Duncan Hutton

Head of Projects (Interface), Algeria @Neptune Energy

Aberdeen, GB
MOBILE NUMBERS
+91 *********19

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WORK HISTORY

Sep 2023 — Present

Head of Projects (Interface), Algeria @Neptune Energy

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Aberdeen, GB

Interface Manager / deputy project director for portfolio of projects (Category 3 and above) for Oued Zine Asset.

EDUCATION

2011 — 2011

TUV Rheinland

TUV Functional Safety Engineer, Safety Instrumented Systems

2013 — 2016

Robert Gordon University

Master of Science (MSc), Subsea Engineering

2004 — 2006

The University of Edinburgh

MSc, Electronics

2000 — 2004

Edinburgh Napier University

BEng, Electronic & Communications Engineering

SKILLS

PlcControl Systems DesignSubsea EngineeringPetrochemicalGasValvesInstrumentationPetroleumOnshore OperationsEpcOnshoreProject EngineeringOffshore DrillingDcsScadaOil & GasCommissioningOil/GasEngineering DesignEngineering

ABOUT DUNCAN HUTTON

Professional Registration Committee Chair & Committee member of North of Scotland Section of InstMC.If anyone is interested in becoming a member or thinking about applying for professional registration; EngTech/IEng/CEng please get in touch. Chartered Engineer with experience of brownfield and greenfield CAPEX/EPC projects. Including design, offshore commissioning, start-up and operations support in both contractor and client roles.Exposure to full project life cycle of Cygnus field development project including design, construction, offshore commissioning, start-up, first gas on Cygnus Alpha and Cygnus Bravo, onshore support and brownfield modifications.TUV certified with record of implementing functional safety management plans and ensuring compliance with IEC61511.Conversant with ICS Cyber Security international standards such as IEC62443 and involved with cyber security audits, compliance and developing Cyber Security Management Plans.Subsea Engineering specialist with practical experience of design, modification, construction and commissioning of subsea construction, pipelay and intervention equipment.Interested in subsea boosting and long step-out subsea power technology, these enabling technologies can be used to build long step-out subsea tie backs / subsea factories. This also offers an economically viable means for conventional subsea tie backs to enable development of stranded marginal fields to local facilities.Recently executed study; Evaluation of subsea boosting technology to tie back a marginal field to the Gjøa semi-submersible production facility. The study involved building an IPM model, RAM study economic analysis and cost benefit analysis. The results demonstrated Subsea Multiphase Pump technology could extend production by 6 years and significantly increase oil and gas recovery rates from the reservoir.

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