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Transition Plan-Executive Summary
Transition Plan
Print report 
BACKGROUND
As part of the Strategic Highway Research Program anti-icing techniques and Road Weather Information System (RWIS) technology were identified as areas within highway operations, winter maintenance, that showed promise for use. As a result two SHRP projects were developed. Project H-207 examined the emerging technology of Road Weather Information Systems (RWIS) and project H-208 considered the development of anti-icing technologies. At the conclusion of the SHRP, the work conducted by the Anti-icing project team and the participating states was expanded and continued under the Federal Highway Administration (FHWA) Test and Evaluation Project 28 for an additional two years. The result of this work produced the Manual of Practice for an Effective Anti-icing Program: A Guide for Highway Winter Maintenance Personnel1.
Based on the success of these programs during SHRP and subsequent studies, Anti-icing / RWIS was identified as a technology area by the AASHTO Task Force on SHRP Implementation to be included in the Lead State Program for continued implementation efforts.
Professional staff of states, agencies, and private industry involved in early implementation efforts were identified to form the core of the Lead State Team for Anti-icing / RWIS Technology Group. These agencies were:
- State Agencies
- New York Department of Transportation
- Pennsylvania Department of Transportation
- Minnesota Department of Transportation
- Iowa Department of Transportation
- Colorado Department of Transportation
- Nevada Department of Transportation
- Washington State Department of Transportation
- Missouri Department of Transportation (Team Facilitation)
- Federal Highway Administration
- Iowa Division
- Kentucky Division
- Regional Office in Baltimore
- Office of Technology Applications
- Private Industry
- Surface Systems, Inc.
- Vaisala, Inc.
- Spray Center Electronics
- University of Iowa
While this team was one of the largest of the Lead State teams, it has been very successful at advancing the implementation efforts in this technology area. The strength of the team was due in large part to their energy and enthusiasm for the technology. Team membership cut across institutional boundaries to include both snow and ice practitioners and managers from traditional and non-traditional professions.
ACCOMPLISHMENTS
Beginning with the first Annual Lead State Workshop in 1996, there have been four consistent themes the Team believed important to the implementation of this technology. These themes were articulated through the establishment of the goals and associated strategies. These four themes are:
- Document implementation experiences, tools, and techniques. These experiences become the basis for determination of the benefits and costs associated with technology.
- Continue the use, refinement, and expansion of Anti-icing and RWIS technology within the Lead States.
- Enhance the ability to communicate internally and externally. Through communication at the grass roots level, technology transfer and assistance can be achieved.
- The development of programs to transfer the knowledge and to provide technical assistance through one on one encounters and training opportunities.
The complete set of accomplishments is listed in the Proceedings of each Annual Meeting and attached as an appendix to this report. Some of the more notable accomplishments of the Team are listed:
- Completion of the Team's Anti-icing/RWIS Marketing Plan including video, ice scrapers, and brochures. Team members have become a regular participant at trade shows, symposiums, workshops, and conferences.
- Integration between RWIS vendors has begun. Many new developments have taken place in the field of snow and ice control equipment including solid spreaders and brine making and application equipment.
- Communication has become enhanced through the utilization of the Web Site and the Snow and Ice "List-serv". Last reports indicate the web site has been averaging 600 hits per month.
- RWIS equipment has become integrated into the ITS community through winter weather information to motorists and as a platform for rural ITS applications.
- Advancements in RWIS equipment and anti-icing technology has taken the technology to the next level with automatic fixed broadcast systems for specialized locations such as bridge decks.
- Private industry and a non-traditional partner, the insurance industry, has realized the benefits of RWIS technology and Anti-icing strategies and begun funding specialized projects particularly in British Columbia, Canada.
- Close ties have been forged between the Team and other snow and ice control groups influencing the development and application of this technology: SICOP, AURORA, PNS, and involvement on several NCHRP project panels.
WORK IN PROGRESS
The work underway at the time of transition involves two discrete projects and two continual projects.
- Benefit/Cost analysis
- Training
- Web site maintenance
- Outreach
A project looking at the documentation of the benefits and costs associated with the technology has been funded through NCHRP Project 20-7. A project team has been formed and a contractor selected to perform this work. Because the technology area is broad and there are many opportunities to realize benefits, this study will focus on case studies for particular installations.
The project attempting to develop a formal training program for RWIS / Anti-icing is moving forward in such a way as to leverage the talents and resources of several agencies and groups. Through SICOP and the Winter Maintenance Policy Coordinating Committee (WMPCC), a technical working group has been formed to spearhead the development of a computer based training program for this technology. All indications are that the AURORA Group will participate along with individual state and local units of government to fund this project.
Ongoing projects include the maintenance of the Web Site, maintenance of the snow and ice "List-Serv", and outreach efforts all appear to have financial support for the short term. The mechanism for outreach has taken shape in the form of regional user group meetings. In order to overcome difficulties associated with out of state travel, many of these meetings are conducted at common state lines or where three states come together. In other instances, the FHWA has sponsored exchanges and scanning trips where travel has been funded at the Division level. Lastly, the web site and e-mail has been utilized to exchange information and "trouble shoot" application of the technology between users.
- Any remaining marketing materials and promotional items can be transferred to the maintenance committee for their use in furthering the maketing effort. Limited financial resources MAY be available if we have anything left by then from the marketing grant.
- We have the RWIS exhibit/display system and possibly some financial resources that may still be available for transfer to continue information transfer through participation in conferences/workshops. Andy Mergenmeier has these items.
- The market penetration survey report/results will be available. The latest report and the original baseline report may be valuable information for the subcommittee. The data could be used as a basis or further studies.
LEAD STATE POSITIVE LESSONS LEARNED
The success of this Team has been in large part due to the fact that the team members were dedicated stakeholders in both their own agencies snow and ice program and in the advancement of new promising technologies. The second major contributor to the success of the team was the multi-disciplinary make up of the team membership. Team membership cut across many layers of agency management and included professionals from areas not normally associated with winter maintenance.
LEAD STATE CHALLENGES TO OVERCOME
Through the course of the Lead State efforts there were several obstacles to overcome. The most common theme deals with the uncertain availability of financial support to accomplish strategies and goals associated with implementation. Along with the uncertainties of funding came the availability of staff hours to conduct the required work. Major implementation efforts, such as the benefit - cost work, formal training program, and marketing plan, required a level of effort beyond the individual volunteer level. As it turned out, many of our Team members were working on these tasks as part of their regular duties and their agencies willing to share their efforts with the Team.
While the ultimate funding of the Team's implementation strategies were obtained, there was always a hunt for funds. This could have been overcome if there was an identified source of funds, as we discovered late in the game by utilizing NCHRP and SICOP.
TRANSITION
This team's activity will be transitioned into the AASHTO Sub-committee for Maintenance, and more particularly that sub-committee's task force for snow and ice. The leadership and primary support for the teams continued implementation activities will be coordinated through the AASHTO Winter Maintenance Policy and Coordinating Committee (WMPCC) and the associated SICOP. Additional Support will be derived through the Transportation Research Board Sub-committee on Winter Maintenance (A3C09) with liaisons with APWA and NACE.
To this end, the WMPCC - SICOP, whose membership included representation from each AASHTO region, APWA, NACE, Pacific Northwest Snowfighters (PNS), and AURORA, has been modified to include the Lead State Team Leader, an AASHTO - Sub-committee on Maintenance Task Force on Snow and Ice member, and the Chairman of the TRB Sub-committee on Winter Maintenance (A3C09). This robust team now includes membership from each of the major groups playing a significant role in the implementation of new technology in snow and ice control.
The opportunity for implementation successes under this plan for transition is high, as the SICOP has a mechanism for funding implementation projects.
1 Publication Number FHWA-RD-95-202, June 1996
Excerpt: Proceedings 1996 AASHTO Lead States Workshop
Excerpt: Proceedings 1997 AASHTO Lead States Workshop
Excerpt: Proceedings 1998 AASHTO Lead States Workshop
Excerpt: Proceedings 1999 AASHTO Lead States Workshop
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