#我国找高温地热不用再开盲盒了#【华东地区温度最高的"水热型"地热井，在山东钻成！】#山东成华 东最强水热型地热井主理人# 近日，山东省地矿局在东营黄河三角洲地区实施的黄河流域深部高温地热 资源探测项目，取得了令人振奋的突破。项目完成了约4000平方千米的地质调查，钻成了"东高热1"地 热井，井深4002.17米，井底温度高达162摄氏度，井口出水温度138摄氏度，单井出水量每小时101.3立 方米。这是华东地区温度最高的"水热型"地热井。经初步估算，"东高热1"每年可释放的热量达67.9万 吉焦，相当于约2.7万吨标准煤燃烧产生的热量。如果用来发电，可实现日发电量约2.52万度，能满足近 万人的日常用电；如果直接将高温蒸汽用于工业生产，每年可提供蒸汽约9.4万吨，替代标准煤约1.88万 吨，减少二氧化碳排放约4.89万吨。#东营[地点]# @大众新闻-大众日报 （来源：河南商报） ...

河流域深部高温地热资源探测情况"新闻发布会现场。（山东省人民政府新闻办公室供图） 据介绍，此次黄河流域深部高温地热资源探测项目探获了山东省高温地热田，为地热资源高效开发利用 提供了一个实实在在的"地下热能宝库"；攻克了深部高温储层连通差、易堵塞技术难题；研发了耐高温 的"地下深井水泵系统"，为高效可持续开发地热资源提供了可靠的装备保障；实现了高温地热资源找热 理论突破，打破了沉积盆地难以形成高温地热资源的固有认识，为类似地区寻找同类资源提供关键理论 指引。 中国青年报客户端讯（中青报·中青网记者 邢婷 实习生 欧阳培敏）"近日，山东省黄河流域深部高温地 热资源探测取得了突破。山东省地质矿产勘查开发局在东营黄河三角洲地区实施的黄河流域深部高温地 热资源探测项目，完成了约4000平方千米的地质调查，钻成了东高热1地热井，井深4002.17米，井底温 度高达162摄氏度，井口出水温度138摄氏度，单井出水量每小时101.3立方米。"1月9日，山东省人民政 府新闻办公室在山东东营举办"山东省黄河流域深部高温地热资源探测情况"新闻发布会。发布会伊始， 山东省地质矿产勘查开发局党委书记、局长张成伟就宣布了这一令人振奋的数 ...

山东钻成华东地区温度最高水热型地热井 圈定近40平方千米高温地热田，规模化开发后每年可减少碳排放量超18万吨 山东省黄河流域深部高温地热资源探测取得重大突破。1月9日，东营港经济开发区"东高热1"地热 井现场，井底温度162℃，高温热水从4002.17米的地下喷涌而出，到达井口时水温仍达138℃，单井涌 水量达每小时101.3立方米。这眼井，被中国工程院院士武强等专家评价为"华东地区温度最高的'水热 型'地热井，实现了高温地热资源勘探的重大突破"。 高温"水热型"地热资源是指主要储层大于150℃的水热型地热资源，高温度的水汽混合物携带大量 热能可以直接进行地热发电，原理简单，技术成熟。近年来，山东省地矿局在全省共划定地热田96处， 实现中低温地热资源调查评价省内"全覆盖"，对山东省地热地质条件及分布规律形成了较为系统的认 识，为深部地热资源探测工作提供了基础的理论及资料支撑。山东省黄河流域深部高温地热资源探测项 目，在东营港经济开发区进行了地热地质调查，并钻成一眼高温地热井，取得丰硕成果。 通过"东高热1"井，在4000米深的地下，发现了一个天然的"沸腾热水库"。经初步估算，每年可释 放的热量达67.9万吉焦 ...

Core Points - The conference on geological work service for ecological protection and high-quality development in the Yellow River Basin was held in Jinan on August 24 [1] - The "Shandong Provincial Geothermal Clean Energy Key Laboratory" was inaugurated, and a cooperation agreement was signed to establish the "Geothermal Direction Key Laboratory Alliance" among nine provinces along the Yellow River [1] - The conference focused on key issues such as geothermal resource exploration and development, ecological environment restoration, strategic mineral exploration, geological disaster prevention, urban underground space geological safety, and artificial intelligence big data [1] - The event aims to enhance collaboration among geological alliance units in the nine provinces, supporting geological surveys, geothermal resource exploration, environmental protection, and disaster prevention [1] Industry Insights - The establishment of the geothermal laboratory alliance signifies a strategic move towards enhancing geothermal energy development and ecological protection in the Yellow River Basin [1] - The emphasis on technology innovation and results transformation in the geological field indicates a growing trend towards integrating advanced technologies in resource management and environmental sustainability [1] - The collaboration among provinces highlights the importance of regional cooperation in addressing geological challenges and promoting sustainable development in the Yellow River Basin [1]

Core Viewpoint - The article highlights the dedication and achievements of the Shaanxi Coal Geological Company in exploring and developing geothermal resources in Tibet, showcasing the challenges faced by the team and their innovative solutions to overcome them [3][6]. Group 1: Company Achievements - The Shaanxi Coal Geological Company has been actively involved in geothermal resource exploration and development in Tibet since 2013, responding to national calls for assistance in the region [3][4]. - The company successfully implemented the first geothermal heating demonstration project in Cuona County, Tibet, which saves over 10 million yuan in electricity costs annually [6]. - The company has completed over 50 geological engineering projects and submitted 48 drilling results, contributing to the development of new geothermal drilling techniques [9]. Group 2: Challenges Faced - The team faced significant challenges due to the extreme high-altitude environment, including altitude sickness and harsh weather conditions [4][5]. - During the Cuona County geothermal heating project, the team encountered low water temperatures initially, which required innovative solutions to enhance geothermal energy extraction [5][6]. - The recent project in Naqu City involved high well pressure and high water temperatures, presenting additional operational difficulties [8]. Group 3: Team Efforts and Leadership - The project manager, Wan Xiaowen, demonstrated strong leadership by personally overseeing operations and ensuring safety while motivating the team to work under challenging conditions [8][9]. - The company emphasizes knowledge transfer and mentorship, with experienced technicians sharing their expertise with younger employees, fostering a collaborative work environment [9]. - The team has built a strong reputation in the local geothermal industry, establishing a foothold in Tibet despite the demanding nature of the work [9].

Core Viewpoint - The launch of the "China Geothermal One Map" big data application platform provides essential data support and decision-making basis for the development and utilization of geothermal resources in China [1] Group 1: Platform Overview - The "China Geothermal One Map" platform is the first national geothermal resource data integration platform [1] - The platform integrates over 2,100 geothermal wells, more than 2,400 hot springs, and around 4,200 major fault lines [1] - It enables digital management of the entire process, including geothermal resource reserve assessment and development planning [1]