The Science of ComfortTM
The Science of ComfortTM
For years, studies have linked healthy environments in schools with improved educational outcomes for students. We’ve seen that indoor air quality has a major impact on health, performance and attendance and that quiet classrooms improve academic performance, reduce stress and encourage better behavior.
Topics: Acoustics, Displacement, Thermal Comfort, HVAC Fundamentals, HVAC, Engineering, Design Engineering, ASHRAE 62
The last few years have seen an increased focus on indoor air quality. Occupants want to feel comfortable in commercial spaces, and building owners, architects and engineers want to know that they’re constructing and renovating facilities with products that work as intended. No gimmicks – just real, science-backed solutions.
Topics: Displacement, HVAC Fundamentals, Employees, HVAC, Engineering, Design Engineering, ASHRAE 62, CFD, ASHRAE
Obtaining efficient ventilation with overhead mixing systems for applications in heating climates can be a challenge. Not only does the positive buoyancy of the supply air work against the air distribution system, but most overhead mixing systems are designed with low supply air volumes (relative to cooling) and high supply air temperatures (more than 15°F above room temperature).
Topics: GRD, Diffusers, HVAC, Engineering, Design Engineering, ASHRAE 62, CFD
Published in August 2020 ASHRAE Journal, written by Ryan Idema and Jesse Hendershot
Price Industries is incredibly proud to have partnered with Michigan Air Products, one of the leading manufacturer’s representatives for commercial and industrial HVAC solutions, on this sizeable and impressive project.
Topics: Displacement, Thermal Comfort, HVAC, Engineering, Design Engineering, ASHRAE 62, Engineering Update
Designing a ventilation system for a swimming pool can be tricky. For occupant comfort, these facilities require 40 to 60% relative humidity to be maintained year round. For swimmers, a humidity range of 50 to 60% is most comfortable. However, humidity levels below 50% can significantly increase energy consumption, while humidity levels above 60% can cause damage due to mold, mildew and condensation.
Topics: GRD, Grilles, Thermal Comfort, HVAC Fundamentals, HVAC, Engineering, Design Engineering, Training, Tech Tip, Handbook, ASHRAE 62, Engineering Update
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