16th Japan Facility Management Association (JFMA) Award / Honorable Mention AwardDaiyaGate Ikebukuro equipment management support tool development using BIMFocusing on post-construction BIM use, we have developed a useful building services equipment management support tool using only BIM - and widely used general-pur-pose software. By linking completed drawings to equipment final specification PDF files and coordinating them with 3D BIM data, the tool can be utilized in the opera-tional phase. We have built an easy-to-use, simple, and easy-to-view interface at low cost. Specializing in the four basic functions of building management operations ((1) locating equipment, (2) system checking, (3) scope-of-impact checking, and (4) report creation) the tool can be used by anyone, regardless of location, using a PC or tablet terminal, with free installed viewer software. Moreover, information can be shared with other persons remotely.10th Society of Heating, Air-Conditioning and Sanitary Engineers of Japan (SHASE) Special Prize / Renewal PrizeSupercomputer “Fugaku” facility reinforcement and renovationThe “Fugaku” supercomputer came into service in March 2021 as the successor to the K supercomputer. This project set out to reinforce and renovate the facilities and cooling equipment that had supported the K supercomputer for the Fugaku’s use. But the two supercomputers had very different characteristics with respect to thermal load fluctuations, necessitating a review of the cooling system. With the changeover to Fug-aku, major achievements were completed in just three months. Excellent system results were achieved -- from the computer’s stable operation, including post-construction operational adjustments, as well as confirmation of superior energy efficiency. Fugaku was able to demonstrate maximum performance, retaining its title as the world’s fastest supercomputer for four consecutive terms.Japan Building Disaster Prevention Association (JBDPA) Chairman’s Prize, Prize for Excellent Anti-Earthquake RenewalShinjuku Sumitomo BuildingThis renovation project for Japan’s first high-rise building to surpass 200 meters in height was completed in 1974. By carefully working out administrative procedures and overcoming a number of technical challenges, vibration suppression of long-period seismic motion was achieved, as well as enhanced seismic resistance. An all-weather atrium was newly constructed -- while the building remained in operation -- to generate liveliness in normal times and contribute to disaster management in case of emergen-cies. Japanese Society of Steel Construction (JSSC) Outstanding Achievement Award 32nd BELCA Prize Best Reform DivisionDesign and construction of the base isolation retrofit of Nagoya TV Tower (now Mirai Tower)With the switch to digital broadcasting in July 2011, the TV tower’s role as a consol-idated radio tower came to an end. This renovation aimed to revitalize the tower as a commercial facility and enhance its attractiveness. With this change in use, in compli-ance with the law, the tower’s structural safety was improved by base isolation, while fire resistance and evacuation safety were enhanced. The openness of the tower’s base and its exterior, which are its main attractions, were left unchanged where possible, along with the interior. Undertaken in concert with the Hisaya-odori Park PFI project, the tower has become a new symbol of Nagoya’s Sakae district.A building services equipment support tool for facility management using BIM was developed.We developed a support system for the top world-class “Fugaku” supercomputer Renovation of a 50-year-old high-rise, Japan’s first such building to surpass 200 meters in heightProtecting the city’s symbolic image through base isolation retrofit of Japan’s first steel tower5
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