NuScale and Ebara Elliott Energy Team Up to Bring SMR Heat to Petrochemicals

NuScale Power Corporation and Ebara Elliott Energy announced a collaborative research program to demonstrate and field-test a commercial-scale high-temperature steam compressor designed to integrate NuScale Power Modules with petrochemical plants needing process heat, a combination the partners describe as a first for the industry.

The Corvallis, Oregon-based SMR developer and EEE, a turbomachinery specialist, are working through development, manufacturing, and integration of the compressor system with a target completion date of 2027. Once the hardware is ready, the partners plan to move into field testing, and they are currently soliciting candidate sites and partners for that next phase.

Ron Josefczyk, Vice President of New Apparatus at Ebara Elliott Energy, framed the collaboration as a direct application of EEE's existing industrial pedigree. "This partnership leverages our century of engineering excellence to accelerate the deployment of NuScale's innovative clean energy technology," Josefczyk said. "By combining our specialized design and manufacturing capabilities with NuScale's SMR design, we are creating a reliable, low-carbon power solution specifically optimized for the rigorous demands of the global petrochemical industry."

The scope covers development, manufacturing, and integration of critical turbomachinery and energy-conversion systems for petrochemical plants powered by NuScale technology. EEE brings decades of experience in steam turbines, compressors, and rotating equipment to the effort; NuScale contributes the Power Module architecture that would serve as the heat source.

The timing of the announcement aligns with NuScale Chief Technology Officer Dr. José Reyes heading to Houston on March 24 to deliver a presentation titled "Reframing Nuclear Heat: From Future Concept to Commercial Reality" at the World Petrochemical Conference. EEE and NuScale will also share booth space in the foyer of the Marriott Marquis Houston, where the partners plan to brief conference attendees on the collaboration's progress.

What remains unanswered publicly is significant: no field-test sites have been named, no funding figures disclosed, and the technical specifications of the compressor, including target operating temperatures, pressures, and integration architecture with the NPMs, have not been released. The 2027 compressor completion milestone will be the first hard proof point for whether nuclear process heat can compete commercially in a sector that has run on fossil fuels since its inception.