据管道&天然气杂志网6月2日报道，应对气候变化的挑战需要减少温室气体排放的创新解决方案，碳捕获和储存（CCS）技术已成为减少能源密集型行业和发电产生的二氧化碳排放的一种很有前途的方法。
为了支持CCS的发展和部署，新的全球能源基础设施(GEI)碳捕集存储数据库提供了与全球CCS项目相关的全面信息和数据。
GEI CCS数据库是领先的国际媒体出版物、研究团队和行业利益相关者合作开发的，是寻求了解、评估和加快CCS技术采用的决策者、研究人员和投资者的重要资源。该数据库提供了关于CCS项目的丰富信息，包括其位置、能力、使用的技术以及实施进度。
通过整合来自广泛来源(包括报告、行业来源和项目文档)的数据，该数据库提供了一个可靠且最新的CCS相关信息存储库。它提供了对不同行业(如发电、石油和天然气以及工业过程)CCS部署状况的见解，使利益相关者能够全面了解全球CCS格局。
GEI CCS数据库不仅突出了现有的CCS项目，而且还提供了有关未来CCS发展潜力的宝贵信息。它包括地质储存地点、基础设施要求和利益相关者的数据，有助于识别与CCS实施相关的机遇和挑战。这些信息有助于决策者和投资者就CCS项目的可行性和可扩展性做出明智的决定。
此外，该数据库还提供先进的搜索和分析工具，通过GEI测绘工具探索和可视化CCS相关数据。用户可以访问详细的项目概况，比较不同的CCS技术和方法。这使利益相关者能够评估CCS在减少排放方面的有效性、相关成本以及与其他清洁能源技术整合的潜力。
GEI CCS数据库在推动CCS技术作为全球气候变化缓解工作的关键组成部分的采用方面发挥着至关重要的作用。通过提供全面的数据、分析工具和见解，该数据库支持知情决策，促进合作，并加快向低碳未来的过渡。
郝芬 译自 管道&天然气杂志网
原文如下：
Global Energy Infrastructure Launches Carbon Capture Storage Projects Database
Addressing the challenges of climate change requires innovative solutions to reduce greenhouse gas emissions. Carbon capture and storage (CCS) technology has emerged as a promising approach to mitigate carbon dioxide (CO2) emissions from energy-intensive industries and power generation.
To support the advancement and deployment of CCS, the new Global Energy Infrastructure (GEI) Carbon Capture Storage database provides a comprehensive collection of information and data related to CCS projects worldwide.
Developed in collaboration with our leading international media publications, research team, and industry stakeholders, the GEI CCS database serves as a vital resource for policymakers, researchers, and investors seeking to understand, assess, and accelerate the adoption of CCS technology. The database offers a wealth of information on CCS projects, including their locations, capacities, technologies utilized, and the progress of their implementation.
By consolidating data from a wide range of sources, including reports, industry sources, and project documents, the database provides a reliable and up-to-date repository of CCS-related information. It offers insights into the state of CCS deployment across different sectors, such as power generation, oil and gas, and industrial processes, enabling stakeholders to gain a comprehensive understanding of the global CCS landscape.
The GEI CCS database not only highlights existing CCS projects but also provides valuable information on the potential for future CCS development. It includes data on geological storage sites, infrastructure requirements, and stakeholders, facilitating the identification of opportunities and challenges associated with CCS implementation. This information supports policymakers and investors in making informed decisions regarding the feasibility and scalability of CCS projects.
Furthermore, the database offers advanced search and analysis tools to explore and visualize CCS-related data through the GEI Mapping Tool. Users can access detailed project profiles, compare different CCS technologies and approaches. This empowers stakeholders to evaluate the effectiveness of CCS in reducing emissions, the associated costs, and the potential for integration with other clean energy technologies.
In summary, the GEI CCS database plays a crucial role in advancing the adoption of CCS technology as a key component of global climate change mitigation efforts. By providing comprehensive data, analysis tools, and insights, the database supports informed decision-making, fosters collaboration, and accelerates the transition to a low-carbon future.
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