An Innovation in UV.
A Technology to Bring Communities Back Together.
Thin 222 nm UV Lamps
From Eden Park
Eden Park’s lamps have led the way in flat panel UV innovation. Now, our Far-UVC lamp offers a way to rapidly kill dangerous virus cells and disinfect densely populated spaces. Amid threats like COVID-19, it’s a science-backed solution for returning our communities to a new, safer normal.
Ready to secure your Eden Park UV technology today?
Check out our recent feature on
Fox Business News
Grady Trimble of “Mornings With Maria” spoke to our CEO, John Yerger, about the promising application of our thin 222 nm UV lamps for safely disinfecting populated spaces.
The 222 nm Safety Game-Changer
Not all ultraviolet light is created equal. UV wavelengths 222 nm and above are effective for killing or destroying bacteria and viruses. But as with any human-proximal technology, safety is the difference. 254 nm to 257 nm wavelengths are effective, but they penetrate dangerously deep into human cells.
Eden Park technology separates a certain part of UV: Far UVC or 222 nm. And it’s that wavelength that initial studies shows to be both effective and safe for humans.* Eden Park technology (in flat panel, thin 222 nm UV lamps) may provide immediate relief in mitigating COVID-19 outbreaks in populated indoor spaces, including factories, submarines, aircraft carriers, planes, waiting rooms, restaurants and more.
It’s important to know that 222 nm UV light is not appropriate for direct treatment of people or for ingestion.
Effective
Tests show that Eden Park’s 222nm lamps could be more effective at killing the novel coronavirus than standard UV lights.**
eco-friendly
Eden Park lamps do not contain mercury, making them a sustainable option.
long life
Eden Park lamps range from 2,000 to 6,000 hours’ worth of lifetime.
thin & flat
Eden Park’s modular design makes them perfect for tiling, providing uniform illumination of large surface areas. And they’re easy to clean.
*As with any disinfection approach, each specific application and fixture design should be created in consideration of all applicable health, safety and efficacy implications. Eden Park has partnerships with fixture design companies that can assist in this process.
**Based on preliminary results gathered across five independent studies, the final results of which are forthcoming.
American Technology in Action
For the Global Good
Developed based on innovations by Dr. Gary Eden and Dr. Sung-Jin Park from the world-leading College of Engineering at the University of Illinois, Eden Park lamps are the result of years of research and engineering iteration, creating devices with specific wavelengths of UV light in a thin, flat format. This design opens the door for a wide range of commercial applications.
In the face of threats like COVID-19, our work-spaces and meeting places need safe, effective solutions that will allow us to return to a new normal. Eden Park’s thin 222 nm UV lamps, also known as Far-UVC, are made in Champaign, Illinois, for communities across the globe. They work to continuously disinfect spaces (air and surface) and kill pathogens over 100 times smaller than human cells. And unlike longer wavelengths, 222 nm cannot penetrate human skin. When deployed properly, it’s a safer way to use UV lamp technology, starting today.
A new Normal
Our businesses and communities need solutions that can bring us back together, safer and more prepared than before. If you’re ready to find out how Eden Park thin 222 nm UV lamps can address your business needs,
contact us today.
A Scientific Community-Wide Effort
All over the world, universities and labs are exploring Far-UVC. Dr. David Brenner, a pioneer in the use of 222 nm UV light for disinfection, has partnered with Eden Park in studies for the National Institute of Health and has released peer reviewed papers demonstrating results over the years. His findings, and those of other researchers, are extremely promising.
The Full Eden Park Technology Suite
Public Space Disinfection:
222 nm Wavelength
Dimensions: from 12×12 mm to 100×100 mm
Thickness: 3 mm
Intensity: from 1.2 mW/cm2 to 4 mW/cm2
Total power: up to 500 mW
Lifetime: from 2000 to 6000 hours
Standard product: 50 mm x 50 mm, 1.2 mW, 2000 hours
Eden Park offers a series of lamps that provide manufacturing and product solutions.
In the past, commercially available lamps were cylinders or tubes, making the illumination of large areas non-uniform. Our flat ultraviolet lamps are made possible through patented microcavity, microplasma excimer technology and enable more effective direct light onto surfaces.
In addition to our thin 222 nm UV lamps, Eden Park carries an assortment of lamps at differing wavelengths including 147 nm, 172 nm, 220-280 nm and 308 nm that address important needs across the commercial use spectrum.
Eden Park lamps can be easily tiled to provide illumination of large surface area. These products can have various geometries, beyond square.
172 nm Wavelength
- Front intensity of approximately 15 mW/cm2
- Approximately 430 milliwatts total UV output
308 nm Wavelength
- Front intensity up to 4 mW/cm2
- Approximately 115 milliwatts total UV output
Phosphor Wavelength
- Front intensity up to 10 mW/cm2
- Approximately 290 milliwatts total UV output
A Unique Design
Eden Park Illumination’s patented microplasma technology has been developed and honed over more than a decade. This enables each version of our unique flat, thin lamp to produce a specific wavelength of UV light that is ideally suited to a specific purpose.
Applications
OEM partners are designing Eden Park lamps into products for air and surface disinfection. For three years, our 222nm lamps have been utilized in materials analysis and identification. With our newer thin 222 nm UV lamps, Eden Park partners are designing products for:
Eden Park Leadership
Eden Park in the News
Our thin 222 nm UV lamps are generating buzz…
Contact Us
Want to know more about our
Thin 222 nm UV Lamps?
Get in touch today!
Locations
Eden Park has offices in Chicago, IL and Champaign, IL
903 N Country Fair Drive, Champaign, IL 61822
Dave Stover has over 30 years of diversified experience in Sales, Purchasing, Production Control and Lean Manufacturing, Operations Management and General Management. Responsible for all aspects of business. Including: P&L, business growth, complex new product development and launches, customer relationships, operations management at multiple facilities. Achieved sustained profitability through cost reduction and profitable growth. Lead purchase and renovation of new assembly plant in Reynosa Mexico. Achieved long term agreements with key customers.
Dr. Gary Eden is the Intel Alumni Endowed Chair Emeritus Professor of Electrical and Computer Engineering and founded Eden Park with Dr. Sung-jin Park in 2007, based on innovations made at the University of Illinois as Director of the Laboratory for Optical Physics and Engineering. His groundbreaking work in the field is the foundation on which many UV products are built today.
As CTO, Dr. Sung-Jin Park manages iteration and exploration of Eden Park’s new generation of functional UV light. Sung-Jin is a pioneer in the science and application of microplasma devices and arrays and has invented several new technologies over the last 20 years of his career. He co-founded Eden Park Illumination with Dr. Eden in 2007 for the commercialization of microcavity plasma UV technology.
As Eden Park’s VP of Business Development, John leads the company’s customer engagement, partnerships and product marketing. He also founded and runs T2G Ventures which invests in advanced manufacturing, IoT, digital health and data analytics companies where he works closely in partnership with company CEO’s and founders typically in a senior business development operating role.
John Yerger has more than 30 years of executive experience building, growing and turning around global technology businesses in the U.S., Europe, Mexico and Asia. He has significant experience in market creation, high technology manufacturing and successfully developing and taking products to market in companies ranging from start-ups to multi-billion dollars in sales.