Our Services
CalibreTech Engineering Services
We are passionate about providing exceptional naval architecture, subsea and structural engineering services. With our great team, we are dedicated to delivering reliable solutions that meet our clients' needs.
Naval Architecture
PRELIMINARY DESIGN
• Global and local hull design
• Structural analysis
• Scantling checks as per class
• Line’s plan and offsets
• Resistance and propulsion
• Sea keeping analysis
• Intact and damage stability
• General arrangement
• Propulsion and engine selection
• Drawings- preliminary and fabrication
Heavy lift & Transport Engineering
LIFTING AND LOAD OUT
• Load out analysis
• Sequence drawing for load out
• Ballast plan
• Float off analysis
• Lifting analysis
• Rigging arrangement design
• Stool design
3D Modeling, Animation
& Technical Visualisation
3D MODEL AND DRAWINGS
• Rhino modelling
• Layout, Shop, P&ID, E&ID drawings
• General drawings
• Detailed fabrication drawings
STRUCTURAL ANALYSIS
STRUCTURAL ANALYSIS – GLOBAL
• 3 cargo hold analysis for the FPSO/ FSO/Tanker
• Initial scantling evaluation
• Total strength evaluation
• Fatigue strength evaluation
• Global Analysis for offshore fixed platforms
• In-place analysis
• Fatigue analysis
• Stability analysis
• Tow Analysis
RISER/ UMBILICAL DESIGN
RISER/ UMBILICAL DESIGN
• Concept Definition Studies & Support
• FEED Studies
• Full Field Detailed Design
• Export hoses configuration study
• Dynamic Analysis of Riser Systems
• Riser, Hose and Umbilical Integrity Management
• Riser & Umbilical Ancillary Selection
• Riser Fatigue Assessments
• J- tube & I- tube pull- in analysis
• Riser clamp design
• Riser Design Modification
• Mid-Water Arch Design
• VIV Analysis & Suppression
• Mooring / Riser Clashing Analysis
• Installation Analysis of Subsea flexible, umbilical and power cables.
Offshore Pipeline Engineering
Offshore pipe lay analysis (Offpipe/ orcaflex)
• Dynamic J-Lay, S-Lay Analysis
• Wall thickness selection
• Pipeline Global buckling analysis (Lateral and Upheaval) and mitigation.
• On bottom Stability
• Pipeline expansion analysis,
• Pipeline free spanning analysis
• Dropped object assessment.
• Cathodic Protection design .
• Preparation of design/ analysis/ installation reports & procedures.
• Transportation, Trenching, checking adequacy of Supports/ Hangers, Design of expansion spools.
RENEWABLES
OFFSHORE WIND FARM
1. Site assessment and selection: This involves the assessment of wind speeds, water depths, seabed conditions, and other environmental factors to identify the most suitable location for a wind farm.
2. Design and engineering: This involves the design and engineering of wind turbines, including the development of towers, foundations, and other components that can withstand the harsh offshore environment.
3. Installation planning and logistics: This involves the planning and logistics for the installation of wind turbines and associated infrastructure, including the transport of turbines to the site, the installation of foundations, and the connection of turbines to the power grid.
4. Project management: This involves the overall management of the project, including the coordination of multiple stakeholders and contractors, the scheduling of activities, and the management of risks and uncertainties.