%20RISK%20ASSESSMENT.jpg "SUPERSTRUCTURE – VERTICAL ELEMENTS (CORE WALL) RISK ASSESSMENT") |
| SUPERSTRUCTURE – VERTICAL ELEMENTS (CORE WALL) RISK ASSESSMENT |
This Risk Assessment "SUPERSTRUCTURE – VERTICAL ELEMENTS (CORE WALL) RISK ASSESSMENT" uploaded by HSE Documents addresses the construction of superstructure vertical elements, specifically core wall works, by identifying key activities, associated hazards, potential risks, and effective control measures. It emphasizes safe practices for work at height, form-work, reinforcement, lifting operations, and concrete works. The assessment is aligned with internationally recognized standards including ISO 45001, ILO Codes of Practice, OSHA, ACI, BS, and EN standards, ensuring a systematic approach to protecting workers, equipment, and structural integrity. The following activities has been evaluated for hazards, risks and controls:
Site access, material delivery & mobilization
1. Surveying & setting out core wall
2. Reinforcement fixing (rebar works)
3. Form work erection (core wall)
4. Installation of embeds, inserts & sleeves
5. Scaffolding / jump form / slip form access
6. Working at height on core wall platforms
7. Lifting reinforcement & form work by crane
8. Concrete pouring (core wall)
9. Concrete vibration & compaction
10. Form work striking / dismantling
11. Electrical tools & temporary power
12. Housekeeping around core wall
13. Adverse weather (wind / heat)
14. Emergency evacuation & rescue
2 comments:
This risk assessment outlines a structured approach to managing hazards associated with superstructure vertical elements, particularly core wall construction activities. It identifies risks related to work at height, formwork installation, reinforcement handling, lifting operations, and concrete placement. The document aligns with global safety frameworks such as ISO 45001, ILO Codes of Practice, OSHA, ACI, BS, and EN standards. By applying effective control measures, it supports worker safety, equipment protection, and structural integrity. Such professionally prepared documentation is often supported through University Assignment Help for accurate academic and industry-aligned submissions.
This risk assessment outlines a structured approach to managing hazards associated with superstructure vertical elements, particularly core wall construction activities. It identifies risks related to work at height, formwork installation, reinforcement handling, lifting operations, and concrete placement. The document aligns with global safety frameworks such as ISO 45001, ILO Codes of Practice, OSHA, ACI, BS, and EN standards. By applying effective control measures, it supports worker safety, equipment protection, and structural integrity. Such professionally prepared documentation is often supported through University Assignment Help for accurate academic and industry-aligned submissions.
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