很遺憾，我們無法支援你的瀏覽器。如果可以，請升級到新版本，或使用 Mozilla Firefox、Microsoft Edge、Google Chrome 或 Safari 14 或更新版本。如果無法升級，而且需要支援，請將你的回饋寄給我們。
我們衷心感謝你對這個新體驗的回饋。告訴我們你的想法 打開新的分頁／視窗
How engineers and geoscientists are studying the feasibility of CO2 storage in saline aquifers with Elsevier’s Innovation Intelligence solutions.
As energy companies transition to a low-carbon economy, engineers and geoscientists are tasked with determining how these organizations can implement carbon capture, utilization and storage (CCUS) technologies to reduce emissions.
For researchers investigating the feasibility of storing CO2 in deep saline aquifers, accessing up-to-date and relevant research articles and datasets can be a daunting task.
There is so much information and research literature, which can make it difficult to identify what is important and what is not. Professionals working in CCUS need access to the following:
The latest published research on CO2 storage in deep saline aquifers, including gaps in knowledge or areas of uncertainty
Information on the geology, hydrology and geochemistry of potential storage sites, including potential environmental risks or challenges
Data on the behavior of CO2 during injection and storage, enabling researchers to evaluate the potential for CO2 plume migration and leakage
ScienceDirect provides immediate access to the latest high-quality research articles and reviews on CO2 storage to help guide more informed decision-making with increased speed. Results include:
Improved efficiency and cost savings
Significantly reduced risk of accidents or incidents associated with CO2 storage
An upskilled workforce to handle next-generation carbon storage projects
With over 19 million peer-reviewed articles and book chapters, ScienceDirect is made to improve innovation outcomes in engineering. Get the research your team needs to conceive, validate, develop and optimize products and processes. Learn more.
