Why the World Needs a Better UV Disinfection System
UV disinfection technology has been too large, too expensive, and too inefficient to reach the places that need it most.…
UV Log is developing next-generation ultraviolet disinfection systems that deliver 2x the efficiency of current UV technology — in a palm-sized form factor.
Every year, contaminated air and water cause millions of preventable illnesses worldwide. The technology to stop them exists, but it has been too large, too expensive, and too inefficient to reach the places that need it most.
UV Log is changing that. We are developing next-generation ultraviolet disinfection systems that deliver 2x the efficiency of current UV technology in a fraction of the size. Our patented design achieves the disinfection capacity of industrial-scale systems in a form factor small enough to fit in the palm of your hand.
Founded by a team of photonics engineers with decades of experience in the design and manufacturing of optoelectronic devices and systems, we are preparing our first air purification prototype and actively seeking funding and commercialization partners.
Our patented design delivers industrial-scale disinfection capacity in a device small enough to fit in the palm of your hand — opening entirely new applications for clean air and water.
Portable UV air purification for homes, offices, and vehicles. Our compact systems bring hospital-grade air disinfection to everyday environments where people live and work.
Point-of-use water treatment for communities without infrastructure. Our technology makes safe drinking water accessible in remote and underserved areas around the world.
Facility-scale disinfection for food processing, healthcare, and transport. Our systems deliver industrial-grade UV performance in a fraction of the size and cost of legacy equipment.
Insights, news, and updates from the UV Log team on UV disinfection, photonics engineering, and the future of clean air and water technology.
UV disinfection technology has been too large, too expensive, and too inefficient to reach the places that need it most.…