据阿拉伯贸易网巴黎报道，全球第2大油气地质勘探公司法国地球物理总公司（CGG）新的GeoVerse地热资源评估研究将支持地热能源潜力的评估，并帮助确定未来开发的新地点和地区。
此次研究利用了CGG独特的井、地震和解释数据库，以及在130多个已完成的地热项目中的经验，并应用专有方法对70多万个地下温度数据点进行了评估。
CGG的地热科学专家研究了高能火山地热系统，以及与沉积盆地相关的温度较低但范围更广的系统，这些系统代表了一个重要的新兴资源机会。
通过GeoVerse平台交付的研究结果和能确证的原始数据允许用户在交互环境中查询数据，以解决关键的地热系统问题。
CGG的这项全球研究为勘探公司、作业公司和投资者发现、评估和比较机会提供了基线数据和分析资源评估帮助。
这是CGG地球数据库中GeoVerse新产品套件的第二个模块，旨在支持能源转换。 在此之前，CGG发布了北海北部碳储存筛选研究报告。
CGG多客户端执行副总裁林德春表示：“这些数据丰富的研究利用了CGG丰富的地球科学数据、专业知识和数据科学专业知识，解决了从地热资源评估、关键矿产勘探到碳封存等广泛的应用领域。”
李峻 编译自 阿拉伯贸易网
原文如下：
CGG’s new global study will help explore geothermal potential
CGG’s new GeoVerse Geothermal Resource Assessment study will support the evaluation of geothermal energy potential and help identify new sites and regions for future development.
It draws upon CGG’s unique well, seismic and interpretation database and experience in over 130 completed geothermal projects and applies a proprietary methodology to evaluate over 700,000 subsurface temperature data points.
CGG’s Geothermal Science experts investigated high-energy volcanic geothermal systems as well as lower-temperature but far more extensive systems associated with sedimentary basins that represent a significant emerging resource opportunity.
The study and supporting primary data, delivered through the GeoVerse platform, allows subscribers to interrogate data in an interactive environment to address key geothermal system questions.
This global study, available for license, provides a baseline dataset and analytical resource evaluation aid for explorers, operators and investors to discover, assess and compare opportunities.
It is the second module in CGG’s new suite of GeoVerse products in its Earth Data Library designed to support the energy transition. It follows the recent release of CGG’s Northern North Sea Carbon Storage screening study.
Dechun Lin, EVP, Multi-Client, CGG, said: “These data-rich studies capitalise on CGG’s wealth of geoscience data, know-how and data science expertise to address a wide spectrum of applications, from geothermal resource assessment, through critical mineral exploration, to carbon sequestration.”
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