Training Requirements: Concrete & Masonry Safety

Concrete and masonry are fundamental to construction.

Workers pour slabs, construct walls, operate equipment, install reinforcement, move materials, cut concrete, finish surfaces, and perform demolition and repair work.

These activities involve a combination of physical, chemical, struck-by, caught-in, fall, and respiratory hazards.

OSHA addresses concrete and masonry construction under 29 CFR Part 1926 Subpart Q. The requirements are intended to protect construction employees from hazards associated with concrete and masonry operations.

Training should therefore be an essential part of any concrete and masonry safety program.

Why Concrete and Masonry Training Matters

Concrete work may look straightforward to someone outside the industry.

Mix the material.

Pour it.

Finish it.

Build the wall.

But every step can involve hazards.

Workers may encounter:

• Wet concrete burns

• Silica dust

• Heavy materials

• Reinforcing steel

• Formwork

• Scaffolds

• Power tools

• Masonry walls

• Concrete pumps

• Lifting equipment

• Falling materials

• Caught-in hazards

Training gives employees the knowledge needed to recognize these risks before beginning work.

Wet Concrete Is a Chemical Hazard

Wet concrete is highly alkaline.

Direct or prolonged contact can result in skin irritation and chemical burns.

Workers should understand the importance of appropriate PPE and hygiene practices when handling wet concrete.

Training should cover:

• Appropriate gloves

• Protective clothing

• Foot protection

• Eye protection

• Washing procedures

• Contaminated clothing

• Immediate response to exposure

Workers should not assume that concrete is harmless simply because it is a familiar construction material.

Silica Exposure

Concrete and masonry work can create respirable crystalline silica exposure.

Cutting, grinding, drilling, and other operations can generate fine airborne particles.

OSHA's construction silica standard requires employers to use specified controls for applicable Table 1 tasks or use alternative exposure-control methods when appropriate.

Workers should understand how to operate dust controls correctly.

Training can include:

• Wet cutting

• Dust collection

• Local exhaust ventilation

• Housekeeping

• Restricted access

• Respiratory protection

• Exposure control plans

Reinforcing Steel Hazards

Rebar can create puncture, impalement, struck-by, and trip hazards.

Workers need to understand how reinforcement is stored, handled, placed, and protected.

Training should emphasize safe material handling and appropriate protection for exposed reinforcement.

Formwork and Shoring

Forms can contain significant stored energy and weight.

Improperly designed, assembled, or supported formwork can fail.

Workers should understand:

• Access restrictions

• Bracing

• Inspection

• Loading limits

• Removal procedures

• Communication between crews

Only trained and authorized personnel should perform tasks requiring specialized knowledge.

Masonry Walls

Masonry walls can become unstable during construction.

OSHA's masonry requirements include limited-access-zone provisions, and masonry walls over eight feet high must be adequately braced against overturning and collapse unless adequately supported by other means.

Workers should understand the purpose of restricted areas and bracing.

These procedures exist because a partially constructed wall may not have the same stability as a completed structure.

Material Handling

Concrete blocks, bags of cement, forms, reinforcement, and other materials can be heavy.

Training should cover:

• Proper lifting

• Mechanical assistance

• Team lifting

• Storage

• Material stacking

• Communication

• Avoiding pinch points

Material handling should be planned rather than improvised.

Equipment Safety

Concrete construction frequently involves equipment such as:

• Saws

• Grinders

• Drills

• Pumps

• Mixers

• Forklifts

• Aerial lifts

• Cranes

• Scaffolds

Workers should receive training appropriate to the equipment they operate.

Must Be Safety provides equipment and machinery training designed around common construction equipment and uses a hands-on approach to help workers understand safe operation.

PPE Training

PPE is an important part of concrete and masonry safety.

Depending on the task, PPE may include:

• Safety glasses

• Face shields

• Gloves

• Protective footwear

• Hearing protection

• Respiratory protection

• Hard hats

• High-visibility clothing

Workers should understand not only what PPE is required, but why it is required.

Toolbox Talks and Refresher Training

Formal training is only one part of safety education.

Short toolbox talks can reinforce hazards that workers encounter every day.

Topics can include:

• Silica controls

• Wet concrete

• Rebar

• Formwork

• Equipment

• Housekeeping

• PPE

• Heat exposure

• Material handling

Refresher training can also be useful when work conditions change or when inspections identify recurring problems.

Documentation

Employers should maintain appropriate records of required training.

Records may identify:

• Employee name

• Training topic

• Date

• Instructor

• Evaluation or verification where applicable

Good documentation helps organizations demonstrate that training has occurred and identify employees who need additional instruction.

Training Should Match the Work

A worker performing concrete finishing does not necessarily face exactly the same hazards as a worker operating a concrete pump or constructing a masonry wall.

Training should reflect actual job duties.

The more closely training matches the work, the easier it is for employees to apply what they learned.

How Must Be Safety Can Help

Must Be Safety provides construction safety training, OSHA 10 and 30 Hour Construction training, equipment training, fall protection training, safety program development, inspections, risk assessments, and other consulting services.

Its safety professionals bring practical experience from construction, manufacturing, electrical work, concrete operations, and industrial environments.

Concrete and masonry safety starts with recognizing the hazards before work begins. Through practical training, jobsite inspections, and safety consulting, Must Be Safety can help your workforce understand the risks associated with concrete and masonry work and build safer habits that carry from training room to jobsite.