Services

Prodesign Synergy capitalizes on expert knowledge to provide design engineering and project management services to clients for their optimum results. We understand that all projects are unique and offer a diverse range of services to satisfy client and project requirements.

OUR EXPERTISE

Prodesign Synergy posses a wide range of multi-disciplinary expertise. We aim to offer engineering solutions that meets the requirements of operators and asset owners. Some of our expertise are summarized below.

Engineering Design Consultancy

  1. Conceptual, FEED and Detailed Design
  2. Pipeline/Structure Installation and Constructability Study
  3. Subsea Structures (PLET, SSIV, ILT, Skid)
  4. Onshore / Offshore Structures (Global and Local Analysis)
  5. Pipeline and Structure Integrity Assessment
  6. Risk Assessment / Study
  7. Project Management and Cost Estimation
  8. Geotechnical (Pile Drivability, Pipe Soil Interaction)

Design Engineering, Consultancy & Training Finite Element Analysis (FEA)

  1. Pipeline Free Span Assessment – Level 1-3 (ABAQUS, FATFREE)
  2. Pipeline Controlled and uncontrolled global buckling analysis – Level 1,2 & 3 (DNV RP F1 10) – (ABAQUS, FATFREE)
  3. Pipeline Walking Analysis – (ABAQUS)
  4. Dynamic On-Bottom Stability – (ABAQUS, ORCAFLEX)
  5. Subsea Structure Lifting Analysis – (SACS)
  6. Local FEA design for various types of pipeline and structural components / fittings check – (ABAQUS, FATFREE, Ansys)
  7. Dent Assessment (based on Caliper / Geometrical Pig Data) – (ABAQUS)
  8. Multibody kinematic analysis – (ABAQUS)
  9. Pipeline installation feasibility study – (ORCAFLEX, OFFPIPE, ABAQUS)
  10. Structural Integrity Design & Improvement – (ABAQUS, SACS)
  11. On Bottom Roughness Assessment – (ABAQUS, FATFREE)
  12. Modal and Frequency Analysis – (ABAQUS)
  13. 3D Modelling

Subsea Pipeline, Cables, Risers, Subsea System

Subsea pipeline (RIGID, FLEXIBLE and UMBILICAL) systems, general design approaches, and installation methods. A complete pipeline system usually consists of several parts: flowlines, rises, processing facilities, and so on. To design a pipeline system, the three stages of conceptual basic design engineering, front end engineering design engineering, and detail design engineering may be carried out depending on the project’s requirements. The design process and content are elaborated for each stages. Moreover, the installation methods of subsea pipelines are demonstrated briefly.

Subsea Structures

A fast track engineering procurement and installation support for construction (EPC) of platform and subsea structures. In addition, we do design and verification and analysis of loads acting on structures or parts and components of structures during manufacturing, testing, installation and operation. The engineering includes conceptual and detail design and analyses of all parts of subsea production systems.

Finite Element Analysis

Advance engineering, design and verification services using finite element analysis modelling (FEM). Compare to the standard structural analysis program, the finite element analysis (FEA) gives a better representation of complex structural geometry and local effects using optimised mesh refinement.

Risk, Cost-Benefit Analysis (RCBA)

Risk, Cost-Benefit Analysis (RCBA) for economic evaluation in which all costs and consequences of a certain decision are expressed in the same units, usually money. The decisions about safety investments involve choices between different possible risk management options, cost-benefit analysis can be very useful.

Asset Integrity Study

During the service life of the offshore pipelines and structures different failure mechanisms like external/internal sheath damage, fatigue damage, or corrosion may arise. Therefore, high operating costs need to be consumed to confirm the fitness of the pipeline system. This research deals with an enhanced Risk-Based Inspection (RBI), FFS, ARI, PFSA and RCFA methodology to certify the integrity management of the pipeline system.

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