2009ASME Press eBooksRequires access

Pipeline Engineering and Construction

Steve Adam, Kelsey Davis

Open publisher page 1 citations

Abstract

The design and building of pipelines has made use of geomatics through traditional field surveys. Land surveyors would select the route and then collect data for alignment sheets or for submitting plans with the land titles registry. Modern geomatics professionals still assist in these tasks but advances have helped pipeline designers and builders deal with more data, address more regulations, and effectively maintain pipeline systems better than they were able to in the past.

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What this paper is about

The design and building of pipelines has made use of geomatics through traditional field surveys. Land surveyors would select the route and then collect data for alignment sheets or for submitting plans with the land titles registry. Modern geomatics professionals still assist in these tasks but advances have helped pipeline designers and builders deal with more data, address more regulations, and effectively maintain pipeline systems better than they were able to in the past.

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Available abstract

The design and building of pipelines has made use of geomatics through traditional field surveys. Land surveyors would select the route and then collect data for alignment sheets or for submitting plans with the land titles registry. Modern geomatics professionals still assist in these tasks but advances have helped pipeline designers and builders deal with more data, address more regulations, and effectively maintain pipeline systems better than they were able to in the past.

Key concepts: Geomatics, Pipeline (software), Construction engineering, Pipeline transport, Field (mathematics), Engineering, Architectural engineering, Civil engineering

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