Course Content
Introduction to Hand Safety
An overview of basic hand safety principles for offshore mechanical and maintenance crews. Includes common injuries, PPE usage, and essential safety behaviors.
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Tool Identification & Correct Usage
Identifying basic hand tools and understanding correct usage to prevent damage, injury, and incorrect mechanical outcomes.
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Tool Inspection & Pre-Use Checks
Identifying tool defects, wear, and unsafe conditions before use. Ensures crew members understand how to inspect tools and prevent equipment damage or personal injury.
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Safe Working Practices
Covers essential safe work techniques for using hand tools in offshore environments, including body mechanics, tool control, and working in hazardous or confined spaces.
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Hazard Awareness & Risk Control
Identifying tool-related hazards, understanding stored energy risks, spark and heat considerations, and performing proper risk assessments before work.
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Practical Scenario Exercises
Realistic offshore maintenance scenarios designed to reinforce correct tool use, hand safety, inspection steps, and safe working practices.
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Final Assessment – Basic Tools and Hand Safety
Complete the quiz.
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Basic Tools and Hand Safety

Cleaning, Storage, and Rust Prevention

Tools used offshore are constantly exposed to harsh conditions — saltwater, humidity, temperature swings, and mechanical stress.

Proper cleaning and storage extend tool life, reduce injuries from tool failure, and ensure mechanical work is completed safely and efficiently.

1. Importance of Cleaning Tools

Dirty tools cause:

  • Reduced grip
  • Faster corrosion
  • Poor fitment
  • Contamination of mechanical assemblies
  • Slipping hazards

Cleaning Procedure:

  • Wipe tools after each use
  • Remove grease, salt residue, and debris
  • Use approved cleaning solutions
  • Dry tools thoroughly to prevent rust formation

2. Proper Storage Practices

Toolboxes and Cabinets

  • Store tools in clean, dry compartments
  • Keep tools organized to prevent damage
  • Use foam inserts or racks to reduce tool movement

Shadow Boards

  • Used for visual control onboard rigs
  • Quickly identify missing or damaged tools
  • Supports 5S/6S housekeeping standards

Tool Bags and Portable Kits

  • Ensure compartments are dry
  • Inspect for damage after transport
  • Keep zippers and closures functional

3. Rust Prevention in Offshore Environments

Rust is a constant threat offshore.

Causes:

  • Saltwater exposure
  • Humidity
  • Condensation inside containers
  • Sweat and oils from hands
  • Metal-on-metal contact

Prevention Techniques:

  • Apply light oil or corrosion inhibitors
  • Store tools with moisture-absorbing packets
  • Dry tools completely before storage
  • Use rust-resistant coatings or stainless tools when available

4. Inspecting for Early Signs of Corrosion

Watch for:

  • Orange or brown discoloration
  • Pitting on tool surfaces
  • Stiff or rough-moving joints
  • Flaking metal

Early detection prevents severe tool damage.

5. Handling Rusted Tools

Actions to take:

  • Remove loose rust using a wire brush
  • Apply rust remover or inhibitor
  • If structural weakness is suspected → Tag Out Immediately
  • Never use tools compromised by corrosion

6. Benefits of Proper Tool Care

  • Extended tool lifespan
  • Reduced replacement costs
  • Safer tool operation
  • Improved mechanical work quality
  • Compliance with company maintenance standards

Key Takeaways

  • Clean tools after every use
  • Store tools dry, organized, and secure
  • Rust prevention is critical offshore
  • Tag out severely corroded or damaged tools