セントラル科学 Company Profile

We will be exhibiting for the first time at the corporate exhibition corner of the "32nd Annual Meeting of the Japanese PDA Pharmaceutical Science Society," which will be held from December 2 (Tuesday) to 3 (Wednesday), 2025. In this exhibition, we will introduce the Sievers Soleil rapid analysis device. [Features of the exhibited product] - Adopts high-throughput flow cytometry method - Achieves rapid analysis with a measurement time of within 45 minutes - Reduces contamination risk and improves productivity

〇Theme: Virus Measurement × Digital Transformation × AI Optimization A comprehensive showcase of the latest solutions in water supply and wastewater treatment! We will introduce the latest technologies for achieving safe, smart, and sustainable water infrastructure, incorporating domestic and international case studies. 〇Event Overview Tokyo Venue: November 11 (Tuesday) BellSalle Tokyo Nihonbashi Osaka Venue: November 12 (Wednesday) Grand Green Osaka JAM BASE Time: 13:00 - 17:00 (Registration starts at 12:30) Capacity: 100 people at each venue Participation Fee: Free (Pre-registration required) 〇Seminar Program Keynote Speech: "Virus Measurement for Ensuring Water Safety" Speaker: Professor Hiroyuki Katayama (The University of Tokyo) Technical Presentation 1: "Digital Transformation in Valencia's Water Supply Business" Speaker: Xylem Vue Team Technical Presentation 2: "Introduction of the Total Sewage Treatment Optimization System (TSO) Utilizing AI Technology" Speaker: Xylem Growth Market Team Additionally, introduction of related products. 〇Target Audience Engineers involved in the operation and design of water supply and wastewater treatment facilities Personnel from local governments and infrastructure-related companies Researchers and students interested in smart water treatment and urban digital transformation.

The measurement technology for viruses in water has made remarkable progress since the introduction of PCR methods in the 1990s, with ongoing technical improvements aimed at ensuring quantitativeness. It is now possible to measure wild viruses in actual treatment facilities, allowing for the actual measurement of virus removal capabilities, which significantly contributes to ensuring water safety. Professor Hiroyuki Katayama from the University of Tokyo will provide a clear explanation of the utilization of these technologies, incorporating specific treatment case studies. Additionally, advancements in digital technology have enabled efficient and advanced water quality management in the fields of water supply and wastewater treatment, attracting attention for future developments. We will share practical insights gained from the field regarding the latest water treatment technologies utilizing AI and the use of online water quality meters.