Reducing Water Usage in Factories: Join Our Upcoming Seminar
On September 30, 2026, Yachiyo Engineering Co., Ltd., based in Taito City, Tokyo, will host a free online seminar dedicated to the critical issue of reducing water usage in factories. With increasing global challenges like climate change leading to droughts, floods, and deteriorating water quality, ensuring a stable supply of water for business operations has become a pressing concern for many companies. This seminar aims to address how businesses can visualize their water usage challenges and implement effective solutions.
Event Details
The seminar will invite Michio Yoshizawa, the Deputy General Manager of the Sustainability Group at Organo Corporation, which is also located in Tokyo. The collaboration between Yachiyo Engineering and Organo will be highlighted, showcasing their shared commitment to tackle water resource issues through an integrated approach that spans from the analysis of water usage to the design and implementation of improvement measures.
The seminar will be held online via Zoom from 2:00 PM to 3:00 PM Japan time. Participants will gain valuable insights into best practices for water conservation in manufacturing operations, along with real-world case studies showing how other companies have successfully reduced their water usage.
Background on Water Risk Management
The acceleration of climate change poses increasingly serious risks related to water resources. Companies face the challenge of not only identifying and assessing these risks through frameworks such as CDP (Carbon Disclosure Project) and TNFD (Taskforce on Nature-related Financial Disclosures) but also translating those assessments into actionable strategies at the operational level. Many organizations find themselves grappling with how to proceed after acknowledging the challenges.
Yachiyo Engineering and Organo are well-positioned to assist companies in navigating these challenges. They provide a comprehensive support system that encompasses everything from identifying water resource issues to the design and implementation of sustainable improvements.
Who Should Attend?
The seminar will be particularly beneficial for professionals facing the following challenges:
- - Needing guidance on how to meet the expectations of CDP and TNFD regarding reductions in water consumption and wastewater discharge.
- - Having conducted an analysis of water risks and disclosures but struggling to initiate improvements on the ground.
- - Considering options for water recovery, reuse, and advanced wastewater treatment but finding it difficult to manage separate consultative processes.
- - Interested in learning from specific case studies of other companies successfully minimizing their water usage.
Seminar Schedule
- - 2:00 PM - 2:05 PM: Opening remarks and objective explanation
- - 2:05 PM - 2:20 PM: Latest trends regarding water risks and required corporate responses
- - 2:20 PM - 2:40 PM: Case Presentation: Joint proposals for reduced water usage in factories
- - 2:40 PM - 2:50 PM: Responses to common questions regarding water usage reduction
- - 2:50 PM - 3:00 PM: Open Q&A session
Speakers
The seminar will feature key speakers from both Yachiyo Engineering and Organo Corporation, including Yuuki Honda from the Sustainability Services Department at Yachiyo Engineering and Deputy General Manager Michio Yoshizawa from Organo Corporation. Their combined expertise will provide participants with practical knowledge on effective water management in manufacturing environments.
Registration Information
Individuals interested in participating can register for the seminar by completing the registration form no later than 10:30 AM on September 30, 2026. Please visit
the registration page to secure your spot. Note that individual registrations from competitors and consumers will be politely declined to maintain the seminar's focus.
The insights provided in this seminar are rooted in the extensive research and expertise of Yachiyo Engineering and Organo, both firms dedicated to fostering sustainability through innovative solutions.