Trainings

EHS, Environment and Sustainability Training Services

Behaviour based safety

Key Points about Behavior-Based Safety

Focus on Behavior:
BBS targets employee actions and decisions that contribute to workplace accidents, aiming to change unsafe behaviors rather than just addressing physical safety conditions.
Observation and Feedback:
Regular observations of employees’ work practices are conducted to identify safe and unsafe behaviors. Feedback is provided to reinforce positive actions and correct risky behaviors.
Employee Engagement:
BBS actively involves employees in hazard identification and safety improvement initiatives, fostering a culture of shared responsibility and encouraging proactive safety measures.
Positive Reinforcement:
The approach uses positive reinforcement to encourage safe behaviors rather than punitive actions for unsafe practices. This can include recognition programs, rewards, and positive feedback.

Benefits of Behavior-Based Safety

Reduction in workplace accidents by addressing risky behaviors.
Improved safety culture through active employee involvement.
Enhanced communication and feedback between employees and management.
Increased compliance with safety procedures through positive motivation.

Safety Induction

Behaviour based safety

Safety Induction is a training program designed to introduce new employees to the workplace’s potential hazards, safety procedures, and their safety responsibilities before they begin their job duties. It ensures that employees understand safety protocols and can operate safely within their work environment from day one.

Key Points about Safety Induction

Purpose:
To educate new employees about workplace hazards, safety rules, emergency procedures, and risk prevention strategies to minimize accidents and ensure a safe working environment.
Timing:
Conducted before an employee starts their first day on the job or before they enter hazardous areas for the first time.
Content:
1. Workplace Safety Rules: Overview of general safety regulations and site-specific rules.
2. Emergency Procedures: Instructions on what to do in case of fire, medical emergencies, and other crisis situations.
3. Safety Equipment Usage: Guidance on the correct use of Personal Protective Equipment (PPE) and other safety tools.
4. Hazard Identification and Reporting: Educating employees on how to identify hazards and report them promptly.
5. Accident Reporting and Investigation: Procedures for reporting workplace accidents or near-misses and the investigation process.

Benefits of Safety Induction

Reduces workplace accidents by ensuring employees are aware of potential hazards.
Builds a safety-conscious culture from the start.
Ensures compliance with safety regulations and standards.
Boosts employee confidence and reduces anxiety by familiarizing them with their new work environment.

Emergency Preparedness

Behaviour based safety

Emergency Preparedness

Emergency Preparedness refers to the proactive planning, organizing, and implementation of measures to effectively respond to and recover from potential emergencies or disasters. It involves identifying hazards, assessing risks, developing response plans, training personnel, and acquiring necessary resources to minimize damage and safeguard lives. The goal is to be ready to handle a crisis before it happens.

Key Aspects of Emergency Preparedness:

Proactive Approach: Actions taken before an emergency occurs, unlike emergency response, which happens during the event.
Risk Assessment: Identifying potential hazards and vulnerabilities to prioritize preparedness efforts.
Planning and Training: Developing comprehensive emergency plans and training individuals on different emergency scenarios.
Resource Allocation: Ensuring necessary supplies, equipment, and personnel are available for an effective response.
Community Involvement: Engaging communities to ensure awareness of roles and responsibilities in an emergency.

Examples of Emergency Preparedness Actions:

Assembling an emergency kit with essential supplies.
Creating evacuation plans for homes and workplaces.
Conducting drills and exercises to practice emergency response procedures.
Posting emergency contact information in accessible locations.
Staying informed about potential hazards in your area.

Lockout Tagout (ICHE)

Emergency Preparedness

Lockout & Tagout (LOTO) is a safety procedure that prevents accidental exposure to hazardous energy during maintenance, repair, or servicing of equipment.

How LOTO Works:

A lockout device (e.g., padlock) secures the energy source.
A tagout device (e.g., warning tag) informs employees not to operate the equipment.
The equipment is shut down and isolated from energy sources.
Stored energy is checked and released.
Isolation is verified through a test run.

When is LOTO Required?

When equipment could unexpectedly start up or release stored energy.
When workers could be injured during cleaning, repairing, or servicing.

Examples of Energy Isolation Devices:

Valves
Breakers
Switches
Blank flanges for piping systems

LOTO Procedure Steps:

Notify affected employees.
Identify hazards and procedures.
Shut down the equipment.
Isolate from the energy source.
Apply lockout/tagout devices.
Check for stored energy.
Verify isolation and test.
Restore equipment to operation after completing work.

Machine Safety

Lockout Tagout (ICHE)

Electrical Safety

Machine safety involves practices and measures designed to protect people from injuries caused by machinery. This includes proper design, safeguards, operating procedures, and training to eliminate hazards in workplaces or other environments. The goal is to ensure the well-being of individuals by assessing, controlling, and mitigating risks associated with machine operation and maintenance.

Key Aspects of Machine Safety:

Objective: Prevent accidents by minimizing hazards such as moving parts, high temperatures, sharp edges, or electrical shock.
Essential Components:
1. Machine Guarding: Physical barriers like enclosures, covers, or shields to prevent access to dangerous parts.
2. Safety Interlocks: Automatic mechanisms that stop the machine if a safety condition is not met (e.g., an open door).
3. Emergency Stop Buttons: Quick-access controls to immediately shut down the machine in case of danger.
4. Operator Training: Educating workers on proper machine operation and safety procedures.

Importance: Machine safety is critical in industrial settings to protect workers and comply with safety regulations.

Electrical Safety

Lockout Tagout (ICHE)

Electrical Safety

Electrical safety consists of procedures and practices to protect people and property from electrical hazards. This includes proper training, equipment maintenance, and adherence to safety protocols.

Electrical Safety Practices:

Lockout/Tagout (LOTO): Ensures equipment is shut down and de-energized before maintenance.
Grounding: Prevents electrical shock and related incidents.
Protective Equipment: Includes insulated gloves and other personal protective equipment (PPE).
Equipment Maintenance: Regular servicing prevents electrical fires and failures.
Arc Flash Studies: Identifies areas where dangerous arc flash events could occur.
Ground Fault Circuit Interrupters (GFCIs): Prevents electrical shocks and fires.

Common Electrical Hazards:

Electric shock and burns
Injuries from arcing
Fires due to faulty equipment
Explosions from unsuitable electrical devices

Electrical Safety Tips:

Avoid contact with power lines.
Keep electrical equipment away from water.
Use caution with power tools.
Maintain good housekeeping to reduce risks.

FOR PEOPLE AND PLANET

Dedicated to support Safe and Cleaner workplace and Biodiversity

EHS, Environment and Sustainability Training Services

Behaviour based safety

Behaviour based safety

Behaviour based safety

Key Points about Behavior-Based Safety

Benefits of Behavior-Based Safety

Safety Induction

Behaviour based safety

Behaviour based safety

Key Points about Safety Induction

Benefits of Safety Induction

Emergency Preparedness

Behaviour based safety

Emergency Preparedness

Key Aspects of Emergency Preparedness:

Examples of Emergency Preparedness Actions:

Lockout Tagout (ICHE)

Lockout Tagout (ICHE)

Emergency Preparedness

How LOTO Works:

When is LOTO Required?

Examples of Energy Isolation Devices:

LOTO Procedure Steps:

Machine Safety

Lockout Tagout (ICHE)

Electrical Safety

Key Aspects of Machine Safety:

Electrical Safety

Lockout Tagout (ICHE)

Electrical Safety

Electrical Safety Practices:

Common Electrical Hazards:

Electrical Safety Tips:

FOR PEOPLE AND PLANET

Dedicated to support Safe and Cleaner workplace and Biodiversity

EHS, Environment and Sustainability Training Services

Behaviour based safety

Behaviour based safety

Behaviour based safety

Key Points about Behavior-Based Safety

Benefits of Behavior-Based Safety

Safety Induction

Behaviour based safety

Behaviour based safety

Key Points about Safety Induction

Benefits of Safety Induction

Emergency Preparedness

Behaviour based safety

Emergency Preparedness

Key Aspects of Emergency Preparedness:

Examples of Emergency Preparedness Actions:

Lockout Tagout (ICHE)

Lockout Tagout (ICHE)

Emergency Preparedness

How LOTO Works:

When is LOTO Required?

Examples of Energy Isolation Devices:

LOTO Procedure Steps:

Machine Safety

Lockout Tagout (ICHE)

Electrical Safety

Key Aspects of Machine Safety:

Electrical Safety

Lockout Tagout (ICHE)

Electrical Safety

Electrical Safety Practices:

Common Electrical Hazards:

Electrical Safety Tips:

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