PROCESS ENGINEERING

  • Ensuring technical integrity of process engineering deliverables to provide for a safe, efficient and operable facility.
  • Designing, optimizing and improving the operation of equipment and facilities
  • Advising on process safety issues
  • Analyzing and interpreting laboratory and plant data or commission new installations
  • Directing and guiding the process engineering activities of the team to generate alternative technical solutions and options during all phases of the project to support business strategy
    • Customizing and implementing appropriate process engineering related work procedures and systems
    • Identifying and securing the appropriate process engineering resources for the project to deliver quality process engineering deliverables within the agreed project schedule
  • HAZOP, HAZID, SIL,

PIPING ENGINEERING

  • Project specific standards development
  • PDMS development
  • Equipment layout engineering
  • Piping routing (2D & 3D)
  • Piping material engineering & procurement assistance
  • (MTO calculation for estimation & procurement)
  • Piping support design engineering
  • Piping stress analysis engineering
  • Reverse engineering (as-built updating)

MECHANICAL /EQUIPMENT ENGINEERING

  • Equipment design engineering
  • ASME design calculation
  • Fabrication drawing
  • Tank design and stress analysis

ELECTRICAL ENGINEERING

  • Cable sizing
  • Cable tray layouts
  • Load calculation
  • Single line diagram (SLD)
  • Generation & updating of single line diagram (SLD)
  • Preparation of layout (earthling/lighting)
  • Power and control cable design & layout
  • SCADA & I/O List
  • Interface activities with civil / machinery / instrumentation
  • Coordination with civil for floor openings
  • Electrical equipment foundation and plants
  • Electrical data input for packaged equipment
  • Lighting distribution
  • Earthing and lightning protection
  • Power generation & distribution systems

HSE ENGINEERING

  • HAZOP, HAZID, SIL, ENVID, RAM.
  • F&G Studies, Dispersion Studies.

CIVIL ENGINEERING

  • Design of superstructures for refinery and petrochemical units
  • Infrastructure design (water supply, sewage, firefighting networks, trenches)
  • Foundation design
  • Design and engineering of skids and modular structures
  • Pipe and cable rack structures
  • Design of foundations for large process equipment

INSTRUMENTATION ENGINEERING

  • PLC/DCS (System Engineering)
  • Instruments’ datasheets & indices
  • Cause & effect diagrams
  • Defining field instruments & control panel specification
  • Loop drawings
  • Instrument & electrical interconnection drawing
  • JB & cable schedule
  • Logic interlocks drawing
  • Instruments cable tray layout
  • Instrument location plan
  • Bill of Materials
  • Level Sketch Diagram
  • Instrument & Control Systems
  • Tele-communications & data networks
  • Fire detection, alarm & protection systems