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What has changed about the project since the environmental process and why?

Since the P3 method encourages innovation and optimization of efficiencies, the current freeway design incorporates some changes from the early design concepts that minimize the right of way impacts while increasing safety and reducing traffic restrictions during construction. Innovation and efficiency examples throughout the freeway corridor include:

Half diverging diamond interchanges at Desert Foothills Parkway and 17th Avenue

Modifying interchanges to improve traffic operations and minimize right of way requirements

Does the state retain ownership of the freeway?

Yes. The state retains ownership of the SMF, and C202P is granted a non-exclusive license (not ownership) for 30 years to access and use the freeway and its structures to carry out operations and maintenance. C202P must return to the state a freeway in excellent condition at the end of the maintenance period in 2050. Although C202P must maintain the freeway, ADOT can make improvements, if warranted, at its own cost.

What is the public private partnership and how does it benefit taxpayers?

A P3 refers to the contractual agreement between a public agency and a private sector entity to have greater participation in the delivery of a transportation project. By securing a P3, the entire SMF project can be constructed as one project rather than nine, as originally scheduled, which accelerated project delivery by at least three years. For additional information on the P3 process please visit the P3 Initiatives page.

How was the freeway funded and built?

The freeway was funded by state, federal and local dollars. It is not tolled. The final design, construction and 30-year maintenance of the freeway occurred through a public-private partnership (P3) agreement with C202P. This P3 not only expedited construction, but also reduced the overall cost. This project would have cost an estimated $100 million more than it did if ADOT had not utilized a P3 and the design-build project delivery method.