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From Concept
to Commissioning
to Commissioning
Abu Dhabi, UAE
Integrated engineering and construction solutions for the energy industry. From design to commissioning — onshore and offshore.
Level 36, Etihad Towers, West Corniche, Abu Dhabi, UAE, P.O Box 28686
+971 2 409 3182
We provide a full cycle of EPCI project implementation as well as individual stages.
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About CME
CME Trading and Energy Services is a full-cycle EPC company providing integrated solutions for the oil and gas industry. We combine expertise in engineering, procurement, construction, installation, and technical support to deliver projects of any scale, both onshore and offshore.
• Pre-commissioning, Commissioning and Handover
• Drilling
• General onshore and offshore construction
• Equipment installation
• General onshore and offshore construction
• Equipment installation
• Supply of materials
• Cross-border logistics
• Equipment procurement and fabrication
• Cross-border logistics
• Equipment procurement and fabrication
• Concepts
• Geological survey
• Feasibility studies
• Conceptual and detailed design
• Geological survey
• Feasibility studies
• Conceptual and detailed design
What we provide
Project execution process
We provide both full-cycle EPCI project delivery and standalone services across each stage — Engineering, Procurement, Construction & Installation, and Support.
Engineering
FULL-CYCLE ENGINEERING
We perform a full cycle of engineering services for onshore and offshore projects — from surveys and design to testing and commissioning. Using BIM and advanced software tools, we ensure precision, safety, and reliability of all engineering solutions.
IN-HOUSE ENGINEERING CENTER
We operate our own in-house engineering center, providing full control over design quality, project schedules, and the implementation of digital engineering tools such as BIM and 3D modeling. This approach ensures accuracy, efficiency, and flexibility across all stages of project development.
Feasibility Study
Within the Feasibility Study, CME performs technical feasibility and economic evaluation, either for the overall offshore field development or for a single production or processing facility. CME reviews and compares multiple development concepts and execution schemes. The study includes assessment of project economics, investment robustness, and key risks, resulting in the identification of preferred and priority development options for progression to the next project phase.
Feasibility Studies Track Record
Including following Scope of Work:
List of facilities:
• 7 m water depth;
• 12 400 tons of steel caissons;
• 160 × 150 m of work area;
• 3-year construction schedule from FEED to commissioning.
- Concrete caisson-retained artificial island and breakwater wall;
- Topside facilities for storage/offloading terminal;
- Subsea pipelines;
- Subsea power cables;
- Engineering and economic comparison of various options of the storage/offloading terminal structural design;
- Layout solutions;
- Process solutions, PFD;
- Global loads and stability calculations;
- Weight load calculation;
- Marine operations and offloading.
List of facilities:
- Concrete caisson-retained artificial island and breakwater wall;
- Topside facilities for storage/offloading terminal;
- Subsea pipelines;
- Subsea power cables;
• 7 m water depth;
• 12 400 tons of steel caissons;
• 160 × 150 m of work area;
• 3-year construction schedule from FEED to commissioning.
Including following Scope of Work:
• Engineering and economic comparison of various options of the LPG offloading terminal;
• Layout solutions;
• Process solutions, PFD;
• Fluid dynamic calculations;
• Global loads and stability calculations;
• MEL;
• Construction organization and marine operations;
• CAPEX class 4 estimation;
• Project schedule.
List of facilities/structures:
• Mooring buoys and anchors with chains;
• Onshore hose spooling reels and floating hoses;
• Subsea PLEM;
• SPM-buoy;
• Fixed tower-type SPM;
• Subsea pipelines;
• Subsea power cables.
Key figures:
• 12 m water depth;
• 10000 t DW LPG cargo vessels;
• 3 basic variants of technical solution.
• Engineering and economic comparison of various options of the LPG offloading terminal;
• Layout solutions;
• Process solutions, PFD;
• Fluid dynamic calculations;
• Global loads and stability calculations;
• MEL;
• Construction organization and marine operations;
• CAPEX class 4 estimation;
• Project schedule.
List of facilities/structures:
• Mooring buoys and anchors with chains;
• Onshore hose spooling reels and floating hoses;
• Subsea PLEM;
• SPM-buoy;
• Fixed tower-type SPM;
• Subsea pipelines;
• Subsea power cables.
Key figures:
• 12 m water depth;
• 10000 t DW LPG cargo vessels;
• 3 basic variants of technical solution.
Including following Scope of Work:
• Engineering and economic comparison of various options of the storage/offloading terminal structural design;
• Layout solutions;
• Process solutions, PFD;
• Global loads and stability calculations;
• Weight load calculation;
• Marine operations and offloading.
List of facilities / structures:
• Concrete caisson-retained artificial island and breakwater wall;
• Topside facilities for storage/offloading terminal;
• Subsea pipelines;
• Subsea power cables;
Key figures:
• 12 m water depth;
• Tank capacity for gas condensate 2 x 100 000 м3;
• 6-year construction schedule from FEED to commissioning.
• Engineering and economic comparison of various options of the storage/offloading terminal structural design;
• Layout solutions;
• Process solutions, PFD;
• Global loads and stability calculations;
• Weight load calculation;
• Marine operations and offloading.
List of facilities / structures:
• Concrete caisson-retained artificial island and breakwater wall;
• Topside facilities for storage/offloading terminal;
• Subsea pipelines;
• Subsea power cables;
Key figures:
• 12 m water depth;
• Tank capacity for gas condensate 2 x 100 000 м3;
• 6-year construction schedule from FEED to commissioning.
Pre-FEED and FEED
Pre-FEED
Within Pre-FEED, CME further develops one or several of the most viable development options to clarify CAPEX and confirm the selected engineering solutions for the facilities.
FEED
Within FEED, a single selected development concept and layout are developed in sufficient detail to support the Final Investment Decision (FID) for the project.
Within Pre-FEED, CME further develops one or several of the most viable development options to clarify CAPEX and confirm the selected engineering solutions for the facilities.
FEED
Within FEED, a single selected development concept and layout are developed in sufficient detail to support the Final Investment Decision (FID) for the project.
PRE-FEED AND FEED TRACK RECORD
Including following Scope of Work:
• Site search, selection and governmental approval;
• Layout and process solutions, PFD;
• Search for vessels for use as FSO;
• Tanker to FSO conversion estimation;
• Construction organization and marine operations;
• CAPEX class 3 estimation;
• Project schedule;
• Risks assessment;
• Development of investment statement for the government authorities;
• Preparation of FEED-stage SOW.
List of facilities/structures:
• Gas condensate and LPG tanks;
• Inshore receiving and offloading complex;
• Landing berths;
• FSO units for condensate and LPG;
• Second hand tankers into FSO conversion;
• Anchor mooring system.
Key figures:
• More than 30 layout and design options;
• 6.7 MT per year of condensate transshipment;
• 3 MT per year of propane and butane transshipment.
• Site search, selection and governmental approval;
• Layout and process solutions, PFD;
• Search for vessels for use as FSO;
• Tanker to FSO conversion estimation;
• Construction organization and marine operations;
• CAPEX class 3 estimation;
• Project schedule;
• Risks assessment;
• Development of investment statement for the government authorities;
• Preparation of FEED-stage SOW.
List of facilities/structures:
• Gas condensate and LPG tanks;
• Inshore receiving and offloading complex;
• Landing berths;
• FSO units for condensate and LPG;
• Second hand tankers into FSO conversion;
• Anchor mooring system.
Key figures:
• More than 30 layout and design options;
• 6.7 MT per year of condensate transshipment;
• 3 MT per year of propane and butane transshipment.
Including following Scope of Work:
• Engineering and economic comparison of various options of the subsea production system design for predominantly oil field;
• Layout solutions;
• Fluid dynamic calculations, multiphase flow assurance;
• MEL;
• Construction organization and marine operations;
• CAPEX class 3 estimation;
• Project schedule.
List of facilities/structures:
• Subsea Production System, including subsea trees, templates, PLET, control system; • Subsea flowlines;
• Subsea umbilicals.
Key figures:
• 90 m water depth;
• Suitable for Jack-up drilling;
• 6 production wells grouped in 2 drilling centers;
• 2 main layout solutions.
• Engineering and economic comparison of various options of the subsea production system design for predominantly oil field;
• Layout solutions;
• Fluid dynamic calculations, multiphase flow assurance;
• MEL;
• Construction organization and marine operations;
• CAPEX class 3 estimation;
• Project schedule.
List of facilities/structures:
• Subsea Production System, including subsea trees, templates, PLET, control system; • Subsea flowlines;
• Subsea umbilicals.
Key figures:
• 90 m water depth;
• Suitable for Jack-up drilling;
• 6 production wells grouped in 2 drilling centers;
• 2 main layout solutions.
Including following Scope of Work:
• Architectural solutions;
• Structural and layout solutions;
• Process solutions, PFD, P&ID;
• Fluid dynamic calculations;
• Global loads and stability calculations;
• Strength calculations;
• MEL and specifications;
• Weight load calculation;
• Construction organization and marine operations;
• CAPEX class 2 estimation;
• Detailed project schedule;
• Risks assessment.
List of facilities/structures:
• Substructure and piles;
• Rotating topside with swivel;
• Subsea pipelines;
• Subsea power cables.
Key figures:
• 4000 MT steel piled caisson substructure;
• 1100 MT topside weight;
• 3 products (Condensate, Propane, Butane through 1 Tower-type SPM).
• Architectural solutions;
• Structural and layout solutions;
• Process solutions, PFD, P&ID;
• Fluid dynamic calculations;
• Global loads and stability calculations;
• Strength calculations;
• MEL and specifications;
• Weight load calculation;
• Construction organization and marine operations;
• CAPEX class 2 estimation;
• Detailed project schedule;
• Risks assessment.
List of facilities/structures:
• Substructure and piles;
• Rotating topside with swivel;
• Subsea pipelines;
• Subsea power cables.
Key figures:
• 4000 MT steel piled caisson substructure;
• 1100 MT topside weight;
• 3 products (Condensate, Propane, Butane through 1 Tower-type SPM).
Including following Scope of Work:
• Equipment arrangement layouts and linear facilities routing design;
• Process solutions, PFD, P&ID;
• Fluid dynamic calculations;
• Global loads and stability calculations;
• Strength calculations, including foundations calculation, layout design, structural drawings and strength analysis, etc.
• MEL and specifications;
• Power supply and control diagrams;
• Construction organization and marine operations;
• CAPEX class 2 estimation;
• Detailed project schedule;
• Risks assessment;
• Development of the contract strategy and bid preparation (technical and commercial proposal) for fabrication and supply of the equipment, construction and installation and servicing.
List of facilities/structures:
• Subsea Production System, including subsea trees, manifolds, PLET, ILT, control system, IWOCS, ROV intervention equipment, etc.;
• Subsea pipelines;
• Subsea umbilicals.
Key figures:
• Up to 300 m water depth;
• Up to 40 subsea production wells;
• More than 10 drilling centers.
• Equipment arrangement layouts and linear facilities routing design;
• Process solutions, PFD, P&ID;
• Fluid dynamic calculations;
• Global loads and stability calculations;
• Strength calculations, including foundations calculation, layout design, structural drawings and strength analysis, etc.
• MEL and specifications;
• Power supply and control diagrams;
• Construction organization and marine operations;
• CAPEX class 2 estimation;
• Detailed project schedule;
• Risks assessment;
• Development of the contract strategy and bid preparation (technical and commercial proposal) for fabrication and supply of the equipment, construction and installation and servicing.
List of facilities/structures:
• Subsea Production System, including subsea trees, manifolds, PLET, ILT, control system, IWOCS, ROV intervention equipment, etc.;
• Subsea pipelines;
• Subsea umbilicals.
Key figures:
• Up to 300 m water depth;
• Up to 40 subsea production wells;
• More than 10 drilling centers.
Detail design and BIM
The scope of work at the Detailed Design stage performed by CME Oil and Gas Contracting depends on the facility and structure composition and the Client’s requirements, and may include:
- Structural analysis
- Piping analysis
- Thermal analysis
- Geotechnical aspects and seismic analysis
- Development of testing procedures
- Development of maintenance documentation
- Development of work plans
- Fabrication support
Including following Scope of Work:
• Global loads and stability analysis (including pipelines and seabed);
• Seismic linear spectrum or non-linear (time history) analysis;
• Bearing capacity of soil verification;
• Strength calculations, including foundations calculation, layout design, structural drawings and strength analysis, etc.
• Drop tests;
• Connections (welds, bolts etc.);
• Steady-State Thermal analysis – determination of temperature distribution;
• Selection of lifting equipment (shackles, slings etc.);
• MEL and specifications;
• 3D-modelling;
• Detailed drawings issue;
• Testing procedures development;
• Operational manuals and Installation procedures issue;
• Construction/ fabrication follow-up;
• Cost control;
• Schedule control;
List of facilities:
• Subsea PLETs and PLRs – form 8” to 32”
• Protection and foundation structures for PLETs and PLRs – Mudmat type;
• Commingling Manifolds – up to 32” valves and connections;
• Cluster Manifolds – up to 20” valves and connections;
• SDU;
• Protection and foundation structures for XTs, Manifolds, SDU – Suction Pile type;
Key figures:
• Up to 300 m water depth;
• Up to 40 subsea production wells;
• More than 10 drilling centers;
• Up to 1100 mt per 1 item;
• 25 types of SPS equipment.
• Global loads and stability analysis (including pipelines and seabed);
• Seismic linear spectrum or non-linear (time history) analysis;
• Bearing capacity of soil verification;
• Strength calculations, including foundations calculation, layout design, structural drawings and strength analysis, etc.
• Drop tests;
• Connections (welds, bolts etc.);
• Steady-State Thermal analysis – determination of temperature distribution;
• Selection of lifting equipment (shackles, slings etc.);
• MEL and specifications;
• 3D-modelling;
• Detailed drawings issue;
• Testing procedures development;
• Operational manuals and Installation procedures issue;
• Construction/ fabrication follow-up;
• Cost control;
• Schedule control;
List of facilities:
• Subsea PLETs and PLRs – form 8” to 32”
• Protection and foundation structures for PLETs and PLRs – Mudmat type;
• Commingling Manifolds – up to 32” valves and connections;
• Cluster Manifolds – up to 20” valves and connections;
• SDU;
• Protection and foundation structures for XTs, Manifolds, SDU – Suction Pile type;
Key figures:
• Up to 300 m water depth;
• Up to 40 subsea production wells;
• More than 10 drilling centers;
• Up to 1100 mt per 1 item;
• 25 types of SPS equipment.
Including following Scope of Work:
• Strength calculations, including foundations calculation, layout design, structural drawings and strength analysis, etc.
• MEL and specifications;
• 3D-modelling;
• Detailed drawings issue;
• Testing procedures development;
• Operational manuals and Installation procedures issue;
• Construction/ fabrication follow-up;
• Cost control;
• Schedule control;
List of facilities/structures:
• Electrical building (topside module) – 3 units;
• Instrumentation and control building (topside module) – 3 units;
• Shipping operator room (topside module) – 2 units.
Key figures:
• Up to 900 mt per 1 unit;
• Less than 2 years from the start of design to the end of on-site commissioning.
• Strength calculations, including foundations calculation, layout design, structural drawings and strength analysis, etc.
• MEL and specifications;
• 3D-modelling;
• Detailed drawings issue;
• Testing procedures development;
• Operational manuals and Installation procedures issue;
• Construction/ fabrication follow-up;
• Cost control;
• Schedule control;
List of facilities/structures:
• Electrical building (topside module) – 3 units;
• Instrumentation and control building (topside module) – 3 units;
• Shipping operator room (topside module) – 2 units.
Key figures:
• Up to 900 mt per 1 unit;
• Less than 2 years from the start of design to the end of on-site commissioning.
Including following Scope of Work:
• Integration of the project documentation packages developed by various engineering and design contractors;
• 3D-modeling by AVEVA E3D and TEKLA including clash detection;
• Issue of detailed design drawings covering the work scope for integration of the substructure and topside modules;
• Work Method Statement for on-site integration;
• Integration works follow-up;
• Cost control;
• Schedule control;
List of facilities / structures:
• Steel caisson-type substructure – consist of 3 super-modules;
• Topside – consist of 38 modules;
Key figures:
• Steel substructure empty displacement – up to 23 000 MT;
• Topside net weight load – up to 16 000 MT;
• Lifting operations – up to 1600 MT per unit;
• Integration works close to the quay side having water depth limitations and load bearing capacity of the quay.
• Integration of the project documentation packages developed by various engineering and design contractors;
• 3D-modeling by AVEVA E3D and TEKLA including clash detection;
• Issue of detailed design drawings covering the work scope for integration of the substructure and topside modules;
• Work Method Statement for on-site integration;
• Integration works follow-up;
• Cost control;
• Schedule control;
List of facilities / structures:
• Steel caisson-type substructure – consist of 3 super-modules;
• Topside – consist of 38 modules;
Key figures:
• Steel substructure empty displacement – up to 23 000 MT;
• Topside net weight load – up to 16 000 MT;
• Lifting operations – up to 1600 MT per unit;
• Integration works close to the quay side having water depth limitations and load bearing capacity of the quay.
Global sourcing and supplier qualification
Tender preparation and management
Contract administration and logistics coordination
Quality control and pre-shipment inspection
Procurement
We specialize in comprehensive procurement services for the oil and gas industry.
We supply a wide range of critical equipment and systems for oil, gas, and energy projects, including:
Gas Turbine Generators, Compressors, Turbo-Expanders
Storage Tanks, Pressure Vessels, Metering Stations
Electrical Systems: Transformers, Substations, Control Panels Process Modules: Columns, Separation, Treatment Skids PLRs, Valves, Instrumentation & Control Systems.
Gas Turbine Generators, Compressors, Turbo-Expanders
Storage Tanks, Pressure Vessels, Metering Stations
Electrical Systems: Transformers, Substations, Control Panels Process Modules: Columns, Separation, Treatment Skids PLRs, Valves, Instrumentation & Control Systems.
Thanks to a well-established network of suppliers and partners, we ensure timely and cost-efficient procurement in full compliance with the client’s technical requirements.
Extensive supplier network across China, the Middle East, and the CIS.
Construction
Installation and fabrication
Installation and fabrication
CME has extensive experience in executing construction projects across the oil and gas industry. Over the years, we have successfully delivered numerous projects covering a wide range of scopes - from onshore and offshore infrastructure to complex process facilities.
This broad experience enables us to manage construction activities of any scale with full control over quality, schedule, and safety - from early planning through commissioning and handover.
Our construction, fabrication, and installation operations are supported by in-house cable manufacturing facilities, giving us greater control over EPC project execution.
This broad experience enables us to manage construction activities of any scale with full control over quality, schedule, and safety - from early planning through commissioning and handover.
Our construction, fabrication, and installation operations are supported by in-house cable manufacturing facilities, giving us greater control over EPC project execution.
Our track record covers construction of compressor stations, installation of subsea equipment, manufacturing of subsea production systems, and laying of subsea cables and umbilicals.
This diverse experience allows us to manage construction activities of any scale with full control over quality, schedule, and safety — from early planning to commissioning and handover.
This diverse experience allows us to manage construction activities of any scale with full control over quality, schedule, and safety — from early planning to commissioning and handover.
- 400 EngineersTechnicians and project managers
- 1500 +On-site contractors` employees
- 2000 +Zero accident and incident project days
- ISOCertification as per projects requirements
OUR
COMPETENCIES
COMPETENCIES
- Subsea Production Systems (SPS)
- Umbilicals & Cables
- Offshore Pipeline Installation
- Onshore Construction
- Service for Offshore Drilling
- Feasibility & Concept Engineering
- Geological Surveys and Exploration
Project execution process
OUR COMPETENCIES
CME provides turnkey subsea infrastructure and energy system solutions for offshore oil and gas development. CME engineers and fabricates high-specification subsea infrastructure for offshore oil and gas field development, including: risers, jumpers, flowlines, umbilicals, system accessories.
CME supplies a complete range of field-proven subsea components:
CME supplies a complete range of field-proven subsea components:
- Pipeline End Terminations (PLETs) and Pipeline End Manifolds (PLEMs)
- In-Line Tees (ILTs)
- Subsea Distribution Units (SDUs)
- Subsea Manifolds and Custom Templates
- Protective Structures, Transport Reels, and Temporary Support Frames
Operating our own production facilities, CME provides solutions for umbilical systems and dynamic cable systems, including design, manufacturing, testing, accessories, integration,and engineering services.
• High-Voltage Submarine Cables – AC/DC-rated, 35kV to 500kV, single-/three-core. Suitable for inter-platform transmission and floating facility electrification.
• Fiber Optic and Hybrid Cables – Integrated communication and power systems for SCADA, control, and monitoring
• High-Voltage Submarine Cables – AC/DC-rated, 35kV to 500kV, single-/three-core. Suitable for inter-platform transmission and floating facility electrification.
• Fiber Optic and Hybrid Cables – Integrated communication and power systems for SCADA, control, and monitoring
CME has extensive experience in offshore pipelaying across shallow and deep-water environments, delivering pipelines of different diameter over varied seabed conditions and installation depths.
Operations are executed using a fleet of specialized pipelaying vessels equipped with dynamic positioning or anchor-handling systems, supported by multifunctional vessels with subsea cranes and work-class ROVs.
The scope of work usually covers the full pipeline installation cycle, including seabed preparation, laying, stabilization, precommissioning, and commissioning.
Operations are executed using a fleet of specialized pipelaying vessels equipped with dynamic positioning or anchor-handling systems, supported by multifunctional vessels with subsea cranes and work-class ROVs.
The scope of work usually covers the full pipeline installation cycle, including seabed preparation, laying, stabilization, precommissioning, and commissioning.
CME delivers a full scope of onshore construction services. Our expertise includes the construction and installation of major infrastructure facilities such as gas turbine compressor stations, gas distribution and booster stations, drilling and well construction, underground gas storage sites, and petrochemical storage tanks.
We also provide turnkey solutions for linear facilities, including trunk gas pipelines. In addition, the company builds facilities for complex gas treatment and central oil collection, as well as gas liquefaction plants and infield road networks.
We also provide turnkey solutions for linear facilities, including trunk gas pipelines. In addition, the company builds facilities for complex gas treatment and central oil collection, as well as gas liquefaction plants and infield road networks.
Under the ongoing contract CME provides services for the offshore activities such as equipment mobilization and operational support services for drilling operations, including supervision of the drilling equipment deployment (X-mas trees), IWOCS (Intervention Workover Control System) installation and operations, maintenance and testing of subsea equipment.
CME Oil and Gas Contracting provides customers with comprehensive and demanding turn-key services for the design of offshore oil and gas field development, through all stages – Feasibility study to Detailed design and as-built documentation through involvement of all disciplines required to deliver as stated above.
The list of facilities/structures and installations being designed by CME Oil and Gas Contracting covers:
Offshore platforms, including steel piled and gravity-based substructures and topsides (as well as topside modules);
Artificial islands;
Subsea linear facilities, including: pipelines, power and communication cables, umbilicals, electrical and hydraulic jumpers;
Dredging, trenching and backfilling solutions for pipelines, umbilicals and cables stabilizing;
Subsea production systems (SPS), including: subsea trees, templates and manifolds, control systems, ROV intervention equipment, etc.;
Onshore facilities for oil & gas processing;
Port infrastructure layouts, quays and mooring solutions, including SPM-buoys, Tower Loading Units;
Ship-to-Ship transfer solutions and design.
International standards and in particular DNV GL, ISO, ASME, etc. are used when engineering and design.
The list of facilities/structures and installations being designed by CME Oil and Gas Contracting covers:
Offshore platforms, including steel piled and gravity-based substructures and topsides (as well as topside modules);
Artificial islands;
Subsea linear facilities, including: pipelines, power and communication cables, umbilicals, electrical and hydraulic jumpers;
Dredging, trenching and backfilling solutions for pipelines, umbilicals and cables stabilizing;
Subsea production systems (SPS), including: subsea trees, templates and manifolds, control systems, ROV intervention equipment, etc.;
Onshore facilities for oil & gas processing;
Port infrastructure layouts, quays and mooring solutions, including SPM-buoys, Tower Loading Units;
Ship-to-Ship transfer solutions and design.
International standards and in particular DNV GL, ISO, ASME, etc. are used when engineering and design.
CME has extensive competence in reservoir assessment and appraisal, demonstrated through large-scale geological, petrophysical, and simulation studies across diverse fields and reservoir types.
The company’s expertise covers interpretation of thousands of wells, detailed core analysis, construction of full-field and multi-field geocellular models, compositional and dual-porosity simulation, and development of surveillance and surface-network models. CME also conducts complex geology evaluations, EOR studies for heterogeneous reservoirs, laboratory design of chemical formulations, and simulation of water, gas, and chemical floods.
The company’s expertise covers interpretation of thousands of wells, detailed core analysis, construction of full-field and multi-field geocellular models, compositional and dual-porosity simulation, and development of surveillance and surface-network models. CME also conducts complex geology evaluations, EOR studies for heterogeneous reservoirs, laboratory design of chemical formulations, and simulation of water, gas, and chemical floods.
Major Projects Experience
CME Group has successfully delivered high-complexity projects within the full EPC cycle (engineering, procurement, construction).
- Two major subsea
gas fields
development - GBS (gravity based structure) based LNG plant modules fabrication
- Subsea
Pipeline
Projects - Construction of onshore infrastructure as part of subsea gas field development
- Manufacture and installation of equipment and protective structures for the subsea production system
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CME Oil and Gas Contracting L.L.C – S.P.C
Level 36, Etihad Towers,
Abu Dhabi, United Arab Emirates
Phone: +971 2 4093182
Email: info@cme-international.com
Level 36, Etihad Towers,
Abu Dhabi, United Arab Emirates
Phone: +971 2 4093182
Email: info@cme-international.com
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Complete Energy Solutions
We provide a full cycle of EPCI project implementation as well as individual stages.
