Services

Oil & Gas Engineering Services

Integrated Engineering, Equipment and Project Support

Al Masar Al Thaki’s proposed service portfolio covers engineered equipment packages, gas handling systems, process and mechanical design, industrial automation, engineering analysis, installation and commissioning, and maintenance support.

Every project has its own operating conditions and technical requirements. Our approach is to define the scope clearly, assess the application and develop solutions around the agreed specifications.

01

Packaged Skid Design & Manufacturing

Packaged skid systems bring related equipment, piping, valves and instrumentation together on a common structural base. These systems can simplify equipment integration, installation planning and maintenance access.

Depending on project requirements, skid packages may include:

  • Water skids
  • Lube oil skids
  • Gas filtration skids
  • Heat exchange skids
  • Pressure reduction skids
  • Transfer skids
  • Process skid packages
The design and configuration of each package should be based on process requirements, flow rates, pressure and temperature conditions, equipment specifications, safety requirements and available installation space.

02

LPG, LNG, CNG & Natural Gas Systems

Gas infrastructure requires appropriate pressure control, metering, filtration and equipment integration. Gas handling and distribution systems may be designed for industrial and commercial applications.

Relevant system types include:

  • LNG systems
  • CNG systems
  • Heat exchange skids
  • Natural gas systems
  • Pressure Regulating and Metering Stations (PRMS)
  • District Regulating Stations (DRS)
  • Metering and Regulating Stations (MRS)
  • Industrial gas metering stations
System design and equipment selection must follow the required gas composition, flow capacity, operating pressure, site conditions and applicable safety standards.

03

Gas Metering & Distribution Skids

Gas metering and distribution skids integrate equipment used to measure, regulate and monitor gas flow. A suitable configuration depends on process conditions, accuracy requirements and operational needs.

Potential system components include:

  • Flow measurement instruments
  • Pressure regulators
  • Gas filtration assemblies
  • Control valves
  • Instrumentation and gauges
  • PLC integration
  • Monitoring and control interfaces
These systems may be specified for industrial gas networks, process facilities and energy infrastructure.

04

Vapor Recovery Units (VRU)

Vapor Recovery Units collect and process hydrocarbon vapors from suitable industrial applications. Depending on the process design, recovery systems can help reduce product losses and limit atmospheric emissions.
Potential applications include petroleum terminals, oil storage facilities, fuel handling operations and selected process installations.

Key project considerations include:

  • Vapor composition and flow rate
  • Required recovery performance
  • Operating pressure and temperature
  • Integration with existing plant equipment
  • Monitoring and control requirements
  • Applicable environmental and safety regulations
System configuration should be determined through an application-specific engineering assessment.

05

LPG & Natural Gas Vaporizers

Vaporizers convert liquefied gas into its gaseous form to support downstream equipment and process demand. The appropriate system depends on the gas, required capacity, heat source, operating conditions and installation environment.

Potential solutions include:

  • LPG vaporizers
  • Natural gas vaporizers
  • Electric vaporizers
  • Water bath vaporizers
  • Steam-heated vaporizers
  • Custom-engineered vaporization systems
Applications may include manufacturing facilities, industrial plants, gas distribution networks, process industries and utility systems.

06

Control Panels & Industrial Automation

Automation helps operators monitor process conditions, coordinate equipment functions and manage operating parameters.

Depending on the project scope, services may include:

  • PLC programming and integration
  • SCADA systems
  • Instrumentation
  • Electrical control panels
  • Remote monitoring
  • Process automation
  • Equipment interlocks and control logic
Control system design should account for the plant’s operating philosophy, instrumentation requirements, communication interfaces and relevant electrical and functional safety requirements.

07

Process Engineering

Process engineering establishes the operating requirements and process configuration of industrial systems.

Engineering deliverables may include:

  • Process design
  • Process Flow Diagram (PFD) development
  • Piping and Instrumentation Diagram (P&ID) preparation
  • Equipment sizing
  • Heat and mass balance calculations
  • Process optimisation
  • Process documentation
The required scope is defined according to the project’s design basis, available data, operating requirements and applicable standards.

08

Mechanical Engineering

Mechanical engineering supports the design and evaluation of equipment used in process plants and industrial facilities.

Potential design services include:

  • Pressure vessel design
  • Heat exchanger design
  • Storage and process tank design
  • Reactor design
  • Structural calculations
  • Mechanical equipment engineering
  • Equipment layout and integration
Design calculations, material specifications, fabrication drawings and inspection requirements should be developed according to applicable codes and the agreed scope of work.

09

Piping Engineering & 3D Modelling

Accurate piping design helps coordinate equipment locations, routing, access, maintenance and installation requirements.

The proposed engineering scope includes:

  • PDMS 3D modelling
  • AutoCAD drawings
  • Pipe routing and layout
  • Piping isometric drawings
  • Piping stress analysis
  • Material Take-Off (MTO)
  • Equipment layout coordination
  • Design documentation
Three-dimensional models and engineering drawings can help identify spatial conflicts and coordinate different project disciplines before site execution.

10

Design Analysis & Engineering Simulation

Engineering analysis is used to assess the behaviour of equipment and structures under defined operating and environmental conditions.

Depending on project requirements, the analysis scope may include:

  • Finite Element Analysis (FEA)
  • Computational Fluid Dynamics (CFD)
  • Thermal analysis
  • Wind analysis
  • Seismic analysis
  • Structural analysis
  • Rigging and lifting analysis
The required input data, analysis assumptions, acceptance criteria and reporting format should be agreed before the analysis begins.

11

Installation & Commissioning

The agreed scope may include:

Engineering deliverables may include:

  • Mechanical installation
  • Electrical installation
  • Equipment inspection and testing
  • System commissioning
  • Site supervision
  • Functional testing
  • Performance verification
  • Startup assistance
Commissioning activities should follow approved procedures, risk assessments, inspection requirements and project acceptance criteria.

12

Maintenance & Technical Support

Planned maintenance and timely technical support help industrial operators manage equipment condition and reduce avoidable downtime.

Potential services include:

  • Preventive maintenance
  • Equipment inspection
  • Troubleshooting
  • System upgrades
  • Spare parts coordination
  • Annual Maintenance Contracts (AMC)
  • Technical assistance
The availability of maintenance visits, spare parts and service agreements should be confirmed for each equipment type and location.

13

Project Management & Engineering Consultancy

Industrial projects involve coordination between engineering disciplines, equipment suppliers, contractors and site teams. Project management and consultancy services can help organise these activities around the approved scope, schedule and budget.

The proposed service categories include:

  • Project planning and scheduling
  • Project planning and scheduling
  • Procurement support
  • Vendor coordination
  • Quality assurance coordination
  • Technical documentation
  • Scope and deliverable tracking
  • Project progress coordination
The exact responsibilities, milestones and deliverables should be documented at the start of each engagement.

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Share your equipment requirements, technical specifications or project scope with Al Masar Al Thaki. Our team can review the enquiry and confirm the appropriate next steps.
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