In this conversation between Andrew Knight interviews Mike Humphreys from BiocareUV they delve into the innovative application of far ultraviolet C (UVC) technology in sanitizing spaces. Mike, a former Royal Air Force officer, shares insights into the science of far UVC, emphasising its unique properties in pathogen elimination. The discussion covers topics such as the impact of COVID-19, safety aspects, regulatory landscape, and BiocareUV's origin story. Additionally, they explore the technology's potential applications in various sectors and address challenges, including trust barriers, that affect market adoption. In this video the following topics are covered:

  • Far Ultraviolet C (UVC) Technology: The science behind far UVC, its unique properties, and its effectiveness in pathogen elimination.
  • Impact of COVID-19: The pandemic's role in highlighting the need for advanced sanitization technologies and the emergence of far UVC as a solution.
  • Safety Aspects: Exploring the safety measures and regulations associated with far UVC exposure, addressing concerns related to human health.
  • Regulatory Landscape: Discussion on regulatory standards and changes, particularly in the United States, impacting the adoption of far UVC technology.
  • BiocareUV's Origin Story: Insights into the journey of BiocareUV, from its inception as a response to the Ebola crisis to its evolution into an independent company focusing on UVC technology.
  • Market Applications: Examining the diverse applications of far UVC technology in sectors such as dentistry, transport, education, and sanitization.
  • Challenges and Trust Issues: Addressing the challenges, including trust barriers and public perception, that impact the widespread adoption of far UVC technology.
  • Future Prospects: Predictions for the future market adoption of far UVC, considering potential customers, pilot projects, and the technology's integration into modern buildings and facilities.


More information regarding BiocareUV and the Tech Partner Programme can be found here.