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MJR Controls Ltd
85 Willows Court
Teesside Industrial Estate
Thornaby
Stockton on Tees
TS17 9PP
United Kingdom
24.06.2009
MJR appointed as UK agents for Samsung Heavy Industries
We are pleased to be able to offer comprehensive service coverage for Samsung Heavy Industries complete range of marine&nbs...
Projects & References
Summary of References & Experience
It is not possible to fully describe the wide range of projects undertaken over the last two decades, however the summary below aims to provide a 'snapshot' of our activities, past, present and future. If you require any further information on our capabilities, experience and references please do not hesitate to request further information or contact us.
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Stena Lines 'Stena Seatrader' underwent a large life extension project in 2007/8 during which we designed, replaced, modified and overhauled most of the vessel's essential electrical and automation systems.
The project included design, build, installation and comissioning of:
Machinery
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Over a two year period we have upgraded the complete Integrated Automation System on Stena Lines 'Stena Caledonia' in several stages.
Stage 1 comprised design, supply and replacement of the Main Engine Bearing Monitoring & Exhaust Gas Temperature Monitoring Systems.
This was supplied as
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In cooperation with our Portuguese agents, we recently completed a complex but very successful Power Management System retrofit for the Portuguese Navy.
The vessel was originally owned by the U.S. Navy and was fitted with a General Electric (GEC) ’GEM’ Integrated Generator and Propulsion Control
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The Statoil Kristin Project in 2004 (carried out by Technip Norge AS) required laying of 10" subsea pipe with simultaneous attachment of a piggyback direct electrical heating (DEH) cable onto the pipe during the lay operation.
In order to attach the cable to the pipe and to provi
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Following on from our previous generator replacement project we were asked by the vessel managers Bernard Schulte Ship Management to investigate the feasibility of replacing the valve control system.
The existing system was PC based, comprising 7 valve outstations distributed aroun
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