Minnesota State University Centennial Ballroom
Mankato, Minnesota
The Centennial Ballroom project is a remodel of a 1960s building on the campus of Minnesota State University in Mankato, Minnesota. The main goal of the ballroom renovation was to update a space from its original 1960’s state. The remodel included a complete renovation of the ballroom, control room, lobby, back-of-house serving area, and associated mechanical room.
The ballroom, lobby, and serving area receive heavy use by the MSUM community and Mankato public. Finishes were dated, audio/visual capabilities had not kept up with current or projected needs, and mechanical/electrical systems were outmoded. What was originally the projection booth became a control room since now most projection is digital, and there is the expectation of higher-end sound and lighting controls today.
Select sustainability features of renovation:
Low VOC Paints and Sealants
The paints and sealants in this renovation contain low levels of VOCs (Volatile Organic Compounds). VOCs released into the air can cause health issues including breathing problems, headache, eye, nose, and throat irritation, and nausea. Some VOCs have also been linked to cancer and damage to the kidney, liver, and central nervous system.
Reuse of Existing Woods and Hardware
The existing wood from the ballroom is from a nearly extinct species of Minnesota fir. This wood is being repurposed in the ceiling, preserving this wood for another generation. Additionally the parquet floor is being refinished and preserved, along with other existing hardware.
LED Lighting
LEDs (Light Emitting Diodes) are a very efficient and durable lighting option. LEDs use less than one quarter of the energy of incandescent lights and last up to 50,000 hours before being replaced. They also produce very little heat which helps to significantly lower cooling costs.
Reduced HVAC Loads
Heating, ventilation and air conditioning requires a substantial amount of energy to create a comfortable environment. By limiting the amount of heat generated and through efficient placement of ducts and vents, the entire system can be reduced in size, saving money, energy, and creating a healthier, more comfortable environment overall.
