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    2024年10月16日,在2024(第二十六届)中国国际矿业大会“一带一路”地学合作与矿业投资论坛上,自然资源部中国地质调查局国际矿业研究中心发布了《全球矿业发展报告2024》。报告综合分析了新周期下全球矿业发展态势,是我国研究机构持续服务全球矿业可持续发展的系列研究成果之一。

    报告显示,新周期下全球经济艰难前行,地缘政治和金融政策渗入全球制造业格局演变,产业链供应链风险上升。全球固体矿产勘查投入约127.6亿美元,同比下降1.8%。全球矿业项目融资下降但并购金额增加。

    供需方面,全球能源资源新增储量、产量、消费量持续调整。其中,化石能源整体供需双升。大宗矿产供需分化明显,钢铁供需双降,供应过剩程度增加;铜供给增速高于需求增速,供需缺口大幅缩小;铝供给增速高于需求增速,供过于求。战略性新兴矿产产量快速增长,锂、钴、镍均供过于求,贸易量下降明显。贵金属黄金需求冲高后回落,白银供增需降,铂金供需双降。

    市场价格方面,国际矿产品价格总体震荡下行。能源矿产品均价下降,大宗固体矿产价格震荡加剧,电池级碳酸锂年内价格跌幅超八成。矿业公司股价震荡下行。主要油气公司股价下滑,净利润下降明显;主要固体矿产公司股价先抑后扬,净利润下降超二成,但总体仍保持高位;战略性新兴矿产公司股价大幅下降,利润同比下降超六成。黄金业务公司净利润和市值持续上涨。全球50强矿业公司总市值相对稳定但结构变化大。全球锂电产业链整体需求放缓,全球氢能项目规模持续扩大,但实际部署不及预期。ESG标准嵌入头部企业架构并融入未来发展战略。

    报告指出,2023年全球主要国家和地区持续更新战略性矿产政策,通过达成关键矿产政府间战略合作或贸易协议、出台发展关键矿产及供应链的法律法规及政策、推进矿业项目与基础设施协同等方式,促进矿产产业链本土化和矿业可持续发展。新一轮科技革命和产业变革深入发展,矿业开发技术装备成为国际矿业合作博弈中关键变量。AI找矿探索变革矿产勘查范式,矿业发展新质生产力未来可期。全球勘查开发、资源回收利用等技术装备加速发展,呈高效化、智能化、高精度、低碳化等态势。低品位难选矿技术向绿色化、自动化方向发展。大型化、多力场、自动化与多学科交叉是低品位矿产资源选矿设备研发重点。

    报告预计,新质生产力赋予矿业高质量发展新动能。卫星遥感、大数据、物联网等先进技术将持续催生AI找矿、智能矿山等新产业,数据资产定价将引领全球矿业新基建,促进矿产资源综合利用水平提升和城市矿产利用。在人类命运共同体理念指引下,矿产原产地产业链延伸不可逆转,制造业大国和基建大国凸显竞争优势,将为全球矿业合作持续贡献产业力量。各国应加强关键矿产领域协作,共同维护产业链供应链稳定畅通,引导推动矿业节约集约和绿色发展,为世界经济增长贡献力量。

    The industrial and supply chain of the mining industry adjusts, the global mining development begins a new cycle

    The International Mining Research Center of China Geological Survey, Ministry of Natural Resources has released the “Global Mining Development Report 2024” at “Belt and Road” Geoscience Cooperation and Mining Investment Forum of the 26th China Mining Conference and Exhibition on October 16th, 2024. The report comprehensively analyzed the global mining development trend under the new cycle, which is one of the contributions to sustainable development of global mining from Chinese research institutions.

    According to the report, the global economy faced growth challenges since 2023. Geopolitical and financial policies have influenced the evolution of the global manufacturing landscape, leading to increased risks in industry and supply chains. The global exploration investment for major solid minerals amounted to USD12.76 billion, down 1.8% year-on-year. The mining financing has reduced, but Mergers and acquisitions amount has increased.

    The production, consumption, and trade of Global energy and resources have continued to grow, with adjustments in supply and demand structures. The overall supply and demand for global fossil fuels have both risen. The supply and demand for bulk solid minerals are clearly differentiated: The supply and demand for steel have both fallen, leading to increased oversupply; copper supply grows faster than demand, causing a significant expansion of the supply-demand gap; aluminum supply also outpaces demand, resulting in oversupply. The production of strategic emerging minerals is rapidly increasing, with lithium, cobalt, and nickel all facing oversupply, leading to a noticeable decline in trade volumes. Precious metals gold demand once peaked and then fell back; silver has seen an increase in supply and a decrease in demand; platinum has experienced a decrease in both supply and demand.

    In 2023, international mineral product prices generally experienced a downward trend. The energy mineral product prices decline overall. The bulk solid minerals showed increased price volatility. Battery-grade lithium carbonate prices dropped by over 80% during the year. The stock prices of mining companies also had a volatile decline. Major oil and gas companies saw their stock prices decrease, with a significant drop in net profits. Stocks prices for major solid mineral companies initially fell but later recovered, with net profits declining by more than 20%, although overall profits remained high. Strategic emerging mineral companies experienced sharp declines in stock prices, with net profits dropping by more than 60% year-over-year. Gold companies saw continued increases in net profits and market value. The total market value of world’s top 50mining companies has remained relatively stable, yet structural changes have been significant. The global lithium battery industrial chain saw a slowdown in overall demand. Global hydrogen energy projects continued expanding in scale, but actual deployment fell short of expectations.

    The report noted that countries continuously updated strategic mineral policies. They implemented various incentive and intervention measures, including forming strategic intergovernmental cooperation or trade agreements on critical minerals, enacting laws and policies to develop critical mineral resources and supply chains, and promoting the coordination of mining projects with infrastructure development. As the new round of technological and industrial revolutions continues advancing, mining technology and equipment have become critical variables in international mining cooperation and competition. Artificial intelligence (AI) is driving a paradigm shift in mineral exploration, offering promising prospects for new quality productive forces in the mining industry. The rapid development of technical equipment for global exploration, R&D, resource recycling and utilization, and other aspects is leading to more efficient, intelligent, high-precision, and low-carbon solutions. Low-grade and hard-to-process ore beneficiation technologies are evolving toward greener and more automated processes, with the development of large-scale, multi-field, automated, and interdisciplinary beneficiation equipment being a key focus for low-grade mineral resources.

    Looking to the future, new quality productive forces are driving high-quality development in mining. Advanced technologies such as satellite remote sensing, big data, and the Internet of Things will continue fostering new industries like AI-driver mineral exploration and intelligent mining. The valuation of data assets is expected to lead the way in new global mining infrastructure, enhancing the comprehensive utilization of mineral resources and urban mining, which will provide new momentum for the industry’s development. Guided by the concept of building a community with a shared future for mankind, we will see a inevitable extension of industrial chains in mineral-producing regions, with manufacturing and infrastructure powerhouses highlighting competitive advantages. These countries will continue contributing to global mining cooperation. Countries should strengthen collaboration in critical mineral sectors to jointly maintain stable and smooth industrial and supply chains, and to guide and promote resource-saving, intensive, and green development in mining, thereby contributing to global economic growth.

     

     
    《全球矿业发展报告2024》显示 全球矿业产业链格局调...

    因为这场盛会,第26次与你相遇。

    老朋友、老地方,让对话与交流如此融洽,也让共识与信任更加稳固。在这里,我们一起见证矿业的繁荣兴盛,也共同经历矿业的凛冽寒冬;感触矿业深度调整的强劲脉搏,也洞见矿业壮阔前行的美好未来。

    25年,崎岖成大道,阡陌变通途。中国国际矿业大会一路成长、日臻完善。借助这方平台,中国矿业以开阔的胸襟、开放的姿态,加强与国际矿业的沟通融合,以一次次充分的对话,促成一次次多赢的合作。国际合作路径从无到有,多领域交流平台从小到大。一个更加绿色、更加安全、更加和谐、更加智能、更加高效的现代矿业,精彩于世界舞台,吸引了越来越多的志同道合者。

    作为全球规模最大、最具影响力的矿业展会之一,中国国际矿业大会无疑是全球矿业发展一个非常重要的风向标和晴雨表,从中可以一窥国际矿业发展的风云变幻、大势所向。

    我们看到,合作仍是一大主题。经过25年的发展,中国国际矿业大会已成为国内外矿业企业参与矿业国际产能合作、实现共赢发展的重要平台。以“共促矿业合作 共创美好未来”为主题,本届大会一如既往聚焦开放合作,推进践行共建“一带一路”倡议,旨在促进和深化国际矿业合作,实现互利共赢。

    我们看到,“朋友圈”在持续扩大。本届大会迎来30多个国家、地区和国际组织的来宾,近400家国内外参展商参展,近万名参会代表和专业观众参加大会,表现出高涨的热情。

    我们看到,矿业发展前沿在突破。1场主题论坛、5场高层论坛、18场专题论坛和13场专场推介将次第拉开帷幕……矿业领域的新进展、新动向、新趋势将在这里分享碰撞,矿业领域的新理论、新技术、新方法将在这里交流展示,矿业领域的新认识、新成果、新经验将在这里积淀呈现。

    此时此刻,世界的目光再一次聚焦中国、聚焦矿业。

    这是一个传统而不断焕新的行业。

    矿产资源是经济社会发展的重要物质基础,矿业已成为全球经济不可或缺的重要力量。时至今日,矿业的基础性地位依然没有改变,并在加快经济社会全面绿色转型中扮演着关键角色。

    当前,世界进入新的动荡变革期,全球经济复苏动能不足,全球矿业发展依然面临诸多挑战。

    无疑,这一形势将进一步加速全球矿业格局的深刻变革,世界各地正同此冷暖。

    面对严峻复杂的国际环境以及全球矿业供需格局的深化调整,构建矿业命运共同体、深入推进国际合作是当务之急。与人类经济社会发展深度交融的矿业,只有在全球范围可持续的交流合作中才能得以发展繁荣。让不同国家、不同阶层、不同人群都能从资源的可持续和绿色开发中受益,始终是发展矿业的终极目标。

    历史经验也证明,世界上没有哪个国家能够完全依赖本国的矿产资源满足自身所有的需求。矿产资源分布与利用的不均衡性,决定了必须通过加强国际交流与合作,实现更广泛更深层次的能源资源互补与共赢。

    多年来,我国矿业行业秉持互利共赢的原则,与世界很多国家在矿产资源勘查开发方面开展了卓有成效的合作,将绿色技术、绿色标准、绿色经验带到国外,把数字矿山、智能矿山、绿色矿山建到国外,有序推进新能源产业链合作,积极探索矿业高质量发展的共赢之路。与此同时,致力于形成开放稳定的国际矿产品市场,完善资源勘查开发合作机制,构建安全高效的矿产资源保障体系。

    我们有理由相信,矿业领域这样的合作还将持续,并不断深入。本届大会推出多个高质量论坛、专场推介等环节,正是有意促成国家与地区之间、产业之间、产业内部之间的开放与合作,形成多方合作共赢及方式多元的发展模式。

    如今的中国矿业,早已放弃不可持续的粗放式的发展模式,更加开放与现代,也更加理性与负责——注重数字技术的赋能、产业革新的裂变,注重资源安全与生态环境的统筹、矿山建设与绿水青山的协同。

    事实上,当前中国经济增长展现出的强大韧性和向好态势,不仅为全球经济增长注入稳定力量,也让矿业经济信心回归的步伐更加坚定。2024年1-7月,我国采矿业固定资产投资同比增长19.3%,涨幅较年初扩大了4.9个百分点,明显高于2023年全年的2.1%,延续了良好的增长势头。

    显然,这又是一个积极信号,对于推动中国矿业乃至全球矿业经济发展与繁荣具有重要的意义。

    志合者,不以山海为远。让我们再一次紧紧相拥,于本次大会中预判不确定性中的确定性,摸准矿业生生不息的新脉动,捕捉矿业转型发展的新机遇,深化交流合作,共促矿业繁荣,为实现人与自然和谐共生的现代化、构建人类命运共同体贡献更多的矿业力量、矿业智慧、矿业方案。

    以此为坐标,播种下希望,共赴一场关于矿业、关于人类美好未来的时间之约吧!

    Because of this event, we meet for the 26th time.

    Old friends and old places encourage cordial dialogues and foster robust consensus and trust. Here, we have observed the growth and expansion of the mining industry, as well as the challenges and setbacks it has faced. We have gained insight into the mining industry's strong pulse of deep adjustment and have seen the potential for its continued advancement.

    25 years of hard effort have transformed rugged paths into paved avenues and challenging terrain into accessible routes. The China Mining Conference and Exhibition has undergone considerable growth and improvement over time. Through this platform, China's mining industry has endeavored to enhance its communication and integration with the international mining industry with an open mind and a spirit of openness, striving to foster a mutually beneficial and win-win partnership through constructive dialogue. The international cooperation path has evolved from a nascent concept to a tangible reality, while the multidisciplinary exchange platform has expanded from a modest beginning to a significant presence. A greener, safer, more harmonious, smarter, and more efficient modern mining industry is a valuable asset on the world stage, attracting more and more like-minded professionals.

    As one of the world's largest and most influential mining exhibitions, the China Mining Conference and Exhibition is an invaluable barometer of global mining development, providing vital insights into the international mining landscape, and a comprehensive overview of the latest trends.

    We can see that collaboration remains a pivotal focus. Over the past 25 years, the China Mining Conference and Exhibition has evolved into a major platform for domestic and international mining enterprises to engage in international cooperation in production capacity in the mining industry, fostering mutually beneficial partnerships. This year's conference, themed "Promoting Mining Cooperation and Creating a Better Future", maintains a focus on openness and cooperation while furthering the "Belt and Road" initiative, aiming to facilitate and enhance international mining collaboration and foster mutually beneficial outcomes.

    We can see that the circle of friends continues to expand. This year's conference welcomes the participation of more than 30 countries, regions, and international organizations, nearly 400 domestic and foreign exhibitors, and nearly 10,000 delegates and professional audience members, showing high enthusiasm.

    We can see that the frontiers of development are being pushed to new heights. Over the course of this event, we will witness the launch of a comprehensive program that includes 1 theme forum, 5 high-level forums, 18 thematic forums, and 13 special promotions. New developments, trends, and directions in the mining industry will be shared and collided here. New theories, technologies, and methods in the mining industry will be exchanged and displayed here. New understanding, achievements, and experiences in the mining industry will be accumulated and presented here.

    At this juncture, the world's attention is once again focused on China and the mining industry.

    This is a traditional but continually evolving industry.

    Mineral resources serve as a cornerstone for economic and social progress, and the mining industry stands firm as a vital and indispensable pillar within the global economy. To this day, The foundational role of mining remains unshaken, and it plays an important part in catalyzing a comprehensive green transformation of our economic and social landscapes.

    In the present moment, the global economy is entering a new period of turbulence and change, and the current momentum of global economic recovery is insufficient. The development of the global mining industry still faces various challenges.

    Undoubtedly, this complex situation will accelerate the profound shifts in the global mining dynamic, with the whole world facing similar challenges.

    In light of the challenging and intricate international environment and the deepening realignment of the global mining supply and demand dynamics, it is crucial to foster a collaborative mining community and promote international cooperation. The mining industry, deeply intertwined with the economic and social development of humanity, can only flourish and develop through sustainable global exchanges and collaborative efforts. It has always been the ultimate goal of mining development to ensure that diverse nations, classes, and individuals benefit from sustainable and green resource development.

    Historical evidence has demonstrated that no single country can rely solely on its own mineral resources to meet all its needs. The uneven distribution and utilization of mineral resources necessitate that a broader and more profound complementarity and win-win situation in energy resources be achieved through enhanced international dialogue and cooperation.

    Over the years, China's mining industry, adhering to the principle of mutual benefit, has engaged in fruitful collaborations with numerous countries worldwide in the exploration and development of mineral resources, introduced green technologies, standards, and experiences abroad, built digital, intelligent, and green mines abroad, promoted the cooperation of the new energy industry chain in an orderly manner, and actively explored the win-win solution of high-quality development in mining industry. At the same time, we are committed to forming an open and stable international mineral market, improving the cooperation mechanism for resource exploration and development, and constructing a safe and efficient mineral resources guarantee system.

    We are confident that such collaborative efforts in the mining sector will persist and intensify. This year's conference, with its array of high-quality forums and special promotions, aims to contribute to the opening up and cooperation between countries and regions, inter-industries, and intra-industries, fostering a multi-party win-win solution and a diversified development model.

    Today, China's mining industry has long abandoned its unsustainable and rudimentary development model, evolving to be more open, modern, rational, and responsible. The initiative prioritizes the advancement of digital technology and the acceleration of industrial innovation, the integration of resource security with ecological environments, and the collaborative development of mine construction with the protection of lucid waters and green mountains.

    In fact, the strong resilience and positive trends currently demonstrated by China's economic growth not only provide a stabilizing force for global economic advancement but also reinforce confidence in the mining economy's recovery. From January to July 2024, China's investment in the mining industry's fixed assets increased by 19.3% year-on-year, which is a 4.9% rise compared to the beginning of the year and significantly higher than the 2.1% growth for the full year of 2023, thus maintaining a strong growth trajectory.

    This is undoubtedly another positive signal, which is of great significance for promoting the development and prosperity of China's mining industry and, by extension, the global mining economy.

    Those who share the same vision are not separated by mountains and oceans. Let us once again embrace each other tightly, foresee the uncertainties within the certainties, feel the new pulse of the mining industry, seize the new opportunities for its transformation and development, deepen cooperation and communication, promote mining prosperity together, strive for the modernization of harmonious coexistence between humanity and nature, and contribute to building a community of shared destiny, offering more mining power, wisdom, and solutions in this conference.

    Let us use this conference as a point of reference to plant the seeds of hope, and embark on a journey towards a promising future for the mining industry and for humanity as a whole!

     
    让我们再一次紧紧相拥——写在2024(第二十六届)中...

    摘要:

    矿业是保障我国现代化建设能源资源安全的战略基础,新时代生态文明建设对矿业发展方式提出了更高要求。但国内矿业发展空间不足、动力不足,正处于绿色化、国际化、治理现代化的转型关键期,正在经历由大到强的蜕变,发展面临提升发展活力、推动绿色转型升级、建设现代化矿业市场体系、参与全球矿业治理等任务及要求。

    党的十八大以来,中国地质调查局紧扣国家能源资源安全主题,在以公益性地质调查支撑能源矿产勘查及转型、支撑战略性新兴矿产找矿、以新技术实现资源节约集约高效利用、精准对接服务矿业绿色转型升级及科技创新支撑深部找矿方面取得了一系列成果,为我国矿业转型发展奠定了坚实基础。

    Abstract:

    Mining industry is the strategic basis for ensuring energy and resources security in China's modernization drive , and the construction of ecological civilization in the new era puts forward higher requirements for its development mode.However, the development of domestic mining industry is insufficient in space and motive force and in the critical period of transformation of greening, internationalization and modernization of governance. It is undergoing transformation from big to strong. The development of domestic mining industry is facing the promotion of development vitality, promotion of green transformation and upgrading, construction of modern mining market system, and participation in global mining governance.

    Since the 18th National Congress of the Communist Party of China, the China Geological Survey has been closely following the theme of national energy and resources security, supporting energy and mineral exploration and transformation, supporting strategic emerging mineral exploration, realizing resource conservation, intensive and efficient utilization with new technology, accurately docking services, green transformation and upgrading of mining industry, and supporting scientific and technological innovation. A series of achievements have been made in deep prospecting, which laid a solid foundation for the transformation and development of China's mining industry.

    支撑能源矿产勘查转型

    《中华人民共和国国民经济和社会发展第十三个五年规划纲要》明确提出,要推动能源结构优化升级,建设多轮驱动的现代能源体系。

    近年来,中国地质调查局将能源矿产地质调查放在更加突出的位置,瞄准服务国家能源安全保障、改善能源结构、支撑油气勘查开发体制改革的目标,加大了对页岩气、铀矿、天然气水合物、地热、锂矿和石墨等非常规及新型能源的调查力度,重点开展基础地质调查评价、重点区勘查示范、理论、技术及装备创新等工作,取得了一批地质调查成果,为我国现代能源体系的建立提供了坚实的基础。

    ——页岩气(油)调查实现重大发现或突破。一段时期内,我国南方油气页岩气突破均来自四川盆地、江汉盆地和苏北盆地等盆地内,盆地外复杂构造区一直未获重大突破或发现。中国地质调查局通过在四川盆地周缘、武陵山、滇黔桂、中扬子、下扬子地区开展基础地质调查工作,开辟了6万平方千米勘查新区,圈定了正安-酉阳、宜昌-长阳等10处页岩气调查远景区,基于重大突破和发现成果,优选了正安、秭归等14个页岩气有利勘查区块,支撑了新一轮页岩气招标工作。

    拓展9套盆地外复杂构造区新层系,取得新层系重大突破。在四川盆地、江汉盆地等盆地外,新发现震旦系陡山沱组、灯影组,寒武系岩家河组、天河板组,奥陶系宝塔组,志留系石牛栏组,二叠系栖霞组、龙潭组、大隆组9套油气页岩气新层系。安页1井首次发现志留系石牛栏组和奥陶系宝塔组含油气地层,同时首次在四川盆地外二叠系栖霞组发现厚达147米的含油气地层。秭地1井、秭地2井在武陵山地区震旦系陡山沱组发现页岩气,鄂阳页1井在震旦系灯影组发现礁滩相含油气地层,鄂宜页1井在寒武系岩家河组首次发现含油气地层,宜地2井在寒武系天河板组钻获裂缝性天然气,港地1井、泾页1井在二叠系大隆、龙潭组获得海陆交互相页岩油气新发现。

    中国地质调查局在贵州省遵义市正安县实施的安页1井

    发现3种新类型,取得油气页岩气调查新类型的重大突破。安页1井钻获志留系石牛栏组海相互层状泥晶灰岩与钙质泥岩,是我国首次发现的高产海相致密气藏。宜地2井首次发现天河板裂缝性天然气新类型。曲页1井在赣中和黔西六盘水二叠系煤系地层发现煤层气、页岩气、致密砂岩气“三气”共存模式。其中,贵州遵义安页1井、湖北宜昌宜地2井等12口井是国内重大油气页岩气突破与发现。安页1井一举获得二叠系栖霞组,志留系石牛栏组、五峰-龙马溪组和奥陶系宝塔组“四层楼”式天然气、页岩气重大突破。其中,石牛栏组含气地层累计厚68米,经压裂获超过10万立方米/日的高产稳产工业气流。安页1井油气调查的重大突破被认为是历史性、里程碑式的,对南方复杂地质构造区和贵州省油气勘查具有重要意义,圆了中国地质工作者和贵州省人民60多年的油气梦。此外,宜地2井钻获70米优质页岩,鄂宜页1井钻获水井沱组86米厚高含气页岩气层,鄂阳页1井在牛蹄塘组钻获页岩气流,均实现重大发现。

    ——海域天然气水合物获得重大发现。海域圈定6个天然气水合物成矿远景区,预测资源量达744亿吨;陆域圈定9个天然气水合物有利成矿区块,预测资源量350亿吨油当量;利用综合地质、地球物理和地球化学等多种调查技术手段,在西沙海槽、琼东南海域、神狐海域及东沙海域圈定6个远景区、19个成矿区带、25个有利区块,预测水合物远景资源量达744亿吨油当量;在青南藏冻土区优选出9个天然气水合物有利成矿区块,预测远景资源量达350亿吨油当量。

    在南海北部珠江口盆地首次钻获高饱和度水合物,首次钻探证实超千亿立方米级天然气水合物矿藏。在珠江口盆地东北海域钻获高纯度天然气水合物实物样品,控制面积55平方千米,控制储量达到1000亿~1500亿立方米。在南海北部神狐海域实施的19个钻孔均发现天然气水合物,控制面积128平方千米,控制资源量超1500亿立方米,其中通过钻探取芯落实的2个大型矿体,探明储量达400亿立方米,为海域天然气水合物试采提供了重要参考靶区。

    ——地热资源展现新前景。目前,已完成336个地级以上城市浅层地温能调查评价,浅层地温能资源每年可采量折合标准煤7亿吨,可用于建筑物供暖和制冷,实现建筑物夏季制冷面积326亿平方米、冬季供暖面积322亿平方米,提高浅层地温能高效利用每年可节煤2.5亿吨,减少二氧化碳排放6亿吨。全国地热水资源每年可采量折合标准煤18.65亿吨,以中低温为主,高温为辅,每年可开采量折合标准煤18.28亿吨;其余山地丘陵区中低温地热资源折合标准煤0.19亿吨,温泉多分布其中。高温地热水资源每年可采资源量折合标准煤0.18亿吨。

    战略性新兴矿产调查获突破

    近年来,中国地质调查局在锂矿、石墨战略性新兴矿产调查方面取得重大进展。

    通过开展四川甘孜甲基卡锂辉石矿调查,新发现锂辉石矿脉14条,新增氧化锂资源量 88.55万吨;新发现9处含锂盐湖,四川甲基卡地区新增锂矿资源量88.55万吨,平均品位1.41%,全区总资源量超过200万吨,为打造川西新能源产业基地夯实了资源基础。

    在西藏北部地区开展盐湖水化学地质调查,收集盐湖水化学地质资料,新发现结则茶卡、龙木错、查波错、扎仓查卡、捌仟错、仓木错、拉果错、当雄错和鄂雅错等9处含锂盐湖,引导和拉动商业性勘查,新增资源量1400万吨;在青海柴达木盆地东台吉乃尔、西台吉乃尔和一里坪等开展盐湖卤水锂矿调查,企业跟进勘查新增资源量1260万吨;在柴达木西部南翼山地区开展深层富锂卤水资源调查,估算资源量1200万吨,达到超大型卤水锂矿规模。

    石墨矿调查取得一批新进展。内蒙古、青海等地圈定石墨找矿远景区18处,新发现矿产地11处,探获资源量3000万吨。新疆奇台黄羊山晶质石墨矿是我国发现的首个超大型规模岩浆热液型晶质石墨矿,改变了岩浆热液型无石墨大矿的历史,估算石墨资源量2000万吨以上,平均固定碳含量7.01%,大鳞片晶质石墨含量30%~35%,有望形成1处新的晶质石墨资源基地。

    助力资源节约集约高效利用

    稀土选冶及盐湖提锂技术取得新突破,为资源开发利用提供了技术支撑。

    成功开发出脱泥-浮选技术和浮团聚磁选技术,并先后应用于冕宁稀土矿等,实现了技术转化,为该地区稀土资源绿色、高效开发提供了技术支撑。针对轻重混合型复杂稀土,研发出化学解理-选浸联合技术,成功实现了轻、重稀土的有效分离与富集。稀土精矿盐酸直接提铈技术等稀土分离提取工艺成功生产了氯化物、氧化物、氟化物、碳酸盐、高纯金属、稀土硅化物等系列产品。

    研发的太阳池提锂技术已成功应用于西藏扎布耶盐湖开发。该技术工艺利用青藏高原丰富的太阳能资源,让高锂碳酸盐型卤水在太阳池中只加热不蒸发,从而获得70%~90%的高品质碳酸锂精矿,再经简单加工即可得到工业级或电池级碳酸锂产品。这一工艺对环境影响较小。目前,利用该项技术已在扎布耶盐湖建成了5000吨工业级碳酸锂生产线。该技术以及中国科学院青海盐湖研究所的膜分离锂镁分离技术和青海盐湖集团的吸附法提锂技术共同促进了青藏高原盐湖锂矿开发利用。

    在钼铜冶炼淋洗液中稀散元素铼的综合回收和高效利用技术方面取得重大突破,并在国内多个大型企业成功转化,为我国航空发动机规模化生产提供了资源保障。

    为矿山生态修复出谋划策

    中国地质调查局“十三五”科技创新发展规划明确提出,将大型资源基地资源环境综合调查作为重要矿产资源领域4项主要任务之一,组织所属单位,发挥自身的专业技术优势,对占用大量土地的尾矿进行二次开发,提高尾矿综合利用率;对开发用量大、投资少、有销路的尾矿,通过实现规模经营和多品种开发的资源化、商品化使其变废为宝,真正成为经济商品中的一部分;对尾矿坝中的废水进行处理以达到国家标准,实现浮选废水适度净化后全部回用和零排放。对于未处理的采空区、废旧巷道等,利用井下采空区排放尾矿。积极开展土壤治理研究工作,构建矿山污染耕地土壤微生物治理技术模型,研究成果应用于耕地土壤重金属污染治理;组建土壤修复实验室,并部分建立土壤试验田,作为土壤治理技术的孵化与示范。此外,还通过精准服务“长江经济带”“皖江经济带”等国家和区域发展重大战略工程,以综合地质调查成果报告的形式涵盖所属区域矿山生态修复所需基础数据,并为其提供修复方案。

    为皖江经济带提供的调查报告提示发展需要关注的3个重大地质问题就包括皖江地区矿山环境问题,指出矿山开采与城市建设、生态保护的矛盾凸显,因采矿产生的地面塌陷、边坡失稳等地质灾害、“三废”污染、水土流失、压占毁损土地资源等生态环境问题日趋严重,建议对重点塌陷区开展塌陷现状及治理情况核查,并在回填基础上进行生态复垦;针对已闭坑的老井工开采矿山,加强对采空区的排查;对岩溶塌陷区进行水文地质条件详查,提出岩溶塌陷防治措施;矿山开采引发的崩滑流等地质灾害主要发生于露天开采矿山,建议对露天矿坑隐患点进行边坡加固,对废旧露天矿坑进行边坡改造、修复治理,对崩塌滑坡灾害点进行清理、测量、评价、修复;矿山废水排放和废渣堆置不当,给矿山周围的地表、地下水体造成了不同程度的污染,对矿区周围地表水影响较严重,建议对已占有、已污染土地进行试点修复工作,技术成熟后进行推广;对矿区影响范围内水土质量下降区域进行详查,理清污染途径,提出水土保护措施;关于矿山开采压占、毁损土地资源,建议开展毁损土地资源修复和治理,支撑矿山城市升级转型。

    推动矿山生态地质调查和绿色矿山建设,初步实现有效指导矿山开发、监管和保护;参与编制9项绿色矿山建设标准;建成并完善全国重要矿产矿山数据库和尾矿综合利用特征数据库,编制重要矿产固体废弃物分布图;调查我国部分尾矿库,形成固废综合利用新技术,筛选部分尾矿库开展可利用性评价。

    支撑引导老矿山深部找矿

    近年来,中国地质调查局在有资源潜力的现有老矿山部署深部找矿项目,紧密结合地方经济社会发展,以矿山企业投资为主体,对公益性地质工作给予适当支持,引领和拉动矿山企业跟进勘查,增加矿山可采资源储量,稳定和扩大矿山产能,延长矿山服务年限和保障职工就业,促进矿业城市(镇)经济社会持续发展和社会稳定。

    2012年~2014年,中国地质调查局共部署实施老矿山找矿项目188项,其中勘查类项目168项、找矿预测与方法技术研究类项目20项,共有115家地勘单位和143个矿山企业参与项目实施;累计投入经费22.3亿元,其中中央财政资金10.4亿元、地方财政资金550万元、矿山企业资金11.8亿元;实现老矿山深部和外围新区、新类型、新方向找矿重大突破,共55个矿山新增资源量达大中型规模,其中通过研究西藏罗布莎矿区含矿构造岩相带与矿体空间分布规律,配合重磁电综合解释,圈定深部找矿靶区,经钻探验证发现厚大隐伏矿体,实现铬铁矿找矿重大突破;新增铬铁矿资源量200万余吨,其中Cr-80矿体提交115万吨,是目前国内发现单体规模最大的铬铁矿体;在香卡山矿区深部发现6个铬铁矿富盲矿体,新增资源量25万余吨,预测深部仍有很好的找矿潜力;罗布莎铬铁矿的找矿突破深化了对区域空间成矿规律的认识,总结完善了有效的勘查方法,拓展了区域找矿空间,对缓解我国铬铁矿供需压力和提高资源保障能力具有重要的现实意义。

    尽管一路披荆斩棘,成绩显赫,中国矿业转型发展依然任重道远。在精准研判国际国内矿业发展形势的基础上,中国地质调查局提出,要紧扣国家能源资源安全,精准对接矿业转型发展,着力构建现代矿业发展服务体系,着力打造中国地质调查局在服务矿业转型发展中的权威和品牌,向矿业企业提供受欢迎、能解决实际问题、能满足企业需求的服务产品和平台。中国矿业报社作为这一战略性部署的具体实施者,在遵循“解放思想、大胆探索、聚焦需求、创建精品”这一原则的基础上,面向全球和中国矿业,打造“国际一流、国内顶尖”的矿业信息产品和服务平台,树立中国地质调查局服务矿业转型发展的品牌,强化智库型媒体功能,力求尽快建成中国矿业融媒体主平台,从2020年到2025年,打造中国矿业最权威的信息发布平台、较强国内和国际影响力的矿业资讯平台和专业化的咨询服务平台,向世界发出中国矿业声音,亮出中国观点,提供中国方案。

     
    中国地质调查工作服务矿业转型发展纪实

    为进一步提高业务人员科研水平,学习和了解地下水流系统与地下水可持续开发利用的科学理念和关键技术,推进水文地质调查、水资源监测等工作与科学研究的深度融合,9月21日上午,自然资源部中国地质调查局地质环境监测院邀请了联合国教科文组织水资源学院(UNESCO-IHE)周仰效教授做专题讲座。

    周仰效教授以“地下水流系统分析与可持续开采(Groundwater Flow System Analysis and Sustainable Development)”为题,详细讲述了地下水流系统的科学概念、局部水流系统和区域水流系统的特点,并以荷兰水源地保护区的划分及地下水可持续开采管理方案为例,指出地下水数值模型技术与野外调查、勘探和监测等有机结合是水文地质工作未来的方向。

    环境监测院30余名业务人员聆听了讲座,并就实际工作中遇到的问题与周仰效教授进行了深入交流,此次讲座取得了良好效果。

    据了解,周仰效教授长期从事水文地质教育和研究工作。研究领域涉及水文地质系统分析、地下水资源评价与管理、地下水监测、地下水流和溶质运移模拟、水文地质参数变量的空间和时间变化特征、地下水与地表水的相互作用、干旱和半干旱地区生态水文地质学等。周教授共发表学术论文70余篇,专著4部。2016年起,周仰效教授被环境监测院特聘为海外高级访问学者。

     

     

     
     

     

    环境监测院邀请国际水文地质知名专家开展学术交流

    为响应国家创新驱动战略,提高国际合作水平,推进Ar-Ar年代学实验室建设,应中国地质调查局武汉地质调查中心邀请,荷兰J.R. Wijbrans教授(Vrije University)和英国Simon Kelley教授(Open University)于2016年1月21日到武汉中心访问并作学术报告。 

    J.R. Wijbrans教授现任职于荷兰自由大学、荷兰莱顿大学,主要从事Ar-Ar年代学研究。在Nature、EPSL、Science发表多篇高水平文章,引用次数超过5600次。Simon Kelley教授现任英国开放大学环境、地球和生态系统学院教授、副院长,研究方向为惰性气体地球化学、Ar-Ar年代学方法及激光提取技术。发表文章300余篇,引用次数超过11000次。 

    J.R. Wijbrans教授作了“荷兰自由大学Ar-Ar年代学实验室研究进展”(Timely developments: Research in geochronology in the Vrije University argon geochronology laboratory)的学术报告,重点介绍了激光Ar-Ar定年技术在地质界线精确厘定、河流物源示踪和变质过程研究等领域的最新应用成果。Simon Kelley教授作了“油气藏及其它岩石中钾长石增生边的定年”(Dating K-feldspar overgrowths in petroleum reservoir and other rocks)的学术报告,介绍了这种方法在沉积岩定年和油气藏演化过程研究中所取得的最新成果。参会人员从科学问题、科研合作、实验测试等方面与两位专家进行了研讨交流,并就合作交流方式和内容交换了意见。会后两位教授参观了武汉中心同位素地球化学研究室Ar-Ar年代学实验室。 

    本次学术交流会为武汉中心科技人员学习、掌握最新的Ar-Ar年代学测试技术和科研成果提供了契机,有利于促进武汉中心Ar-Ar年代学实验室发展,也为加强国际合作交流提供了机遇。会议由泛珠三角地区地质环境综合调查工程首席专家黄长生主持,武汉中心副主任张旺驰、同位素地球化学研究室及水文地质环境地质研究室相关科技人员近30人参加了会议。 

    学术交流

    外宾参观实验室

    欧洲Ar-Ar年代学专家访问武汉中心

    Workers stand in front of Songke 2, the deepest borehole ever drilled for scientific purposes by Asians, in Anda, Heilongjiang province, on Saturday. [Photo by GU LANDING/FOR CHINA DAILY]

    The deepest borehole to be drilled for scientific purposes by Asians-the first to penetrate a continental layer of strata from the earth's Cretaceous period-was completed in northeastern China on Saturday, four years after it began. It reached a depth of 7,018 meters.

    The project, Songke 2, in Anda, Heilongjiang province, started in April 2014, led by the China Geological Survey in cooperation with about 20 organizations, including the Institute of Exploration Technology, SinoProbe Center, China University of Geosciences, Jilin University and Daqing Oilfield Co.

    "On behalf of the International Continental Scientific Drilling Program, I would like to congratulate you on the project, which achieved an unprecedented depth," said Ulrich Harms, head of the ICDP's operational support group.

    "These technical achievements are outstanding and will have a long-term impact "on partnerships between industry and science worldwide, Harms said. "And it will have an impact on the scientists involved."

    The borehole is located in the Songliao Basin, one of the largest continental sedimentary basins in the world. It holds China's most important reserves of oil and natural gas.

    "The success of the project will provide key technologies and equipment for exploration and experimental research deep within the earth," said Cheng Qiuming, secretary-general of the International Union of Geological Sciences. "It will also open a new space for clean energy prospecting in Songliao Basin."

    Li Yuyan, chief engineer of Heilongjiang's Department of Land and Resources, said: "These technical achievements are outstanding and have been recognized both at home and abroad. We hope these energy sources can be developed as soon as possible, which will bring great benefit to the local residents and promote the economic development of the province."

    Wang Chengshan, an academician of the Chinese Academy of Sciences and chief scientist of the project said: "In the 21st century, we have to face new challenges of survival and development, as well as huge challenges of resource scarcity, environmental change and frequent disasters. Therefore, we must go further into the deep earth, which has become the consensus of all the scientists in the world."

    The drilling project, Wang added, "achieved the first borehole in the world that goes through the continental stratum of the Cretaceous period, which has shown China's deep-earth capabilities".

    Harms said important scientific papers are emerging from the project, including descriptions of past climate change due to volcanism and a physical impact at the Cretaceous-Tertiary boundary, which makes Songliao an even more important site for China.

    The Kola borehole in northwestern Russia remains the deepest in the world. It reached a depth of 12,262 meters in 1989.

    CHINA DAILY:China completes drilling of deep bor...
      为宣传和展示中-德国际合作项目“兰州地质灾害风险评估与管理”第一阶段研究成果,2017年5月28日至6月3日,中-德双方项目组成员一起赴斯洛文尼亚参加了第四届世界滑坡论坛(4th World Landslide Forum)。
      会议期间,中方项目组成员王立朝博士和佟彬博士分别做了题为“Landslide Hazard and Risk Assessment of Lanzhou,Province, Gansu, Peoples Republic of China: Introduction and outlook”和“Landslide Susceptibility Assessment in Rapidly Developing Area – Use Lanzhou as an Example”的学术报告;德方项目组成员提交了题为“Evolution of Landslide Susceptibility Patterns in Areas of Rapid Urban Development, Case Study Lanzhou City,Northwest China”的展板。双方通过学术报告和展板两种方式,向与会代表充分展示了2016年以来项目组在兰州滑坡灾害风险评价方面取得的成果。黄土地区滑坡灾害评价的研究思路和研究方法引起了奥地利国家科学技术研究院Philip Leopold博士等与会代表的浓厚兴趣,会后主动与项目组成员进行深入交流,进一步探讨具体的评价技术和研究方法。以此次联合参会为契机,中-德项目组还商讨了11月份开展阶段成果评估的日程安排和下一步工作重点。
      此次国际学术交流及时宣传了中国地质环境监测院在滑坡灾害风险评价研究领域取得的经验和成果,有助于提高中国地质环境监测院在地质灾害研究领域的国际影响,也有助于科研人员开阔思路、取长补短、精准服务,推动地质调查项目成果落地和转化应用,更好地为当地经济社会发展提供技术支持。
     
     
     
    中-德“兰州地质灾害风险评估与管理”项目组参加第四...

    2016年11月15日,联合国教科文组织国际岩溶研究中心(以下简称“中心”)第二届学术委员会第一次会议学术研讨会在广西桂林召开。此次研讨会共收集到11位国内外学术委员及专家的学术报告。中心学术委员会的全体成员、国际组织代表,国际培训班的所有学员及教员,以及其他嘉宾等来自17个国家的60多人参加了此次研讨会。

    11月15日上午,在中心常务副主任曹建华研究员的主持下,对中心学术委员会的成员进行了一一介绍,并对此次研讨会的背景及意义进行了简要说明。塞尔维亚IAH(国际水文地质学家协会)国家委员会主席Petar. T. Milanovic教授、中国地质调查局岩溶地质研究所蒋忠诚副所长、波兰西里西亚大学AndrzejTyc教授、西安交通大学程海教授、巴西岩溶研究所Augusto Auler教授分别作了报告,题目分别为“Effects of dams and reservoirs in karst on microclimate”(岩溶区大坝和水库对小气候的影响机制)、“Leakage of water and soil in Karst Areas, Southwest China”(中国西南岩溶区的水土漏失)、“Hypogene karst related to CO2 system”(与二氧化碳系统相关的深层岩溶)、“Climate variability over the past 600,000 years”(过去60万年来的气候变化)、“Climate change and environmental impacts in developing countries”(气候变化和环境影响下的发展中国家)。国内外专家学者围绕全球气候变化以及中国西南岩溶区水土治理等学术问题展开讨论。

    11月15日下午,在中心秘书长章程研究员的主持下,中国地质大学(北京)胡晓农教授、美国国家洞穴与岩溶研究所George Veni所长、中国地质调查局岩溶地质研究所雷明堂研究员、美国明尼苏达大学R.Lawrence Edwards教授、中国科学院贵阳地球化学研究所刘再华研究员、中国地质调查局岩溶地质研究所夏日元研究员分别作了学术报告,题目分别为“Seawater intrusion in karst groundwater: Observation and simulation”(海水入侵岩溶地下水:观测与模拟)、“A framework for assessing the role of karst conduit morphology, hydrology, and evolution in the transport and storage of carbon and associated sediments”(岩溶管道形态、水文地质条件及其演化在碳及相关沉积物的运移、储存过程中的作用初探)、“Karst collapse investigation in China”(中国岩溶塌陷地质调查)、“The East Asian Monsoon and Global Climate Change from Chinese Cave Deposits”(中国洞穴沉积物记录反应的东亚季风和全球气候变化)、“Significance of the carbon sink produced by coupled action of carbonate weathering and aquatic photosynthesis: Regulation by climate and land use/cover chagnes”(基于碳酸盐岩风化及水生植物光合作用双重作用下的碳汇的重要性研究:气候和土地利用/覆盖变化的调节作用)、“Characteristics of karst groundwater and effective development and utilization of water resources in South China”(中国南方岩溶地下水特点与水资源有效开发利用)。国内外专家学者围绕岩溶地区碳汇与碳循环、中国岩溶塌陷及南方岩溶地下水开发利用等问题展开讨论。中心学术委员会主任袁道先院士认真听取了各位专家的报告,并提出了许多宝贵建议,会议在国内外专家学者们激烈友好的讨论中圆满结束。

    参加本次会议的学员、专家纷纷表示,本次会议的相关报告非常精彩,都是各位专家在其擅长领域的系统性总结和综合,对了解该领域的研究成果,启发各自的科研思路起到了极大的推动作用,希望未来还能有多次类似的合作研讨活动。

     

    国际岩溶研究中心学术研讨会召开