Cleaner Air. Lower Energy Waste. Better Building Performance.
Valkr Ray UV Solutions helps building owners, architects, engineers, facility teams, and project stakeholders use UV-C technology as part of a practical building-performance strategy.
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Our work connects healthy indoor environments, HVAC cleanliness, energy reduction, operational savings, carbon reduction, and measurable building performance. By helping support cleaner coils, drain pans, and air-handling surfaces, UV-C can help mechanical systems stay closer to their intended operating condition.
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The goal is straightforward: cleaner air, lower unnecessary energy waste, and systems that perform as intended.
Building Outcomes That Matter
Valkr Ray connects UV-C technology to the outcomes sophisticated building owners, engineers, architects, and facility teams care about most: healthier indoor environments, improved HVAC performance, lower energy waste, and measurable building performance.
Healthy Indoor Environments
Support cleaner air strategies and improved confidence in the indoor spaces people use every day.
Energy Reduction
Support cleaner HVAC operation by helping reduce biological buildup on coils, drain pans, and air-handling surfaces.
Operational Savings
Support lower maintenance burden, improved system performance, and more efficient long-term facility operation.
Measurable Building Performance
Help project teams evaluate UV-C as part of a practical strategy for systems that perform as intended.
Performance-Based Design Starts With Systems That Perform as Intended
Modern buildings are expected to be efficient, resilient, healthy, and measurable. Valkr Ray supports performance-based design by helping project teams address one of the most important systems inside the building: the HVAC system.
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When coils, drain pans, and air-handling surfaces are cleaner, mechanical systems are better positioned to operate as designed. UV-C can support cleaner equipment, more consistent performance, and long-term building outcomes.
Energy Reduction.
Operational Efficiency.
Carbon Reduction.
Valkr Ray helps project teams connect UV-C technology to practical building-performance outcomes. Cleaner HVAC components can support more efficient system operation, lower unnecessary mechanical strain, and contribute to measurable energy and carbon-reduction goals.
Energy Reduction
Support cleaner coils, drain pans, and air-handling surfaces so HVAC systems are better positioned to operate efficiently.
Operational Efficiency
Help reduce unnecessary mechanical strain and support more consistent long-term system performance.
Carbon Reduction
Lower energy use can help reduce associated carbon emissions, supporting broader sustainability and facility-modernization goals.
Built for Architects, MEP Engineers, Owners, and Facility Teams
Valkr Ray supports the project teams responsible for designing, operating, and improving high-performance buildings. Our role is to help connect UV-C technology to the larger goals sophisticated buyers care about: healthier indoor environments, HVAC performance, energy reduction, sustainability, and measurable building outcomes.
Architects
Support healthy-building, wellness, sustainability, and resilience narratives within broader design goals.
Owners & Developers
Connect cleaner HVAC systems to energy reduction, operational efficiency, asset value, and measurable building performance.
MEP Engineers
Evaluate UV-C as part of HVAC design, retrofit planning, coil maintenance, and IAQ improvement strategies.
Facility Teams
Support practical implementation, maintenance planning, system cleanliness, and long-term operational performance.