了该技术路线在江苏特定地质资源条件下的适应性，实现从'理论 设计'到'工程验证'的跨越。"江苏省地调院基础所所长杜建国说。 该项目由江苏省地质调查研究院联合如东县自然资源和规划局、江苏洋通开发投资有限公司共同实施。 依托项目钻探工程"洋深1井"优质地热资源，技术团队成功组织实施了地热能发电试验，单井发电功率 突破200kW。 位于如东小洋口的江苏省重点地区清洁地热能源高效综合利用示范项目近日取得关键性进展——首次成 功实现地热能发电，标志着我省深部地热资源开发迈入"电时代"。 ...

Core Insights - The Jiangsu Province's key clean geothermal energy utilization demonstration project has achieved a significant milestone by successfully generating electricity from geothermal energy, marking the entry of deep geothermal resource development into the "electric era" [1] Group 1: Project Overview - The project is a collaboration between the Jiangsu Geological Survey Institute, the Natural Resources and Planning Bureau of Rudong County, and Jiangsu Yangtong Development Investment Co., Ltd [1] - The project utilizes high-quality geothermal resources from the "Yangshen 1 Well," which has a measured wellhead water temperature of 108°C and a daily water output exceeding 5,360 cubic meters [1] Group 2: Technological Achievements - The technical team successfully conducted a geothermal power generation test, achieving a single well power output exceeding 200 kW [1] - The project has established a "high-efficiency conversion + green protection" technical system, which is crucial for the promotion of "geothermal energy cascading utilization" [1] Group 3: Future Implications - The successful power generation test fills the gap in geothermal power generation in Jiangsu Province and lays a solid foundation for the subsequent construction of a comprehensive utilization demonstration project that integrates geothermal power generation, agricultural product drying, building heating/cooling, modern facility agriculture, and tailwater recharge [1] - The continuous and stable operation of the test validates the adaptability of the technical route under Jiangsu's specific geological resource conditions, marking a transition from "theoretical design" to "engineering verification" [1]