日本システム企画 List of News Articles

On the front page of the morning edition of the Yomiuri Shimbun on July 26, 2025 (Saturday), an advertisement for our product "NMR Pipe Protector" was published. The advertisement specifically introduces how the NMR Pipe Protector can contribute to addressing the issues of red rust and renewal costs of piping in aging buildings and old facilities through concrete examples. - Significantly reduces piping renewal costs (to about one-tenth or less) - Confirmed over 15 years of extension effect through X-ray diagnosis in a 50-year-old condominium - Reduces the risk of equipment renewal in aging buildings such as hospitals and hotels Through these achievements, we suppress the occurrence of red rust and realize both the extension of water supply pipes and cost reduction. Management associations and facility owners struggling with the maintenance and renewal costs of water supply equipment are encouraged to take a look at our case studies.

From February 11 to 13, 2025, we participated in the renewable energy and water-related exhibition "E-World 2025" held at Messe Essen in Germany. As one of six companies selected from Tokyo, we exhibited at the "Tokyo Pavilion" and showcased technologies utilizing natural energy. This year's E-World featured 923 companies from around the world, attracting over 30,000 visitors. The main themes of the exhibition were hydrogen energy and smart grids, with companies focused on solar and wind power being in the minority. Among them, our "Kumano-style Ocean Current Power Generation System," displayed in collaboration with K-Green Energy, stood out as the only natural energy power generation system. Visitors recognized the feasibility of ocean current power generation technology for the first time and showed interest. In the context of the reality that solar and wind power alone are insufficient for achieving carbon neutrality, there is growing hope for the potential of ocean current energy. Additionally, the "NMR Pipe Protector" we exhibited was highly praised for its ability to efficiently produce hydrogen by treating water before electrolysis.