We offer comprehensive design solutions for seagoing, inland and coastal vessels.
With extensive experience in field design, construction, installation and operations, we collaborate with our clients to ensure practical and optimised engineering solutions are provided. Our engineering services are comprising of finite element modelling, analysis, and computer simulations utilising industry-qualified tools.
We support energy operators and companies managing floating production systems, shipyards, ship owners etc. by covering following engineering areas:
Retrofit and Conversion Engineering
We carry extensive experience in carrying out small to large-scale retrofit and conversion EPCI projects.
Tanker to FSO/FSU Conversion Engineering:
Providing engineering services for converting tankers into Floating Storage Offloading (FSO) or Floating Storage Units (FSU) for offshore oil and gas operations.
LNGC to FSRU/FRU/FSU:
Conducting engineering tasks to convert Liquefied Natural Gas Carriers (LNGC) into Floating Storage Regasification Units (FSRU), Floating Regasification Units (FRU), or Floating Storage Units (FSU) for LNG storage and regasification purposes.
Tanker to Bulk Carrier:
Engineering solutions for converting tankers into bulk carriers for transporting dry cargo.
Product To Chemical Carrier:
Undertaking engineering conversions to adapt product carriers into chemical carriers for the transportation of different chemical cargoes.
GC to Research Vessel:
Converting General Cargo (GC) vessels into research vessels equipped for scientific exploration and data collection purposes.
GC to Dredger:
Transforming General Cargo (GC) vessels into dredgers, specialized for excavating and removing sediment from waterways to maintain navigability.
Engineering services to increase the size and cargo capacity of vessels by extending their length or adding extra sections (jumboizing).
Conducting engineering conversions of vessels to serve specific offshore purposes, such as accommodation, maintenance, or construction operations.
Providing on-site supervision and management during ship conversions and construction projects to ensure adherence to engineering plans and safety standards.
Fuel Oil Tank Change:
Undertaking engineering modifications for the replacement or reconfiguration of fuel oil tanks on vessels.
Offshore Crane Derating and Design Verifications (10T to 600T SWL):
Conduct engineering assessments and verifications to derate or design offshore cranes with Safe Working Loads (SWL) ranging from 10T to 600T.
Bow Thruster, Diving System:
Installing and integrating bow thrusters and diving systems on vessels to enhance maneuverability and diving operations capabilities.
Engineering solutions to expand and improve onboard accommodations to accommodate more crew or passengers comfortably.
Equipment Installation (Pumps/Engines/Cargo Gear/Bow Thruster etc):
Carrying out engineering installations of various equipment, including pumps, engines, cargo handling gear, bow thrusters, etc., for improved vessel performance and functionality.
Vessel Operation Improvements
Decarbonising – EEXI and CII:
Conducting engineering studies and projects related to decarbonization efforts, including compliance with Energy Efficiency Existing Ship Index (EEXI) and Carbon Intensity Indicator (CII) regulations.
Energy Saving Retrofit Engineering Studies:
Performing engineering studies to identify and implement energy-saving retrofits on vessels to reduce fuel consumption and emissions.
Ballast Water Treatment System Retrofit EPCI Project and Studies:
Executing Engineering, Procurement, Construction, and Installation (EPCI) projects for retrofitting ballast water treatment systems to meet environmental regulations.
Scrubber System Retrofit EPCI Projects and Studies:
Undertaking EPCI projects and studies for retrofitting scrubber systems to comply with emission control requirements.
3D Scanning & Photo Realistic Digital Twin:
Utilizing 3D scanning technology to create accurate representations of vessels and develop photorealistic digital twins for visualization and simulation purposes.
Marine System Design
We design optimum marine systems as per the vessel operations and requirements which include:
Layout Design of Compartments:
Creating comprehensive plans for the arrangement and distribution of compartments within the vessel.
Machinery, Piping, Electrical, and HVAC System Design:
Engineering the design and integration of machinery, piping systems, electrical systems, and heating, ventilation, and air conditioning (HVAC) systems on the vessel.
Preparing detailed drawings in compliance with classification society rules and standards to obtain class approvals.
Equipment List and Specifications:
Compiling a comprehensive list of equipment required for the vessel and specifying their technical details and performance requirements.
Purchase Order Specifications:
Formulate detailed specifications for equipment and materials to be purchased, ensuring they meet the vessel's requirements.
3D Detail Engineering and Fabrication Drawings:
Develop detailed 3D engineering models and fabrication drawings to guide the construction and assembly process.
Development of Vessel Statutory Plans and Manuals:
Creating plans and manuals required by maritime regulatory authorities to demonstrate compliance with safety and operational standards.
Plan Appraisals - Review and Verification:
Conduct thorough assessments and verification of vessel plans to ensure compliance with industry standards and regulations.
All our designs are approved by most class societies including DNV-GL, LR, ABS, BV, IRS and RINA.