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Aspen Ice

Aspen Ice, a subsidiary of Carco Enterprises, is a privately owned indoor ice skating and hockey training facility in Randolph, New Jersey, GGA Engineering was retained to plan, design and secure permits for a system that would collect, treat and recycle wastewater and storm water at the site.

While Aspen Ice’s ice-making operations and locker room showers produce significant volumes of wastewater, most of the 6,000 gallons processed daily are used to maintain the ice at a constant temperature. The mountaintop location of the facility presented a challenge due to the shallow soil depth of the rock ledge. Further complicating the design was the limited land mass available for disposal beds.

Locating the overflow disposal beds under the automobile parking area, GGA Engineering developed a subsurface collection and storage system that blends the treated waste with storm water collected on the site for use in the cooling towers.

A requirement by the owner that the wastewater treatment plant be located within the skating facility itself was also met. GGA conceived a unique split level treatment plant that not only fit comfortably within the allowed space, but provided easy outside access to each of the treatment floors. This plan provides for highly efficient use of treated wastewater for toilet flushing, with overflow being carefully mixed with storm water before distribution to the disposal beds.

Since beginning operations in 2003, fewer than 100 gallons per year of treated wastewater has been disposed of in the underground beds. The entire system has operated smoothly since 2003. Mr. Robert Carrigino, owner of Carco Enterprises, has maintained that the project "would not work nearly as well" without the insight and engineering innovation of GGA Engineering.

Benefits

Combined storm water and recycled wastewater for beneficial use.

Recreational use of recycled wastewater.

Allowed additional parking by creating unique disposal bed.

Designed multistory treatment facility to conform to architectural requirements.