Baker Hughes has announced the launch of CarbonEdge technology, an innovative digital solution designed for carbon capture, use and storage (CCUS) operations. The projects of the future require measures such as.
Baker Hughes CarbonEdge technology
This platform, driven by CordantThis platform, powered by Cordant, offers comprehensive risk management and support for real-time regulatory reporting. With this tool, Baker Hughes becomes the first provider to offer a fully integrated digital solution for CCUS projects.
CarbonEdge provides an intuitive dashboard and accurate real-time data, allowing users to monitor carbon dioxide (CO₂) flows across the entire CCUS infrastructure, from capture and compression to transport and subway storage. In addition, this connectivity allows customers to identify and manage risks, optimize operations and simplify regulatory reporting.
Baker Hughes technology excels in its ability to integrate risk management and regulatory reporting into the CO₂ measurement, monitoring and verification(MMV) process. This is made possible by the engineering expertise and domain knowledge the company has developed over the years in surface and subsurface planning and operations. CarbonEdge also integrates with Baker Hughes’ subsurface and autonomous modeling solutions, providing detailed workflows to characterize storage sites and ensure an efficient and safe process.
Baker Hughes President and CEO Lorenzo Simonelli said CCUS technology solutions are important for decarbonization and the launch of CarbonEdge is a bold step towards a more sustainable energy future. With the addition of CarbonEdge, Baker Hughes expands its portfolio of digital solutions, offering clients the ability to mitigate risk while optimizing operational efficiency.
The launch of CarbonEdge is supported by a partnership with Wabash Valley Resources(WVR), a company specializing in ammonia fertilizer production of low-carbon ammonia fertilizers. ammonia fertilizers. Through a long-term agreement, WVR will use CarbonEdge to measure, monitor and verify the volumes of CO₂ collected and sequestered underground.
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Source and photo: Baker Hughes