Optimal Design of Offshore Natural-Gas Pipeline Systems

B. Rothfarb, H. Frank, D. M. Rosenbaum, K. Steiglitz and D. J. Kleitman
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B. Rothfarb: Network Analysis Corporation, Glen Cove, New York
H. Frank: Network Analysis Corporation, Glen Cove, New York
D. M. Rosenbaum: Network Analysis Corporation, Glen Cove, New York
K. Steiglitz: Princeton University, Princeton, New Jersey
D. J. Kleitman: Massachusetts Institute of Technology, Cambridge, Massachusetts

Operations Research, 1970, vol. 18, issue 6, 992-1020

Abstract: The exploitation of offshore natural gas reserves involves several phases, including production from reservoirs, separation of byproducts, and transportation to markets. The gas, which may originate as far as 100 miles from land, must be transported through pipelines to onshore delivery points. This paper develops techniques for solving the following problems: (1) selection of pipe diameters in a specified pipeline network to minimize the sum of investment and operation costs; (2) selection of minimum-cost network structures, given gas-field location and flow requirements; (3) optimal expansion of existing pipeline networks to include newly discovered gas fields. The techniques incorporate procedures for globally optimizing pipeline diameters for fixed tree structures and heuristic procedures for generating low-cost structures.

Date: 1970
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