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Chemical engineering / Energy / Thermodynamics / Heat conduction / Transport phenomena / Heat transfer coefficient / Fouling / Shell and tube heat exchanger / Convective heat transfer / Heat exchangers / Heat transfer / Mechanical engineering


Thermodynamic Modelling of Subsea Heat Exchangers Kimberley Chieng Eric May, Zachary Aman School of Mechanical and Chemical Engineering Andrew Lee Steere CEED Client: Woodside Energy Limited
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Document Date: 2015-03-17 22:48:02


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File Size: 1,41 MB

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Company

John Wiley & Sons Inc. / Woodside Energy Limited / Cambridge University Press / John Wiley and Sons / Statoil / Duplex Stainless Steel / Aker Solutions / Microsoft / /

Country

United States / /

IndustryTerm

pipeline network / oil and gas industry / oil and gas wells / heat energy / energy balance / analytical solution / fluid internal energy / gas-dominant subsea heat exchange unit operation / heat exchange systems / gas stream / rapid-solution optimisation algorithm / oil and gas / generic energy balance / thermal energy / thermodynamic tool / gas-liquid separation / /

Organization

Cambridge University / Zachary Aman School of Mechanical / /

Person

Andrew Lee Steere / Kimberley Chieng Eric May / /

Position

subsea process engineer / simple model / implemented / /

ProgrammingLanguage

Visual Basic / /

PublishedMedium

The Oil and Gas Review / /

Technology

enabling technology / rapid-solution optimisation algorithm / heat transfer / simulation / /

SocialTag