There has been an increasing need for farmworker housing units in the Columbia Basin to accommodate migrant farmworkers while they help maintain and harvest crops. PACE has designed wells and water distribution systems and provided water testing for numerous Group…
Read MoreThis system exceeded the U.S. Environmental Protection Agency’s and the state’s maximum contaminant level for arsenic and contained high levels of iron and manganese. PACE evaluated the system, including preparing a hydraulic analysis for fire flows, a reservoir storage analysis,…
Read MorePACE staff provided design and construction monitoring of 1,400 LF of new water main on Division Street. Our scope of work included completion of an intertie with a new 16-inch water main crossing, service reconnections, and coordinating the new main…
Read MorePACE designed a new 300,000-gallon pre-stressed concrete reservoir, a new booster pump station, and 1,500 GPM vertical turbine can pumps. PACE’s scope of work for this federally funded project included project planning, funding assistance, design engineering, bid assistance, contract administration,…
Read MoreThe city extended water service for almost four miles on Dutch Canyon Road, a winding, narrow country road. Careful attention was required during design to accommodate traffic and access concerns. The project consisted of a new pump station, 2,500 LF…
Read MorePACE prepared plans and specifications for a 4.3 MG steel reservoir to meet the city’s future domestic and fire-flow needs. Design included interior and exterior epoxy coating, flexible expansion joints to protect inlet and outlet connections from seismic damage, a…
Read MorePACE prepared plans and specifications for replacing approximately 11,000 LF of existing 8-inch gravity sewer mains by pipe bursting and open-cut installation, 63 existing manholes, and side sewers with 6-inch PVC in a residential neighborhood in Des Moines. PACE provided…
Read MoreThe city of Quincy’s Municipal Water Reclamation Facility required an aeration upgrade to increase its capacity to remove biological oxygen demand and total nitrogen from residential and industrial wastewater. PACE designed and oversaw the installation of a new fine bubble…
Read MorePACE prepared a design report and winning grant application for the failing septic systems in the Woodland Creek Basin. Monitoring and studies identified on-site septic systems as a key contributor to the problem, and installation of public sewers proved to…
Read MorePACE developed a mobile maintenance form for district field personnel to use while jetting and flushing sewer lines. The form is uploaded onto an iPad for personnel to use while jetting and flushing sewer lines, and information is synced nightly…
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