When the City of Tallahassee and Leon County collaborated on a consolidated public safety complex to deal with local emergencies, the stakes were high and the need for robust yet adaptable HVAC was, too. Another collaboration within the design — chilled beams and pump technology — represented a key component of the mechanical system as it stands ready for severe swings in occupancy and weather alike.
Are we headed for a scenario reminiscent of big-budget disaster films? Maybe not. But when it comes to water usage, it’s time for engineers to put down the popcorn and embrace a new role: designer of more responsible data centers. Optimizing cooling towers, boosting the CoC, and considering your WUE are just three steps for maintaining the flow of information while minimizing the flow of H2O.
Energy efficiency isn’t just for commercial spaces and residential homes — schools are also aiming to provide healthy and clean environments for children. However, high energy costs can be a significant drain on school resources.
Boston’s New Waterfront initiative has created an influx of business and new housing where sea meets land. Boston’s revitalized Seaport District now sports a harbor walk that meanders through shops, fine restaurants, and upscale neighborhoods.
Seven questions to always ask the existing boiler’s operator round up this article, written to save you time and save your client grief (and possibly money) before, during, and after the project. Pumps, pipes, asbestos, and budget are just a few areas where opportunity (or problems) await.
Does an old-school concept deserve consideration for a wider range of projects these days? After a refresher on the basics, warm up to a variety of current tips and advantages for
maintenance, controls, and installation.
The high-profile equipment involves an efficient, resilient trigeneration plant to provide heating, cooling, and power service. However, UConn’s most critical asset may be its forward-thinking, campus-wide energy strategy. Read more stories in June Issue 2017.