Prevent sharps injuries through engineered controls, disposal systems, and post-exposure protocol.

Translate biosafety standards into daily controls and verification.

Control chemical lifecycle and emergency readiness.

Design ECPs as living programs with monitoring, training, and review.

Prevent chemical exposures by ensuring hazard information is usable at point of work.

Build a hazard-based PPE program with fit and verification.

Implement a complete respirator program that ensures protection is real, not assumed.

Reduce smoke exposure using work modifications and compliant respirator use when needed.

Prevent cold-stress injuries with layered controls, shelters, and planning.

Prevent heat illness through assessment, water, work-rest cycles, and emergency response readiness.

Reduce hand-arm vibration risk by controlling exposure duration and tool characteristics.

Implement a hearing conservation program based on measurement and control.

Control asbestos disturbance risks and align with BC licensing/certification requirements.

Build task-based silica exposure control plans and verify effectiveness.

Prevent dropped-load events with stable rigging, exclusion zones, and competence verification.

Control catastrophic hazards in excavation and trenching work.

Align forklift training and verification with BC expectations.

Use layered controls to prevent struck-by/run-over incidents.

Prevent contact with moving parts by implementing effective, usable safeguarding.

Prevent unexpected energization by implementing lockout as a system.