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97510 THE USE OF CLAD PIPING COMPONENTS FOR REFINERY APPLICATIONS

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Product Number: 51300-97510-SG
ISBN: 97510 1997 CP
Author: Jonathan D. Dobis, Bhaven Chakravarti
Industries: Energy Generation , Oil and Gas Production
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Production methods have been developed to establish clad piping systems as a practical solution to piping corrosion, maintenance and reliability problems. Clad piping components have been utilized in oil production, in nuclear power plants, and increasingly in the refining industry to take advantage of high alloy cladding materials which are metallurgically bonded to the ID of carbon and alloy steel piping. Installation practices utilize commercially proven fabrication and welding techniques with the added benefit of eliminating preheat and PWHT in most applications. This paper will review case histories of clad piping installations in the refining industry and identifi other applications that are ideally suited for clad piping components. The results of a limited survey, reported in this paper, reveal that various forms of clad piping have been used in several different refinery services including hot hydrogen (H2/H2S service) service up to 790°F (420 °C). The methods used to make pipe, fittings and prefabricated pipe spools are described. Keywords: clad pipe, refinery, roll bond, explosion bond, dissimilar welds, nuclear power, oil, gas, crude, vacuum, coker, hydrodesulfiuizing, effluent, ammonium bisulfide, HF, alkylation, corrosion.
Production methods have been developed to establish clad piping systems as a practical solution to piping corrosion, maintenance and reliability problems. Clad piping components have been utilized in oil production, in nuclear power plants, and increasingly in the refining industry to take advantage of high alloy cladding materials which are metallurgically bonded to the ID of carbon and alloy steel piping. Installation practices utilize commercially proven fabrication and welding techniques with the added benefit of eliminating preheat and PWHT in most applications. This paper will review case histories of clad piping installations in the refining industry and identifi other applications that are ideally suited for clad piping components. The results of a limited survey, reported in this paper, reveal that various forms of clad piping have been used in several different refinery services including hot hydrogen (H2/H2S service) service up to 790°F (420 °C). The methods used to make pipe, fittings and prefabricated pipe spools are described. Keywords: clad pipe, refinery, roll bond, explosion bond, dissimilar welds, nuclear power, oil, gas, crude, vacuum, coker, hydrodesulfiuizing, effluent, ammonium bisulfide, HF, alkylation, corrosion.
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