STEPS TO PERFORM A 9DESKTOP ANALYSIS€¦ · 9 DEVELOP STUDY AREA Develop a large enough study area...
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15 16 9B 1A 1B 9A 7 3 4 6 5 11 B A LENGTH OF ROUTE NWI WETLANDS STREAM CROSSINGS WILDLIFE LAND USE HABITAT # OPPORTUNITIES: Areas compatible to route a transmission line (i.e., adjacent to existing transmission line or roadway) CONSTRAINTS: Conflicting land use and environmentally sensitive areas LET’S TALK ROUTING AND SITING ANASTACIA SANTOS | Project Manager (512) 735-1868 | [email protected] For more information about this topic, check out Anastacia's article A Different Approach: Routing and Siting from the Electric Transmission Perspective. IDENTIFY ENDPOINTS To begin the desktop analysis, define your project endpoints. 1 DEVELOP EVALUATION CRITERIA Review the study area and develop evaluation criteria to analyze the routes. The criteria should be customized to reflect the constraint features within the study area. 3 GATHER OPPORTUNITES AND CONSTRAINTS Gather GIS datasets from federal, state and local agency websites for environmental and land use data within the study area to identify opportunities and constraints. 4 IDENTIFY LINKS Develop route links by maximizing areas of opportunity while minimizing or avoiding areas of constraints. 5 REFINE LINKS Refine links based on feedback from field reconnaissance, public comments, agency input and/or the internal project team. 6 IDENTIFY ALTERNATE ROUTES Identify geographically diverse end-to-end routes using the refined links in a forward progressing manner. 7 DATA ANALYSIS OF ROUTES Using the evaluation criteria developed for the project, analyze each route using GIS data to create the metrics for comparison. 8 SELECT BEST ALTERNATIVE Select the route that best balances the potential impacts of all the routes. The shortest route is not always the best route. Often additional route lengths can save time and money by avoiding difficult and costly permitting constraints. 9 DEVELOP STUDY AREA Develop a large enough study area to encompass the endpoints and provide geographic diversity of the routes. You can follow jurisdictional boundaries or other features, such as a highway or river, to help define the study area. 2 STEPS TO PERFORM A DESKTOP ANALYSIS 9 A BETTER PROCESS FOR ROUTING NATURAL GAS FACILITIES • Gather GIS datasets, land use data, public comments, agency input, etc. • Evaluate many different criteria and routes simultaneously • Identify opportunities and constraints through data analysis • Determine the best alternative route… ultimately saving time and money Routing a natural gas pipeline is a complicated process that requires a large amount of upfront research before a route is identified. Enter the desktop analysis. An in-depth investigation of a large study area, a desktop analysis allows you to:
Transcript of STEPS TO PERFORM A 9DESKTOP ANALYSIS€¦ · 9 DEVELOP STUDY AREA Develop a large enough study area...
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BA
LENGTH OF ROUTE
NWI WETLANDS
STREAM CROSSINGS
WILDLIFE
LAND USE
HABITAT
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OPPORTUNITIES: Areas compatible to route a transmission line (i.e., adjacent to existing transmission line or roadway)
CONSTRAINTS: Conflicting land use and environmentally sensitive areas
LET’S TALK ROUTING AND SITINGANASTACIA SANTOS | Project Manager(512) 735-1868 | [email protected] more information about this topic, check out Anastacia's article A Different Approach: Routing and Siting from the Electric Transmission Perspective.
IDENTIFY ENDPOINTSTo begin the desktop analysis, define your project endpoints.1
DEVELOP EVALUATION CRITERIAReview the study area and develop evaluation criteria to analyze the routes. The criteria should be customized to reflect the constraint features within the study area.
3GATHER OPPORTUNITES AND CONSTRAINTSGather GIS datasets from federal, state and local agency websites for environmental and land use data within the study area to identify opportunities and constraints. 4
IDENTIFY LINKSDevelop route links by maximizing areas of opportunity while minimizing or avoiding areas of constraints.5
REFINE LINKSRefine links based on feedback from field reconnaissance, public comments, agency input and/or the internal project team.
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IDENTIFY ALTERNATE ROUTESIdentify geographically diverse end-to-end routes using the refined links in a forward progressing manner.7
DATA ANALYSIS OF ROUTESUsing the evaluation criteria developed for the project, analyze each route using GIS data to create the metrics for comparison.
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SELECT BEST ALTERNATIVESelect the route that best balances the potential impacts of all the routes. The shortest route is not always the best route. Often additional route lengths can save time and money by avoiding difficult and costly permitting constraints.
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DEVELOP STUDY AREADevelop a large enough study area to encompass the endpoints and provide geographic diversity of the routes. You can follow jurisdictional boundaries or other features, such as a highway or river, to help define the study area.
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STEPS TO PERFORM ADESKTOP ANALYSIS9A BETTER PROCESS FOR ROUTING NATURAL GAS FACILITIES
• Gather GIS datasets, land use data, public comments, agency input, etc.
• Evaluate many different criteria and routes simultaneously
• Identify opportunities and constraints through data analysis
• Determine the best alternative route… ultimately saving time and money
Routing a natural gas pipeline is a complicated process that requires a large
amount of upfront research before a route is identified. Enter the desktop
analysis. An in-depth investigation of a large study area, a desktop analysis
allows you to:
