Using chilled-water cooling coils within makeup air units (MAUs) as dry coolers offers enhanced operational stability even in lower ambient temperatures. Explore real-world case studies, where smart sequence modifications optimized performance.
All-electric infrastructure is a pivotal step toward achieving net-zero emissions in the building sector, paving the way for a cleaner, more sustainable future.
Fed up with spending substantial resources on the continuous repair of an aging cooling tower, a large North Carolina-based community college recently opted to replace its failing galvanized-metal unit with an engineered plastic model.
While most data centers use air-cooled chillers that have free cooling coils to benefit from lower ambient conditions, air-cooled, magnetic bearing centrifugal chillers can operate at inverted conditions and provide free cooling without the need for additional coils.
Whether it’s engineering a new campus distribution system, reengineering one, or adding an extension to one for a new building on the campus, hydraulic modeling is an essential design tool.
Founded in 1821 with a focus on liberal arts, Amherst College has seen an 85% increase in enrolments in STEM classes during the past 15 years. Consequently, a new Science Center opened in the fall of 2018 that embraces sustainability.