Services /
Engineering
Our engineering partners provide full technical support for offshore and marine pipeline systems, supporting operators, EPC companies, and offshore contractors. Services include:
Pipeline routing and feasibility studies
Flow assurance and hydraulic analysis
Stress and load case evaluation
Offshore installation engineering
PLEM and manifold integration
SPM and offloading system design
Pipeline protection and seabed interaction studies
Successful offshore installations require detailed analysis of vessel behaviour, currents, waves, and mooring systems. Our engineering team provides:
Hydrodynamic modelling
Mooring system analysis
Vessel stability studies
Offshore lifting and deployment calculations
Subsea installation planning

MARINE PIPELINE INSTALLATION SUPPORT
Engineering alone does not deliver a pipeline — execution does. Flexible Pipe Supplies provides installation support for:
Reel-lay flexible pipelinesreel-lay flexible pipelines
Nearshore pipeline landfalls
Offshore pull-in operations
Subsea pipeline deployment
Pipeline installation supervision
Commissioning and hydrotesting
Our experience supporting flexible pipeline installations.
OFFSHORE ENGINEERING FOR BROWNFIELD AND GREENFIELD PROJECTS
We deliver specialised offshore engineering services for both brownfield modifications and new greenfield developments across the oil and gas sector. Our team supports operators and EPC contractors with practical engineering solutions for offshore infrastructure, pipeline systems, and marine installations. Core capabilities include:
Offshore pipeline engineering
Process and piping design
Mooring and anchoring systems
Structural reinforcement and upgrades
Instrumentation and electrical integration
Advanced 3D engineering and modelling
From new offshore developments to complex upgrades of existing facilities, we provide engineering support that improves reliability, safety, and project execution.
Our work also supports environmental performance initiatives, including gas flaring reduction and the installation of process and mechanical systems designed to improve operational efficiency and reduce emissions.






