Albion Marine Solutions offers vessel design services from the initial concept through contractual design documentation to final production working drawings and procurement support. Our naval architects have hands-on experience working aboard vessels and in shipyards. We help to determine engineering solutions that facilitate clients each designing vessels ideally suited to their specific purposes.
Our team has experience in the design, optimization, conversion, repowering and various retrofitting of tugs, tankers, floating storage, and offloading (FSO) units, floating production storage and offloading (FPSO) units, floating storage regasification units (FSRU), barges, tankers, bulk carriers, ferries and other passenger vessels, LNG, and other specialized vessels. We provide a unique combination of practical seagoing and shipbuilding experience with innovative design capabilities to produce highly efficient individualized solutions for our clients.
We support our clients through shipyard qualification and selection, bid review, contract negotiations and new-build construction management.
ALBION NAVAL ARCHITECTURE SERVICES INCLUDES:
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NEW DESIGN
At Albion, we specialize in delivering innovative and efficient New Build Design solutions for ships and offshore structures, ensuring each project meets the highest standards of performance, safety, and compliance. From concept through detailed design, our approach integrates creativity with precision engineering to produce vessels that are operationally optimized and future ready.
Our designs are developed in strict accordance with IMO, SOLAS, MARPOL, and Class Society requirements, while also addressing the specific operational and commercial objectives of our clients. Using advanced 3D modelling, FEA-based analysis, and simulation tools, we deliver designs that are both technically sound and production-friendly, ensuring smooth transitions from design to construction.
Core New Build Expertise:
- Concept & Basic Design: Developing optimal hull geometry, general arrangements, and principal particulars tailored to specific functional, capacity, and regulatory requirements.
- Detailed Engineering: Providing complete structural, mechanical, electrical, and outfitting packages ready for production.
- Optimization & Innovation: Integrating energy-efficient technologies and digital design tools for enhanced vessel performance.
With a commitment to technical excellence, high drafting standards, and design innovation, Albion transforms ambitious concepts into reliable, class-compliant vessels that meet modern maritime demands and exceed client expectations.
RETROFITS
At Albion, we deliver comprehensive Retrofit Engineering and Design solutions aimed at enhancing the efficiency, safety, and compliance of existing vessels. Our retrofit services extend across a wide range of ship types, focusing on upgrading systems and structures to meet the latest environmental and regulatory standards while minimizing operational downtime.
We combine detailed engineering assessment with class-approved methodologies to ensure that every retrofit project integrates seamlessly with the vessel’s existing configuration. Our multidisciplinary team evaluates the impact on stability, strength, and system compatibility, ensuring optimized performance after modification.
Our expertise covers:
- Emission Control Retrofits: Including scrubber systems, ballast water management systems, and energy-efficient propulsion upgrades.
- Structural & System Upgrades: Reinforcing hull structures and modernizing machinery, piping, and automation systems.
- Digitalization & Monitoring Solutions: Integrating advanced control and data acquisition systems for improved vessel efficiency and maintenance.
From feasibility studies and 3D scanning to detailed engineering and onboard installation support, we offer end-to-end retrofit solutions. With a commitment to quality, safety, and sustainability, Albion assist the shipowners to extend the service life of their assets while ensuring full compliance with global maritime standards.
STRUCTURAL DESIGN AND DRAFTING
At Albion, we provide comprehensive Structural Design and Drafting solutions for ships, offshore, and complex marine structures. Our services cover the complete engineering spectrum from concept development to production drawings ensuring every structure is safe, efficient, and fully Class compliant. By combining advanced design tools with deep domain expertise, we deliver robust and build-ready solutions that meet both operational and regulatory demands.
Our engineering process integrates 3D modelling, FEA-based validation, and detailed drawing standards to achieve superior design accuracy and constructability. Each design undergoes thorough strength, stability, and fatigue checks to ensure long-term performance and reliability in demanding marine environments.
Our capabilities include:
- Hull and Superstructure Design: Optimized for strength, weight efficiency, and hydrodynamic performance.
- Outfitting & Foundation Engineering: Detailed layouts for equipment, supports, and machinery foundations.
- High Drafting Standards: Precise and production-oriented drawings tailored for shipyards and fabrication teams.
From initial concept to detailed documentation, Albion ensures seamless integration between engineering and production. With a commitment to precision, quality, and practicality, we deliver structural solutions that enhance vessel integrity, reduce rework, and support smooth construction execution.
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MOORING ANALYSIS
At Albion, we specialize in delivering advanced Mooring Analysis and engineering solutions that ensure the safety, stability, and reliability of vessels and mooring systems under all operational conditions.
Our analysis covers both static and dynamic load calculations, vessel displacement assessments, and performance validation of critical mooring components. By applying proven engineering methods and simulation tools, we ensure every mooring arrangement is capable of withstanding both everyday and extreme environmental forces.
Our team brings extensive experience in:
- Offshore Mooring Systems – including spread, turret, and single-point moorings for floating structures.
- Port & Jetty Moorings – optimizing line configurations for secure berthing operations.
- Floating Docks & Platforms – ensuring stability and safety for modular and mobile marine assets.
Whether for design verification, risk assessment, or operational support, our experts provide reliable mooring solutions tailored to your specific site conditions and project requirements. With a focus on precision, safety, and long-term performance, we help our clients achieve seamless marine operations across all environments.
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STABILITY ANALYSIS
At Albion, we provide comprehensive Stability Analysis and assessment services to ensure vessels achieve safe and compliant performance across all loading and operating conditions. Our stability solutions are tailored to meet the requirements of international regulations, Class Society standards, and client-specific operational profiles, ensuring reliability and confidence in every voyage.
We conduct detailed hydrostatic and hydrodynamic evaluations using advanced simulation and modelling tools. Our engineers assess intact and damage stability, weight distribution, and trim optimization to ensure vessels maintain the required safety margins throughout their operational lifecycle. Each analysis is supported by precise calculations, validated through real-world conditions and class-approved methodologies.
Our capabilities include:
- Intact & Damage Stability: For all vessel types as per IMO and Class requirements.
- Inclining Experiment & Lightship Surveys: For accurate determination of displacement and centre of gravity.
- Dynamic Response & Trim Optimization: Enhancing operational efficiency and vessel safety
- Stability Booklet Update: Revise the vessel’s approved stability data to reflect modifications or weight changes. It ensures continued compliance with Class and IMO stability requirements through recalculated stability parameters.
From concept validation to final approval documentation, Albion delivers complete stability engineering support for new builds, conversions, and retrofits. With a focus on precision, compliance, and practicality, we ensure every vessel remains stable, seaworthy, and fully aligned with regulatory expectations.
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OFFSHORE ENGINEERING
At Albion, we deliver advanced Offshore Engineering solutions designed to meet the complex demands of offshore exploration, production, and support operations. Our expertise encompasses the complete engineering lifecycle from concept and feasibility to detailed design and verification for both fixed and floating offshore assets. We ensure every design achieves optimal safety, performance, and compliance under the harshest marine environments.
Using advanced simulation and structural analysis tools, our engineers develop robust solutions in line with API, DNV, ISO, and ABS standards. Each project is engineered for operational efficiency, ease of installation, and long-term durability. Whether designing new offshore infrastructure or supporting modification and conversion projects, we combine innovation with proven engineering principles to deliver reliable results.
Our offshore capabilities include:
- Jack-Up and Fixed Platforms - Structural design and assessment of legs, hulls, topsides, and substructures.
- FPSO Conversion & Integration - Hull modification, topside module layout, and mooring system engineering.
- Topside and Jacket Platforms - Complete design solutions covering loadout, transportation, and installation analysis.
From greenfield developments to brownfield upgrades, Albion provides end-to-end offshore engineering services that ensure safety, structural integrity, and project efficiency. With a focus on precision and performance, we provide our clients to achieve sustainable and cost-effective offshore operations worldwide.
FINITE ELEMENT METHOD (FEM)
At Albion, we offer advanced Finite Element Method (FEM) and analysis services to evaluate the structural strength, stiffness, and fatigue performance of marine and offshore structures. Our FEM expertise ensures that every design meets stringent class and safety requirements while optimizing material usage, weight distribution, and construction efficiency.
We employ state-of-the-art simulation tools to perform linear, nonlinear, static, and dynamic analyses for complex geometries and load conditions. Our engineers accurately model real-world behaviour, including stress concentration, buckling, and vibration responses, to predict structural performance with high precision. Each analysis is verified through international standards and class-approved methodologies, ensuring reliability and compliance.
Our FEM expertise covers:
- Hull Girder and Global Strength Analysis: Assessing hull integrity under global wave and loading conditions.
- Local and Fatigue Analysis: Evaluating stress hotspots, weld joints, and fatigue life of critical components.
- Lifting, Mooring & Equipment Structures: Simulation and design validation for cranes, winches, supports, and deck foundations.
From concept verification to detailed design validation, Albion delivers FEM solutions that enhance structural reliability, safety, and cost-effectiveness. By integrating advanced analysis with practical engineering insight, we assist our clients to achieve optimized, class-compliant designs that perform with confidence in demanding marine environments.
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COMPUTATIONAL FLUID DYNAMICS (CFD)
At Albion, we specialize in cutting-edge Computational Fluid Dynamics (CFD) analysis, delivering high-fidelity simulations to precisely evaluate and radically optimize the hydrodynamic and aerodynamic performance of all classes of ships and complex offshore structures. Our proprietary CFD solutions transcend traditional testing, providing actionable, data-driven insights into complex flow physics, minimizing viscous and wave-making resistance, maximizing propulsive efficiency, and accurately forecasting seakeeping and manoeuvrability in realistic operating envelopes.
Leveraging advanced, validated RANS/DES/LES numerical models and high-performance computing resources, our expert engineers conduct detailed analyses under realistic operating conditions. We meticulously assess pressure distributions, wake homogeneity, turbulence kinetic energy, and the onset of cavitation to refine hull forms, optimize propulsion systems, and significantly minimize fuel consumption. Every study is rigorously conducted in alignment with IMO EEDI/EEXI energy efficiency targets and relevant class society guidelines, ensuring regulatory compliance and verifiable sustainability.
Our Core CFD Capabilities Include:
- Resistance & Propulsion Optimization:
- Precise evaluation of bare hull and added resistance.
- Propeller-Hull Interaction (Self-Propulsion Analysis): Optimizing the nominal and effective wake field for maximum thrust deduction and relative rotative efficiency.
- Advanced Seakeeping & Manoeuvrability:
- 6-DOF (Six Degrees of Freedom) vessel motion prediction and stability assessment.
- Dynamic response and load calculations in complex, multi-directional sea states (e.g., heave, pitch, roll RAOs).
- Complex Flow & Aerodynamic Analysis:
- Accurate assessment of wind loads (heel/trim moments) on superstructures.
- Detailed Fluid-Structure Interaction (FSI) studies and ventilation system efficacy for topsides.
From initial concept validation to intricate design refinement, Albion's CFD services are the foundation for developing hydrodynamically optimized, energy-efficient vessels designed for the future. Partner with us to achieve superior operational reliability and drive unprecedented design efficiency across all marine environments.
The contours above illustrate the flow velocity within the internal chamber slot |
The contours above depict the pressure distribution within the design, showing that higher pressure regions develop around the internal chamber slot |
Our latest Technology with CFD:
The Albion CleanFLOW unit is a cutting-edge solution intended for integration into a ship’s ballast water management system. Its primary purpose is to improve ballast water quality during the ballasting process by efficiently separating solid particles such as soil, mud, grass, and algae from the water.
HEAVY LIFT ENGINEERING
At Albion, we specialize in Heavy Lift Engineering for marine and offshore applications, ensuring the safe, efficient, and reliable handling of large and complex loads. Our engineering expertise covers the design, analysis, and verification of lifting operations and equipment, from cranes and winches to spreader beams, sheaves, and lifting frames. Every project is engineered to meet the highest standards of safety, precision, and performance under varying operational conditions.
Using advanced structural and dynamic simulation tools, our team evaluates lifting loads, motion responses, and stress distributions to ensure all components perform safely within allowable limits, Including Plate code checks for structural integrity. Each lifting arrangement is designed and verified in accordance with DNV-ST-N001, API, and other relevant class and industry standards.
Our expertise includes:
- Lifting Operation Analysis: Static and Dynamic simulation of heavy lift operations, including offshore load transfer and tandem lifts.
- Structural Strength & Fatigue Assessment: Validation of lifting points, padeyes, and supporting structures for long-term safety.
- Rigging Arrangement: Developing precise, safe, and fully engineered Rigging Arrangements tailored for complex marine and offshore lifting operations. Our solutions ensure optimal load distribution, compliance, and reliable performance on every lift.
From feasibility studies to class approval and offshore execution support, Albion provides end-to-end heavy lifting solutions. With a focus on safety, accuracy, and engineering integrity, we assist clients achieve flawless lifting operations for marine construction, installation, and maintenance projects worldwide.
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SEA FASTENING AND LOAD-OUT ENGINEERING
At Albion, we deliver specialized Sea Fastening and Load-Out Engineering services to ensure the safe and secure transportation of heavy modules, equipment, and offshore structures. Our solutions are engineered to withstand the demanding conditions of marine transit while meeting strict class, safety, and operational requirements.
Using advanced structural analysis and motion assessment tools, our engineers design sea fastening arrangements capable of resisting dynamic loads, vessel motions, and environmental forces during transit. We also support complete load-out operations, including skidding, SPMT transport, lifting, and ballasting coordination, ensuring seamless execution from yard to vessel.
Our capabilities include:
- Sea Fastening Design: Grillages, supports, lashings, and welded fixtures engineered for strength, stability, and easy removal.
- Load-Out Engineering: Planning and analysis for SPMT operations, skidding systems, quay stability, and ballasting sequences.
- Transport & Motion Analysis: Evaluation of vessel motions, accelerations, and structural loads during marine transportation.
From engineering documentation to onsite supervision, Albion provides end-to-end support for safe, compliant, and cost-effective transport operations. With a focus on reliability and precision, we ensure heavy cargo is secured, moved, and delivered with confidence across global marine environments.
AUTONOMOUS SURFACE VESSEL (ASV)
At Albion, we deliver comprehensive Autonomous Surface Vessel (ASV) engineering solutions, supporting the design, integration, and operational development of next generation unmanned marine platforms. Our expertise covers the full lifecycle from concept design to mission-ready deployment ensuring each ASV is safe, efficient, and equipped for high-accuracy autonomous operations in both coastal and offshore environments.
We integrate advanced navigation, sensing, and communication systems aligned with IMO MASS guidelines and class requirements. Our engineering approach emphasizes robust hull design, system redundancy, power optimization, and fail-safe mechanisms. Using simulation-based validation and real-world testing strategies, we ensure every ASV performs reliably under varying sea states, mission profiles, and environmental forces.
Our ASV engineering capabilities include:
- Autonomy & Sensor Integration: Radar, LiDAR, MBES, USBL, AIS, EO/IR, GNSS/INS, and obstacle-avoidance systems.
- Hull, Power & Propulsion Design: Optimized structural design, hybrid power systems, and thrust management for endurance and efficiency.
- Regulatory & Safety Compliance: Adherence to IMO MASS, COLREGs, cyber-security guidelines, and class approval processes.
From survey and surveillance platforms to specialized offshore support ASVs, Albion provides complete engineering support tailored to mission-specific needs. With a strong focus on innovation, reliability, and operational safety, we enable clients to deploy autonomous solutions that elevate marine performance and modernize maritime operations.
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AUTONOMOUS UNDERWATER VEHICLE (AUV)
At Albion, we provide complete Autonomous Underwater Vehicle (AUV) engineering solutions that support the design, integration, and operational deployment of advanced subsea robotic systems. Our expertise extends across survey, inspection, defence, and research applications, ensuring every AUV is engineered for precision, endurance, and reliability in challenging underwater environments.
Using advanced hydrodynamic modelling, structural analysis, and mission-based simulation, we design AUV platforms that excel in manoeuvrability, depth capability, and sensor performance. Our engineering approach focuses on pressure-resistant structures, efficient propulsion, intelligent control systems, and seamless integration of navigation and payload technologies. Each AUV is developed in alignment with international standards and industry best practices for subsea operations.
Our AUV engineering capabilities include:
- Navigation & Positioning Systems: DVL, INS, USBL/LBL, depth sensors, and advanced control algorithms for high-accuracy subsea navigation.
- Payload & Sensor Integration: MBES, SSS, SAS, cameras and environmental monitoring instruments.
- Energy, Buoyancy & Pressure Hull Design: Battery systems, hydrodynamic optimization, syntactic foam, and deep-water structural assessment.
From conceptual design to testing, launch, and mission support, Albion ensures each AUV delivers superior performance across diverse subsea tasks. With a strong focus on innovation, reliability, and mission safety, we enable clients to harness autonomous technology to achieve efficient and high-quality underwater operations.
HULL AND APPENDAGE OPTIMIZATION
At Albion, we provide advanced Hull and Appendage Optimization services to enhance vessel hydrodynamics, reduce fuel consumption, and improve overall operational efficiency. Through a combination of CFD-based analysis, towing-tank correlation, and data-driven design refinement, we develop hull forms and appendages that deliver exceptional performance across a wide range of operating conditions.
Our engineering approach focuses on reducing resistance, optimizing flow patterns, and improving propulsion efficiency while ensuring compatibility with structural, stability, and regulatory requirements. Using iterative simulation and performance evaluation, we refine both new-build designs and existing hulls undergoing modification or retrofit, ensuring measurable and long-term improvements.
Our optimisation capabilities include:
- Hull Form Refinement: Bow, stern, and mid-body optimization for reduced resistance and improved seakeeping.
- Appendage Design & Enhancement: Including bilge keels, skegs, rudders, nozzles, interceptors, and energy-saving devices (ESDs).
- Propulsion Interaction Analysis: Wake flow improvement, propeller-hull alignment, and thrust efficiency optimization.
From concept development to full-scale performance prediction, Albion delivers high-precision optimisation solutions that enhance efficiency, reduce emissions, and support compliant, future-ready marine operations. With a commitment to innovation and technical excellence, we provide our clients to achieve superior hydrodynamic performance and operational cost savings.
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HULL ROUGHNESS MANAGEMENT
At Albion, we deliver specialized Hull Roughness Management solutions aimed at improving vessel hydrodynamic efficiency, reducing fuel consumption, and lowering greenhouse gas emissions. By addressing hull surface condition throughout the vessel’s operational life, we help owners maintain optimal performance, extend coating lifespan, and ensure compliance with global energy-efficiency standards such as EEXI and CII.
Our engineering approach combines surface inspection, performance monitoring, and predictive modelling to evaluate how biofouling, coating degradation, and roughness growth impact vessel resistance and power demand. Using data-driven analysis and CFD-based resistance prediction, we recommend targeted maintenance strategies that maximize operational savings while minimizing downtime.
Our capabilities include:
- Hull Roughness Assessment & Modelling: Evaluating surface condition impacts on drag, power curves, and fuel consumption.
- Coating Selection & Performance Optimization: Advising on anti-fouling systems, coating strategies, and long-term maintenance plans.
- Operational Monitoring & Cleaning Strategies: Developing in-water cleaning intervals, biofouling control plans, and performance tracking tools.
From initial baseline assessments to long-term hull performance management programs, Albion provides complete solutions that maximize vessel efficiency, minimize operational costs, and ensure environmental compliance. Focusing on precision, sustainability, and quantifiable performance gains, we enable clients to maintain smoother, cleaner, and more efficient hulls throughout the vessel’s service life.
VOYAGE OPTIMIZATION
At Albion, we provide advanced Voyage Optimization solutions that enhance fuel efficiency, improve operational safety, and reduce emissions across every stage of a vessel’s journey. By integrating metocean data, vessel performance models, and smart routing algorithms, we enable ship operators make informed decisions that deliver measurable savings and ensure regulatory compliance under evolving global standards.
Our approach combines real-time data analytics with predictive modelling to evaluate multiple route scenarios, weather patterns, and vessel operating conditions. We assess speed profiles, fuel consumption curves, and operational constraints to determine the most efficient voyage plan. Each optimization output is tailored to vessel type, cargo requirements, and environmental goals, ensuring a balanced solution for both cost and performance.
Our voyage optimization capabilities include:
- Weather & Route Optimization: Safe routing based on wave height, currents, wind, and seasonal patterns.
- Speed & Power Management: Identifying optimal speed ranges to reduce fuel burn while meeting arrival windows.
- Emission & Compliance Tracking: Monitoring CII ratings, fuel performance, and CO₂ reduction strategies throughout the voyage.
From planning to execution and post-voyage analysis, Albion delivers comprehensive solutions that support smarter, cleaner, and more efficient maritime operations. With a focus on sustainability, accuracy, and operational reliability, we assist the clients to elevate fleet performance while minimizing environmental impact.
SAMPLE PROJECTS
20 T BP TUG WITH ASD
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The shipping industry’s most recent demands for tug performance have facilitated an array of new designs and technologies. They also emphasize the need to minimize environmental impact. ALBION series of tugboats are versatile, having outstanding hydrodynamic performance and can be tailored to comply with specific vessel requirements. Proven design capable of developing a bollard pull of 20 t for pulling/ pushing/ alongside towing and shall be required and to provide towing assistance to ship in rivers and canals. The vessel can also be tailored under hybrid propulsion system using batteries. The tug is equipped with all latest deck machineries and navigational equipment’s. The engine room and machinery spaces are designed to be unattended. The vessel is equipped with a remote monitoring system where all the vital data from the tugs main machinery and systems shall be captured and reported to the onshore maintenance team in real time.
ALBION MULTI PURPOSE VESSEL (MSMM)
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Albion Marine Solutions has developed and designed a multi-purpose vessel (MSMM) that fully complies with the highest safety and environmental concerns to reduce the carbon print during its operation and performance standards. MSMM vessel will enable the Coast Guard to carry out multiple missions; these vessels can deliver a wide range of programs while maximizing mission modularity, innovation, green technologies, and an adequate return on investment.
According to Albion Marine Solutions Director, Mr. Sergiy Yakovenko, "Multi-Purpose Vessels (MSMM) primarily will help in supporting a variety of missions including icebreaking, navigation aids, environmental Ecosystem marine response and search and rescue, charting, offshore search, SAR operations, hydrographic work, and payload supports."
ALBION ZERO - TRUE ZERO EMISSION FERRY
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Albion Marine is proud to be on the front lines of new electric and hybrid propulsion technologies for existing fleets and new builds. It is already a few years since we have completed a concept design for an actual zero-emission cable ferry- Albion Zero. The concept utilizes solar power and the power of river streams to generate sufficient charge for ferry operation. The ferry carries eight vehicles or two large trucks and capable of operating in shallow waters. The vessel does not need an electric grid, and it does not utilize engines during the regular process. Director of Albion Marine Mr. Yakovenko says: “It is an elegant engineering concept specifically designed for a river crossing in remote Northern location with limited or non-existing infrastructure. Our modular design makes it suitable for a large range of ferry designs. The conversion payback period only a few years”. |
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AIR ABATEMENT TECHNOLOGY FLOATING UNIT |
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Albion Marine Solutions provides a scrubber barge solution for vessels in port that helps reduce Sulphur dioxide, nitrogen oxide and submicron particulate matter in exhaust gas regardless of vessel size and engine size. Our newly developed air abatement technology is being installed in a floating unit. It’s a unique concept for preserving the marine environment and ecosystem. The Albion Marine Solutions treatment plant floating system (Air Abatement Technology unit designed by Andritz) is propelled by a battery-powered electrical propulsion system, increasing efficiency, and decreasing operational costs. It can operate at any port or harbors located worldwide as well as in the Canadian territory. The Floating system is designed with all safety standards and regulates as per SOLAS & IMO, and other Canadian regulations. Scrubber Barge (Air abatement technology floating unit) is equipped with all safety systems & unmanned monitoring systems that can be manned with less crew members. |
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ALBION FLOATING DRONE STATION: Albion floating drone station design is specially drawn to address the facilities and operating requirements of onshore drone station. Albion drone station can be used for variety of purposes such as forest fire fighting, surveying and patrolling activities near the forest and inland waterways.
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23 M HYBRID PATROL VESSEL:
Albion hybrid-classed patrol vessel can operate on electric and diesel engines for the Coast Guard. The vessel is designed and assembled following SOLAS, IMO, and Canadian regulations. In all weather and sea state conditions, the hull is planned and configured to counteract the sloshing effects of the wave and strengthen the vessel's seakeeping and maneuverability. |
LNG PASSENGER FERRY:
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LNG BUNKERING BARGE:
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MODULAR FLOATING DRYDOCK:
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ALBION RO-PAX HIGH SPEED HYBRID FERRY:
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Compliance with OCIMF Mooring Equipment Guidelines Edition 4 (MEG 4)
Albion Marine Solutions provides a complete package for MEG4 calculations and compliance with updated guidelines at a reasonable price, fully customized to the customer's demands and the ship needs. Albion Marine personnel have extensive experience in ship design calculations, gap analysis studies, and onboard inspections. Albion offer expert mooring Solutions:
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The Vessel is designed and built as a Ro-Ro passenger ship compliant with SOLAS regulations for short international voyages in accordance with builders’ standards. Her equipment and systems are modern, energy efficient, environmentally friendly, and suitable for the transportation of passengers, trucks, and other wheeled cargoes. The Vessel is propelled using waterjets and a hybrid propulsion system in a quest to reduce carbon emissions..png)
