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The scientific program for ICFUST 2026 brings together leading researchers, clinicians, engineers, public-health experts, and technology developers working across far-UVC science and implementation.

Across three days, the conference explores airborne infection control, photobiological safety, indoor air chemistry, healthcare deployment, standards and governance, emerging applications, and next-generation ultraviolet source technologies.

The program includes invited keynotes, contributed presentations, poster sessions, round-table discussions, and networking activities designed to support exchange across science, healthcare, engineering, and real-world implementation.


KRYPTON SPONSORS


Day 1 — Tuesday, June 23

Evidence, safety, and indoor environments

The first day of ICFUST 2026 focuses on current evidence surrounding far-UVC efficacy, safety, and indoor environmental impacts, spanning airborne transmission, photobiological exposure, and indoor air chemistry.


08:00–09:00

Registration, coffee, and breakfast


09:15–09:30

Welcome

Opening remarks from the organizing committee and conference chair.


09:30–10:00

Opening keynote

Manuela Buonanno
Columbia University Irving Medical Center

Far-UVC today: efficacy, safety, and the path to real-world use


Session 1 — What does the evidence say?

Current evidence surrounding far-UVC and airborne infection control.

TimeSpeakerPresentation
10:00–10:15Grant P. Higerd-Rusli (Stanford University School of Medicine)Germicidal Ultraviolet to Reduce Transmission of Respiratory Infections Indoors: A Systematic Review
10:15–10:30K. Wood (University of St Andrews)Validated computer modelling of far-UVC inactivation of airborne pathogens in the Leeds bioaerosol chamber
10:30–10:45Robert Alexander (University of Bristol)Quantifying airborne microbe inactivation rates by far-UVC, one droplet at a time
10:45–11:00Matthew D. Pauly (Emory University)Measuring the effect of far-UVC on infectious respiratory particles expelled by influenza patients
11:00–11:15 Q&A with speakers


11:15–11:45

Coffee break, networking, exhibition, and poster session


11:45–12:15

Invited keynote

Johannes Schleusener
Charité – Universitätsmedizin Berlin

Far-UVC safety across wavelengths and tissues: perspectives for intended and unintended exposure to humans


Session 2 — Safety across wavelengths

Photobiological safety, tissue effects, and exposure considerations across far-UVC wavelengths.

TimeSpeakerPresentation
12:15–12:30Raabia Hashmi (Columbia University Irving Medical Center)Tissue and Molecular Effects of Chronic 222 nm and 254 nm UVC Exposure in SKH-1 Mice
12:30–12:45Norman J. Kleiman (Columbia University Irving Medical Center)Differential effects on visual function after chronic exposure to 222 nm far-UVC or 254 nm UVC in SKH-1 mice
12:45–13:00 Q&A with speakers


Poster lightning talks

TimeActivity
13:00–13:15Poster contributors present short “1-minute madness” introductions before the poster session


13:15–14:15

Lunch


Session 2 — Safety across wavelengths (continued)

TimeSpeakerPresentation
14:15–14:30Sachiko Kaidzu (Shimane University Faculty of Medicine)Human Ocular-Discomfort-Free Thresholds for 222 nm Far-UVC Irradiation: A Prospective Interventional Study
14:30–14:45David H. Sliney (Consulting Medical Physicist)Photobiological Safety: rationale and future outlook for limiting human exposure
14:45–15:00 Q&A with speakers


15:00–15:30

Coffee break, networking, exhibition, and poster session


Session 3 — Indoor air chemistry

Indoor environmental effects of far-UVC systems, including ozone formation and secondary chemistry.

TimeSpeakerPresentation
15:30–15:45PJ Piper (Far UV Technologies)Assessing ozone and secondary byproducts from far-UVC disinfection in an office setting
15:45–16:00Kasper Kristensen (Aarhus University)Beyond Disinfection: Photochemical and Surface-Mediated Impacts of Far-UVC on Indoor Air Chemistry
16:00–16:15Tyson C. Berg (Colorado State University)Identifying air-quality impacts of GUV222 use during common indoor activities
16:15–16:30Farideh H. Narouei (Columbia University Irving Medical Center)Ozone kinetics induced by far-UVC (222 nm) in a real-life test room under various environmental conditions
16:30–16:45 Q&A with speakers


Evening activities

TimeActivity
17:30–20:00

Networking at Hantwerk Brewery

Join fellow delegates for an informal networking evening at Hantwerk Brewery, one of Aarhus' local craft breweries. Included with conference registration, this relaxed social event offers the opportunity to connect with colleagues while enjoying a selection of locally brewed beers and non-alcoholic beverages. Light snacks will be served throughout the evening.

Venue: Hantwerk Brewery, Fiskerivej 2D, 8000 Aarhus C (approximately a 10-minute walk from the conference venue)

 

As an added attraction during the ICFUST conference, The Tall Ships Races will be taking place in Aarhus Harbour, directly adjacent to Navitas, the conference venue. This internationally renowned maritime event brings together majestic sailing ships from around the world and creates a vibrant waterfront atmosphere with exhibitions, entertainment, cultural activities, and opportunities to explore the impressive fleet of tall ships.

Day 2 — Wednesday, June 24

Real-world implementation, governance, and adoption

The second day of ICFUST 2026 focuses on clinical deployment, implementation challenges, standards, governance, and the broader transition of far-UVC technologies into real-world environments.


08:00–09:00

Registration and morning coffee


09:00–09:45

Invited keynote

Edward Nardell
Harvard Medical School

Far UVC is Highly Effective Against Human-generated Mycobacterium tuberculosis Aerosol in Preventing Transmission in a Hospital Setting to Sentinel Guinea Pigs


Session 4 — From mechanism to real-world conditions

Translating laboratory findings into practical healthcare and real-world environments.

TimeSpeakerPresentation
09:45–10:00Gerhard Randers-Pehrson (Columbia University Irving Medical Center)A chamber to bridge real-world and laboratory far-UVC studies
10:00–10:15J. Aaron Williams (Anesthesiologist)Hospitalism, Operating Rooms, and the “Clean” Case Conundrum: Shining a Light on the Fundamental Inadequacy of Modern Indoor Infection Control
10:15–10:30 Q&A with speakers


10:30–11:00

Coffee break, networking, exhibition, and poster session


11:00–11:30

Invited keynote

Jameela Al Salman
Arabian Gulf University

From innovation to implementation: introducing new infection-prevention technologies in healthcare


Session 5 — Deployment and real-world implementation

Practical deployment challenges, operational experiences, and implementation in healthcare and public environments.

TimeSpeakerPresentation
11:30–11:45Holger Claus (A3 Lighting Consulting)222 nm lighting planning and verification for the South Africa TB infection intervention project: determining a dose-response curve
11:45–12:00Janet Price (Visium)Real-World Efficacy and Challenges: Examining Diverse Applications of Far-UVC and Measuring Success Outcomes
12:00–12:15Tarfa Saad Saleh Almugeren (Ministry of Health, Saudi Arabia)Operational Impact of Far UV-C (222 nm) on Environmental Contamination Control in ICU Settings
12:15–12:30Christian Holm (Department of Biomedicine, Aarhus University)The potential effectiveness of far-UVC (222 nm) in preventing infections in long-term care facilities: a six-month non-randomized controlled Phase II trial
12:30–12:45 Q&A with speakers


12:45–14:00

Lunch


Session 6 — Standards, governance, and trust

How far-UVC technologies are evaluated, regulated, communicated, and adopted.

TimeSpeakerPresentation
14:00–14:15Ahmed Fadil Hamid (FORCE Technology)IEC 62471 in practice and challenges across applications
14:15–14:30Daniel Minzari (IPU)Photochemical impact from far-UVC: how to deal with unknowns and avoid undesired consequences
14:30–14:40 Q&A with speakers
14:40–14:55Kelsey Quinn (Blueprint Biosecurity)From Evidence Gaps to Real-World Impact: A Coordinated Research Strategy for Accelerating Far-UVC Adoption
14:55–15:10Young Yun (University of Maryland School of Public Health)From Public Voice to Indoor Air Governance
15:10–15:25Kate McPhaul (University of Maryland School of Public Health) and Erik Ennen (NALMCO)Removing Barriers to Using GUV for Air Disinfection
15:25–15:35 Q&A with speakers


15:35–16:05

Coffee break, networking, exhibition, and poster session


Round-table discussion

16:05–17:00

Implementing Far-UVC in the Real World: What Works, What Doesn’t, and What’s Missing?

An open discussion bringing together scientific, clinical, industrial, and implementation perspectives on the challenges and opportunities surrounding real-world deployment.


Conference dinner

TimeActivity
19:00–22:00

Conference Dinner

The conference dinner, generously sponsored by UV Medico, is included with conference registration and offers an excellent opportunity for networking in a unique setting. Guests will enjoy a specially curated menu prepared by renowned Danish chef Steen Nielsen, owner of De 4 Årstider, celebrated for his focus on seasonal ingredients and Nordic cuisine. The evening will also feature live music entertainment, providing a memorable atmosphere for socializing and celebrating with fellow delegates.

Venue: Balticagade 17B, 8000 Aarhus C (approximately a 20-minute walk from the conference venue).

 

Day 3 — Thursday, June 25

Emerging applications and future technologies

The final day of ICFUST 2026 focuses on emerging applications of far-UVC technologies alongside next-generation ultraviolet source platforms, including LEDs, semiconductor systems, and integrated photonics.


Breakfast round table

09:00–09:45

Far-UVC Safety and Efficacy: The Next Scientific Questions

An open morning discussion exploring future directions and remaining scientific challenges in far-UVC research.


Session 7 — Applications beyond room-air disinfection

Emerging applications of far-UVC technologies in water treatment, food safety, and environmental systems.

TimeSpeakerPresentation
09:45–10:00Karl G. Linden (University of Colorado Boulder)Far UVC Innovations in Sustainable Water Treatment
10:00–10:15Sung-Jin Park (Eden Park Illumination / University of Illinois Urbana-Champaign)Far-UVC Disinfection for Food Safety: System Development and Field Validation on Food Processing Conveyors
10:15–10:30David Welch (Columbia University Irving Medical Center)Effect of repeated UVC exposure on UV-resistance of microbial populations
10:30–10:45 Q&A with speakers


10:45–11:30

Coffee break, networking, exhibition, and poster session


Session 8 — New source technologies and future directions

Enabling technologies for next-generation far-UVC systems, including semiconductor emitters, integrated photonics, and deep-UV source platforms.

TimeSpeakerPresentation
11:30–11:45Asger Brimnes Gardner (UVL A/S / Aarhus University)Photonic integrated far-UVC laser using Čerenkov nonlinear frequency conversion
11:45–12:00Karen Scammell (Uviquity)A Semiconductor Chip Capable of Generating Far-UVC Light to Enable Ubiquitous Pathogen Control
12:00–12:15Emma Eriksson (PureFize Technologies AB)Field-Emission Cathodoluminescent Deep-UV Source with Emission below 240 nm
12:15–12:30 Q&A with speakers


Social activity

TimeActivity
12:30–12:45Physics show and social activity


12:45–14:00

Lunch


Session 8 — New source technologies and future directions (continued)

TimeSpeakerPresentation
14:00–14:15Leo J. Schowalter (Visium UltraLabs)Development of LEDs for far-UVC air disinfection
14:15–14:30Sven Einfeldt (Ferdinand-Braun-Institut)Applicability of far-UVC LEDs: efficiency, reliability, modulation, and fiber coupling
14:30–14:45 Q&A with speakers


Closing ceremony

TimeActivity
14:45–15:00Closing remarks from the conference chair and organizing committee

Questions? icfust26@au.dk