STRUCTURE AND BRIDGE DIVISION

Similar documents
THE COMMONWEALTH OF MASSACHUSETTS NON-NHS BRIDGE R&R POLICY

LOCATION AND DESIGN DIVISION

Chapter 1. General Design Information. Section 1.02 Structure Selection and Geometry. Introduction

STRUCTURE AND BRIDGE DIVISION

STRUCTURE AND BRIDGE DIVISION

MANUAL OF THE STRUCTURE AND BRIDGE DIVISION

GEOMETRIC DESIGN CRITERIA for Non-freeway Resurfacing, Restoration, and Rehabilitation Projects

Rehabilitation of West Main Street Culvert and Shirley Street Bridge. Town of Ayer. November 22, 2016

CHAPTER 3 SCOPE SUMMARY

Engineering & Capital Improvements. Shore Acres Civic Association August 21 st, 2017

CHAPTER 13 MICHIGAN DESIGN MANUAL BRIDGE DESIGN RAILROAD CROSSINGS RAILROAD CROSSINGS IDENTIFICATION OF GRADE SEPARATIONS

MAINTENANCE AND REPAIR TABLE OF CONTENTS CHAPTER 32

State of Good Repair (SGR) Program Bridge Prioritization Formula. Structure and Bridge Division

STRUCTURE AND BRIDGE DIVISION

I-64 Capacity Improvements Segment I Financial Plan Annual Update

EXHIBIT A SCOPE OF SERVICES FOR. FINANCIAL PROJECT ID(S). Various Projects DISTRICT 2 VARIOUS COUNTIES

Alder Drive / Blair Road Bridge Replacement Projects

BRIDGE INSPECTION REPORTS 101. Protecting Your Bridge Inventory for the Future Jason Kelly, PE

State of Good Repair (SGR) Program Bridge Prioritization Formula. Structure and Bridge Division

Clear Creek Road (PM 1.82 & 0.25) Bridge Replacement Projects. Public Meeting, Wednesday, November 20, 2013 Pleasant Valley Middle School

Cochran Mill Road Bridge over Tuscarora Creek

How to Review SI&A Data

ANNUAL REPORT. Pursuant to: Code of Virginia

CHAPTER 18 TEMPORARY ROADS AND BRIDGES

RED FLAG SUMMARY. Red Flag Summary Completed: January 2006

CONCEPTUAL BRIDGE REPLACEMENT STUDY

NEW MEXICO LAND OF ENCHANTMENT

VDOT S BRIDGE PRESERVATION PROGRAM. Virginia Concrete Conference, 2012 RICHMOND, VA. March 9, 2012

I-64 Capacity Improvements Segment I Financial Plan Annual Update December 1, 2017

REHABILITATION PACKAGE 4-a

TABLE OF CONTENTS. Manual Section. Introduction 1. Using This Manual 2-3. Administrative Actions 4-6. Road and Bridge Project Types 7

BRIDGE INSPECTION REPORT

5.0 Plan Development. 5.1 Introduction. 5.2 Design References

Traffic Technical Memorandum: Hickman Road over Tuolumne River Bridge Replacement Project, Stanislaus County (BRLO-5938(199))

Chapter 1 INTRODUCTION

Rte. 66/29 Interchange Reconstruction Project: ,C505 Grade Separation of Two Crossings Norfolk Southern Railway Right of Way and Track

Appendix H Red Flag Summary

Red Wing Bridge Alternates

EXISTING ROADWAY CONDITION ASSESSMENT REPORT (ERCAR) SAMPLE OUTLINE

ROADWAY DESIGN AND CONSTRUCTION STANDARDS

APPROACHES AND BRIDGE OVER TYE RIVER (RTE. 29 NBL) RFP QUESTIONS AND ANSWERS-REVISION 2

TRAFFIC ENGINEERING DIVISION

TRAFFIC ENGINEERING DIVISION INSTRUCTIONAL & INFORMATIONAL MEMORANDUM

STRUCTURE AND BRIDGE DIVISION

VDOT s Experience with Reinforced Concrete and Metal Culverts

STRUCTURE AND BRIDGE DIVISION INSTRUCTIONAL AND INFORMATIONAL MEMORANDA VIRGINIA DEPARTMENT OF TRANSPORATION

6 th STREET VIADUCT SIESMIC IMPROVEMENT PROJECT

State-Aid Bridge News July 20, 2004

COUNTY ENGINEERS ASSOCIATION OF MARYLAND SPRING 2016 CONFERENCE. Conference Center at the Maritime Institute Anne Arundel County, Maryland

Clinton Street Bridge over the Maumee River. ODOT Project DEF December 2, 2014 Stakeholder s Meeting

Wall Asset Management Implementation at Colorado Department of Transportation. Bryant Walters, Collins Engineers Mark Vessely, Shannon & Wilson

Overview of Maintenance and Construction Programs. Mike Holder, PE, Chief Engineer Jennifer Brandenburg, PE, State Asset Management Engineer

National Bridge Management, Inspection and Preservation Conference Managing The Nation s Bridges Beyond The Short Term

APPENDIX C INLETS. The application and types of storm drainage inlets are presented in detail in this Appendix.

South Carolina Department of Transportation. Engineering Directive

B STEEL BEAM GUIDE RAIL - OPSS 721

12 DRAINAGE General Administrative Requirements Standards

Federal Highway Administration s Role in Bridge Preservation. Anwar S. Ahmad 1

Oklahoma Department of Transportation Environmental Programs Division Office Fax

Page 1D-1 Revised language to link from Project Management Manual to Project Management Online Guide.

Rapid City, SD HDR Project No RE: Replacement of Existing I-190 Twin Bridges at I-190/Silver Street Interchange, Rapid City, SD

U.S. Army Corps of Engineers Permit Application Tips

PUBLIC INFORMATION MEETING June 24, 2015

Conceptual Design Report

ALTERNATIVE PROJECT DELIVERY DIVISION

Performance Based Practical Design (PBPD)

MICHIGAN DEPARTMENT OF TRANSPORTATION

Project Overview. Wilson Boulevard over Route 50 Bridge Rehabilitation. Get Involved. Public Information Meeting. Contact Information

January 2015 v 2.0. (Revised April 2016)

Reconstruction Project Update

DECEMBER 2017 LRFD BRIDGE DESIGN 2-1

Surface Transportation Block Grant Program

MONITORING IMPLEMENTATION AND PERFORMANCE

Maintenance, Construction & Secondary Roads. Terry Gibson, PE Chief Engineer February 20, 2013

Performance Based Practical Design. An FHWA Perspective

MICHIGAN DEPARTMENT OF TRANSPORTATION

Review of Plans and Specs from a Constructability Perspective

b. Include an evaluation of maintenance of traffic for ramps, local roads and cross streets.

100 Introduction Functional Classification Traffic Data Terrain & Locale Design & Legal Speed...

EXISTING ROADWAY CONDITION ASSESSMENT REPORT (ERCAR) SAMPLE OUTLINE

REQUIREMENTS WEBINAR FEBRUARY 20, :00 2:30 P.M.

January 31, 2018 Asset Management and Performance Measures for Roads and Bridges Maryland Department of Transportation State Highway Administration

Bridge Asset Management City of Battle Creek Planning and Projects

May 26, Required Attendance Yes_X_ No MEMORANDUM. Mr. Don Silies Attn: Mr. John Jacobs. Salvija Hofheimer. Project Showing

I-65/I-70 North Split Interchange Reconstruction Project Frequently Asked Questions

100 Design Controls and Exceptions

Sandstone Curb Replacement Standards

Selecting Projects for Accelerated Bridge Construction

CHAPTER 4 GRADE SEPARATIONS AND INTERCHANGES

CHAPTER 2B - PHASE I, INITIAL ROADWAY INVESTIGATION & PRELIMINARY FIELD INSPECTION

ATTACHMENT 50-1: PERFORMANCE AND MEASUREMENT TABLE

Chapter 4 Bridge Program Drawings

Life Cycle Cost Analysis Pavement Options May 2002 Materials Division / Virginia Transportation Research Council TABLE OF CONTENTS

DESIGN PUBLIC HEARING MAY 16, 2013 ABIGAIL ADAMS MIDDLE SCHOOL WEYMOUTH, MASSACHUSETTS 6:30 PM FOR THE PROPOSED BRIDGE REPLACEMENT PROJECT

ERRATA SHEET RECORDING AND CODING GUIDE FOR THE STRUCTURE INVENTORY AND APPRAISAL OF THE NATION=S BRIDGES REPORT NO. FHWA-PD , DECEMBER 1995

FY STATEWIDE TRANSPORTATION IMPROVEMENT PROGRAM New Jersey Department of Transportation Project Descriptions ($ millions)

Joint Legislative Transportation Oversight Committee January 6, 2016 Maintenance Operations Performance Analysis Report (MOPAR) Kristin Barnes

Transportation Connectivity, Accessibility and Economic Opportunity Study

Coordinating Minnesota s Transportation Assets and Climate Change and Extreme Weather Vulnerability

Transcription:

Sheet 1 of 8 VIRGINIA DEPARTMENT OF TRANSPORTATION STRUCTURE AND BRIDGE DIVISION INSTRUCTIONAL AND INFORMATIONAL MEMORANDUM GENERAL SUBJECT: State of Good Repair Bridge Project Selection and Eligible Work Items SPECIFIC SUBJECT: Limits, Procedures and Requirements for Use of State of Good Repair Funds DIVISION ADMINISTRATOR APPROVAL: NUMBER: DATE: October 10, 2017 SUPERSEDES: None /original signed/ Kendal R. Walus, P.E. State Structure and Bridge Engineer Approved: October 10, 2017 New IIM EFFECTIVE DATE: This memorandum is effective on October 10, 2017. POLICY: This memorandum establishes project eligibility, payment limits, and eligible items of work for Structurally Deficient bridge projects using State of Good Repair (SGR) funding. The terms bridge and culvert, as used in this document, refer to structures that meet the Federal Highway Administration (FHWA) definition of a National Bridge Inventory (NBI) bridge. FHWA definitions of NBI bridges and SD bridges are provided at the following locations: https://www.fhwa.dot.gov/bridge/nbis.cfm https://www.fhwa.dot.gov/bridge/0650dsup.cfm PHILOSOPHY: The SGR program was developed to address deficient pavements and SD bridges. The SGR program is intended to fund bridge work that is more extensive than routine maintenance, but it should not be viewed solely as a bridge replacement effort. The scope of

Sheet 2 of 8 bridge work paid for under the SGR program should be adjusted appropriately to meet the needs of each particular bridge, with consideration for the overall limitations on funds available to address the bridge inventory. In general, project scopes should be established to rehabilitate, reconstruct, or replace deficient elements in the most practical and costeffective manner and must also include measures (materials, technologies or details) to mitigate future deterioration. Bridge replacement projects are generally expected to be in-kind replacements. SGR funds are not intended to pay for increases of traffic capacity of a bridge or roadway. The term Chapter 6, as used in this document, is an abbreviation for Chapter 6 of Part 2 of VDOT s Manual of the Structure and Bridge Division. CRITERIA FOR DETERMINING ELIGIBILITY OF BRIDGE PROJECTS FOR SGR FUNDING: Both of the criteria below must be met for a bridge to qualify for SGR funding: 1. The bridge must be SD as of the annual program update. In very limited cases a bridge that is not SD as of the annual program update may still be eligible for funding if: It had been SD within the prior 24 months of the annual program update and was replaced with an urgently required temporary bridge. After 24 months a temporary bridge installed to eliminate the SD status will be considered permanent. The annual program update is the date when the inventory and condition data for all SD NBI bridges is updated. The data, as of this date, are used in the prioritization formula. The annual program update is currently July 1 st of each year. 2. The bridge must meet the definition of an NBI bridge. NBI bridges include bridges and culverts. STATE OF GOOD REPAIR FUNDS For a bridge project to receive State of Good Repair funds, the scope of work must achieve all three requirements below: 1. Removes the bridge s structurally deficient status 2. Meets the definition of a bridge rehabilitation or replacement in Federal Highway Administration s Bridge Preservation Guide dated August 2011. http://www.fhwa.dot.gov/bridge/preservation/guide/guide.pdf 3. Adds or restores strength. Examples of strength restoration include patching, repair or replacement of deck, superstructure or substructure elements. URGENT REPAIRS After a project has been selected for SGR funding, the District Bridge Section may elect to conduct repairs without jeopardizing SGR project funding if such repairs are necessary for

Sheet 3 of 8 public safety in the judgment of the District Structure and Bridge Engineer, even if the repairs temporarily remove the bridge s SD status. QUALIFYING WORK ITEMS: The primary purpose of the SGR program is to reduce the number of existing structurally deficient bridges using the most appropriate interventions for each bridge. All projects must be designed in accordance with Chapter 6 and IIM-235, Common Sense Engineering (CSE) and Context Sensitive Solutions to Transportation Challenges. The following items of work, when performed within the limits established by the project touchdown points (defined later in this document), are eligible for reimbursement under the SGR program: 1. Preliminary engineering costs 2. Right of way costs 3. Maintenance of traffic, including temporary detours 4. Railroad flagging and coordination 5. Environmental protection and stormwater management, including erosion and sediment control 6. Temporary causeways and contractor access structures 7. Temporary shoring 8. Temporary drainage 9. In-kind replacement or relocation of existing utilities for which the bridge owner is responsible 10. Dismantling and removal of existing structure 11. Bridge or culvert construction costs, including wing walls and head walls 12. Slope protection and associated drainage 13. Transitions to existing roadway to accommodate minimum design criteria 14. For bridges with inadequate vertical clearances, roadway work associated with the lowering of the roadway below the bridge to improve vertical clearance 15. Approach roadway work 16. Approach slabs 17. Guardrail and attachments as limited by Chapter 6* 18. Pavement markings 19. Construction engineering and inspection services 20. Incentive bonuses *Guardrail work required by Chapter 6 may extend beyond the touchdown points and is eligible for reimbursement under the SGR program. NON-QUALIFYING ITEMS Some examples of work items that do not qualify for SGR funds are provided below: 1. Interchanges and ramps (SGR funds may be used to rehabilitate or replace eligible bridges that are part of interchange projects, but funding is strictly limited to the bridge work within the limits established by the project touchdown points). 2. Any permanent work item located beyond the touchdown points

Sheet 4 of 8 3. Bridge widening exceeding limits established below 4. Bridge widening to accommodate bicycle or pedestrian facilities unless the approach roadway already has such facilities 5. Improvements to connecting roadways that are not a direct result of the new roadway geometry associated with the bridge project. Connecting roads are those that are within the project limits but do not carry the same route as the bridge. 6. Utility replacement beyond in-kind replacement of existing utilities for which the bridge owner is responsible. Payments for in-kind replacement of privately-owned utilities are the responsibility of the utility owner. Non-qualifying work items may be part of an SGR project, but they must be funded by other sources. Such projects with must have separate estimates for SGR and non-sgr work. INCREASING BRIDGE LENGTH WHEN BRIDGE IS REPLACED For bridges where the recommended action is replacement, the replacement structure may need to be longer than the original to accommodate hydraulics, railroad requirements or future widening of a roadway below. If the constrained long range plan includes provisions to widen the facility below the bridge, the additional bridge length necessary to accommodate the wider facility is eligible for SGR funding for bridges designed in accordance with Chapter 6. Otherwise, additional bridge length is not eligible for SGR funding. DECREASING BRIDGE LENGTH WHEN BRIDGE IS REPLACED For bridges where the recommended action is replacement, the replacement structure may be shorter than the original. The required roadway work to close the gap between the old abutment and the new abutment is eligible for SGR funding for bridges designed in accordance with the Manual of the Structure and Bridge Division. ELIGIBLE WIDENING In some instances it may be necessary to widen a bridge in order to meet minimum geometric standards, improve safety or match existing roadway (not to add additional lanes). In those cases, the entire widened bridge will be eligible for SGR funds for the existing number of lanes on the approach roadway. For bridges widened beyond the standard geometric limits established in Chapter 6 or built to accommodate additional lanes of traffic or pedestrian or bicycle facilities (unless matching existing facilities on the existing roadway), SGR funding will be based on the eligible width of the bridge as defined in the previous paragraph. Funds for the portion of the bridge beyond the eligible width must be generated from sources other than SGR funds unless one or more of the conditions below applies: 1. Additional width is required to meet horizontal sight distance requirements. 2. Safety or crash data indicate a need for additional width. Provide documentation in the project file on accident data at the site. 3. Staged construction requires additional width to maintain traffic on the bridge during construction. Provide Maintenance of Traffic plans in project file. 4. Existing one-lane bridge requires a two-lane bridge.

Sheet 5 of 8 5. Increased bridge width for prestressed voided slab/box beam bridges in order to use standard width shapes. 6. Increased bridge width to simplify the design and/or construction for structures on flat horizontal curve geometrics (i.e., width increased by middle ordinate to allow a straight bridge in lieu of curved bridge). TOUCHDOWN POINTS Project limits are established by the touchdown points at either end of the project. Projects must employ Common Sense Engineering (CSE), using the minimum length to safely tie back into the approach roadway. Unless approved by the Assistant State Structure and Bridge Engineer (Maintenance), touchdown points shall be limited as indicated in this IIM. The Figure # in the table below refers to illustrative figures shown in subsequent pages. Figure # Bridge Widening 1 Part of Adjacent Roadway Project? Touchdown Points for Different Conditions Horizontal Roadway Alignment Maximum Distance of Touchdown Points from Ends of Abutments 2 1 No No Existing 100' or to Temporary Detour Tie-in Point 2 Yes No Existing Minimum Required by CSE & "Bridge Only" Section of Chapter 6 or to Temporary Detour Tie-in Point 3 Either Either Existing 100 from Existing Abutment 4 Either Either New 600' or Tie-in Points 1 A Bridge Widening refers to cases where additional bridge width is provided in order to meet geometric requirements or match existing approach roadway. Additional lanes, sidewalks and paths are not eligible unless they are present on the existing approach roadway. 2 The touchdown point from one abutment may exceed the maximum permissible distance shown as long as the combined distance from the two abutments to the two touchdown points does not exceed twice the indicated limit (200 total for Figures 1 and 3, and 1200 total for Figure 4). Temporary Detours: When temporary detours are required, project limits extend to temporary detour tie-in points, but roadwork eligible for SGR funds at the temporary tie in points will be limited to what is required for a smooth transition back into the existing roadway in accordance with CSE and Chapter 6. Additional roadway work between the temporary detour tie-in points and the normal bridge touchdown points is not eligible for SGR funds unless approved by the District Bridge Engineer.

Sheet 6 of 8 FIGURE #1: Bridge Only Project on Existing Alignment without Widening *For cases with temporary detours, the touchdown points are located at the detour tie-in locations. Otherwise, touchdown points are located a maximum of 100 from the proposed abutment. FIGURE #2: Bridge Only Project on Existing Alignment with Widening *For cases with temporary detours, the touchdown points are located at the detour tie-in locations. Otherwise, touchdown points are located in accordance with the requirements of Chapter 6 and CSE.

Sheet 7 of 8 FIGURE #3: Bridge Replacement Project on Existing Alignment: Decreased Bridge Length with or without Widening *A maximum of 100 for projects without widening. Structures requiring widening may be extended to the extensions of the transitions required by Chapter 6 and CSE. FIGURE #4: Bridge Only Project on New Alignment with or without Widening REFERENCE INFORMATION: Additional information regarding SGR may be found at the following locations: House Bill 1887 Chapter 684 of the Code of Virginia

Sheet 8 of 8 https://insidevdot.cov.virginia.gov/div/opd/cynl4/shared%20documents/hb1887.pdf Code of Virginia: 58.1-1741, 33.2-369 and 33.2-358 http://law.lis.virginia.gov/vacode/58.1-1741/ http://law.lis.virginia.gov/vacode/title33.2/chapter3/section33.2-369/ http://law.lis.virginia.gov/vacode/33.2-358/ Commonwealth Transportation Board Resolution of June 14, 2016 http://www.ctb.virginia.gov/resources/2016/june/reso/resolution1.pdf Asset Management Division s SGR Team Site https://insidevdot.cov.virginia.gov/div/opd/cynl4/sitepages/home.aspx Cc: Chief Engineer Deputy Chief Engineer Chief Financial Officer State Location and Design Engineer Local Assistance Division Administrator Asset Management Division Administrator Infrastructure Investment Division Administrator Assistant State Structure and Bridge Engineers District Preliminary Engineering Managers District Structure and Bridge Engineers Structure and Bridge Program Managers