Capabilities
Capabilities
We divide the engineering a marine infrastructure project needs into seven disciplines. Each discipline page (in Korean) sets out scope, work sequence, deliverables by stage and design codes.
- Subsea Pipeline DesignSubsea pipelines linking offshore terminals and jetties to onshore storage, designed in one sequence from the design basis to issued-for-construction calculations.Design basis & routingMechanical design & stabilityExpansion, buckling & spansQuantities & feasibility inputs
- Risers, Spools & Subsea Tie-insLoads concentrate where a pipeline meets a buoy or subsea structure. We verify flexibility, stress and fatigue in those zones on their own.Spool & end flexibilitySpan fatigue & end structures
- Seabed Geotechnics & Pipeline ProtectionSoil conditions and external hazards such as ship anchors and dropped objects become design inputs that decide how a pipeline is buried, supported and covered.Pipe-soil interactionProtection designImpact & crossings
- Floating Structures, Moorings & AnchorsFloating solar moorings analysed from environmental loads to line-failure checks, extending to suction anchor design for floating wind.Environmental loads & floatersMooring analysisAnchors
- Installation & Marine Construction EngineeringWe confirm in advance that a design can be built with real vessels and equipment, and answer construction-stage questions with calculations.Pipeline & cable installation analysisWork vessels & liftingConstructability & site support
- Materials, Corrosion & IntegrityWe select materials and corrosion protection that keep pipelines and marine structures performing through their service life, and assess corrosion and fatigue on ageing assets.Materials & coatingsCathodic protectionIntegrity assessment
- Advanced Analysis & Digital EngineeringProblems hand calculations cannot settle are solved with structural and fluid models; repeated analysis procedures become design tools.Structural & fluid analysis (FEA, CFD)Design tools & digital
- Not sure which discipline fits?Tell us the project stage and the data you have (environmental conditions, drawings, earlier reports). We will scope the analysis and reply with a quotation.Discuss a project →
Scope by project stage
What each discipline can take on at each project stage. This is scope we can deliver; contract-backed work is listed separately under Projects.
| Discipline | Feasibility | FEED | Detailed design | Installation | Operation & integrity |
|---|---|---|---|---|---|
| Subsea Pipeline Design | In scope | In scope | In scope | In scope | In scope |
| Risers, Spools & Subsea Tie-ins | Not in scope | In scope | In scope | In scope | Not in scope |
| Seabed Geotechnics & Pipeline Protection | In scope | In scope | In scope | In scope | Not in scope |
| Floating Structures, Moorings & Anchors | In scope | In scope | In scope | Not in scope | Not in scope |
| Installation & Marine Construction Engineering | In scope | In scope | In scope | In scope | Not in scope |
| Materials, Corrosion & Integrity | Not in scope | In scope | In scope | Not in scope | In scope |
| Advanced Analysis & Digital Engineering | In scope | In scope | In scope | Not in scope | In scope |
Where it applies
Facilities these disciplines apply to. Contract-backed work is shown under Related work on each discipline page.
- Offshore oil & gas terminals
- Subsea pipelines and end connections between single point moorings and shore storage
- Subsea Pipeline DesignRisers, Spools & Subsea Tie-insSeabed Geotechnics & Pipeline Protection
- LNG receiving terminals
- Pipeline sections, protection and installation methods by layout option
- Subsea Pipeline DesignSeabed Geotechnics & Pipeline ProtectionInstallation & Marine Construction Engineering
- Offshore wind
- Suction anchor design and mooring analysis for floating wind; subsea cable lay checks
- Floating Structures, Moorings & AnchorsInstallation & Marine Construction Engineering
- Floating solar
- Wind loads on floaters, mooring layout and tension, anchor weight
- Floating Structures, Moorings & AnchorsAdvanced Analysis & Digital Engineering
- Ageing marine structures
- Corrosion growth prediction and simplified riser VIV fatigue prediction
- Materials, Corrosion & Integrity