Meurer & Associates has provided development engineering services to the Anderson Industrial Park for the past five years. This 13-acre parcel was subdivided, removed from the 100-year flood plain, and a new infrastructure was installed to serve the seven industrial lots. Design services consisted of planning documents, site and landscape plans, grading, utilities and storm drainage for each of the new 10,000 to 20,000 square foot buildings.

Elkco Properties
Springwood Senior Apartments
Arvada, Colorado

Arvada Residences, LLP retained Meurer & Associates to plan, design, and construct the Springwood Senior Apartment complex. A combination of the surrounding neighborhood, steep terrain, as well as the confined site, added challenges to design and construction. The extension of 813 feet of 8-inch water main, 465 feet of 8-inch sanitary sewer lines, 576 feet of storm drains, and the construction of 837 feet of retaining walls was necessary to provide infrastructure for the buildings. Additionally, a deceleration right-hand turn lane was required by CDOT. Coordination with existing underground utilities was warranted with the lane widening to minimize street closure times.

Girl Scouts
Magic Sky Ranch
Red Feather Lakes, Colorado

Meurer & Associates, in conjunction with Schmidt Copeland Parker Stevens Architects, planned, zoned, and designed a 200 camper facility for the Girl Scouts-Mile Hi Council in Larimer County. This remote 630 acre parcel, located seven miles from Red Feather Lakes, presented unique infrastructure design challenges to accommodate year-round use. The camp required over 16,200 feet of all-weather road for site access, including storm drainage facilities and a major stream crossing. An all new water system, consisting of three wells, a treatment plant, 16,500 feet of 6-inch and 8-inch water main, and a 200,000-gallon storage tank, supplies domestic use and fire flows. A wastewater collection and treatment system was designed to process wastewater prior to surface water discharge. Meurer & Associates teamed with E.O. Church & Associates and used STEP technology to design a sewer collection system to minimize excavation depth in the solid granite bedrock. A re-circulating sand filter followed by wetlands provided wastewater treatment prior to discharge into South Lone Pine Creek. The collection system consists of 8,000 feet of 2-inch and 3-inch pressure sewer main with ten septic tank effluent pumping stations.

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