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Mapleton Springville Pipeline – Phase I

5.5 Miles 54-inch, 0.9 mile 36-inch HDPE

Bids were opened on Phase I of the Mapleton Springville Pipeline on June 19, 2007.  The construction contract was awarded to Ames Construction.  A Notice to Proceed for materials was issued on June 28, 2007, and 54- and 36-inch HDPE pipe has been produced and transported to the work site.  A Notice to Proceed with field construction was issued on September 6, 2007 and the canal gates were closed on September 14, 2007, to begin dewatering the canal.  The northernmost mile of pipe from 400 North in Mapleton to the south bank of Hobble Creek must be completed and operational by March 15, 2008.  The remaining portion of the pipeline must be operational by May 1, 2008.  All work must be completed by June 30.  The pipeline will eliminate seepage losses but will not be pressurized until the Spanish Fork Canyon Pipeline is completed, connected, and operational.  The MSP will deliver Strawberry Valley Project water to Mapleton Irrigation District and Springville Irrigation District and convey Central Utah Project water to Utah Lake via Hobble Creek.  The June Sucker Recovery Implementation Project is investigating habitat improvement in lower Hobble Creek and the potential establishment of a second spawning run of the June sucker that would be made possible with the supplemental flow to the creek from the MSP.

The Historic Mapleton-Springville Lateral

Mapleton Springville Pipeline Monthly Reports

 

Mapleton Springville Pipeline – Phase II

0.2 Mile 54-inch HDPE, Turnout SCADA

Work on Phase II of the Mapleton Springville Pipeline will follow construction of the Spanish Fork Canyon Pipeline.  The SFCP will connect to the MSP near the junction of State Route 6 and Highway 89 and provide up to 80 psi pressure to the Mapleton area.  All turnouts along the MSP would be upgraded from their current measuring flumes to meters with remote supervisory control.  The MSP would be extended 0.1 mile to Hobble Creek to provide a means to supplement the flow of Hobble Creek with ULS water.