Business View Magazine - January 2024

process systems is a considerable advancement in constructing and operating nuclear plants. This goes beyond simplifying the assembly of complex systems; it substantially enhances safety and efficiency, which is central to Tyne’s mission. By adopting this method, Tyne demonstrates its role as an innovator in the nuclear industry, continually seeking to improve operational practices for superior results. NUCLEAR PLANT CONSTRUCTION A notable shift towards modularization is reshaping the construction of new nuclear plants. Skid-mounted modules are designed for seamless integration into new and existing plant constructions. This approach contrasts with traditional methods, which rely on on-site construction and testing, providing a more efficient and reliable solution. Focused on hydrogen isotope management, Tyne’s modules are necessary for enhancing the purification and safety processes within nuclear reactors. The company’s expertise in managing hydrogen isotopes, particularly in heavy water reactors, is evidence of its dedicated capabilities. Their systems are designed to purify water, enhance the purity of deuterium oxide, and safely handle tritium, a by- product considered undesirable in commercial nuclear reactors. Robinson focuses on the pivotal role of fusion technology in the evolution of nuclear energy. By emulating the sun’s processes, fusion technology shows advancement over traditional fission methods. Tyne Engineering designs and builds technology for the fusion fuel cycle, providing solutions for the complex demands of a cutting-edge field. Their contributions include advanced technologies for hydrogen purification, isotopic separation, and tritium storage, all critical for managing the intense energy processes in fusion reactors. Tyne Engineering’s strategy extends beyond reacting to industry trends; it actively shapes the future of nuclear technologies. Apart from their efforts to enhance outdated commercial reactors, they are ready to provide critical solutions to challenges arising from advancements in novel nuclear technologies. Their involvement spans contribution to fusion research, small modular reactors (SMRs), 114 BUSINESS VIEW MAGAZINE VOLUME 11, ISSUE 01