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Criterion Details

PD-13 Freight Mobility

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Project Development Scorecard

  • Rural Extended
  • Urban Extended

Goal

Enhance mobility of freight movements, decrease fuel consumption and emissions impacts, and reduce freight-related noise.

Sustainability Linkage

Triple Bottom Line

Enhancing freight mobility supports the environmental and economic sustainability principles by providing features that make freight transportation more efficient, thereby reducing fuel consumption, decreasing emissions, and reducing noise pollution. 

Background & Scoring Requirements

Scoring Requirements

Facilities installed for this requirement shall be consistent with the need, purpose, and appropriateness for freight mobility within the project footprint.

Requirement PD-13.1

1 – 7 points. Implement Freight Access Features

Implement one or more of the features in Table PD-13.1.A. Points for features are cumulative if roadways have more than one feature; however, this criterion shall not exceed a total of seven points. 

TABLE PD-13.1.A POINTS AND REQUIREMENTS FOR FRIEGHT ACCESS PROJECT FEATURES

 

Requirement

 

Points

Feature

Requirement Descriptions

PD-13.1a

1

No-idling policy and signage (no-idling policy within certain parameters, such as outside air temperature)

  • Implementation and appropriate number consistent with project setting

PD-13.1b

1

Construct new rest area or rest stop, or expand existing rest area or rest stop

  • Provides a significant number of new truck parking spots at or within a reasonable distance to a rest area
  • Region near proposed rest area experiences extensive interstate shoulder, interchange shoulder, and/or off-road, non-assigned parking by tractor-trailers

PD-13.1c

2

Safety improvements specifically for freight (e.g., additional safety signage, speed warnings systems for hills, other intelligent transportation system solutions)

PD-13.1d

2

Physical or otherwise constructed grade,  alignment, or other design adjustments for truck safety, mobility, and the reduction of freight-related noise

  • Implementation and appropriate number consistent with project setting
  • Include railroad overpass clearance improvements for rail links targeted for freight mobility (i.e., do not preclude rail double stack clearance)
  • Pullout areas for snow chain-up

PD-13.1e

3

Construct new dedicated truck delivery parking areas or repurpose an existing parking area for truck delivery-only.

  • Speeds 35 miles per hour or less (local traffic)
  • Accommodate 40-foot delivery trucks; design can be for smaller delivery trucks if appropriate based on nearby businesses
  • Accessible within the project site (i.e., located in a parking lane on a local street)
  • Financed with project budget
  • Appropriate signage (type and number) within project area

PD-13.1f

3

Automated Weigh-In-Motion stations

  • Accessible within the project site (i.e., located along the right-of-way), or in close proximity to the roadway

PD-13.1g

3

Increase transportation efficiencies for moving freight through features such as dedicated rail or intermodal facilities.

  • Include features that promote the reduction of traditional truck traffic on the roadway system, grade separated crossings, rail line connections, and dedicated freight connector roadways.
  • Ensure connections between intermodal freight facilities (rail, water port, airport) and nearby highways have sufficient capacity, minimize distance and incompatible, adjacent land uses to the greatest degree possible, and are appropriately designed and maintained

PD-13.1h

4

Virtual Weigh-In-Motion stations

  • Accessible within the project site (i.e., located along the right-of-way)
  • Within close proximity to the roadway project right-of-way

PD-13.1i

4

Construct a new electrified rest stop or electrify an existing rest stop

  • Minimum five electric hookups per stop.
  • Accessible within the project site (i.e., located at a highway exit)
  • Within close proximity to the roadway project right-of-way.

PD-13.1j

5

Construct a new or convert an existing mixed-traffic lane to a truck-only lane

  • Minimum density of 10% truck traffic (Hansen et al., 2008)
  • Minimum volume of 1300 trucks per hour per lane (Hansen et al., 2008)

 

Resources

The following resources are referenced in this criterion and consolidated here:

  1. AASHTO, Policy on Geometric Design of Streets and Highways (2011) at https://bookstore.transportation.org/collection_detail.aspx?ID=110

Case Studies & Criterion Examples

Arizona DOT - Roundabouts and Local Partnerships: The Arizona Department of Transportation (ADOT) used all three INVEST modules to validate strategic directions, increase knowledge across core functions, and advance a decision-making framework around sustainability best practices. This case study focuses on ADOT’s use of the Project Development module to score and improve the sustainability of twenty roundabout construction projects as well as ADOT’s use of INVEST training workshops to facilitate collaboration internally and with local governments. Roundabouts have seen increased application across the United States and in Arizona due to their safety and congestion reduction benefits. Using INVEST, ADOT scored twenty planned or under construction roundabouts. ADOT found the scoring process helpful both in improving the sustainability of the individual roundabout projects and in understanding the sustainability of the state’s roundabout program as a whole.

NOACA - Evaluation of Regional Safety Program Using INVEST: The Northeast Ohio Areawide Coordination Agency (NOACA) is the metropolitan planning organization (MPO) for the Greater Cleveland area. NOACA used the INVEST self-assessment tool to evaluate its current Regional Safety Program (RSP), to identify improvements, and to identify where sustainability principles can be better incorporated. The ultimate goal was to improve the region’s sustainability by reducing fatal and serious injuries that negatively impact the social and economic principles through loss of life, injury and damages to personal and public property. Since 2008, NOACA has been actively analyzing crashes in the region and conducting road safety audits at various intersections. The Cleveland metropolitan region does not currently have an adopted goal or performance target related to transportation safety. To better focus efforts on reducing fatal and severe injury crashes in the Cleveland metro region, NOACA began revamping its Regional Safety Program (RSP) in the fall of 2013. To assist with the changes to the RSP, NOACA applied for an INVEST grant.

Arizona DOT - Using INVEST to Integrate Sustainability: The Arizona Department of Transportation (ADOT) decided to use all three modules of INVEST – System Planning, Project Development, and Operations and Maintenance – to help the agency meet its sustainability goals across the transportation life cycle.  ADOT used INVEST to integrate and advance existing sustainability efforts and to push forward new efforts.  INVEST’s comprehensive sustainability framework and criteria helped ADOT institutionalize sustainability across the agency and with local partners through inclusion in manuals, trainings, and awards.  This case study focuses on ADOT’s use of the Project Development module.

Scoring Sources

The project is considered to have met this criterion if the requirements above can be reasonably substantiated through the existence of one or more of the following documentation sources (or equal where not available):

  1. Purpose and need for freight access on the roadway project. 
  2. Results of public input on proposed freight upgrades or installations, if any. 
  3. Contract documents showing freight facilities.