XCMR Showcases UV Innovation at IUVA Americas Conference 2024 – XCMR

XCMR Showcases UV Innovation
at IUVA Americas Conference 2024

XCMR researchers presented three groundbreaking papers at the IUVA Americas Conference 2024, highlighting their advancements in UV technology for disinfection and personal protection.

The presentations focused on a novel reflectometry method, the potential of Far UV-C radiation for disinfection, and the innovative Symmetrical Flow Disinfection (SFD) technology.

XCMR's research aligns with the conference's theme of addressing modern challenges through UV innovation, showcasing the company's commitment to advancing the field.

About the conference

The International Ultraviolet Association (IUVA) Americas Conference 2024 was a hub of innovation, bringing together UV experts from around the world. The conference emphasized the growing potential of UV technology in tackling pressing global issues like clean water, safe food, and public health. This year's theme, "New Applications for UV Technologies: Addressing the Challenges of Today's World," underscored the critical role UV plays in shaping a safer and healthier future.

What XCMR presented

XCMR researchers made significant contributions to the conference, presenting three impactful papers:

Parabolic Reflectometry: A New Method to Rapidly Evaluate Reflectivity of Surfaces When Exposed to Varying Wavelengths of UV Irradiation

This research, led by Christopher A. Bowers, Richard Rasansky, and Joel Ducoste, introduced the Parabolic Reflectometric Capsule (PBRC™), a novel device for measuring surface reflectivity across different UV wavelengths. This innovation addresses the limitations of current methods, offering a faster, more accurate, and cost-effective solution for evaluating the impact of surface reflectivity on UV disinfection systems. The PBRC™'s potential to enhance the design and optimization of UV air treatment technologies resonated with the conference's focus on innovation and emerging applications.

Far UV-C Radiation for Personal Protection Against Airborne Pathogens

Xing Li from Purdue University, in partnership with XCMR explored the potential of Far UV-C radiation at 222 nm, a specific UV-C wavelength that effectively inactivates pathogens while posing minimal risk to human skin and eyes. The presentation showcased XCMR’s development of a Far UV-C mask prototype designed for personal protection. The mask’s innovative design and promising test results highlighted the potential of Far-UV-C technology to revolutionize respiratory protection, aligning with the conference’s theme of addressing modern challenges.

Transformative Advanced Respiration Protection: Electromagnetic Energy for Infection Transmission Resiliency (EMITR™)

Rick Rasansky, XCMR's CEO, emphasized the company’s commitment to leveraging UV-C technology and data-driven insights to develop cutting-edge respiratory protection solutions. The presentation highlighted the limitations of traditional masks and the need for innovative solutions that provide superior protection without compromising comfort or breathability.
XCMR’s development of the Symmetrical Flow Disinfection (SFD) mask, which utilizes UV-C irradiation to inactivate pathogens during inhalation and exhalation, is a critical milestone towards revolutionizing respiratory protection. The SFD mask offers N95-level protection without the encumbrances of traditional masks, making it a promising solution for warfighters and other individuals in high-risk environments.
XCMR’s EMITR™ platform represents a significant step towards a future where its maskless protection technology (MPT™) becomes a reality.

Conclusion

XCMR's active participation in the IUVA Americas Conference 2024 underscored the company’s dedication to advancing UV technology for disinfection and personal protection. The three presentations showcased XCMR's commitment to research and development, pushing the boundaries of innovation to create a safer and healthier future.

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