NuScale and Ebara Elliott Collaborate on Nuclear-Powered Petrochemical Heat
NuScale Power and Ebara Elliott Energy are partnering on a research program to integrate NuScale's advanced small modular reactor (SMR) technology into petrochemical plants. This collaboration aims to develop and field-test a commercial-scale high-temperature steam compressor capable of delivering process heat exceeding 500°C, a level difficult for conventional reactors. The initiative seeks to provide stable, low-carbon energy solutions for critical industrial processes, with the compressor targeted for completion by 2027.
NuScale Power Corporation and Ebara Elliott Energy have announced a strategic collaborative research program focused on integrating NuScale’s advanced small modular reactor (SMR) technology into petrochemical plants. The core objective is to demonstrate and field-test a commercial-scale high-temperature steam compressor, enabling petrochemical facilities to access reliable process heat exceeding 500°C, a temperature range typically challenging for conventional light water reactors. This groundbreaking initiative will utilize NuScale's U.S. Nuclear Regulatory Commission-approved SMR design to generate steam, which will then be isolated via an intermediate heat exchanger and further increased in temperature through adiabatic compression.This partnership leverages Ebara Elliott’s extensive century-long operational expertise in industrial compressors, turbines, and pumps, combined with NuScale's cutting-edge nuclear innovation. The goal is to deliver stable, high-quality heat for critical industrial processes while significantly reducing carbon emissions, thus providing a clean, efficient, and scalable nuclear-powered energy system for the petrochemical sector. Dr. José Reyes of NuScale emphasized the significant commercial opportunities and strengthening of the supply chain, while Ron Josefczyk of Ebara Elliott highlighted the creation of a reliable, low-carbon solution tailored to industry needs. The project is currently underway, with the steam compressor slated for completion by 2027, and both companies are seeking partners for subsequent field testing and commercial validation, planning to present their progress at the upcoming World Petrochemical Conference.
