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Experience Mr. Linwood has extensive experience
of the process and power plant industries having worked for globally
recognised companies for the last 30 years.
His experience has covered specialist mechanical and multi-discipline
engineering of plant and equipment, engineering management and the project
management of service, design and supply and turnkey contracts. He has experience of design, supply,
installation, commissioning and testing of a wide range of process and power
plant configurations, recognising the critical design, planning and risk
assessment reviews necessary to protect contract schedule and cost parameters
. His expertise extends to trouble-shooting and corrective action evaluation
during all phases of contract work. Mr. Linwood’s experience in
refurbishment and critical plant outage contracts has given him a wider
knowledge of design and construction
engineering solutions whilst recognising the importance of compliance with
HSAW and CDM requirements. |
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Stephen Linwood BSc, MSc, CEng, MIMechE Expertise ·
Process Plants. ·
Power Generation (CHP and
Cogeneration Plants). ·
Trouble-shooting and Corrective
Action. ·
Risk Analysis. · Delay, Programming, Planning and Quantum Evaluation. Personal Data Year of Birth 1946 Nationality British Languages English and basic
French Position Consultant, Ardencourt Consulting
Ltd Professional Qualifications and Registrations BSc
Mechanical Engineering, Strathclyde
University. MSc
Advanced Mechanics of Materials, Strathclyde University. Chartered
Engineer. Member
of the Institution of Mechanical Engineers. Other Activities Mr. Linwood is also the founding
Director of Ardencourt Consulting
Ltd, providing project and
engineering management consulting engineering services to the power
generation and process industries. Mr. Linwood has over the last 10 years been responsible for the project management of complete turnkey and supply power plant contracts to the value of US$300 million, utilising GE power unit technology encompassing both heavy duty industrial and aero-derivative engines. |
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