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Water (REMIS) Background: When GE scientists were looking to help GE Power & Water optimize desalter operations to enable refineries to more efficiently and effectively process opportunity crudes, they needed to look no further than GE’s Healthcare business for the answer. While treating water for hydrocarbons seems a far cry from treating patients in healthcare, the technology tells a different story. At Global Research, GE scientists have been developing increasingly sensitive and selective sensors that support applications in a wide variety of GE’s industrial businesses. Resonant enhanced multivariate impedance spectroscopy (REMIS) sensors are one such platform. GE business applications: Originally developed for GE Healthcare to monitor critical manufacturing parameters in single-use biopharmaceutical manufacturing, GE scientists are now adapting these REMIS sensors with GE Power & Water for the Integrated Solutions for Refining (ISR) initiative. In the refinery setting, REMIS sensors will be deployed as an industrial probe to quantify water and oil compositions of complex emulsions with the durability to handle tough environmental conditions, corrosion, fouling, and drift; this will enable better control of the application of our proprietary Chemical Portfolio used to treat both hydrocarbons and water. Beyond GE Healthcare and Power & Water, the transfer of GE’s REMIS sensor technology will flow to other businesses as well. GE Transportation will leverage this platform to detect contaminates in lubricating oils, and GE Licensing has demonstrated value in detecting gases used for sterilization in medical device packaging and other opportunities outside of GE’s core businesses. The GE Store difference: The REMIS platform has led to sensors that are being deployed for applications in GE Healthcare, GE Power & Water, GE Transportation, and GE Licensing. It’s a great example of how common technology platforms developed at GE Global Research can be rapidly transferred across many GE business platforms. Industrial Inspection Background: In healthcare, GE researchers are driving advanced technologies in medical imaging and diagnostics to help doctors spot disease earlier using non-invasive or minimally invasive imaging procedures. Over many decades, GE Healthcare has pioneered many industry firsts and breakthroughs in a variety of imaging modalities from X-ray and ultrasound to CT, PET and MR imaging. Whether imaging a patient to look for disease or checking an industrial part to see if it is cracked or damaged, the goal is the same: We want to help doctors or factory engineers make that diagnosis with as little disturbance as possible to the subject at hand. GE business applications: At GE Global Research, it’s not unusual to find teams of scientists and engineers who work on both medical imaging and industrial inspection technologies. Indeed it was from Healthcare that we created and built a whole business around Industrial Inspection. Today, the examples of how Healthcare technology has been applied to GE’s other industrial businesses are numerous and growing more every year. Computed Tomography (CT): In hospitals, we use CT to non- invasively see inside patients to diagnose cancer or cardiac health. At GE Global Research, we’re applying the same technology to non- invasively inspect parts and equipment that make up our products. A great example is in Oil & Gas, where we are using CT to analyze rock samples involved with oil exploration. We’re also using CT to inspect LEAP engine blades and high temperature composite parts for Aviation. We’re even using CT to look at the chemistry of our energy storage batteries and study the properties of new materials being developed for an array of GE products. X-Ray: GE Healthcare’s Digital Radiography detectors, originally developed for cardiac imaging and mammography systems, have been adapted for industrial x-ray inspection. GE Measurement & Controls (M&CS) is using these detectors for inspection across many applications in GE’s Aviation and Power & Water businesses. Ultrasound: GE Healthcare has extensive experience in developing phased array ultrasound probes and systems for medical imaging applications. This technology has been adapted for the development of industrial non-destructive testing devices, such as the Phasor series ultrasonic flaw detectors from GE M&CS that are used for many factory floor and field inspection applications, spanning welds, forgings, castings, bridges, and rail inspection. The GE Store difference: With decades of in-house medical imaging knowledge and a proven portfolio of imaging products, GE has been able to readily transfer imaging knowledge from Healthcare to support and create a multitude of inspection applications for our industrial businesses. 9PDF Image | GE Store for Technology
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