1975IEEE Transactions on Industry ApplicationsRequires access

Economic Aspects of Electrically Driven Compressor Stations for Natural Gas Pipelines

Roy E. Stillwagon

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Abstract

The reduction in capital cost and the changing relationship of energy costs combine to make electrically driven compressors an attractive alternative to the most advanced gas powered compressor stations for natural gas pipelines. On a typical 1250-mi pipeline with 20 000-hp compressor stations, electric drives will cut capital costs to one-half and produce annual savings of $12 million. This paper presents relative cost estimates for complete compressor stations, system power requirements, and costs of ownership and operation.

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The reduction in capital cost and the changing relationship of energy costs combine to make electrically driven compressors an attractive alternative to the most advanced gas powered compressor stations for natural gas pipelines. On a typical 1250-mi pipeline with 20 000-hp compressor stations, electric drives will cut capital costs to one-half and produce annual savings of $12 million. This paper presents relative cost estimates for complete compressor stations, system power requirements, and costs of ownership and operation.

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Available abstract

The reduction in capital cost and the changing relationship of energy costs combine to make electrically driven compressors an attractive alternative to the most advanced gas powered compressor stations for natural gas pipelines. On a typical 1250-mi pipeline with 20 000-hp compressor stations, electric drives will cut capital costs to one-half and produce annual savings of $12 million. This paper presents relative cost estimates for complete compressor stations, system power requirements, and costs of ownership and operation.

Key concepts: Gas compressor, Compressor station, Pipeline transport, Natural gas, Capital cost, Pipeline (software), Engineering, Automotive engineering

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