Post on 10-May-2018
transcript
PRESENTER: Jerry Ring Jerry.Ring@Williams.com
COMPANY REPRESENTED: The Williams Companies, Inc. DEPARTMENTS REPRESENTED: GIS, Pipeline Integrity
Induced AC Corrosion by High Voltage Power Lines
Presentation, AC Corrosion Project (Research, Analysis, Maps, Statistics, & Work Process), the 8 Products, Risk Equation, and Illustrations, were created by Jerry Ring
Legal: The following slides that include centerline pipeline & power lines (except slide 22), records, statistics, outputs resulting from the AC corrosion analysis - are a simulation from their original counterparts created at The Williams Companies. (The maps were created using Esri ‘s ArcMap).
Induced AC Corrosion by High Voltage Power Lines
Induced AC Corrosion by High Voltage Power Lines
• GOT AC CORROSION ?
• I HAVE A SOLUTION
I. Saves time II. Saves money III. Helps mitigate
• BENEFITS
Induced AC Corrosion by High Voltage Power Lines
Induced AC Corrosion by High Voltage Power Lines
AC CORROSION i. Basics of AC Corrosion ii. The 8 Products
iv. Software & Feature requirements v. Setting up Shop
iii. The 8 Products Details
Induced AC Corrosion by High Voltage Power Lines
i. Basics of AC Corrosion
Induced AC Corrosion by High Voltage Power Lines
landslide
defects rupture
earthquake
voltage internal external
weather
leaks
Erosion AC
corrosions liquids
Erosion weather liquids
defects AC
(Power Lines + High Voltage) + (Pipelines + Coatings) = AC Corrosion
I. Basics of the Phenomenon
(Power Lines + High Voltage) + (Pipelines + Coatings) = AC Corrosion
So what’s going on here?
I. Basics of the Phenomenon
(Power Lines + High Voltage) + (Pipelines + Coatings) = AC Corrosion
- - -
- - -
- - -
- - -
- - -
- - -
AC DC
I. Basics of the Phenomenon
Direct Current Alternating Current
I. Basics of the Phenomenon
AC Alternating Current
(Power Lines + High Voltage) + (Pipelines + Coatings) = AC Corrosion
I. Basics of the Phenomenon
(Power Lines + High Voltage) + (Pipelines + Coatings) = AC Corrosion AC Alternating Current
AC Corrosion (Power Lines + High Voltage) + (Pipelines + Coatings) = AC Corrosion
I. Basics of the Phenomenon
Coatings
•All coatings are suspect to AC Corrosion •Not designed for large currents
Coatings Affected by AC Corrosion
(Power Lines + High Voltage) + (Pipelines + Coatings) = AC Corrosion
I. Basics of the Phenomenon
Coatings
ii. The 8 Products
Induced AC Corrosion by High Voltage Power Lines Induced AC Corrosion by High Voltage Power Lines
I. Product Overview
1. Cover Sheet
I. Product Overview
1. Cover Sheet 2. Overall Statistics
I. Product Overview
1. Cover Sheet 2. Overall Statistics 3. FBE and 2 Layer FBE Records & Statistics
I. Product Overview
1. Cover Sheet 2. Overall Statistics 3. FBE and 2 Layer FBE Records & Statistics 4. 2 Layer FBE Records & Statistics
I. Product Overview
1. Cover Sheet 2. Overall Statistics 3. FBE and 2 Layer FBE Records & Statistics 4. 2 Layer FBE Records & Statistics 5. Pritec Records & Statistics
I. Product Overview
1. Cover Sheet 2. Overall Statistics 3. FBE and 2 Layer FBE Records & Statistics 4. 2 Layer FBE Records & Statistics 5. Pritec Records & Statistics 6. Location Map
I. Product Overview
1. Cover Sheet 2. Overall Statistics 3. FBE and 2 Layer FBE Records & Statistics 4. 2 Layer FBE Records & Statistics 5. Pritec Records & Statistics 6. Location Map 7. Table of Contents
I. Product Overview
1. Cover Sheet 2. Overall Statistics 3. FBE and 2 Layer FBE Records & Statistics 4. 2 Layer FBE Records & Statistics 5. Pritec Records & Statistics 6. Location Map 7. Table of Contents 8. Maps
I. Product Overview
1. Cover Sheet 2. Overall Statistics 3. FBE and 2 Layer FBE Records & Statistics 4. 2 Layer FBE Records & Statistics 5. Pritec Records & Statistics 6. Location Map 7. Table of Contents 8. Maps
The 8 Products
Products
III. The 8 Products Details
Induced AC Corrosion by High Voltage Power Lines
1. Cover Sheet
Cover Sheet
2. Overall Statistics
Overall Statistics
FBE and 2 Layer FBE Records & Statistics
4. 2 Layer FBE Records & Statistics
2 Layer FBE Records & Statistics
Pritec Records & Statistics
6. Location Map
Location Map
7. Table of Contents
Table of Contents
Maps
8. Maps
Maps
1. Cover Sheet
Products
1. Cover Sheet 2. Overall Statistics 3. FBE and 2 Layer FBE Records & Statistics 4. 2 Layer FBE Records & Statistics 5. Pritec Records & Statistics 6. Location Map 7. Table of Contents 8. Maps
The 8 Products
Induced AC Corrosion by High Voltage Power Lines
IV. Software & Feature Requirements
Induced AC Corrosion by High Voltage Power Lines Induced AC Corrosion by High Voltage Power Lines
Software • ArcMap 9.3.1 • MapBooks • Microsoft Excel • Microsoft Word
Features • Pipeline Centerline • External Coatings (FBE & Pritec) • Power Lines
Induced AC Corrosion by High Voltage Power Lines
Induced AC Corrosion by High Voltage Power Lines
IV. Setting Up Shop
Induced AC Corrosion by High Voltage Power Lines Induced AC Corrosion by High Voltage Power Lines
Induced AC Corrosion by High Voltage Power Lines
1. Add Centerline
Setting up Shop
Induced AC Corrosion by High Voltage Power Lines
Setting up Shop
1. Add Centerline 2. Export
Induced AC Corrosion by High Voltage Power Lines
1. Add Centerline 2. Export 3. Buffer
Setting up Shop
Setting up Shop
1. Add Centerline 2. Export 3. Buffer 4. Power Lines
Setting up Shop
1. Add Centerline 2. Export 3. Buffer 4. Power Lines 5. Export Power Lines
Setting up Shop
1. Add Centerline 2. Export 3. Buffer 4. Power Lines 5. Export Power Lines 6. 60kv and higher
Setting up Shop
1. Add Centerline 2. Export 3. Buffer 4. Power Lines 5. Export Power Lines 6. 60kv and higher 7. Export 60kv
Setting up Shop
1. Add Centerline 2. Export 3. Buffer 4. Power Lines 5. Export Power Lines 6. 60kv and higher 7. Export 60kv 8. Clip Power Lines
Setting up Shop
1. Add Centerline 2. Export 3. Buffer 4. Power Lines 5. Export Power Lines 6. 60kv and higher 7. Export 60kv 8. Clip Power Lines 9. Buffer Power Lines
Setting up Shop
2. Export 3. Buffer 4. Power Lines 5. Export Power Lines 6. 60kv and higher 7. Export 60kv 8. Clip Power Lines 9. Buffer Power Lines 10. Coatings
Setting up Shop
3. Buffer 4. Power Lines 5. Export Power Lines 6. 60kv and higher 7. Export 60kv 8. Clip Power Lines 9. Buffer Power Lines 10. Coatings 11. Filter Coatings
Setting up Shop
4. Power Lines 5. Export Power Lines 6. 60kv and higher 7. Export 60kv 8. Clip Power Lines 9. Buffer Power Lines 10. Coatings 11. Filter Coatings 12. Clip Coatings
Setting up Shop
Zoom Out
•Seperate Buffers •Separate by Location
Setting up Shop
•Seperate Power Lines •Separate by Location
Setting up Shop
Setting up Shop
Beg/End Location
Setting up Shop
Consolidate Coatings
Setting up Shop
One feature = 3 products
Setting up Shop
Buffer numbering
Setting up Shop
Buffer numbering
Map 2 Map 1
Induced AC Corrosion by High Voltage Power Lines
Records and Statistics
Induced AC Corrosion by High Voltage Power Lines
Records and Statistics
• Exporting your Beg/End data to Excel • Organizing your data into records and statistics • Adding or subtracting your numberical data • Creating Bars and Charts
Induced AC Corrosion by High Voltage Power Lines
Pipeline Integrity
• Data (result) sent to risk & threat engineer • Data processed through a risk modeler • Risks are examined from modeler • Pipeline Integrity decide on action(s) to take • Further Mitigation
Induced AC Corrosion by High Voltage Power Lines
Future Plans
• Improving Power Line dataset using Google Earth/Maps o Saves resources o Saves time o Saves money
• Using LIDAR dataset o Improve accuracy o Explore new analyses
• Exploring new deliverable types
Induced AC Corrosion by High Voltage Power Lines
Induced AC Corrosion by High Voltage Power Lines
AC CORROSION i. Basics of AC Corrosion ii. The 8 Products
iv. Software & Feature requirements v. Setting up Shop
iii. The 8 Products Details
PRESENTER: Jerry Ring Jerry.Ring@Williams.com
COMPANY REPRESENTED: The Williams Companies, Inc. DEPARTMENTS REPRESENTED: GIS, Pipeline Integrity
Induced AC Corrosion by High Voltage Power Lines
Presentation, AC Corrosion Project (Research, Analysis, Maps, Statistics, & Work Process), the 8 Products, Risk Equation, and Illustrations, were created by Jerry Ring
Legal: The following slides that include centerline pipeline & power lines (except slide 22), records, statistics, outputs resulting from the AC corrosion analysis - are a simulation from their original counterparts created at The Williams Companies. (The maps were created using Esri ‘s ArcMap).
PRESENTER: Jerry Ring Jerry.Ring@Williams.com
COMPANY REPRESENTED: The Williams Companies, Inc. DEPARTMENTS REPRESENTED: GIS, Pipeline Integrity
Questions ? Contact: Jerry.Ring@Williams.com
Presentation, AC Corrosion Project (Research, Analysis, Maps, Statistics, & Work Process),
the 8 Products, Risk Equation, and Illustrations, were created by Jerry Ring
Please e-mail for: •FREE How-to tutorial •FREE video of this presentation available