How Advanced Automation Accelerates Industrial Adoption of SMR Technology
As the world advances toward decarbonization, industrial energy consumers are looking for solutions that go beyond renewable electricity alone. They are seeking reliable, high-temperature outputs created from sustainable (ie. non-fossil) energy sources. They are demanding flexible, always-on power. And, increasingly, they are turning to a promising innovation: Small Modular Reactors (SMRs). Unlike traditional nuclear power plants that are massive, centralized, and built primarily for the grid, SMRs are compact, factory-built, and scalable. These characteristics make SMRs ideal for industrial facilities seeking on-site energy solutions that offer both carbon-free electricity, process heat, and more. From chemical plants to data centers to water treatment facilities, industrial companies are exploring SMRs as a multipurpose energy source. The thermal output of an SMR can drive high-temperature industrial processes, fuel hydrogen production, power desalination plants, and even support district heating systems. But tapping into this potential requires more than just advanced nuclear technology—it demands a sophisticated approach to automation and control.
