Projects for Equinor - Improvement of Ignition Control in Extended Hazardous AreasFeasablity, Concept and Definition studies for several projects

Project/contract management, Studies, Engineering, Procurement, Construction, Mechanical Completion and Commissioning. TTS, Verification of Projects/Plants in operation, Energy optimization, system/group/discipline lead, specifications, bid evaluation, package responsible engineer, Data Acquisition and Control Systems, Information Management Systems (IMS) Emergency Shut Down systems, Fire & Gas systems, Telecommunication systems, Automation systems, Field instruments

Project "Sture Life Extension":The Sture Plant was built in 1988 and several of the systems/Equipment are obsolete.The Project is run as an internal Equinor Project with the goal to execute projects fifty percent more effective than previous normal projects. The project consist of several automation tasks/projects. The following projects are completed in 2015-2020:- Loading arms Jetty 1 and Jetty 2 - new instrumentation and new control system for 9 loading arms- Cavern Level… Show more Project "Sture Life Extension":The Sture Plant was built in 1988 and several of the systems/Equipment are obsolete.The Project is run as an internal Equinor Project with the goal to execute projects fifty percent more effective than previous normal projects. The project consist of several automation tasks/projects. The following projects are completed in 2015-2020:- Loading arms Jetty 1 and Jetty 2 - new instrumentation and new control system for 9 loading arms- Cavern Level instruments - upgraded instrumentation on seven caverns and two slop tanks- Fire & Gas centrals - 14 centrals upgraded- Fiscal metering central and flow computers on all Sture fiscal metering stations- Control System for Fire Water Pumps- Control System for Fire Fighting monitors for both Jetties- Power supplies in all ESD, F&G, PSD & PCS cabinets- New instruments and new control system for 12MW electrical boiler control system- Ignition source control LPG area- New radio control system Loading arms- New HMI/operator stations Sture Control room Show less

Edvard Grieg (LUNDIN) - operation preparation at Sture Terminal including:- Hazops- Package Responsible Engineer (PRE) for new Pig Washer/Pump Station- Project Lead Interface/Communication between Edvard Grieg platform (LUNDIN) and Sture Terminal

Project Manager for new Information Management System (IMS) called Sture TDAS

Responsible for all the Sture preparations for TTS review 2012 and the Sture TTS Coordinator for all Sture activities during the TTS reviews autumn 2012.

Modifications of Effluent Water Treatment, Kollsnes Plant.The project included two contracts with a total value above 20 million Euro. The scope included engineering/procurement/construction of 15 units/skids (MPPE unit, fully equipped (Buffer, MBBR, sludge, storage) tanks, blower units, sand filter unit, dosing units, etc).

Executed special projects for several operation and maintenance improvements at the Sture Terminal. The work included amongst others the following special projects:- Control System upgrade – change out of all remaining nodes to AC400/450- Energy optimization study/implementation of Energy Management for the Sture plant (Caused Energy saving for 2 million Euro per year)- Upgrade of vibration monitoring system for LPG and VOC compressors- Definition of Mechanical Completion Scope… Show more Executed special projects for several operation and maintenance improvements at the Sture Terminal. The work included amongst others the following special projects:- Control System upgrade – change out of all remaining nodes to AC400/450- Energy optimization study/implementation of Energy Management for the Sture plant (Caused Energy saving for 2 million Euro per year)- Upgrade of vibration monitoring system for LPG and VOC compressors- Definition of Mechanical Completion Scope for project Control Building Extension- Follow up of Mechanical Completion work for project Control Building Extension- Head of group for project: Control System Upgrade 2007 Study- Energy cost optimalisation study- Safety Engineer representing Sture Terminal in Equinor forum "Safety Onshore Plants". Participating Onshore plants in the safety forum were Tjeldbergodden, Mongstad, Kårstø, Kalundborg and Sture Terminal.- Responsible for co-ordination and review of TST (TST) actions Show less

Head of Package Engineers and Procurement department for the engineering and procurement of the Effluent Water Treatment, Ormen Lange Onshore Plant.The work included design and delivery of the equipment/ instruments required to build the Effluent Water Treatment Plant (1600 m2 area in 2.5 floors) based on the patented MBBR technology. AnoxKaldnes AS was responsible for the process design and Omega Engineering AS for the detailed engineering and procurement work related to of the 30… Show more Head of Package Engineers and Procurement department for the engineering and procurement of the Effluent Water Treatment, Ormen Lange Onshore Plant.The work included design and delivery of the equipment/ instruments required to build the Effluent Water Treatment Plant (1600 m2 area in 2.5 floors) based on the patented MBBR technology. AnoxKaldnes AS was responsible for the process design and Omega Engineering AS for the detailed engineering and procurement work related to of the 30 sub-vendor packages. The two companies worked in an integrated team with manpower of nine full time engineers. Show less

Executed special projects for several operation and maintenance improvements at the Sture Terminal. The work included amongst others the following special projects:- Criticality assignment (Safety, Production and Cost) for all equipment at Sture- Application for split of cost for electrical power consumption-Application for optimization of power consumption and implementation of use of the RKOM market in Norsk Hydro

Project: Grane Oil Handling, Grane facilities at the Sture TerminalPosition: Management Team - Automation and Telecommunication Engineering/Construction/ Commissioning Discipline LeadResponsible for all detail engineering at Lysaker and follow-up of construction, mechanical completion and commissioning at Sture site.

Management Team - Automation Engineering/Construction/ Commissioning Discipline LeadClient responsible for follow up of Contractor Raytheon Engineers & Constructors work on Sture site (see project description below). The work included follow up of engineering, construction, mechanical completion and commissioning of SCUP. After completion of commissioning I was Project Manager for implementation of all SCUP documentation into Norsk Hydro internal electronic document/database systems… Show more Management Team - Automation Engineering/Construction/ Commissioning Discipline LeadClient responsible for follow up of Contractor Raytheon Engineers & Constructors work on Sture site (see project description below). The work included follow up of engineering, construction, mechanical completion and commissioning of SCUP. After completion of commissioning I was Project Manager for implementation of all SCUP documentation into Norsk Hydro internal electronic document/database systems (PCS/ProArc/SAP). Show less

Management Team - Automation Engineering Discipline LeadClient responsible for automation/telecommunication engineering in the project. The project (aprox. 200 million $) consist of a new Process Plant for splitting unstable crude oil (3000 m3 /hr) into stable crude oil, Naphtha and LPG and a new LPG Cavern Storage (65000 m3 refrigerated to -35 degree Celsius). The project includes complete new operator stations in control room, new Emergency Shut Down (ESD) system, 10 new Fire&Gas… Show more Management Team - Automation Engineering Discipline LeadClient responsible for automation/telecommunication engineering in the project. The project (aprox. 200 million $) consist of a new Process Plant for splitting unstable crude oil (3000 m3 /hr) into stable crude oil, Naphtha and LPG and a new LPG Cavern Storage (65000 m3 refrigerated to -35 degree Celsius). The project includes complete new operator stations in control room, new Emergency Shut Down (ESD) system, 10 new Fire&Gas nodes, new Information Management System (IMS), new Process Shut Down System (PSD) and new Process Control System (PCS) for the new plants. In addition four new Fiscal metering systems, Telecommunication systems/equipment and Field Instruments for the new plants were within automation discipline responsibility. Show less

The project was executed in Omega Engineering offices in Norway. We were entrusted by Technipetrol with all Engineering, Procurement service and Construction supervision as Field Instrument Integrator. The project included all field instruments and emergency shut down system for the two new Nynas Refinery Process Plants (Naphtha).

Management Team - Automation Discipline LeadClient responsible for all automation/instrument engineering in the project.Project cost was NOK 700 mill. The revamp project included a new furnace, LPG storage, new fume treatment plant, new conveying facilities and upgrading of the production capacity in the anode paste plant.

Management Team - Automation Discipline Lead (Engineering/Construction/CommissioningThe first Crude Oil Vapour Recovery plant (VOC Gas) in the world is built at Sture Crude Oil Terminal. The Contractor was Cool Sorption, Denmark. The work included preparation of specifications, follow-up of contractors engineering, construction commissioning and performance tests. Responsible for the new management computer system (IMS station from ABB) at Sture. The system included a lead detection… Show more Management Team - Automation Discipline Lead (Engineering/Construction/CommissioningThe first Crude Oil Vapour Recovery plant (VOC Gas) in the world is built at Sture Crude Oil Terminal. The Contractor was Cool Sorption, Denmark. The work included preparation of specifications, follow-up of contractors engineering, construction commissioning and performance tests. Responsible for the new management computer system (IMS station from ABB) at Sture. The system included a lead detection system for 5 offshore platforms and the interconnection pipelines to Sture. Show less

Management Team - Automation Discipline Lead (Engineering/Construction/Commissioning)Client responsible for all automation/instrument/Telecom engineering in the project. Njord B is a FSU that is constructed to be remotely operated from the Njord A Production Platform. Detail engineering/construction/ commissioning was done by Kværner Masa Yards, Turku Finland.

Participated in Norsk Hydros senior verification team which regularly review/verified the status of the plant (Oseberg, Troll, Brage oil Production Platforms). The verification team includes one member from each discipline.

Management Team - Automation Engineering Discipline LeadClient responsible for automation engineering in the projects. The plants produced liquid oxygen/nitrogen. The Sauda plant was remotely controlled from a control room at Rjukan (200 km away from Sauda)

Troll Gas platform Gravity Base Structure (GBS) Mechanical Outfitting (CMO and MMO)Responsible for all engineering of the Temporary (CMO) and permanent (MMO) instrumentation for Troll GBS (height 370m). Responsible for interfacing with final Client (Norske Shell), topside contractor (Aker) and NC's instrument production team at Hinna/Vats

Great Man-made River Project (GMRP), Permanent Communication and Control System (PCCS)Engineering Discipline Lead, Data Acquisition and Control System (DACS)The DACS included computer equipment located at six independent sites with a possibility to have overall control from a Main Control Centre. The DACS controlled the production of 2 million cubic metre water per day from 234 wells in the dessert, and the water flow through a 2345km long pipeline connected to three large… Show more Great Man-made River Project (GMRP), Permanent Communication and Control System (PCCS)Engineering Discipline Lead, Data Acquisition and Control System (DACS)The DACS included computer equipment located at six independent sites with a possibility to have overall control from a Main Control Centre. The DACS controlled the production of 2 million cubic metre water per day from 234 wells in the dessert, and the water flow through a 2345km long pipeline connected to three large reservoirs. Responsible for preparation of all technical documentation according to Contract requirements and to receive approval from the final Client, Great Man-made River Authority (GMRA). GMRA was represented by consultant Brown & Root, London and the sub-supplier of the DACS was BICC Transmitton, England. Show less

Senior Engineer in Program s.r.l. Project Team in RomeWorked with the DCS (Distributed Control System) part in TPL projects. Responsible for preparation of the DCS bid documentation for the ethylene plant in Brindisi, south Italy. Advised Technipetrol in the detail engineering phase for a Foxboro DCS for the fertiliser complex in Saudi Arabia. Developed some general engineering tools for TPL's Instrument section.

Main activities/responsibilities were follow up of progress, planning, co-ordination of production of detailed construction drawings and co-ordination between engineering and site team. The discipline had a maximum manpower of 16 engineers.From September 88 to end of December 88 the location of work was Sture Site. Main activities at site were follow-up of contractors as built documentation and engineering support to commissioning and construction team.

Responsible for installation, commissioning, testing and service of advanced microprocessor based instrumentation. Installation, testing and service of fibre optic instruments, lasers and analysing instruments.

Testing, installation and maintenance of F16 electronic equipment as radar, navigation and radar warning systems.Responsible for installation, commissioning and service (maintenance) of the tactical radar in CF104 and F104G Starfighter. Responsible for training of service personnel for the tactical radar. Testing and installation of radar warning receiver and optical sight in CF104 and F104G Starfighter.