Offshore Engineering
MODEC provides customized mooring solutions for clients that are adaptable to all sea conditions. Our mooring engineers produce some of the most complex spread and single-point mooring systems for the world’s offshore energy industry operating at greater depth, further offshore, and in harsher environments.
Our mooring engineering designs leverage our 40+ years of track record with single point mooring systems, and our continuous improvement processes help deliver reliable, low maintenance mooring systems. By routinely carrying out formal safety and reliability assessments, our engineers detect, control, and mitigate health, safety, and environmental risks associated with its marine terminals and floating systems. Our broad engineering expertise and experience bring efficiency to the process and superior reliability to our products.
Our Mooring Engineering Group consists of five discipline-specific groups.
Mooring Technology and Hydrodynamics
Our highly qualified and experienced group of mooring engineers and hydrodynamicists are the keystone of our product, helping evaluate the most appropriate mooring system for the proposed development, and developing global loads and responses for the analysis and design of the various components of the mooring system and the floating system. This group of engineers provides supports across the entire range of SOFEC activities ranging from Technical Sales support, proposal and FEED engineering, Project Execution, Installation, and Aftermarket services.
The team has world-renowned expertise in hydrodynamics and mooring design and has a strong publication record in Technical Conference Proceedings, Journals and Industry Conferences. Their expertise includes:
- First and Second-order Panel Methods (hydrodynamics)
- Hydro-elastic Analysis
- Global Analysis of Complex Mooring and Riser Systems associated with Floaters
- Detailed Mooring Analysis and Load Development
- Mooring Components like Chain, Wire Rope, Polyester Rope, etc.
- Shallow Water Hydrodynamics and Mooring / Riser Analysis and Design
- Computational Fluid Dynamics
- Model Testing in Wind, Wave and Ice Basins
Structural Engineering
Our world-class structural engineers design the “backbone” of our reliable and innovative mooring systems. The structural engineers are responsible for the safe design of all structures that define our many different systems. Our expertise includes:
Analyses & Design
- Finite Element Analyses
- Beam Element Analyses
- Detailed Fatigue Analyses
- Extreme and Survival Environment Analysis
- Local Foundation Analyses
- Transportation/Tiedown Analyses
- Lift Analyses
- Various Non-linear Analyses
- Complex Contact Analysis
- Blast Analyses
- Dropped Object Analyses
- Vessel Impact Analyses
- Seismic Analysis
- Structural Thermal Analysis
Geotechnical Foundation Design
- Geotechnical Investigation Evaluation
- Suction Pile Design
- Driven Pile Design
- Pile Driving Evaluation
Mechanical Engineering
Our top-notch mechanical engineers design, analyze, manufacture, and maintain mechanical components of our advanced mooring systems. Our expertise includes:
Designed Components
- Liquid / Gas Service Fluid Swivels for a wide range of flow, pressure and temperature
- Toroidal Swivels
- Inline Swivels
- Utility Swivels
- Fluid Recovery System
- Chain Supports
- Single Axis
- Dual Axis
- Deployable
- Large Articulated Universal Joints for Surface and Submerged Applications
- Custom Sheaves
- Turret Integration and Assembly Aids
Packaged Equipment
- Mooring Leg / Riser / Umbilical Installation Winch Pull-In System
- Lubrication System
- Bearings
- Three-Row Roller
- Track & Wheel
- Plain
- Submerged
- Hydraulic Power Units
- ESD Valve
- Winches
- Hoists
- Control Panels
- Large Structural Connectors and Tensioning Systems for Release-Under-Load Applications
- Fluid Buffer System
Mechanical Handling Design
- Installation / Removal of Select Equipment
- Human Factors Considerations for Maintenance Activities
- Custom Engineered Handling Aids
Electrical/Instrumentation Engineering
Our engineers have the specialized know-how to design and safely deliver the power, controls and instrumentation necessary for our custom mooring systems. Our expertise includes:
Electrical Engineering
- Power Distribution Design and Specifications (High, Medium & Low Voltage)
- Subsea / Topside Power, Controls and Instrument Interface
- Electrical Slip Ring Development and Specification
- Hazardous Area Classification and equipment design
- Load Analysis
- Fault Analysis
- Short Circuit Analysis
- Lighting System Design
- Motor Control Design
- Navigation Aids System Specification
- Cable Routing / Cable Tray Layout
Instrumentation Engineering
- Fire, Gas and Emergency Shutdown Systems
- Process Instrumentation Design, Specification and Selection
- Telecommunications Design
- Instrumentation / Fiber Optic Slip Ring Development and Specification
- Process and Safety System Specification, design and integration
- Radio Telemetry Systems
- Safety Valve Systems
- Remote I/O and SCADA Systems
- Control System Design
- Pneumatic
- Hydraulic
- Cause & Effect Development
- HAZOP Participation
- Safety Integrity Level (SIL) Specification and Evaluation
- ESD Valve Specification
- Data Sheet Development
Process/Piping Engineering
Our process and piping engineers ensure we bring the most appropriate solution for our clients’ requirements. Our expertise includes:
Process
- Block Diagrams Designs
- Process Flow Diagram (PFD) Development
- Process & Instrumentation Diagram (P & ID) Development
- Process instrument and valve sizing specification and selection
- Hydraulic Pressure Drop Calculations
- Fire Water / Deluge Demand Calculations
- Line Sizing Calculations
- Gas Re-Pressurization / De-Pressurization Evaluation
- Pigging Philosophy
- Process Safety
- Relief-device and relief-piping sizing and design
- HAZID / HAZOP Participation
Piping
- 3D Modelling Layout considering multidiscipline approach including space Constraints and Mechanical Handling
- Piping Stress Analyses
- Thermal
- Flow Induced Vibration (FIV) study
- Acoustic Induced Vibration (AIV) study
- Blast
- Relative Movement Between Turret and Vessel
- Preparation of Valve, Pig Launcher/Receiver, Pressure Vessel, Pressure Safety Valve (PSV) and Other Equipment Specification
- Code Calculations
- Open and Closed Drain Systems
- Piping Material Specification Selection
- Specialty item Specification
- Fire Water / Deluge System Design
- Isometric Drawing Creation
- Standard and Custom Pipe Support Design and Specification
- BOM Preparation for Advance Material Procurement
