Mitsubishi Electric Partners with AquiSense Technologies to Offer UV-C LED Disinfection to Japanese Residential Market
AquiSense Technologies, the global leader in UV-C LED water disinfection technology, is proud to announce a unique version of its PearlAqua Micro product specifically for Mitsubishi Electric Corporation (MELCO). The partnership provides MELCO with AquiSense’s patented ultraviolet light emitting diode (UV-C LED) water treatment technology for MELCO’s residential “Eco Cute” hot-water systems.
MELCO spent over two years evaluating UV-C LED technology solutions from over a dozen suppliers for its market leading CO2 heat-pump hot water supply system, selecting UV-C LED based on its low energy consumption, long service life and small footprint. AquiSense were selected as the long-term supplier based on leading product performance, high-volume manufacturing capability and competitive pricing. The new component from AquiSense, based on its market leading PearlAqua Micro platform, offers a high-level microbial disinfection barrier in hot water reuse. Unlike competing units, where pathogens remain throughout the water recycling process, the new UV LED disinfection acts as a barrier preventing contamination from future cycles.
Mitsubishi is a global conglomerate with product solutions on every continent and is known for their quality, sustainability, and innovation in a broad range of markets and applications. This agreement shows MELCO, a key subsidiary of Mitsubishi, have made a deep forward-looking commitment to deploy mercury-free UV-C LED technology in its products for decades to come, providing AquiSense substantial production growth for an extended period.
“This partnership signifies a huge adaptation of UV-C LED technology in the residential market. Not only is this the world’s largest UV-C LED supply contract to date, it is likely larger than all previous contracts combined” said Jun Miyauchi, AquiSense Asian Regional Sales Director. AquiSense CEO, Oliver Lawal added “We are excited about this new partnership with MELCO. It represents a lot of hard work by our whole team globally and with production already underway. This again reinforces our position that UV-C LED technology offers unique benefits that expand the application use of chemical-free disinfection.”
Learn more about this partnership here.
UV-C LED Product Range Becomes First Fully Certified by NSF International to their NSF/ANSI 55-2019 Standard
AquiSense Technologies, the global leader in UV-C LED water disinfection technology, claims Class B component certification for its PearlAqua Micro range. Multiple models were tested and certified by NSF International in compliance with the new NSF/ANSI 55-2019 Standard for disinfection performance, materials compliance, and structural integrity. Standard 55, Class B certifies ultraviolet water systems for supplemental bactericidal treatment of disinfected public drinking water and is commonly specified for drinking water products. As the first range of products using mercury-free, instant-on, UV-C LED technology, this opens considerable opportunities for use in residential and commercial point-of-use water dispensers.
The PearlAqua Micro is the world’s smallest UV-C LED water treatment system and with production already reaching over 10,000 units each month it is a clear market leading product. The PearlAqua Micro platform includes five discrete model sizes and a broad range of custom variants offering flow rates of up-to 8 lpm. Supplemental 3rd party disinfection validation in accordance with USEPA UV Disinfection Guidance Manual protocols show up-to 6-log (99.9999%) bacterial reduction, with additional certifications and compliance including:
Watermark - AS/NZS 3497:1998
EMC - EN 55022
CB scheme - IEC 60335 & IEC 62471
Japan Food Sanitation and Water Works Law (pending)
WRAS - BS 6920 (pending)
These wide range of certifications make the PearlAqua Micro platform the most extensively tested UV-C LED water treatment product on the market. It is trusted by leading OEM brands globally and manufactured in the AquiSense Kentucky, USA facility to ISO-9001:2015 quality standards. Application of a range of patents, together with full internal control of the product design and manufacture by AquiSense, results in the PearlAqua Micro products offering superior disinfection performance for a fraction of the cost of competing products.
“The NSF/ANSI 55-2019 certification adds further evidence that AquiSense is leading the way for UV-C LED commercial implementation” said Jennifer Pagan, PhD., AquiSense CTO. “Our team has worked for years supporting NSF International to ensure the new 55 Standard is robust and future-proof. Our OEM partners will now benefit from the added claim of integrating a NSF certified component” concluded Pagan.
Link to NSF International certification can be found here.
PearlAqua Deca™ Integrated into Sustainable Bathroom Solution
AquiSense's PearlAqua Deca has been integrated into Alco's Mini sofi, a mobile washroom with recirculating functionality. Based in Japan, Alco provides bathroom possibilities for transport and tourism applications while focusing on a sustainable and clean solution.
The PearlAqua Deca offers a disinfection step to their multi-stage process of recirculation. The Mini-sofi offers solar power and rain harvesting systems, further promoting the sustainability of the unit.
UV-C LED Disinfection of COVID-19:
Wavelength Effectiveness Study with PearlLab Products
Recent studies have added to the growing body of research demonstrating the usefulness of UV-C LEDs as a tool to fight COVID-19. AquiSense is proud to note that our PearlLab Beam was used in one of the recently published studies.
A pre-print article published in Journal of Photochemistry and Photobiology B: Biology used AquiSense’s PearlLab products to examine the efficacy of a range of UV-B and UV-C LEDs against human coronavirus HCoV-OC43; due to the dangers of handling SARS-CoV-2 (the virus causing COVID-19), the researchers chose to use a surrogate virus from the same ‘family’. A PearlLab Beam fitted with LEDs at 267, 279, 289, and 297 nm was used to irradiate the samples, investigating the exposure of each necessary to kill the virus. LEDs emitting at 267 and 279 nm were the most effective, achieving 3-log (99.9%) inactivation from 6 – 7 mJ/cm2 exposure; all LEDs tested were able to achieve 3-log (99.9%) inactivation with sufficient exposure.
A similar report from Boston University’s National Emerging Infectious Diseases Laboratories’ presented direct inactivation of the SARS-CoV-2 virus. This study utilized LED at 260, 268, 270, and 280 nm; the device at 260 nm performed best, achieving a 2.6-log inactivation for a 5 mJ/cm2 exposure.
These recent studies support the common claim that UV-C in the 260-280nm range is highly effective against most pathogens. AquiSense is excited to offer tools like the PearlLab Beam that provide researchers with the ability to study COVID-19 and learn how best to fight against it.
PearlAqua Deca™, World’s First UV-C LED Point-of-Entry System Hits the Water Treatment Market
AquiSense Technologies, the world leader in ultraviolet (UV) LED water disinfection systems, is happy to announce it has launched the PearlAqua Deca™, the first UV LED disinfection system designed for the point-of-entry residential, commercial and light industrial markets. The PearlAqua Deca offers operational benefits specific to LEDs, including intermittent flow management, mercury free, and low cost of ownership. This product provides greater than 99.99% disinfection in a small, self-contained unit. The PearlAqua Deca features automatic on/off switching in addition to Dynamic Power Control which reduces overall energy consumption and extends lamp replacement intervals.
The PearlAqua Deca offers whole house disinfection with flowrates up-to 12 gpm (45 lpm). While priced competitively with similarly featured conventional UV systems, the benefits of intermittent power use and extended lamp replacement interval means the total cost of ownership is actually lower after just 3 years. System sizing is based on 3rd party bioassay testing, with additional certifications in-progress, continuing AquiSense’s practice of introducing world-first UV LED products that are 3rd party verified.
“We are very proud of our development in this new technology,” said Oliver Lawal, CEO at AquiSense Technologies. “This product launch symbolizes maturation of UV LED technology, as this market grows, we will begin to see new products in both creative and disruptive applications,” concluded Lawal.
AquiSense Technologies is currently interested in talking to potential OEM partners and distributors for the PearlAqua Deca. To learn more about the PearlAqua Deca or UV LED technology, you can contact AquiSense at: email@example.com
3M Evaluated PearlSurface™ for N95 Respirator Reuse Stability
3M Technical Bulletin “Decontamination of 3M Filtering Facepiece Respirators (FFRs), such as N95 Respirators, in the United States”¹ now includes the UV-C LED system PearlSurface as an option for mask disinfection.
AquiSense Technologies, the global leader in UV-C LED disinfection technology, is proud to be listed as a disinfection consideration in the latest bulletin from 3M on N95 respirator reuse. The PearlSurface has been added to the listing published by 3M as the only UV-C LED disinfection method that can treat N95 respirators whilst maintaining their crucial properties.
The PearlSurface offers consistent UV-C LED performance for surface disinfection in a safe and convenient device. Designed for automated non-contact, non-chemical disinfection of high-touch devices and PPE, our intention is to give essential workers the peace of mind that their items are disinfected using a reliable method within their own control. The PearlSurface is supported by advanced optical design using ray-tracing software. The AquiSense team used their experience in designing systems for high UV exposures up to 2,000 mJ/cm2, dual sided treatment. Recent publications² show the importance of dual-sided UV disinfection as it was found that UV light cannot penetrate all layers of an N95 mask respirator from only one side.
The 3M Technical Bulletin for decontamination for FFRs is designed to communicate the impact of decontamination methods on certain respirator models, but not recommend specific types of decontamination. Each decontamination method must pass filtration efficiency and a fit related evaluation. The 3M bulletin also confirms the PearlSurface as suitable for 20 reuse cycles, twice the number approved for other conventional UV treatment technologies.
“Being listed on the 3M Decontamination Bulletin is yet another instance where AquiSense is leading the way for validated UV-C LED technology engineering performance,” said Oliver Lawal, AquiSense CEO. “Our team worked directly with 3M to supply data on how the PearlSurface can provide consistent disinfection with no measurable impact on respirator performance. We’re already fully engaged with the FDA for Emergency Use Authorization (EUA) - watch this space!” concluded Oliver.
See the 3M bulletin here.
Learn more about the PearlSurface here.
2 C. Carolina Ontiveros, Crystal L. Sweeney, Chris Smith, Sean MacIsaac, Sebastian Munoz, Ross Davidson, Craig McCormick, Nikhil Thomas, Ian Davis, Amina K. Stoddart and Graham A. Gagnon, Characterization of a commercially-available, low-pressure UV lamp as a disinfection system for decontamination of common nosocomial pathogens on N95 filtering facepiece respirator (FFR) material, Environmental ScienceWater Research & Technology, 2020, DOI:10.1039/d0ew00404a
AquiSense Asian Sales Director Presents with Professor Hiroshi Amano
Our Regional Sales Director for Asia, Jun Miyauchi, presented at the Japan Photonics Council KANSAI Special Lecture. The AquiSense team is proud to share the stage with Nobel Peace Prize winning, Professor Hiroshi Amano who spoke on the future of UV-C LEDs.
AquiSense CEO Presents at EPIC Online Technology Meeting on Surface Disinfection
Our CEO, Oliver Lawal was excited to present for the EPIC Photonics Online Meeting where a group of leaders discussed disinfection applications in their field. AquiSense is always happy to participate in meetings that highlight the disinfection possibilities of UV LEDs and how to overcome the challenges to provide reliable and consistent disinfection for the public.
AquiSense Scientist Publishes Whitepaper on Far UV-C
Our Head of Application Science, Rich Simons, along with coauthors Ernest R. Blatchley III, and Karl G. Linden, recently published a whitepaper in the July 2020 issue of UV Solutions Magazine where they discuss the application of 200 -225 nm, of far UV-C for disinfection.
AquiSense Technologies is a leading UV-C LED product manufacturer, creating a range of laboratory equipment in addition to product lines for air, surface, or water treatment. We operate as a business to business company, supplying our component products to OEMs and distributors who work in the manufacturing space. We were founded on the principle of innovation, and though our core focus is on UV-C LEDs we actively engage with UV technologies across the full spectrum of maturity.
The COVID-19 pandemic has caused a surge in interest in disinfection technologies such as UV, with well-established approaches (such as UV-C LEDs) rightfully finding a wide range of applications; however, earlier-stage technologies such as ‘far UV-C’ have also garnered attention. Far UV-C is a high-energy subsection of the UV-C spectrum and its proponents claim disinfection capabilities like conventional UV-C sources. This is a young field of research with a promising outlook, though the evidence base is not yet sufficient for us to consider far UV-C sources as safe for human exposure, and we do not recommend or endorse systems designed to that intent. UV-C LEDs operating in the far UV-C range are not commercially viable for disinfection applications, existing in laboratories and niche sensing applications only; the most common far UV-C sources are KrCl* excimer plasma discharge lamps.
AquiSense Technologies will continue to engage with academic, industrial, and regulatory partners to build understanding of this technology and shape its development towards safe and effective application. We continually analyze the performance of UV sources from numerous manufacturers in order to create the best possible UV disinfection products.
Read the full whitepaper here.
UV Dose Response Research Completed on COVID-19, highlighted by AquiSense Technologies
UV-C LED lamps were used to prove disinfection of COVID-19 by independent researchers at the University of Miyazaki, Japan. This study provides data on the disinfection possibilities of UV to aid the fight against COVID-19.
AquiSense Technologies, the world leader in ultraviolet (UV) LED disinfection systems, is pleased to share the latest research conducted on SARS-CoV-2 (the virus which causes COVID-19) with UV-C LED technology. University of Miyazaki, Japan, conducted the research on SARS-CoV-2 isolated from the Diamond Princess cruise ship, which saw numerous cases early in the pandemic. Researchers exposed the virus to radiation from Nikkiso UV-C LEDs (280 nm peak) to determine a UV Dose response curve.
“This work certainly bolsters the case for the use of UV-C LEDs for societal benefit against SARS-CoV-2. Considering the large number of research projects underway exploring the efficacy of UV-C on the virus, we can expect the supporting body of evidence to only increase,” said AquiSense CTO, Jennifer Pagan, Ph.D.
The study used an infectivity assay on Vero cells to measure inactivation the SARS-CoV-2 under UV-C LED irradiation. By varying exposure time for each sample the researchers were able to generate a series of datapoints known as a ‘dose response curve’; data such as these are used throughout the UV industry, allowing system designers to match a target UV exposure to a desired degree of inactivation. This study is the first demonstration of a UV Dose response curve for SARS-CoV-2.
Analysis of these data gives a D90 value (the UV Dose required to achieve a 90% reduction) in the 4.2 – 5.3 mJ cm-2 range, indicating that SARS-CoV-2 may be more susceptible to UV exposure than other common viruses such as norovirus. However, a low starting concentration of the virus limited the maximum inactivation that could be measured to 3.3-log (99.95%) and may have resulted in an effect known as ‘tailing’. Both features limit conclusions which can be drawn from the data.
Rich Simons, Ph.D, Head of Application Science at AquiSense added “The more we learn about the way this virus behaves the better we can design systems to combat it effectively. This study is certainly not the end of discussion on UV as a tool for SARS-CoV-2 inactivation but adds a useful datapoint to our ongoing analysis and gives us confidence that we’re on the right track.”
The full article may be assessed here. To learn more about UV-C LED technology, you can contact AquiSense at:
Figure 1. Replotting of the data presented by Inagaki, et al. 2020. The low initial concentration of viral particles within the study impacted measurement of the inactivation effect at all doses above 7.5 mJ cm-2.
AquiSense Team Discuss UV-C LED Technology Growth During COVID-19 With WQP News
Our CTO/Co-Founder, Jennifer Pagan PhD. and Head of Application Science, Rich Simons PhD. participated in a video interview with Lauren Del Ciello, Managing Editor of Water Quality Products.
AquiSense Presents During IUVA Webinar
Our Head of Application Science, Richard Simons PhD. was part of a panel discussion from the International Ultraviolet Association (IUVA) which covered "Expert Perspectives on UV as a Tool for N95 Decontamination Confirmation".
Rich covered several topics during the discussion mostly relating to the use of UV LEDs for surface disinfection and the work he has done on modeling for mask surfaces during the COVID-19 pandemic.
AquiSense Regional Sales Manager, Molly McManus Presents at WQA Virtual Program
Our Regional Sales Manager for the Americas was asked to speak at the Water Quality Association's virtual program in lieu of the annual conference held by the organization. The topics covered are:
Real-Time Disinfection for Real-World Solutions: UV-C LED Installations in the US Market
Microbiological Contamination and Treatment (Q&A)
To learn more about these topics find Molly's presentations here.
IUVA Discourage the Use of UV Light on the Human Body to Disinfect Against the Coronavirus
Recent reports suggest that ultraviolet (UV) light can be used on the human body to disinfect against the coronavirus. The International Ultraviolet Association (IUVA) are educational and advocacy organizations consisting of UV equipment vendors, scientists, engineers, consultants, and members of the medical profession. We would like to inform the public that there are no protocols to advise or to permit the safe use of UV light directly on the human body at the wavelengths and exposures proven to efficiently kill viruses such as SARS-CoV-2. UV light under the conditions known to kill such viruses are also known to cause severe skin burns, skin cancer, and eye damage. We strongly recommend that anyone using UV light to disinfect medical equipment, surfaces, or air in the context of COVID-19, applications that are supported by sound scientific evidence, follow all recommended health and safety precautions and to avoid direct exposure of the body to the UV light.
Learn more here.
COVID-19 Protection – Disinfection of Personal Items is Now a Practical Option as a New, Compact, and Highly Powerful UV-C LED Surface Disinfection System, Developed by AquiSense Technologies, is Launched
AquiSense Technologies, the world leader in ultraviolet (UV) LED disinfection technology, is happy to announce it has launched the PearlSurface 24G9™, one of the first UV-C LED surface disinfection products designed for health care applications such as reuse of N95 face mask and other PPE. The PearlSurface 24G9 offers advanced benefits specific to LEDs, including mercury-free lamps, instant-on operation and low cost of ownership, while providing high-power density, homogeneous disinfection of target objects.
The PearlSurface 24G9 is a highly effective breakthrough product offering simple operation, integrated timer, low voltage power supply and compact footprint, ideal for point-of-use hospital settings, care homes, ambulances, police/fire departments, factories, food preparation, etc. AquiSense will offer this product under the current US FDA enforcement relief to deal with immediate COVDI19 emergency use and will simultaneously submit a premarket approval application.
“We accelerated our product development pipeline in response to immediate global needs for reliable reuse disinfection products,” said Oliver Lawal, CEO at AquiSense Technologies. “We are fortunate to be able to leverage an existing high-output UV-C LED module from our water treatment products and draw on our experience in rapid hardware design and optical modeling to ensure a high-level disinfection efficacy.” concluded Lawal. AquiSense Technologies is currently interested in talking to potential partners and distributors for the PearlSurface 24G9.
AquiSense Published in WQP for Aviation Disinfection
We recently published an article in Water Quality Products Magazine on the use of UV-C LEDs in aviation. This article points out the challenges and potential solutions for water disinfection on commercial flights. Read more here.
AquiSense Expands Production Capabilities During COVID-19 Pandemic
Our team is gearing up for the increase in UV disinfection demand by expanding our manufacturing capabilities for UV LED disinfection products. We are doubling the size of our clean-room, increasing the number of assembly bays and have added 5 new team members with more on the way!
AquiSense Offers Information on COVID-19
During this unprecedented time of a global pandemic we have received numerous inquiries for surface and air disinfection. We put together a simple Q&A that addresses the parameters of these types of disinfection with UV LED technology. As we continue to provide real-world solutions for disinfection our goal with this was to provide realistic expectations for those looking for answers and disinfection solutions. Read more here.
AquiSense Presents at IUVA/RadTech 2020
We had a great time at IUVA/RadTech this last week in Orlando. Our team was happy to present in several sessions at the conference and had great conversations on the advancing of UV LED technology. We were able to speak to so many about how this technology is fitting into new applications. We were also happy to accept an award on behalf of OASIS International for their QUASAR technology. If you were not able to make it to the conference, contact usand we'd be happy to update you on the presentations we gave -
AquiSense Exhibits at Photonics West 2020
Our sales team exhibited this year at Photonics West 2020 in San Francisco, CA. Our UV LED research tools were a big hit at the show, gaining interest from a variety of new markets and researchers. It was a great opportunity to meet with professionals from semiconductor markets on the benefits of UV disinfection.
AquiSense Exhibits at InterAqua 2020 in Tokyo
Our Regional Sales Team, presented our technology at InterAqua 2020 in Tokyo. The expo had almost 50,000 attendees from around the world with a focus on water treatment and management. We are happy to be a leader in the UV LED disinfection market and based on the reception from the expo, there is more demand for this technology than ever before.
CEO of AquiSense is a Keynote Speaker at NIST Healthcare Conference
Oliver Lawal, CEO of AquiSense Technologies, spoke at the National Institute of Standards and Technology's conference on Workshop on Ultraviolet Disinfection Technologies & Healthcare Associated Infections in Gaithersburg, Maryland. Oliver spoke on the perspectives of UV disinfection for healthcare associated infections (HAIs). It was a great opportunity to meet with professionals from the healthcare industry on the benefits of UV disinfection.
AquiSense Speaks at Water Technology Conference
Our Regional Sales Manager, Molly McManus presented at the Confluence Water Technology Innovation Cluster - Tech Showcase and Aqua Pitch. The event focused on the latest technology solutions for water treatment and saw leaders from our local water technology group. We are proud to be part of this group and happy for the opportunity to present on our UV LED technology.
SUEZ and AquiSense Technologies Partnership Offers UV-C LED Water Disinfection for Laboratory Solutions
AquiSense Technologies, the global leader in UV-C LED water disinfection technology, is proud to announce a unique product for SUEZ, a leader in the manufacture of water purification solutions for use in the healthcare, laboratory and scientific research sectors. The partnership provides SUEZ with AquiSense’s patented ultraviolet light emitting diode (UV-C LED) Water Treatment Technology for water disinfection directly at the point of use in critical laboratory applications.
AquiSense and SUEZ have been engaged in close co-operation for over a year in a detailed joint development effort to deliver an advanced laboratory water purification unit equipped with advanced UV-C LED technology. The new laboratory product offers a high-level microbial disinfection barrier directly at the point of use. Unlike competing units, where pathogens can enter the upstream pipeline contaminating the system and future samples, the new UV LED disinfection acts as a barrier preventing contamination from entering the water purification system as a whole.
SUEZ is globally recognized as a leader in providing advanced technology for purified water. With solutions available across five continents, an extensive distribution network and outstanding customer support, SUEZ provides the world with safe and clean solutions.
“This partnership signifies an adaptation of the UV LED technology in the more critical fields of healthcare and research,” said Thomas Arnold, AquiSense European Sales Director. “We are excited about this new partnership and we are happy to provide the most advanced UV LED disinfection solutions to our partners at SUEZ,” concluded Mr. Arnold.
“The new system developed by SUEZ eliminates recontamination problems by using LED lamps located within the dispense head, at the point of use. This is the first time such technology has been used in this way and brings a number of further important benefits,” said John Higgs, Innovation Engineer at SUEZ.
AquiSense Exhibits at Water Processing Innovation Japan
AquiSense Technologies exhibited in partnership with our parent company, Nikkiso at the Water Processing Innovation Show in Chiba Japan. It was great to meet new contacts in this market. Prospects for UV LED disinfection is strong in Japan!
AquiSense Technologies Exhibits at Aquatech Amsterdam 2019
AquiSense Technologies exhibited at the Aquatech Amsterdam 2019 with support from our Asia and Americas offices. It was great to meet with existing partners, customers, and future customers. A very busy week and the meetings to come from our conversations there will be keeping us busy for the rest of the year!
If you didn't get a chance to stop by our booth we'd still love to chat about our UV-C LED solutions -
contact us at
AquiSense Exhibits at Watercoolers Europe 2019
AquiSense Technologies exhibited at the Watercoolers Europe Conference & Fair in Berlin, which is the "go-to" place for the water dispenser market in Europe. We met with numerous company leaders and designers about how to improve their water quality with the latest UV LED technology. The expo solidified our place as the leader for UV LED disinfection for product performance, design capabilities, and manufacturing.
First UV-C LED Product Certified to NSF/ANSI 55-2019 Standard
USA manufactured, PearlAqua Micro™ range becomes the first water disinfection safety component to be tested and approved by NSF International to their newly published Standard 55.
AquiSense Technologies, the global leader in UV-C LED water disinfection technology, claims the world’s first NSF Component Certification to the newly updated NSF/ANSI 55-2019 Standard for its PearlAqua Micro range. The PearlAqua Micro was certified by NSF International in compliance with the new NSF/ANSI 55 Standard for Material Safety and Structural Integrity.
The PearlAqua Micro is the world’s smallest UV-C LED water treatment system, with tens of thousands of units shipped this year is a clear market leading product. The PearlAqua Micro range includes 5 discrete model sizes offering flow rates of up-to 8 lpm and 3rd party validation disinfection performance of up-to 6-log (99.9999%) pathogen reduction. The PearlAqua Micro range is designed to be integrated at the point of use and offers 12 or 24 VDC input voltage, automatic on/off control, multiple sensing/alarm options, and customizable housing options. It is trusted by leading OEM brands globally and manufactured in the AquiSense Kentucky, USA facility to ISO-9001:2015 quality standards.
The NSF/ANSI 55-2019 Standard has recently been updated to address the unique technical differences of LED technology compared to traditional mercury gas-discharge lamp technology. Following very shortly will be microbiological performance certification by NSF. This will provide additional verification to the already completed 3rd party microbiological validation completed on the PearlAqua Micro range, showing supplemental bacterial treatment of drinking water supplies. This provides a strong final barrier and “last-mile” protection to many applications
“Obtaining the NSF/ANSI 55-2019 certification is yet another instance where PearlAqua is leading the way for UV-C LED technology,” said Oliver Lawal, AquiSense CEO. “Prior to September 2019, there was no specific standard for LED technology in water treatment applications. Our team has worked for years supporting NSF International to ensure the new 55 Standard is robust and future-proof. We look forward to engaging OEM manufacturers globally in incorporating the PearlAqua component for maximum human and environmental protection,” concluded Lawal.
The latest NSF 55 Standard includes updates listed below.
For more information on the NSF 55-2019 standard, please contact us at
PearlAqua Technology Presented at PIDA Seminar in Taiwan
AquiSense Technologies participated in PIDA (Photonics Industry & Technology Development Association) a seminar on the future development and market applications for UV LEDs. Attending the event were international professionals from a variety of markets and industries. We're happy to be a leader in the development of this industry and provide disinfection to whole new applications.
UV-C LED Technology Plays Increasing Role in Key Aerospace Projects
AquiSense Technologies, the world leader in ultraviolet (UV) LED disinfection technology, has participated in ten distinct aerospace projects. In 2015 AquiSense was selected to participate in BIOWYSE, a Horizon 2020 project dedicated to designing and testing a water monitoring and treatment system for next-generation manned space stations. Since then, several other aerospace projects have looked for leading water treatment technology from AquiSense. These projects include product design and hardware supply to both private space companies, such as Bigelow Aerospace, Thales Alenia Space Italia, KBR Wyle, and Aero Sekur, and various NASA groups, including those at the Jet Propulsion Laboratory, Johnson Space Center, and Marshall Space Flight Center. These projects range from keeping growth systems clean in space-bound greenhouses, to decreasing the maintenance burden from nuisance biofilm formation in enclosed systems, to disinfecting the water that astronauts drink on the International Space Station.
“We feel the driving factor for all of these projects is our leading knowledge of system design and the application of UV-C LEDs in unique environments,” said Rich Simons, Ph.D., Product Development Scientist at AquiSense Technologies Europe. “These types of applications are exciting for us as they drive innovation for our technology and allow us to better understand the possibilities and limits of UV-C LED disinfection,” concluded Dr. Simons.
PearlAqua Featured in UV LED Research
AquiSense's PearlAqua was featured in a recent issue of AWWA Water Science. The research article was written by our partners, Natalie Hull and Karl Linden who have been leaders in UV research. The article details the use of UV LEDs for water treatment while the LED system was put through a year long trail of challenging conditions. The research concluded that UV LEDs are a suitable solution for water treatment despite less ideal circumstances.
We are excited that our PearlAqua has been used as a flagship for UV LED trials and we hope that our vigorous tests and development of our products continues to drive the UV LED industry into the future of disinfection.
AquiSense Hosts World Affairs Council for Sustainability Professionals
AquiSense Technologies hosted sustainability leaders from South and Central America on tour with Cincinnati's World Affaris Council. The AquiSense Americas Sales Team presented UV LED technology for the leaders who had questions on implimenting the technology in their home countries. During the conversation, several showed interest in integrating UV LED technology in current water dispensing systems for their communities. The sustainability leaders were engaged and interested in AquiSense's solution for clean water and are expected to continue the conversations in the coming months. Thanks to the World Affaris Council, AquiSenseTechnologies is better positioned to work with water treatment solutions for Latin American communities.
NSF/ANSI 55 Standard Coming for UV LEDs
NSF International will soon have the NSF/ANSI 55 Ultraviolet Microbiological Water Treatment Systems standard specifically tailored to UV LED technology. We'd like the thank the team at NSF for pushing forward with the new standard. AquiSense's UV LED products are already in the certification process for listing later this summer. We are happy to have played a key role in this new standard and excited to eliminate industry confusion of this standard in the future!
World’s Smallest UV LED System Validated Following Established US-EPA Protocols Across All 5 Models
AquiSense Technologies, the global leader in UV LED disinfection technology, became the world’s first UV LED supplier to be tested against US-EPA protocols for its PearlAqua Micro range. The PearlAqua Micro was verified by Hull Consulting, LLC in compliance with US-EPA microbiological performance protocols.
The PearlAqua Micro is the world’s smallest UV system and has been the global leader in UV LED disinfection with thousands of installations this year alone. The PearlAqua Micro range offers benefits to the customer through LED current sensing and UV intensity monitoring as well as a variety of other design benefits specific only to AquiSense Technologies. The PearlAqua Micro is designed to be integrated at the point of use for superior disinfection, trusted by top brands around the world.
AquiSense’s PearlAqua Micro is validated to US-EPA protocols to meet the microbiological performance with flow rates from 0.1 – 10.0 LPM. This validation provides Reduction Equivalent Dose (RED) allowing AquiSense to support customers selecting the right configuration for their application, flow rate, microbiological performance, and UV dose. AquiSense offers 5 models in the PearlAqua Micro range, all of which comply with required UV Dose standards set by the US-EPA.
“Validating our product line has been a key strategy for us to offer customers the most reliable and trusted information on the performance of our products,” said Jennifer Pagan, CTO of AquiSense Technologies. “We take validation and certification very seriously as the claims we make affect the health and safety of our customers. Being 3rd party tested according to standards set by the US-EPA is a prime example of our willingness to offer trusted performance. Pushing for validation that doesn’t exist only hurts the UV disinfection industry and causes confusion,” concluded Pagan.
Our CTO, Presents at Electrify NC 2019
Jennifer Pagan, PhD., Our CTO sat on a panel during the Electrify NC conference held in Raleigh, NC. The conference highlighted new technologies that offer provide a more energy efficient option compared to current technology. It was great to see all the hard work to make our world more advanced and productive.
UV Dose Response Tool - PearlLab Beam™ Used in Hemoglobin Research
Animal-derived products as starting material for pharmaceutical or biotechnological products represent a considerable risk for viral contamination. Despite a careful source selection and traceability, the risk of transmitting a viral disease remains. Therefore, a viral inactivation step in the manufacturing process is essential for meeting the current quality and safety requirements. Research proved that Act-O2-Hem loses its functionality with traditional viral inactivation methods like Gamma irradiation, pH treatment, and heat inactivation. Therefore, an alternative, safe, and simple viral inactivation method was needed that did not affect Act-O2-Hem.
UV-C light is often used in water, air, and surface disinfection. UV-C light can also disinfect animal-derived products. Virus inactivation experiments were performed using the PearlLab Beam and results showed that UV-C light disinfected the Act-O2-Hem while not significantly affecting the functionality of Act-O2-Hem.
Learn more about this research here.
AquiSense Exhibits at WQA 2019
We are excited to be exhibiting at this year's WQA Convention and Expo in Las Vegas, NV, April 24 & 25. We can be found at booth 1128 where you can see the latest projects we've been working on and learn about the advancement in UV LED technology.
OASIS International and AquiSense Technologies Partnership Offers Global Clean Water Solutions
AquiSense Technologies, the world leader in UV LED disinfection technology, is proud to formally announce an exclusive new product platform for OASIS International, a leader in global drinking water solutions. The partnership provides OASIS International with AquiSense’s patented ultraviolet light emitting diode (UV-C LED) Water Treatment Technology for cleaner, safer water directly at the point of dispense.
AquiSense and OASIS have been engaged in close co-operation for over a year in a detailed joint development effort to deliver the QUASAR™, a unique, highly integrated UV LED solution. The QUASAR platform offers a high-level microbial disinfection barrier directly at the point of discharge for multiple OASIS products, including; water coolers, fountains, bottle fillers, and point of use dispensers. The solution has been 3rd party validated to show over 99.99% (4-log) pathogen reduction, in addition to long-term customer field trials.
OASIS International is globally recognized as a leader of water coolers and point-of-use filtration equipment. With solutions available in over 80 countries and several brand names, OASIS provides the world with safe and clean drinking water.
“This partnership signifies a step change from regional product integration, to widely-available, global product availability for UV-C LED technology,” said Oliver Lawal, AquiSense CEO. “We are excited about this new partnership and we are happy to provide the latest chemical-free water treatment technology to OASIS customers,” concluded Mr. Lawal.
“Our QUASAR product line is key to our green initiatives here at OASIS International. The QUASAR integrates into our Electronic Bottle Filler products which provides clean drinking water. We have been driven by sustainability and water purity for our entire 109-year history, the introduction of AquiSense products continues this mission drive,” said Lou Busick, OASIS International VP Innovation & New Product Development.
Published Article in UV Solutions Magazine
We're excited to be part of the premiere issue of UV Solutions magazine, the new publication of the International Ultraviolet Association. Read our latest insights on UV LEDs here.
AquiSense Technologies Presents at UV+EB Big Ideas Conference
This week our North American Sales Manager, Molly McManus, presented on the UV disinfection market for food safety at the UV+EB Big Ideas Conference in Redondo Beach, California. It was great to meet everyone at the conference and talk about the latest technology applications for food safety. If you were unable to attend please contact us to learn more:
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