Museum Maintains Proper Humidification Levels, Utilizes On-Site Gas with Gas-to-Gas Steam Humidifier

The Glenn H. Curtiss Museum, Hammondsport, NY

As a creature bound to earth by gravity, man has always had a fascination with the ability to fly. The Glenn H. Curtiss museum in Hammondsport, New York is dedicated to preserving the history of flight. Rooms are filled with artifacts dating back to the first flight of Glenn H. Curtiss 1908, which was the first official, pre-announced public flight in the United States.

As a creature bound to earth by gravity, man has always had a fascination with the ability to fly. The Glenn H.
Curtiss museum in Hammondsport, New York is dedicated to preserving the history of flight. Rooms are filled with artifacts dating back to the first flight of Glenn H. Curtiss 1908, which was the first official, pre-announced public flight in the United States.

The Importance of Maintaining Proper Humidification

The Curtiss museum is filled with hundreds of objects containing a variety of materials (wood, canvas, fabric and paint) that are subject to cracking, chipping, peeling and distortion without proper humidity levels – ideally 40% to 60% relative humidity (RH). When the Curtiss Museum opened, a humidification system was not installed, and the RH level hovered between 3% and 10%. Jim White, the museum’s engineer, knew that he needed to maintain humidification at an RH level of at least 40% with minimal fluctuation (±3%) – or jeopardize the preservation of the museum’s contents.

Meeting the Museum’s Specifications and Budget

Jim White had specific objectives in choosing a humidification system. “My first consideration was to find a system that could handle a large area, yet fit in the limited floor space I had available,” said White. The local DriSteem representative, Brian Willemsen of Stark, suggested a steam-to-steam humidification system. This system provides chemical-free steam to the space and, because it uses boiler steam as the heat source, it has very low energy costs. There was just one problem: the museum did not have a boiler. “We knew the steam-to-steam product would work for the museum, but in order to operate the system, they would have to invest in a boiler,” Willemsen said, “and we just didn’t want them to have to make that extra investment.”

Since the museum had natural gas as an energy source, Willemsen told White about the DriSteem GTS gas-to-steam humidifier. The GTS® humidifier could provide chemical-free, low cost humidification with the control the museum required and fit in the space allotted, without adding any additional equipment. “What excited me most about the GTS humidifier was the fact that it was a direct-fired, stand-alone unit that could be provided with an area-type steam distribution system designed to distribute steam in large spaces without duct work,” said White. “And, I was certainly excited about the lower energy costs we would incur by using natural gas instead of electricity.”

Meeting Humidification Demands

“The GTS humidifier from DriSteem has met all of my expectations,” said White. “I thought we may need to add one more unit to humidify the 2,000 cfm (cubic feet per minute) continuous outdoor air supplied by our rooftop air conditioners. But we’re up and running at ideal RH levels and the single GTS humidifier is performing beautifully.”

Now Jim White can claim with confidence that the artifacts in the Glenn H. Curtiss museum are being preserved for future flight history enthusiasts. Thanks to DriSteem’s GTS humidifier, visitors can continue to explore their fascination with man’s ability to fly, and see firsthand the history of aircraft at the Glenn H. Curtiss museum.