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Asset Management. Ohio GIS Conference September 2013 Presented by: Kim Christian – GIS Director Licking County Engineer’s Office. What We Knew . LAND AREA: 688 SQ. MI. – 3RD LARGEST IN OHIO 421 C/L MILES 393 BRIDGES (275 NBIS) 1,800 CULVERTS 5,000+ SIGNS - PowerPoint PPT Presentation
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Asset Management
Ohio GIS ConferenceSeptember 2013
Presented by:Kim Christian – GIS Director
Licking County Engineer’s Office
What We Knew LAND AREA: 688 SQ. MI. – 3RD LARGEST IN OHIO
421 C/L MILES
393 BRIDGES (275 NBIS)
1,800 CULVERTS
5,000+ SIGNS
10 RAILROAD CROSSINGS (at grade)
CURRENT NUMBER OF EMPLOYEES: 44
HIGHWAY WORKERS: 1988 58 2012 36Crash Rates
2009 Ranked 3rd Statewide in Runoff Road Crash Rates
Goals of the ProjectRoadway Feature Inventory
Deficiency Inventory
Track Deficiency Reduction Trends
Create County Work Plan
Create Maintenance Budgeting Tool
Correlate Deficiencies to Crash Records
Correlate Deficiency Reduction to Crash Mitigation
Provide Maintenance Record Database
Licking County Previous CEAO High Crash Location Study performed by HDR will be
used to Correlate Deficiency Reduction to Crash Mitigation
SCOPE OF WORKLocations, Condition and Assessment of the Following:
Guardrail
Pavement Markings
Signs
Hazards
Ball Bank
No Passing Zone
Culverts
Meaningful Data Naming Convention
Data CollectionCollected more than 10,700 features in approximately 6 months (421 centerline miles of county road)
530 Guardrail Segments
421 mi Pavement Markings
8900 Signs
1100 Unprotected Hazards
150 Curves
75 No Passing Zones
Data CollectionGuardrail
Offset, Condition, Length, Type, Maintenance
Signs
Location, Code, Condition, Retro, Field Photo, Associated Support
Hazards
Ditches, Embankments, Culverts, Rocks, Trees, Structures, Pavement Drop-offs, Poles
Reasonable assessment of “Hazard”
Recommendation
Data Collection (cont’d)Ball Bank
Per ODOT Traffic Engineering Manual, Section 1213-2
Curves with Advisory Speeds or Unmarked Curves
No Passing Zones
Per MUTCD Guidelines
Curves, Intersections, Railroad, Bridges, Transitions, etc.
Licking County Maintenance Zones
County Divided into 5 Maintenance Zones
Divided by Roadways, not Township Boundaries
Software
Software
Software
RankingsStandards set for each asset
e.g., Pavement Condition Rating
Based Loosely on ODOT Rating Criteria
Simplified for the County To 1-5 Scale
BudgetingPlanning for future needs
Track asset costs
CrashesTie to hazards
Show improvement trends
Maintenance RecordsField Data Entry
Associated roadway item information (sign, guardrail)
Work required
Completion Data
Field Photo
Google Earth Fly-in Link
Maintenance RecordsFollow-up Work
Query data to provide decision information
Develop initial maintenance plans
Maintenance RecordsMost Difficult Part of Database
Who will update?
Field Techs vs. Office Staff
Update Methods
Paperwork
Field Data Entry – Laptop, Tablet
Geo-coded Picture
Maintenance ZonesBetween Townships/Districts
Track work and improvement
17%
25%
13%8%
38%
GuardrailsNE NW Cen SE SW
4%
19%
10%
8%
60%
SignsNE NW Cen SE SW
6%
31%
8%
4%
50%
SupportsNE NW Cen SE SW
30%
15%18%
11%
27%
HazardsNE NW Cen SE SW
For additional information, contact:
Kim Christian(740) 670-5299
QUESTIONS?