qatar - oilandgasnewsworldwide.com watch... · kahramaa (general electricity & water...
TRANSCRIPT
April 4-10, 2016
11Business
*Sources: DMS Projects
*
EP: Engineering & Procurement
COMPANY NEWSPROJECT WATCH – SAUDI ARABIA *PROJECT WATCH – QATAR *PROJECT FACILITY BUDGET STATUS
Kahramaa (General Electricity & Water Corporation ) - 220 MW Solar Energy Power Plant (Phase 1) Solar 80 Construction
Kahramaa (General Electricity & Water Corporation ) - 220 MW Solar Energy Power Plant (Phase 2) Power Plant 500 Construction
Kahramaa (General Electricity & Water Corporation) - Water Security Mega Reservoirs - Overview Water Storage Tanks 3,000 Construction
Kahramaa (General Electricity & Water Corporation) - Groundwater Production Wells Reverse Osmosis Desalination 300 Feasibility Study
Kahramaa (General Electricity & Water Corporation) - Independent Water and Power Project (IWPP) Facility D Independent Water & Power Project 3,000 EP
Kahramaa (General Electricity & Water Corporation) - Independent Water Project (IWP) Desalination 500 Shelved
Kahramaa (General Electricity & Water Corporation) - Qatar Power Transmission System Expansion - Phase 10 Power Transmission Lines 1,400 Construction
Kahramaa (General Electricity & Water Corporation) - Qatar Power Transmission System Expansion - Phase 11 Power Transmission Lines 500 Construction
Kahramaa (General Electricity & Water Corporation) - Qatar Power Transmission System Expansion - Phase 12 Power Transmission Lines 550 EP
Kahramaa (General Electricity & Water Corporation) - Qatar Power Transmission System Expansion - Phase 13 Power Transmission Lines 500 EPC ITB
Occidental Petroleum Corporation (OXY) - Expansion of Idd el-Shargi North Dome (ISND Phase-5) Oil Field 5,000 EPC ITB
OXY - Expansion of Idd el-Shargi North Dome (ISND Phase-5) Oil Field 5,000 EPC ITB
Private Engineering Office (PEO) - Souq Waqif Underground Car Park Souk/Markets 250 Construction
Qatar Electricity and Water Company (QEWC) - Qatar Petroleum (QP) - 1,000 MW Solar Power Plant Solar 500 Feasibility Study
Qatar Foundation / Mazaya Qatar Real Estate Development Company - Doha Marina Mall Commercial Buildings 300 Construction
Qatar General Insurance and Reinsurance Company (QGIRCO) - Al Sari Trading Company (AST) Mixed-Use Development 700 Design
Qatar Museum Authority - Qatar Art Mill Theatre 550 Design
Qatar Museum Authority - Qatar National Museum Theatre 450 Construction
QP - Bi-directional Pipeline Between KM and KS Gas Pipeline 80 Construction
QP - Halul Wastewater and Sewage Treatment Plant Waste Water Treatment 100 EPC ITB
QP - Hamad International Airport Jet A1 Fuel Pipeline Jet Fuel Pipeline 300 EP
QP - Ras Laffan Common Cooling Water System - Phase 3 Water Treatment 500 On Hold
Qatar Railways Company (QRC) - Doha Metro Network - Msheireb Downtown Station Railway 1,000 Construction
QatarGas - Wastewater Recycle & Reduction Facility (QG 2 ,3 & 4) Waste Water Treatment 130 Construction
QEWC - Ras Abu Fontas A3 Desalination Plant Desalination 500 Construction
QEWC - Ras Abu Fontas A3 Desalination Plant Desalination 300 Construction
RasGas - Flow Assurance Project (FAP) Gas 300 Construction
Name of client : Qatar Petroleum (QP)Budget : $500 millionFacility type : Oil & Gas FieldSector : OilStatus : ConstructionLocation : QatarFeed : WorleyParsonsPMC : ExxonMobil,Total, Shell, Conoco Phillips and Maersk OilMain contractor : Maersk Oil
BackgroundAl Shaheen field is located in block 5 offshore north-
ern Qatar and is operated under a production sharing agreement on behalf of Qatar Petroleum. The oilfield concession is currently under open bidding as of Q2 2015. Project status
February 2016: Maersk Oil reveals the development project at the Al Shaheen field offshore Qatar is pro-gressing as planned with 80 per cent of the drilling programme currently completed.
Project scopeThe scope of the work comprise:
• Drilling of some 40 new production wells;• 20 new water injection wells;• Conversion of 14 existing wells to water injection;• Construction and installation of new production plat-forms, interconnected with pipelines;• Facilities for gas compression;• A gas export pipeline to Qatar Petroleum’s North Field Alpha platform, offshore Qatar; and• A number of appraisal wells will be drilled to evalu-ate possible further production potential.Project financeThis project client is Qatar Petroleum, who has oper-ated the field jointly with Maersk Oil since 1992. Project schedule Feasibility Study Q1-2014Feed Q2-2014EPC ITB Q2-2015Engineering & Procurement Q3-2015Construction Q4-2015Completion Q4-2016
QP-Al Shaheen Offshore field Development
Qatar Petroleum ... developing the Al Shaheen field
PERFORMED by DMT GbmH & Co, one of the largest ever inner-city 3D surveys came to a successful end last week. The Essen based tech-nology service provider, contracted by Stadtwerke München Services GmbH (Munich’s municipal utilities company), had spent four months exploring deep underground in southern Munich by means of vibroseis-mic methods.
Stadtwerke München (SWM) aims to switch all of its power to renewable energy by the year 2040. A prerequisite for this is, of course, finding suitable locations for new geothermal plants. Hence, SWM commissioned DMT to explore an area of approximately 170 square kilometers in a 3D seismic survey, which started in early November 2015.
“As far as I know, this project is the world’s largest inner-city 3D seis-mic survey carried out to date,” explains Prof Dr Eiko Räkers, Chair-man of the DMT Board of Management. “The challenges of operating 26-tonne vibroseis trucks right in the middle of a city with a million-strong population are not to be underestimated. The conditions are miles apart from those we face in Ethiopia, for example, where another of DMT’s seismic teams is currently in operation.”
Three such vibroseis vehicles produced the seismic waves during the seismic survey in Munich. The signal reflections were recorded at al-most 8,000 recording points by applying 12 geophones at each location.
“The environment-friendly vibroseismic method is particularly suit-able for built-up areas as it uses controlled signal sources and doesn’t cause strong vibrations”, explains Räkers. “The main issue in the inner city, though, is traffic (buses, trams, refuse collection trucks), as well as temporary roadworks and the many pedestrians who try to quickly pass between the vehicles. The cable team had a difficult job, especially maintaining the cables, which were predominantly in cable bridges sus-pended in the air. Never before has a seismic survey been carried out with so many cable bridges, which also made assembly and dismantling considerably more complicated.”
DMT completes project in Munich
*Sources: DMS Projects
*
Budget: $ million
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