Our Services
Support
We provide support in the following areas of technical services:
Marine Projects
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Ship Research, Design, and Execution: This involves conducting in-depth research to develop new concepts or enhance existing ship designs with a view to enhance environmental performance of the ship. It includes hydrodynamic analysis, structural integrity assessments, and choosing appropriate materials for the vessel.
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Consultancy During New Marine Equipment Projects: We provide expert guidance on the selection and integration of new equipment for vessels, such as engines, navigation systems, and safety devices. We ensure that the equipment is suited to the project’s specifications and operational requirements.
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Design Review: We carry out a thorough review of the ship design to ensure it adheres to international standards, Classification requirements, regulations, and client requirements. This includes examining the hull, structure, stability, machinery, and safety systems.
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Works Approval: We facilitate the approval process for the various stages of the ship's design and construction, ensuring that all work meets the necessary regulatory requirements of SOLAS Convention and or EC type approvals.
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Type Approval: We help secure equipment type approval from classification societies and Regulatory bodies ensuring compliance with conventions like SOLAS (Safety of Life at Sea), MARPOL (Marine Pollution), and EC Type Marking (Wheel Mark).
Calibration Services
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Calibration of Ship Gauges and Systems: We ensure the accuracy of onboard measurement systems, including fuel consumption meters, engine monitoring systems, pressure gauges, and temperature sensors. This service is critical to maintaining the performance and safety of the vessel, as accurate data is essential for efficient operation and compliance with regulations.
Drydocking
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Identification of Drydock Defects: We perform a thorough inspection of the vessel's condition before drydocking to identify any issues such as corrosion, structural damage, or wear and essential machinery & control systems.
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Preparation of Drydock Specifications: Based on the inspection results, we prepare detailed specifications for the drydocking process. This includes the scope of work, materials needed, and specific repairs or maintenance tasks.
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Supervision During Drydocking or Layup: During drydocking or vessel layup, we supervise the entire process to ensure that the work is completed according to the specifications, including overseeing the repair and maintenance activities, such as hull cleaning, hull repairs, painting, and machinery system overhauls.
New Shipbuilding
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Design Consultancy: We provide expert consultancy to shipyards and clients during the design phase of new ships. This includes optimizing the design for safety, functionality, and cost-efficiency, considering the latest technological advancements and regulatory requirements.
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Supervision During Construction: We oversee the construction process, ensuring that the ship is being built according to the approved design and within the allocated time and budget. This includes managing the shipyard processes, quality control, and compliance with regulations.
Ship Repair
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Hull and Outfitting Services: We provide repair and maintenance services for the hull, including structural integrity checks, welding, corrosion protection, and coating. Outfitting services include the installation and maintenance of essential systems like HVAC, electrical, plumbing, and cargo handling systems.
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Ship Automation and Control Systems: We offer repair and upgrading services for the ship's automation systems, including navigation, communication, and engine control systems. This ensures the vessel’s systems remain up to date with industry standards, offering enhanced operational efficiency and safety.
Surveys
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Pre-purchase Inspections: Before a vessel is purchased, we perform thorough inspections to assess its condition, including checking the hull, systems, machinery, and safety features. This ensures the buyer is aware of any potential risks or future repairs needed.
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Damage Surveys: In the event of a marine accident or damage, we conduct a damage survey to determine the extent of the damage and the necessary repairs. This is often used for insurance claims or to assess the vessel’s operational readiness after an incident.
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Tonnage Measurément: We perform tonnage measurements to determine the vessel’s gross and net tonnage as required by international maritime conventions. This is essential for registration, compliance with regulations, and for operational purposes like port fees.
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Inclining Experiments: We conduct inclining experiments to determine the stability of the ship under different loading conditions. This helps ensure that the vessel complies with stability regulations, ensuring its safety in various operational scenarios.
Each of the above services are designed to ensure the safety, efficiency, and compliance of vessels with international maritime standards, enhancing their operational lifespan and minimizing risks.
Assist
We supply the following OEM range of products:
Air Pipes
With Class approval
Manhole Fittings & Covers
Class Certified
Entrance Hatches
Class Certified
Research
We undertake research, provide drawings and analysis, develop systems, and offer training in the following areas:
Alarm Monitoring System – Hardware and Software (Made in India Innovation) with Local and Remote Applications Using Sensors and Cloud Technology
We offer a comprehensive Alarm Monitoring System that integrates both hardware and software solutions, developed with Made in India innovation. This system uses advanced sensors installed on the vessel to monitor critical parameters like engine performance, fuel levels, temperature, and pressure. It features both local (onboard) and remote (shore-side or cloud-based) applications, enabling real-time data monitoring and analysis. The system provides alerts, ensures operational safety, and facilitates predictive maintenance, all while being powered by cloud technology for easy access, secure storage, and enhanced data insights.
VDR (Voyage Data Recorder) Analysis – Comprehensive Analysis of VDR Data & Marine Casualty Investigation
Our VDR Analysis service focuses on providing detailed insights from Voyage Data Recorders, which capture vital operational data like navigational information, engine performance, and communications. This analysis is essential for investigating maritime incidents, providing a timeline of events leading to accidents, and helping improve safety procedures. We also use the data to monitor vessel performance over time, identifying opportunities for optimization and efficiency improvements, ensuring safe and reliable operations.
Ship Design and Innovation – Exploring New Concepts and Technologies in Ship Design, Focusing on Efficiency, Sustainability, and Safety
Our Ship Design and Innovation services involve exploring and implementing the latest concepts and technologies to enhance ship performance. We focus on improving efficiency through energy-saving designs, sustainability by using eco-friendly materials and technologies, and safety with the integration of cutting-edge safety features, such as collision avoidance systems and automated navigation tools. Our innovative approach ensures that vessels meet modern standards while operating with minimal environmental impact.
Automation and Control Systems – Developing and Refining Automation, Digitalization, and Integrated Control Systems for Smarter and More Efficient Vessel Operations
We specialize in the development of automation systems for critical ship operations such as navigation, engine control, and cargo handling. By integrating digitalization technologies like IoT and big data analytics, we provide smarter, more efficient vessel management. Our integrated control systems combine multiple functions into a single platform, allowing operators to monitor and control ship systems from a centralized interface. This enhances decision-making, reduces human error, and increases the overall safety and efficiency of vessel operations.
Electric Boats – Manned and Unmanned Boats (Coming Soon)
Our Electric Boats, including both manned and unmanned models, offer a sustainable, innovative solution for maritime operations. These boats utilize electric propulsion to minimize environmental impact, offering quieter, more energy-efficient operations compared to traditional fuel-powered boats. The manned boats are designed for crewed operations, while the unmanned boats are equipped with autonomous systems to perform tasks such as surveys, inspections, and surveillance, reducing costs and risks associated with human crew deployment. These eco-friendly boats will provide a cleaner alternative for marine transport and operations.
Training in Environmental Regulations – Providing Training on Environmental Regulations and Ensuring Compliance
We offer specialized training programs focused on global environmental regulations impacting the maritime industry, including MARPOL, IMO guidelines, and local regulations. The training covers topics like emissions control, waste management, and pollution prevention practices. Our goal is to help maritime operators stay compliant with environmental standards, reduce their carbon footprint, and adopt sustainable practices to protect marine ecosystems and reduce the environmental impact of their operations.
Energy Efficiency and Fuel Alternatives – Researching Alternative Fuels, Hybrid Propulsion Systems, and Energy-Saving Technologies to Reduce Emissions and Improve Fuel Efficiency
We conduct research into alternative fuels like LNG, biofuels, hydrogen, and ammonia, aiming to reduce carbon emissions and increase fuel efficiency in marine vessels. Additionally, we focus on hybrid propulsion systems that combine conventional fuel sources with battery or fuel technology for more sustainable operations. Our team also explores energy-saving technologies like air lubrication systems, which reduce drag, and exhaust gas cleaning systems, further optimizing the vessel's energy consumption and lowering operating costs.
Hull and Propulsion Systems – Studying Hull Designs and Propulsion Technologies to Optimize Hydrodynamics, Reduce Drag, and Improve Overall Vessel Performance
We focus on hull design and propulsion technologies to improve a vessel’s overall performance. By optimizing the hydrodynamics of the hull, we reduce drag, improving fuel efficiency and reducing emissions. We also explore the latest advancements in propulsion systems, including energy-efficient engines, propeller designs, and alternative propulsion technologies like wind-assisted and battery-powered systems. These innovations help ships operate more efficiently, cut down on fuel consumption, and minimize their environmental impact.