FAST-ACT is excited to announce its participation in the upcoming CBRNe Summit Europe 2025, taking place in Oslo, Norway, from March 25-27. This premier event brings together global experts in CBRN defense to discuss emerging threats, response strategies, and innovative solutions for mitigating hazardous incidents.
Our presence at the summit underscores our commitment to supporting first responders, military units, and emergency response teams with effective and reliable dry decontamination technologies.

If you’re attending CBRNe Summit Europe 2025, make sure to connect with FAST-ACT to explore how our solutions can enhance your decontamination and hazard response strategies. Stay tuned for more details on our booth location and speaking engagements!
For more information about the summit, visit CBRNe Summit Europe 2025 or contact lmenzzano@timilon.com in advance to schedule a time to meet with our team at the event.
We look forward to seeing you in Oslo!
Timilon Corporation is the manufacturer of FAST-ACT®, a proprietary formulation of non-toxic high-performance specialty materials effective at neutralizing a wide range of toxic chemicals with the added capability to destroy chemical warfare agents. The FAST-ACT technology is utilized by leading defense agencies, chemical industrial companies, first responders and HAZMAT teams to quickly and safely eliminate chemical hazards. For more information, reach out to Leticia Menzzano, Marketing Manager, lmenzzano@timilon.com.
CBRNe Summit Europe 2025 is a premier international conference held in Oslo, Norway, from March 25–27, bringing together global leaders, military personnel, first responders, and industry experts focused on chemical, biological, radiological, nuclear, and explosives (CBRNe) defense and response.
FAST-ACT is participating to support global CBRNe preparedness by showcasing proven dry decontamination technologies designed to neutralize hazardous chemical threats quickly and safely in real-world response environments.
Yes. FAST-ACT is designed to neutralize a broad spectrum of known and unknown chemical threats, making it well-suited for dynamic CBRNe environments where agent identification may be delayed.
