Lifting, Rigging, and Material Handling Safety

Introduction

In many industries, such as construction, manufacturing, logistics, and oil & gas, the movement of heavy materials is a routine but critical operation. Lifting, rigging, and handling materials are essential for moving, placing, and storing loads in the work environment. When these operations are not carried out properly, they can lead to serious incidents, including dropped loads, equipment damage, and worker injuries.

In this blog, we explore the essential safety practices and procedures for lifting, rigging, and material handling to help prevent workplace accidents and ensure safer industrial environments.

What is Lifting, Rigging and Material handling operation:

Lifting involves raising or moving heavy loads using equipment like cranes, hoists, or forklifts—especially when manual handling isn’t possible.
Rigging is all about selecting and using the right tools—such as slings, shackles, and hooks—to securely support and control the load during lifting.
Material Handling refers to the safe movement, storage, and placement of materials within the workplace.

Together, these operations enable safe and efficient handling of heavy and oversized loads when carried out with proper planning, equipment, and control.

Importance of Lifting, Rigging and Material Handling Safety:

With increasing load complexity and operational demands, lifting, rigging, and material handling require careful planning and a structured approach to ensure safe operations. Without proper management, the risk of incidents increases significantly.

Several international standards highlight this need,

ISO 45001 (International Organization for Standardization) focuses on risk identification and safe systems of work
OSHA (Occupational Safety and Health Administration) emphasizes equipment inspection, load limits, and competent operation
LEEA (Lifting Equipment Engineers Association) promotes correct equipment use and load stability

Many industry data indicate that lifting incidents are often caused by gaps in planning, equipment control, or coordination. For instance, the Census of Fatal Occupational Injuries (CFOI) reported 297 crane-related fatalities between 2011 and 2017, highlighting the need for proper management to prevent failures, protect workers, and ensure smooth operations.

Common Hazards in Lifting, Rigging, and Material Handling Operations:

Lifting Ringing and Material Handling Hazards

The most common hazard across lifting, rigging, and material handling operations is the use of equipment and handling of loads by untrained personnel. Competent personnel with proper training play a key role in applying safe practices and maintaining control throughout lifting operations.

Step-by-Step Lifting and Rigging Safety Procedure for Safer Material Handling Operations

Before Lifting (At Planning Stage)

Carry out a Risk Assessment (RA) and a Job Safety Analysis (JSA) to identify potential hazards and suitable control measures.
Ensure an approved Permit to Work (PTW) is in place, especially for critical or high-risk lifting activities.
Check that all personnel involved—operators, riggers, and signallers—are properly trained, competent, and certified.
Always review equipment certificates, inspection records, and ID tags to make sure everything is valid and traceable.
Double-check the load details—its weight, size, and center of gravity—to ensure its stable and balanced.
Choose the right crane, slings, and lifting gear based on the load and site conditions.
Confirm the Safe Working Load (SWL) or Working Load Limit (WLL), including the weight of all rigging equipment.
Choose correct sling type and tonnage capacity as per lifting method and load.
Inspect all lifting equipment for any signs of wear, damage, or defects before use.
Plan proper rigging techniques and sling angles to avoid overloading.
Review the crane load chart, including boom length, working radius, and lifting capacity.
Make sure the ground is stable and level and use outrigger mats where required.
Identify hazards (overhead power lines, nearby structures, restricted zones).
Define weather limits (wind speed, visibility) and stop criteria.
Prepare a detailed lifting plan and conduct a toolbox talk.

While Rigging (Load Preparation)

Use the appropriate rigging method (vertical, choke, or basket hitch) based on the load type.
Attach slings only to approved lifting points such as pad eyes or lifting lugs.
Ensure the load is evenly distributed and properly aligned with its Center of Gravity (CoG).
Keep sling angles within safe limits to avoid excessive tension.
Secure all connections using approved shackles and hooks with safety latches.
Do not use slings that are twisted, knotted, or damaged.
Protect slings from sharp edges by using padding or edge protectors.
Make sure all rigging components are correctly positioned and securely locked before lifting.

While Lifting (At Execution Stage)

Perform test lift to check load balance, stability, and proper brake function.
Use a single designated signalman to ensure clear and consistent communication (hand signals or radio).
Lift the load smoothly, avoiding jerks, shock loading, or side pulling.
Use tag lines to control the load and prevent swinging or rotation.
Maintain a strict exclusion zone—never allow anyone under a suspended load.
Stay alert to line-of-fire hazards and pinch points throughout the lifting operation.
Continuously monitor crane parameters (radius, load, boom angle).
Keep a safe distance from overhead power lines and nearby structures.
Stop lifting immediately if unsafe conditions arise, such as strong winds, instability, or poor visibility.

During Material Handling (Movement & Placement)

Use appropriate material handling equipment (crane, forklift, trolley).
Ensure a clear and obstruction-free path for load movement.
Maintain load stability and control throughout transportation.
Follow proper manual handling techniques where required.
Avoid sudden movements, impacts, or uneven travel surfaces.
Ensure clear coordination between operator and ground personnel.

After Lifting (At Completion Stage)

Place the load on a stable, level surface and make sure it is fully supported.
Remove rigging only after confirming the load is fully secure.
Stack materials safely with proper alignment and height limits.
Inspect all lifting gear and remove any defective equipment from service.
Store equipment properly and maintain good housekeeping standards.
Report defects, incidents, and near misses for corrective action.

Conclusion: Equipping Your Employee through Safety Training

Lifting, rigging, and material handling operations demand careful planning, the right equipment, and skilled personnel to ensure both safety and efficiency. Following well-structured procedures helps maintain control, reduce risks, and support smooth day-to-day operations.

The success of these activities ultimately depends on competent professionals with strong safety awareness. With expert training from Green World Group, individuals can build the knowledge and confidence needed to carry out lifting tasks safely and effectively.

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Lifting, Rigging, and Material Handling Safety

What is Lifting, Rigging and Material handling operation:

Importance of Lifting, Rigging and Material Handling Safety:

Common Hazards in Lifting, Rigging, and Material Handling Operations: