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Container Ships

Ferries

Gas Carriers

Offshore Vessels

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Ro-Ro Ships

Tanker Ships

Tug Boats

For Leisure

Yacht Charter Agencies

Yacht Charter Operators

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 Book a demo

Ship Propulsion Loss: Guideline on Reducing Risks

Reza KAPO
• 1 hour and 1 minute
Avg. rating 4.4
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Ship Propulsion Loss: Guideline on Reducing Risks

Reza KAPO
• 1 hour and 1 minute
Avg. rating 4.4
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Overview Lessons

  1. Introduction to Ship Propulsion

    Introduction to Ship Propulsion

    Ship propulsion is a vital component of maritime engineering, involving the systems and technologies that propel marine vessels across water. This overview explores the different propulsion systems and the challenges associated with propulsion loss is crucial for ensuring the safety and reliability of maritime operations.

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    Introduction to Ships' Propulsions 4 minutes

  2. Ship Propulsion Loss

    Ship Propulsion Loss

    This section examines the Baltimore Bridge collapse caused by a containership accident due to propulsion loss, highlighting its severe impact on maritime safety and infrastructure. It also presents case studies of similar incidents, analyzing the causes, consequences, and preventive measures. Propulsion losses can result in navigational risks, economic impacts, environmental damage, legal claims, and operational disruptions. Main engine failures and blackouts often occur during critical operations, especially in confined waters, due to poor fuel quality, inadequate maintenance, and control system failures. Understanding these issues and implementing preventive measures is crucial for ship safety and reliability.

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    Propulsion Loss: Ship Accident Caused Baltimore Bridge Collapse 11 minutes
    Propulsion Loss: Other Case Studies 2 minutes
    Possible Consequences of Propulsion Loss 4 minutes
    Possible Causes of Propulsion Loss 10 minutes

  3. Recommendations

    Recommendations

    This section provides essential preventive and corrective actions to address ship propulsion losses, ensuring vessel safety, reliability, and compliance with maritime regulations. It includes comprehensive equipment maintenance, effective fuel management, emergency preparedness, and ensuring operational readiness. Corrective actions focus on following established procedures, maintaining clear communication, and efficiently restoring power and control during incidents. These measures are vital for maintaining ship safety and reliability.

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    Preventive Actions 6 minutes
    Corrective Actions 2 minutes

  4. Areas of Specific Attention

    Areas of Specific Attention

    This section highlights critical areas of attention for maritime operations, including emergency generator management, load shedding protocols, power feed-back procedures, blackout recovery strategies, and ISM Code compliance. These elements are essential for ensuring vessel propulsion safety and operational reliability.

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    Emergency Generator 2 minutes
    Load Shedding or Other Equivalent Arrangements 3 minutes
    Feeding Back Power From the Emergency Switchboard to the Main Switchboard 1 minute
    Recovery After a Blackout 2 minutes
    ISM Code 1 minute

  5. Assessment: Ship Propulsion Loss

    Assessment: Ship Propulsion Loss

    We shall now assess the knowledge gained from this course in a series of multiple choice questions.

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    Assessment: Propulsion Loss 8 minutes

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