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An application textbook of response surface methodology (RSM) which established optimal parameters of a radial split axial pull-out barrel casing multistage centrifugal pump of BB5 class used for heavy end recovery in a natural gas to liquid plant. Determination of optimal operational parameters of this pump reduces its life-cycle-cost and makes its application for heavy end recovery more economical thereby reducing production cost in the oil and sector.

Produktbeschreibung
An application textbook of response surface methodology (RSM) which established optimal parameters of a radial split axial pull-out barrel casing multistage centrifugal pump of BB5 class used for heavy end recovery in a natural gas to liquid plant. Determination of optimal operational parameters of this pump reduces its life-cycle-cost and makes its application for heavy end recovery more economical thereby reducing production cost in the oil and sector.
Autorenporträt
Isaac, S. O. holds Master of Engineering Degree in Mechanical Engineering and works as Project Engineer with Process and Pipeline Services, Baker Hughes, Nigeria.Nwankwojike, B. N. (Ph. D) is an Associate Professor and Head of Mechanical Engineering Department at Michael Okpara University of Agriculture, Umudike, Nigeria.