**"GUVI Sector: Progress, Challenges, And Future Directions (2021-2032)"**.pdf

Current Status & Future Trajectories (2023)

This summary outlines key insights from discussions on the GUVI (Far-Ultraviolet Disinfection) sector, its current challenges and future aspirations over the next decade.

Background:

The U.S. government, through the White House Office of Science and Technology Policy (OSTP), has prioritized pandemic preparedness, including strategies within the built environment to reduce disease transmission. GUVI technologies are a key component of these efforts.

Current Status:

Critical Needs: Standardized efficacy testing methods for GUVI air treatment technologies are needed for reliable product labeling and market entry. Multidisciplinary research is essential to understand the effectiveness and implementation of GUVI in various built environments. Indoor air quality (IAQ) interventions like GUVI must become integral to public health strategies.
Progress: The Pacific Northwest National Laboratory (PNNL) is leading research, development, and deployment efforts for GUVI air disinfection technologies. Current work focuses on:
Evaluating GUVI effectiveness, energy efficiency, and decarbonization potential in buildings.
Conducting field evaluations and demonstrations to validate technology safety and efficacy.
Testing, validating, and educating stakeholders about GUVI product use.
Challenges: Field evaluations are crucial to demonstrate GUVI safety and effectiveness. Establishing guidelines and training a skilled workforce for GUVI system design, installation, operation, and maintenance is essential. Rigorous validation of far-UV direct irradiation safety before widespread deployment is paramount.

Future Goals (2033):

Expanded Workforce: Training programs will be developed to equip individuals with the skills needed for GUVI installation and maintenance.
Affordable Technologies: Advancements in design and materials will lead to more affordable GUVI fixtures, including LED lights, increasing accessibility.
Integrated Solutions: Innovation will focus on integrating GUVI into building and infrastructure design, along with IAQ monitors, pathogen sensors, advanced materials, and air disinfection technologies for holistic health and safety solutions.
Widespread Adoption: GUVI interventions will be recognized as standard components of public health strategies for safe and secure indoor environments.