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
We are continually adding talented individuals to the Price team, and in 2018 it was clear that our office space at our headquarters in Winnipeg, MB, was bursting at the seams. Team members were sharing offices, working in hallways and competing for meeting room space. Plans for the expansion of the Golspie North production space were already underway, and it seemed like the perfect time to expand and renovate our offices.
Topics: Noise Control, Acoustic Panels, GRD, Diffusers, Displacement, HVAC Fundamentals, Employees, HVAC, Engineering, Design Engineering, Architecture, Critical Environments, Filtration
Stratified air systems are widely known for their ability to condition a variety of spaces in an energy-efficient way. Beyond providing energy savings, however, these systems can also improve indoor air quality.
Topics: Displacement, Employees, HVAC, Engineering, Design Engineering, CFD, ASHRAE
Chilled beam systems use the heat transfer capabilities of water to provide sensible cooling to a space. As we’ve discussed previously on the blog, when the system is in cooling mode, the induction process facilitated by the chilled beam nozzles causes warmer room air to mix with the colder primary air, providing the space with supply air with temperatures at 62°F to 66°F – much warmer than the 55°F supply air provided by conventional cooling systems.
Topics: Beams, Displacement, HVAC Fundamentals, HVAC, Engineering
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