In the future, when data from iSense is paired with other real-time production and facilities data, we expect to be able to make improvements in the design of facilities to minimize releases. This data, along with our ability to monitor our operations from any one of our four control centers, will enhance the 24/7 capability to continuously identify, prioritize, and repair leaks. Owning the iSense data and retaining direct control of its collection provides invaluable flexibility to improve both data quality as well as the tools to analyze and integrate iSense data with existing operational data from our production facilities. Using our proprietary system allows us to own the data creation, flow, and storage, which is a priority with all our information systems. We plan to continue to roll out iSense in other operating areas next year. The initial installations are focused in the Delaware Basin and currently cover about 60% of our production.* We expect that most of the remaining Delaware Basin production will be monitored by iSense by year-end. Since the pilot, our employees are rapidly deploying iSense in the field, prioritizing areas of highest potential impact. Like so many of our innovations, this technology has been spearheaded by our employees across the company. The results from these tests confirmed that iSense is the most effective solution for EOG to use to detect leaks and accelerate repairs while also being scalable and economic. We tested iSense against other monitoring solutions in use and available on the market today and confirmed that our sensor detected methane release events consistent with these third-party systems.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |