NuScale and Ebara Elliott Partner on Nuclear-Powered Petrochemical Heat

NuScale Power and Ebara Elliott Energy are collaborating on a research program to integrate NuScale's SMR technology into petrochemical plants. The initiative aims to develop and field-test a high-temperature steam compressor, enabling delivery of process steam exceeding 500°C for industrial use. This partnership seeks to provide clean, stable, and carbon-free energy solutions, reducing emissions in the petrochemical sector. The project, targeting compressor completion by 2027, will leverage NuScale's approved SMR design and Ebara Elliott's industrial expertise.

NuScale Power Corporation and Ebara Elliott Energy have initiated a strategic collaborative research program focused on advancing nuclear-powered solutions for the petrochemical industry. The core objective is to demonstrate and field-test a commercial-scale high-temperature steam compressor, which will integrate NuScale's cutting-edge small modular reactor (SMR) technology into petrochemical plants requiring reliable process heat. This collaboration combines Ebara Elliott's extensive operational experience, spanning over a century in industrial machinery, with NuScale's proprietary NuScale Power Modules™ (NPM), notably the first and only SMR design approved by the U.S. Nuclear Regulatory Commission.A pivotal aspect of this partnership is its capability to deliver process steam exceeding 500°C, a temperature range traditionally challenging for conventional light water reactors. The proposed system will generate steam using NuScale’s SMR, then isolate it via an intermediate heat exchanger, subsequently increasing its temperature through adiabatic compression. This innovative approach promises to provide petrochemical facilities with a stable, high-quality heat source, significantly contributing to the reduction of carbon emissions. Both companies aim to deliver clean, efficient, and scalable nuclear-powered energy systems, marking a potential industry first for petrochemical manufacturing. Project timelines indicate the steam compressor's completion by 2027, with both partners actively seeking candidates for upcoming field testing and commercial validation phases. This initiative is set to unlock significant commercial opportunities and strengthen the clean energy supply chain.