Assessing the Role of GUV in Health, Indoor Air Quality, and Energy Efficiency.
Minneapolis, MN—Light Progress, a global innovator in UV-Cdisinfection technology, has completed a pioneering pilot installationat Cardigan Ridge, a Senior Living Community in Minneapolis, in partnership with Noble Electric, a premier electrical contractor specializing in top-notch electrical solutions energy efficiency andcutting-edge technology.
The project employs advanced Upper Room Germicidal UV (URGUV)systems, HVAC-integrated Germicidal UV (GUV) technology, and in-room air purification devices to evaluate the impact of UV-C technology on health outcomes, air quality, and energy efficiency inresidential care environments.
Innovative Technology meets practical Application
The pilot installation incorporates advanced UV-C devices certified for germicidal efficacy andsafety. The systems aim to achieve improved air changes per hour (ACH) while optimizing energyuse, demonstrating that high indoor air quality can be maintained without increased energy demands on HVAC systems.
Noble Electric executed the installation, leveraging certified expertise through the NALMCO GUV Certification program. This ensured compliance with industry standards and enhanced theimplementation's reliability.
High-Precision Monitoring and Data Collection
A core component of this initiative is the use of Network Thermostat thermostats equipped with real-time CO2 monitoring and data-logging sensors. These state-of-the-art systems continuouslytrack CO2 levels as a marker of indoor air quality and ventilation efficiency, ensuring precise, high-quality tracking throughout the facility. This data provides critical insights into how UV-C technology enhances air changes per hour (ACH) without increasing energy consumption in HVAC systems.
Advanced Modeling and Simulation of UV-C Technology
The project, in collaboration with the Lyles School of Civil and Construction Engineering at Purdue University, will involve a comprehensive analysis of the role of GUV technology in maintaining air quality.
Renowned researchers from Purdue will lead efforts to conduct detailed modeling and simulations of the UV-C systems. Utilizing advanced tools, they will map UV-C intensity and distribution to ensure compliance with safety standards while optimizing germicidal efficacy. They will also design and simulate strategies aligned with the ASHRAE 241 standard, quantifying the effects of UV-C technology on air changes per hour (ACH).
This work aims to provide actionable insights and validate the practical benefits of UV-C applications.
Comparative Health and Environmental Analysis
The project will compare health data from Cardigan Ridge with historical records and data from control facilities in the surrounding area. This approach will enable researchers to identify and quantify UV-C systems' specific benefits in enhancing residents' health outcomes.
Key Research Components.
ASHRAE 241 Simulation:
Practical application of this industry-standard guideline for enhanced air cleaning and infection risk mitigation.
CO2 Monitoring & Data Logging:
Utilizing Network Thermostat technology to provide precise, actionable insights into air quality dynamics.
3D Fluence Simulation Software:
Advanced modeling of UV-C system performance and energy efficiency.
Control Group Comparison:
Assessing the differences in health and air quality outcomes between facilities with and without UV-C implementation.
Energy Impact Study:
Examining how UV-C technology enables increased ACH without additional HVAC energy consumption.
Cardigan Ridge serves as an ideal testing ground for this study due to its occupancy, sensitivity to infection prevention, and need for sustainable energy use.
The findings will inform future applications of UV-C technology, supporting its adoption as a reliable solution for indoor air quality challenges.
About Us
https://www.noblecs.com/
https://www.cardiganridge.com/
https://networkthermostat.com/
Purdue University is renowned for its emphasis on innovation, accessibility, and academic excellence.Purdue’s Lyles School of Civil and Construction Engineering is among the top-ranked programs in the U.S.,specializing in sustainable infrastructure and cutting-edge research. The university is also a hub for impactful collaborations, including partnerships with industry leaders to advance global research initiatives
https://www.purdue.edu/
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A professional organization dedicated to advancing the lighting management industry through education,certification, and advocacy. NALMCO provides rigorous training and certification programs, ensuring thatprofessionals meet high standards of safety and expertise. The organization is a crucial resource for fosteringindustry best practices and connecting members with cutting-edge technologies.
https://www.nalmco.org/