Procurement Safety: Deliveries, Material Handling, and Hazard Control

Why Procurement Safety Matters on Delivery Day

Material deliveries are among the most hazardous moments on any construction project. Forklifts, flatbed trucks, crane lifts, and workers on foot all share the same compressed space at the same time. Procurement professionals are not just checking quantities and paperwork—they are also the first line of defense against injuries, property damage, and regulatory violations. OSHA's construction standards and general industry standards both address material handling, and understanding their categories is essential for any construction manager or estimator working in the field.

Personal Protective Equipment: Your Minimum Baseline

Before you step into any active delivery or staging area, you must be wearing the correct PPE. For a standard site delivery inspection, that baseline includes:

• Hard hat – protects against falling objects and overhead hazards from crane or forklift loads
• High-visibility (hi-vis) vest – makes you visible to forklift and truck operators
• Steel-toed boots – protect feet from dropped materials and rolling loads
• Gloves – protect hands when handling materials, sharp edges, or banding

Additional PPE such as safety glasses or a dust mask may be required depending on the material being received. Always check the Safety Data Sheet (SDS) for any chemical or hazardous material included in the delivery.

Common Material-Handling Hazards During Deliveries

Knowing what to look for is a core skill. Train yourself to scan systematically:

Struck-by hazards from powered industrial trucks (forklifts): Forklifts can travel faster than people expect and have limited sightlines when carrying a load. Pedestrians must never walk behind an operating forklift or stand beneath a raised load. OSHA's powered industrial truck requirements fall under both its general industry and construction standards.

Improper stacking: Materials stacked too high, without adequate dunnage (spacers), or on uneven ground can topple and cause crush injuries. Steel, lumber, pipe, and masonry products all have specific stacking guidance from manufacturers and from OSHA materials-handling standards.

Blocked emergency egress: Delivery vehicles and pallets frequently block exit doors, fire lanes, and emergency access routes. This is an immediate life-safety violation and must be corrected before work continues.

Missing or damaged labels on hazardous materials: Any chemical, solvent, adhesive, or coated material must arrive with a legible label and an accompanying SDS under OSHA's Hazard Communication standard (HazCom). If labels are missing or illegible, the material must be quarantined and relabeled before use.

Unsecured loads: Banding, strapping, or blocking that has shifted in transit can release stored energy violently when cut. Workers must stand to the side—never in the line of fire—when cutting banding.

Uneven or slippery surfaces: Wet docks, oil spills from delivery equipment, or damaged pavement create slip-and-fall hazards that must be addressed immediately.

The Hierarchy of Controls

When you identify a hazard, your corrective action must follow the hierarchy of controls, listed from most effective to least effective:

1. Elimination – Remove the hazard entirely (e.g., reschedule a delivery so forklifts and pedestrians are not in the same area at the same time).

2. Substitution – Replace the hazard with something safer (e.g., use a hand truck instead of a forklift for smaller loads in tight areas).

3. Engineering controls – Physically isolate people from the hazard (e.g., install barriers or guardrails to separate forklift travel lanes from pedestrian walkways).

4. Administrative controls – Change procedures or behaviors (e.g., post spotter requirements, establish a one-way traffic pattern, require a safety briefing before unloading begins).

5. PPE – Protect the worker as the last line of defense (e.g., require hi-vis vests and hard hats in all delivery zones).

PPE is always required but is never a substitute for higher-level controls. A corrective action that relies on PPE alone when an engineering or administrative control is feasible is not OSHA-compliant.

Completing a Delivery Acceptance Checklist

For a steel delivery, your checklist must address four areas:

Quantity verification: Count pieces, bundles, or lengths against the purchase order (PO). Shortages or overages must be noted before the driver leaves and before you sign the delivery ticket.

Visible damage inspection: Look for bent members, corrosion, broken welds, crushed packaging, or moisture damage. Damaged material must be rejected or segregated and documented. Never accept damaged structural steel without engineer review.

Material certifications: Structural steel deliveries must be accompanied by mill certifications (also called mill test reports or MTRs). These documents confirm the steel meets the specified grade and mechanical properties. Verify that the heat numbers on the certs match the heat numbers stamped or stenciled on the steel. A delivery without matching certs should be rejected or placed on hold until documentation is provided.

Signing or rejecting the delivery ticket: If the delivery is complete and acceptable, sign the ticket and retain a copy for your project file. If there is a discrepancy or damage, note it in writing on the ticket before signing, or refuse the delivery and document your reason. Verbal-only rejections are not sufficient—everything must be in writing.

Connecting Safety and Procurement

Every corrective action you write and every checklist you complete becomes part of the project record. These documents protect the owner, the contractor, and the workers. They also demonstrate compliance during any OSHA inspection or legal dispute. Procurement professionals who handle deliveries safely and accurately reduce rework costs, prevent project delays, and protect lives.