Salt Lake County, Utah
West Bench Project Analysis
The
West Bench Project is a proposed development on the western
side of Salt Lake County, Utah, that seeks to create a series
of transit-oriented new towns on the 75,000-acre development
site. The total development program included 200,000dwelling
units with a population of 500,000 people and 59 million square
feet of commercial/industrial space. This development would
be spread among six new communities. The developer, Kennecott
Land Corporation, was seeking entitlement to develop this
program without conventional, site-based master plans.
In essence, the project involved translating a broad vision
for large-scale transit-oriented development
into an actual program of development that could be rationally
evaluated. The Camiros team included specialists in development
economics, fiscal analysis, public finance, public transit
and transportation. Detailed analyses of fiscal, financial,
transportation, and land use implications of the West Bench
Project were produced. These products assessed whether the
development of the West Bench site would result in the kind
of TOD communities called for in the West Bench General Plan
and what the impacts might be on Salt Lake County and the
quality-of-life in the region. The Camiros team also prepared
a toolkit of analysis programs to help Salt Lake County track
impacts, improvement needs and performance indicators over
the course of time.
A key aspect of the West Bench Project is the creation of
new, transit-oriented communities within the existing urbanized
region. The Camiros team determined that:
1.
The TOD principles contained in the West Bench General Plan
could be translated into the land use, transportation and
programming policies needed to structure development on this
75,000 acre site.
2. The compact form and intensity of development could support
the extension of light rail transit service, as measured in
capital cost per passenger mile and operational cost per passenger
mile.
3. The transit-oriented form of development and mixed-use
programming would result in a 30% - 40% reduction in vehicle
miles traveled when compared to conventional suburban development.
4. Transit-oriented development would result in lower capital
and maintenance costs for roadway extensions and widening
when compared to conventional suburban development.
5. The development programming work provided by the Camiros
team provides a model for evaluating future development proposal
and a framework for evaluating whether these proposals will
meet West Bench performance benchmarks.
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