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In modern marine operations, information is just as critical as machinery. A Vessel Monitoring System (VMS) provides continuous real-time data that allows operators and engineers to monitor the condition, performance, and safety of a vessel from a centralized interface.

By integrating sensors, communication modules, and monitoring software, a VMS enables ship owners and operators to track essential operational parameters such as engine performance, fuel consumption, navigation data, alarms, and critical onboard systems. This level of monitoring helps crews make faster decisions, detect anomalies early, and maintain operational efficiency throughout the voyage.

A properly implemented Vessel Monitoring System not only improves situational awareness but also supports predictive maintenance. Early detection of abnormal readings or system irregularities allows technical teams to take corrective action before minor issues develop into costly failures or operational downtime.

At PT. Pelican Mitra Sejati, we provide professional services for the installation, configuration, integration, and troubleshooting of Vessel Monitoring Systems across a wide range of marine vessels. Our team ensures that every monitoring system is properly integrated with existing onboard equipment, delivering reliable data visibility and seamless system performance.

With extensive experience in marine automation and control systems, we support vessel owners and operators in building monitoring systems that are accurate, dependable, and engineered for the demanding conditions of marine operations.

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In modern marine and industrial power systems, diesel engines rely heavily on electronic control modules and safety devices to maintain stable, efficient, and safe operation. Controllers such as ComAp, SmartGen, etc. are widely used to manage engine start/stop sequences, monitoring parameters, load sharing, and protection systems.

When these control systems malfunction, the impact can extend far beyond a simple alarm. Incorrect configuration, faulty sensors, wiring issues, or communication failures between modules can disrupt engine performance and compromise operational safety.

PT. Pelican Mitra Sejati provides professional services for diesel engine control system troubleshooting and installation, covering a wide range of controller brands and integrated safety devices. Our engineers perform detailed diagnostics to identify the root cause of system faults, ensuring that every component within the control network functions accurately and reliably.

Our services include:

• Troubleshooting ComAp, Inpower, and SmartGen diesel engine controllers

• Control module configuration and parameter setting

• Installation and commissioning of engine control systems

• Safety device installation and testing

• Sensor calibration and signal verification

• Wiring inspection and communication network diagnostics

• Integration with generator synchronization and automation systems

With extensive field experience in marine and industrial power systems, PT. Pelican Mitra Sejati has successfully handled various diesel engine control system installations, repairs, and upgrades. Our team ensures that every control unit, safety device, and monitoring component operates in full synchronization to maintain optimal engine performance and operational safety.

Installation ComAp and safety device for  MV. Albero

Because in the end, a diesel engine might be mechanical muscle, but without a properly configured control system, it’s basically a very expensive piece of metal that refuses to cooperate.

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In modern marine operations, environmental compliance is not optional. The Oily Water Separator (OWS) plays a critical role in ensuring that discharged bilge water meets international pollution regulations before it leaves the vessel. When an OWS system becomes inaccurate, damaged, or poorly calibrated, it can lead to operational disruptions, regulatory violations, and serious environmental consequences.

OWS Repair and Calibration is therefore essential to maintain system performance and ensure that oil content monitoring equipment operates within certified limits. Regular inspection, precise calibration, and professional repair ensure that the separator functions correctly, detects oil concentration accurately, and complies with international maritime standards.

PT. Pelican Mitra Sejati provides professional OWS repair and calibration services for marine and industrial applications. Our technicians are experienced in diagnosing system faults, restoring separator efficiency, and calibrating oil content monitors to maintain accurate readings. Every service is carried out with careful testing procedures to ensure the equipment performs reliably under real operating conditions.

Our services typically include:

• OWS system inspection and troubleshooting

• Repair of pumps, valves, and separation units

• Oil Content Meter (OCM) calibration and verification

• Sensor testing and cleaning

• Control system diagnostics

• Functional testing after repair and calibration

Through a systematic service approach and technical expertise, we help vessel operators maintain compliance with environmental regulations while ensuring operational reliability.

Experience & Our Related Projects

PT. Pelican Mitra Sejati has extensive experience handling OWS repair, troubleshooting, and calibration across various vessel types and marine installations. Our team has successfully restored malfunctioning systems, recalibrated oil content monitoring devices, and ensured that separators operate within regulatory discharge limits.

MT Sanggau Troubleshoot & Calibration OWS

With hands-on field experience and a strong technical background in marine engineering systems, we are committed to delivering dependable service solutions that support safe operations and environmental protection.

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In marine and industrial diesel engines, fuel injection accuracy plays a critical role in determining engine efficiency, reliability, and emissions performance. Fuel pumps and injectors must deliver the exact amount of fuel at the precise timing required by the engine. Even small deviations in calibration can lead to increased fuel consumption, unstable engine operation, excessive exhaust smoke, and long-term mechanical damage.

Fuel pump and injector calibration ensures that each injection component operates according to the manufacturer’s specified parameters. Through controlled testing and adjustment, the injection pressure, fuel quantity, and timing are precisely measured and corrected. This process restores optimal combustion efficiency and helps maintain consistent engine performance under varying operational loads.

PT. Pelican Mitra Sejati provides professional Fuel Pump & Injector Calibration services using proper diagnostic equipment and experienced technical personnel. Our process includes detailed inspection, precision testing, calibration adjustment, and performance verification to ensure every component operates within the required specifications. With a strong understanding of marine diesel engine systems, we help our clients maintain fuel efficiency, reduce operational risks, and extend the service life of critical engine components.

Experience & Our Related Projects

With years of hands-on experience in marine and industrial engine services, PT. Pelican Mitra Sejati has successfully handled numerous fuel pump and injector calibration projects across various types of diesel engines. Our team has worked on multiple vessel maintenance programs and engine performance optimization, ensuring accurate fuel delivery systems that support reliable and efficient engine operation.

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Marine & Industrial Control Panels serve as the central command system for electrical and automation operations. More than just an enclosure with components, they ensure stable power distribution, accurate monitoring, and safe control of critical equipment.

Properly engineered panels directly impact operational continuity, system efficiency, and long-term reliability.

Marine Control Panel

Built for Harsh Marine Environments

Marine applications demand high resistance to vibration, humidity, salt corrosion, and fluctuating loads. Control panels onboard vessels are typically used for:

• Main switchboard & power distribution

• Generator control and synchronization

• Engine monitoring systems

• Pump and ballast control

• Alarm and safety interlock systems

Design and fabrication commonly comply with international classification standards such as Bureau Veritas, Lloyd’s Register, and DNV to ensure operational safety and regulatory compliance.

Industrial Control Panel

Optimizing Performance and Efficiency

In industrial facilities, control panels are designed to maintain production stability and minimize downtime. Applications typically include:

• PLC-based automation systems

• Motor Control Center (MCC)

• Variable Frequency Drive (VFD) integration

• SCADA monitoring systems

• Protection relay and power management systems

Engineering considerations include load calculation, short circuit analysis, protection coordination, cable sizing, grounding design, and thermal management to ensure safe and efficient long-term operation.

Experience & Related Projects

Our team has delivered Marine & Industrial Control Panel solutions across various vessels and industrial facilities, covering new installations, system upgrades, retrofits, and troubleshooting projects.

With hands-on field experience and strong engineering capability, we ensure every panel is designed, fabricated, and commissioned to meet operational demands, safety standards, and long-term reliability expectations.

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In marine and industrial power systems, demand is rarely constant. As load increases or multiple generators operate together, synchronization becomes critical to ensure safe and stable parallel operation.

Generator synchronization service ensures that two or more generators operate in parallel by aligning four essential parameters:

• Voltage

• Frequency

• Phase sequence

• Phase angle

If these parameters are not properly matched, severe current surges, breaker damage, reverse power trips, or even total system failure can occur.

Why Synchronization Matters

Load Stability

Proper synchronization allows generators to share load proportionally, preventing overload on a single unit.

Operational Reliability

Parallel operation increases redundancy, ensuring an uninterrupted power supply in critical environments such as marine vessels and industrial facilities.

Fuel Efficiency

Multiple generators can be optimized according to demand, improving operational efficiency and reducing fuel consumption.

Experience in Generator Synchronization

PT Pelican Mitra Sejati has extensive experience in handling generator synchronization services across marine and industrial applications. Our team has successfully performed synchronization setup, calibration, troubleshooting, and load sharing configuration on various main and auxiliary generator systems, ensuring stable parallel operation and reliable power distribution. With a strong understanding of control systems, protection schemes, and real-world operational challenges, we deliver precise, safe, and fully documented synchronization solutions tailored to each client’s technical requirements and operating environment.

Synchronization by Pelican Electrical Team

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PT. Pelican Mitra Sejati delivers structured Marine Diesel Engine Service solutions designed to sustain peak performance in high-load and high-demand maritime environments. Through disciplined maintenance methodology and precision technical execution, we ensure every engine operates with stability, efficiency, and measurable reliability.

Technical Coverage Across Critical Engine Systems

Comprehensive engine condition assessment and diagnostics

Main and auxiliary engine overhaul programs

Fuel injection system testing and combustion calibration

Turbocharger inspection, cleaning, and performance restoration

Cooling and lubrication system reliability maintenance

Post-service performance testing and operational validation

Every intervention is conducted under controlled procedures with full documentation and quality verification. We do not simply restore functionality — we re-establish mechanical confidence.

Operational Value Beyond Routine Maintenance

A properly maintained marine diesel engine delivers tangible impact across vessel operations:

Improved fuel efficiency through optimized combustion

Minimized unplanned downtime and failure risk

Stabilized engine output under fluctuating load conditions

Extended component lifespan and reduced lifecycle cost

Strengthened operational reliability in demanding sea conditions

In marine environments, mechanical inconsistency translates directly into operational risk. Our approach ensures propulsion systems remain resilient, predictable, and ready to perform when required.

Experience in Diverse Marine Applications

We have extensive hands-on experience in executing complete Top Overhaul (OH) main engine maintenance, including cylinder head dismantling, inspection, component reconditioning, valve grinding and lapping, and precise reassembly and commissioning. Our scope also includes fuel system servicing, injector and injection pump calibration on the test bench, and accurate reinstallation to ensure optimal combustion performance. Each stage is carried out with controlled procedures, detailed measurement, and performance verification — reflecting our capability to manage critical engine components with technical precision and operational reliability.

Top Overhaul For MT. Zaverius.

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PT. Pelican Mitra Sejati delivers structured Marine Diesel Engine Lifecycle Parts Support designed to maintain engine integrity across its operational lifespan. We align verified sourcing, technical specification control, and compatibility validation to ensure every supplied component reinforces measurable mechanical reliability.

Our Scope of Support

• Genuine and OEM-equivalent parts supply for main and auxiliary engines
• General Supply for Diesel Engine and Marine needs
• Fuel injection system components and precision elements
• Turbocharger spare parts and rotating assemblies
• Crankshaft-related components and bearing systems
• Cooling, lubrication, and sealing system elements

Each component is supplied with strict specification verification to ensure dimensional accuracy, material compliance, and operational compatibility. We do not simply deliver parts — we protect propulsion continuity.

Measurable Impact on Engine Performance

Through structured parts management, clients benefit from:

• Improved propulsion stability under variable load conditions
• Optimized combustion efficiency and fuel consumption
• Reduced risk of premature component failure
• Minimized unplanned downtime
• Extended engine service life and controlled lifecycle cost

In marine operations, small component deviations can escalate into major operational disruptions. That is why every part we supply is aligned with performance integrity and long-term reliability.

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