Protect your tomorrow with Sinorix High-Pressure Water Mist
Date: Wednesday, 20 May 2026 | Time: 10:00 AM to 11:00 AM SGT
The rapid expansion of infrastructure such as data centers and electric vehicle parking lots is driving new considerations in fire safety design. As buildings become more complex and technology-driven, the need for fit-for-purpose fire protection solutions is increasingly important – particularly in critical environments.
Sinorix High-Pressure Water Mist (HPWM) is gaining traction as an effective fire suppression solution for such applications. Designed to address the unique demands of fire protection in modern infrastructure, Sinorix HPWM offers enhanced protection while supporting operational continuity.
Join our upcoming webinar to explore how Sinorix HPWM is shaping fire safety strategies for critical environments. In this webinar, you will learn:
- The science behind Sinorix HPWM and how fine droplets enhance fire suppression
- How Sinorix HPWM can be adapted to different building requirements, including large or complex spaces
- Key protective benefits of Sinorix HPWM for high-value and sensitive environments
- How Sinorix HPWM supports long-term operational and sustainability goals
Speakers
Zen Lim | Regional Sales Manager – High-Pressure Water Mist, Siemens
Zen Lim is a Regional Sales Manager at Siemens, leading the growth of high-pressure water mist systems across the ASEAN and Oceania region. He brings many years of experience in fire protection system sales and product testing, with a strong track record in delivering solutions for data centres, industrial facilities, and complex built environments. A speaker at the IFE Singapore Water Mist Symposium 2025, Zen is passionate about driving innovation and adoption of efficient, sustainable fire protection technologies. He collaborates closely with industry stakeholders and supports projects aligned with FM Global standards.
Lee Hong Chi | Associate Director, LKH Fire Engineering Pte Ltd
Lee Hong Chi is a Mechanical and Fire Engineer focused on practical safety solutions. Since 2019, he has contributed to over 30 diverse projects, implementing water mist systems for road tunnels, industrial plants, apartments, and conservation shophouses. By balancing prescriptive standards and performance-based fire safety design, he remains dedicated to protecting the community through reliable engineering, ensuring both modern developments and heritage landmarks are safely preserved for the future.