Personnel and competence

All personnel involved in the steel erection, steel framing system, and safety netting works must possess the necessary qualifications and experience to perform their duties safely and effectively. Competence is to be verified through the following procedures:

1. Certification and Training: All operatives must hold valid certifications relevant to their specific roles, such as CPCS for crane operators and CSCS for steel erectors. Additionally, personnel must have completed training in working at height, manual handling, and the use of personal protective equipment (PPE).

2. Experience Verification: Prior to commencing work, each operative’s experience in similar projects must be assessed. This includes a review of previous work history and references to ensure familiarity with steel erection and safety netting tasks.

3. Site-Specific Induction: All personnel are required to attend a site-specific induction that covers the unique risks associated with steel erection and safety netting on this project. The induction will include a detailed briefing on the method statement and risk assessments.

4. Toolbox Talks: Regular toolbox talks will be conducted to address specific aspects of the work, such as safe lifting techniques for steel members, correct installation of safety netting, and emergency procedures. Attendance is mandatory for all site personnel.

5. Supervision: A competent supervisor with extensive experience in steel erection will oversee all activities. The supervisor is responsible for ensuring that all work is carried out in accordance with the method statement and that any deviations are promptly addressed.

6. Continuous Assessment: Ongoing assessment of personnel competence will be conducted throughout the project. This includes monitoring performance, adherence to safety protocols, and addressing any skills gaps through additional training or mentoring.

By adhering to these procedures, the project ensures that all personnel are competent to undertake their roles safely and effectively, thereby minimising risks associated with steel erection, steel framing systems, and safety netting works.

Site inductions and training

All personnel involved in the steel erection, steel framing system, and safety netting works must undergo a comprehensive site induction prior to commencing any activities. This induction will be conducted by the Site Manager or a designated competent person and will cover the following key aspects:

• Specific Hazards: Detailed briefing on the specific hazards associated with steel erection, including working at height, handling heavy materials, and the use of lifting equipment. Emphasis will be placed on the risks of falling objects and the importance of maintaining clear communication during lifting operations.

• Safety Netting Protocols: Instruction on the correct installation and removal procedures for safety netting, ensuring all operatives understand the critical role of netting in fall prevention and the necessity of regular inspections.

• Equipment Handling: Training on the safe use of tools and equipment specific to steel framing systems, including power tools and manual handling techniques to prevent musculoskeletal injuries.

• Emergency Procedures: Clear guidance on emergency procedures tailored to steel erection activities, including the location of first aid facilities, emergency exits, and the role of safety netting in emergency scenarios.

• Competency Verification: Verification of qualifications and competency for all operatives involved in steel erection tasks. This includes checking certifications for working at height and operating lifting equipment.

• Ongoing Training: Commitment to ongoing training sessions to address any changes in procedures or introduction of new equipment. Regular toolbox talks will be conducted to reinforce safety practises and address any site-specific concerns.

All attendees must sign an induction register to confirm their understanding and agreement to adhere to all safety protocols outlined during the induction.

Access and egress arrangements

All personnel involved in the steel erection, steel framing system, and safety netting works shall utilise designated access routes to ensure safe and efficient movement on site. Access points will be clearly marked and maintained free from obstructions at all times.

Scaffold towers and mobile elevated work platforms (MEWPs) will be employed to facilitate safe access to elevated work areas. These platforms must be inspected daily before use, and only trained and authorised personnel are permitted to operate them.

Ladders may be used for short-duration tasks but must be secured at the top and bottom to prevent movement. The use of ladders is restricted to tasks where other means of access are impractical.

Egress routes will be clearly identified and kept unobstructed to allow for rapid evacuation in case of an emergency. All workers must familiarise themselves with these routes during site induction.

Safety netting installation will require specific access arrangements, including the use of harnesses and fall arrest systems when working at height. These systems must be inspected prior to use, and workers must be trained in their correct application.

Regular safety briefings will reinforce the importance of adhering to these access and egress procedures, ensuring that all personnel remain aware of the safest routes and practises while on site.

Welfare

The welfare facilities for the steel erection, steel framing system, and safety netting works shall be established in accordance with the Construction (Design and Management) Regulations 2015. Adequate welfare provisions will be maintained throughout the duration of the project to ensure the health and well-being of all personnel involved in these specific tasks.

Sanitary conveniences will be provided on-site, ensuring they are easily accessible from the work area. These facilities will be regularly cleaned and maintained to a high standard, with sufficient supplies of soap, water, and drying materials available at all times.

Rest areas will be designated for workers to take breaks, ensuring they are shielded from adverse weather conditions. These areas will be equipped with seating and tables, allowing workers to consume food and beverages in a comfortable environment. Drinking water will be readily available, with clearly marked stations to prevent contamination.

Given the nature of steel erection and framing activities, changing facilities will be provided for workers to don and doff personal protective equipment (PPE) as required. These facilities will include secure storage for personal belongings and work clothing.

First aid provisions will be strategically located near the work zones, with trained first aid personnel available during all operational hours. The first aid kits will be regularly inspected and replenished as necessary.

Regular welfare inspections will be conducted to ensure compliance with health and safety standards, addressing any issues promptly to maintain a safe and supportive working environment for all personnel engaged in steel erection, steel framing system, and safety netting works.

Special permits

All personnel involved in the steel erection, steel framing system, and safety netting works must adhere to the following project-specific procedures regarding special permits:

Permit to Work System: A comprehensive Permit to Work (PTW) system shall be implemented for all activities involving steel erection and safety netting. This system ensures that all necessary precautions are in place before work commences. The PTW must be obtained from the site manager or designated safety officer prior to the initiation of any task.

Hot Work Permits: For any activities involving cutting, welding, or grinding of steel components, a Hot Work Permit is mandatory. This permit ensures that fire prevention measures are strictly adhered to, including the presence of fire extinguishers and fire watch personnel.

Working at Height Permits: Given the nature of steel erection and safety netting installation, a Working at Height Permit is required. This permit confirms that all fall protection systems, such as harnesses and safety nets, are correctly installed and inspected. It also verifies that personnel are trained and competent in working at height.

Lifting Operations Permits: Any lifting operations involving cranes or other lifting equipment for steel members must be covered by a Lifting Operations Permit. This permit ensures that lifting plans are in place, equipment is certified, and operators are qualified.

Confined Space Permits: If any part of the steel erection or framing system work involves confined spaces, a Confined Space Permit is necessary. This permit ensures that appropriate atmospheric testing is conducted and that rescue procedures are established.

All permits must be reviewed and signed by the responsible parties before work begins. Compliance with these procedures is critical to maintaining a safe working environment and ensuring the successful completion of the project.

Tools and equipment

All tools and equipment utilised in the steel erection, steel framing system, and safety netting works must be inspected prior to use to ensure they are in good working condition and fit for purpose. This includes, but is not limited to, cranes, hoists, MEWPs (Mobile Elevating Work Platforms), and hand tools.

Cranes and Hoists: Only certified operators shall operate cranes and hoists. Load capacities must be strictly adhered to, and all lifting equipment must be subject to regular maintenance checks as per the manufacturer’s guidelines. Daily pre-use inspections are mandatory, with records maintained on-site.

MEWPs: Operators must hold valid IPAF (International Powered Access Federation) certification. MEWPs should be positioned on stable ground, and outriggers must be fully extended and locked. Harnesses must be worn at all times when operating MEWPs.

Hand Tools: All hand tools must be checked for damage before use. Tools such as wrenches, hammers, and spanners should be non-sparking where necessary and stored securely when not in use. Regular maintenance is required to ensure their safe operation.

Safety Netting Equipment: Installation and removal of safety netting require specific tools such as net tensioners and fixings. These tools must be inspected for wear and tear before each use. Only trained personnel should handle the installation and removal of safety netting.

All personnel must be trained in the correct use of tools and equipment relevant to their tasks. Toolbox talks will be conducted regularly to reinforce safe practises and address any concerns related to tool and equipment usage.

Services and isolations

Prior to the commencement of steel erection, steel framing system, and safety netting works, it is imperative to ensure that all existing services within the vicinity of the work area are identified, assessed, and appropriately isolated. This includes electrical, gas, water, and any other utility services that may pose a risk during the construction activities.

A comprehensive services survey must be conducted to ascertain the location and status of all services. This survey should be cross-referenced with existing site plans and utility drawings to confirm accuracy. Any discrepancies must be resolved before proceeding.

Isolation procedures must be implemented for all identified services that could interfere with or be affected by the steel erection activities. This involves:

• Electrical Services: Ensure all electrical circuits in proximity to the work area are de-energised and locked out. Use lockout/tagout systems to prevent accidental re-energisation. Verify isolation with appropriate testing equipment before commencing work.

• Gas Services: If gas lines are present, they must be shut off and purged if necessary. Confirm isolation with the utility provider and ensure that all relevant permits are obtained.

• Water Services: Isolate water lines that may be impacted by the erection process. Ensure that any necessary drainage is completed prior to isolation to prevent accidental flooding.

All isolations must be documented, and a permit-to-work system should be employed to manage and control these activities. Only authorised personnel should carry out isolations, and they must be trained in the specific procedures relevant to the services involved.

Throughout the duration of the project, regular inspections and monitoring of isolated services should be conducted to ensure continued safety and compliance. Any changes in site conditions or project scope that may affect service isolations must be promptly addressed and documented.

Finally, ensure that all personnel involved in the steel erection, framing, and netting works are fully briefed on the isolation procedures and understand the importance of maintaining these controls throughout the project.

Hazardous substances

All personnel involved in the steel erection, steel framing system, and safety netting works must adhere to stringent procedures when handling hazardous substances. Prior to commencement, a comprehensive inventory of all hazardous substances anticipated on-site shall be compiled, including welding gases, solvents, and any coatings or treatments applied to steel components.

Material Safety Data Sheets (MSDS) for each substance must be reviewed and made readily accessible to all operatives. These documents will provide critical information on handling, storage, and emergency measures. Training sessions will be conducted to ensure all personnel are familiar with the specific risks associated with each substance and the appropriate control measures.

Storage of hazardous substances must be in designated areas, clearly marked and equipped with appropriate containment measures to prevent spills or leaks. Flammable materials should be stored away from ignition sources, and adequate ventilation must be ensured in storage areas.

During welding operations, appropriate extraction systems must be employed to manage fumes effectively. Operatives must wear suitable respiratory protective equipment (RPE) as specified in the risk assessment. Solvent use, particularly for cleaning or coating applications, should be conducted in well-ventilated areas, with operatives wearing gloves and eye protection.

Spill kits must be available on-site, and all personnel should be trained in their use. In the event of a spill, immediate action should be taken to contain and clean up the substance, following the procedures outlined in the MSDS.

Regular inspections and audits will be conducted to ensure compliance with these procedures, and any deviations will be addressed promptly to maintain a safe working environment.

Deliveries and materials handling

All deliveries of steel components, framing systems, and safety netting materials shall be scheduled to minimise disruption and ensure efficient workflow. Delivery vehicles must adhere to designated routes and access points to prevent congestion and maintain site safety.

Upon arrival, materials will be inspected for damage and conformity to specifications. Any discrepancies or damages must be reported immediately to the site manager and supplier for resolution.

Materials must be offloaded using appropriate lifting equipment, such as cranes or forklifts, operated by trained personnel. The use of slings, chains, and other lifting accessories must comply with the relevant lifting plans and be inspected prior to use.

Steel components and framing systems shall be stored on firm, level ground, with adequate support to prevent sagging or deformation. They must be stacked in a manner that allows for safe access and retrieval, ensuring stability at all times.

Safety netting materials should be stored in a dry, secure area to prevent deterioration. Netting must be protected from sharp edges and potential contaminants that could compromise its integrity.

All handling operations must be conducted with due regard to manual handling regulations, ensuring that personnel are not exposed to undue risk. Mechanical aids should be utilised wherever possible to reduce manual handling requirements.

Regular checks will be conducted to ensure that storage conditions remain optimal and that materials are not exposed to adverse weather conditions or other hazards that could affect their quality or safety.

PPE

All personnel involved in the steel erection, steel framing system, and safety netting works must adhere to the following Personal Protective Equipment (PPE) requirements:

Head Protection: All workers must wear a hard hat at all times to protect against potential head injuries from falling objects or structural components during erection activities.

Eye Protection: Safety goggles or face shields must be worn when performing tasks that pose a risk of flying debris, such as cutting or grinding metal components.

Hand Protection: Workers are required to wear heavy-duty gloves to safeguard against cuts, abrasions, and punctures when handling steel members and tools.

Foot Protection: Steel-toed boots with slip-resistant soles are mandatory to prevent foot injuries from heavy materials and to ensure stability on potentially slippery surfaces.

Fall Protection: When working at height, operatives must utilise appropriate fall arrest systems, including harnesses and lanyards, which must be inspected prior to use. Safety netting must be installed as per the design plan to provide collective fall protection.

Hearing Protection: Ear defenders or earplugs should be used in areas where noise levels exceed 85 dB, particularly during the operation of power tools and machinery.

High-Visibility Clothing: High-visibility vests or jackets must be worn to ensure workers are easily seen by equipment operators and other site personnel, especially in low-light conditions.

Respiratory Protection: Where there is a risk of inhaling dust or fumes, such as during welding or cutting operations, appropriate respiratory protection must be worn.

All PPE must be regularly inspected for damage and replaced as necessary. Compliance with these PPE requirements will be monitored by the site supervisor to ensure the safety of all personnel involved in the project.

Emergency procedures

In the event of an emergency during the steel erection, steel framing system, and safety netting works, the following procedures shall be strictly adhered to:

1. Immediate Response: Upon identification of an emergency, such as a structural collapse or fall from height, all personnel must cease operations immediately and alert the site supervisor. The site supervisor is responsible for initiating the emergency protocol.

2. Evacuation: Personnel must evacuate the area in an orderly manner using designated escape routes. It is imperative that all workers are familiar with these routes, which should be clearly marked and unobstructed at all times.

3. Communication: The site supervisor shall contact emergency services without delay, providing clear and concise information regarding the nature of the emergency, location, and any injuries sustained. A dedicated communication device must be available on-site at all times.

4. First Aid: Trained first aiders must attend to any injured personnel immediately. First aid kits should be readily accessible, and their locations known to all workers. In cases of severe injury, such as falls from height, movement of the injured person should be minimised until professional medical assistance arrives.

5. Safety Netting: In the event of a fall into safety netting, ensure that the individual is safely retrieved by trained personnel using appropriate retrieval equipment. The integrity of the netting must be inspected post-incident before resuming work.

6. Structural Stability: If there is any indication of structural instability, such as unusual noises or visible movement, all personnel must vacate the vicinity immediately. The area should be cordoned off until a thorough inspection by a qualified engineer confirms it is safe to proceed.

7. Incident Reporting: All incidents must be documented in detail in the site incident log. This includes time, date, nature of the incident, actions taken, and any injuries sustained. A full investigation shall be conducted to determine the cause and implement measures to prevent recurrence.

8. Review and Debrief: Following an emergency, a debriefing session shall be held with all personnel involved to review the incident and discuss improvements to emergency procedures. This ensures continuous improvement in safety practises.

By adhering to these procedures, the safety and well-being of all personnel involved in steel erection, steel framing system, and safety netting works can be effectively managed during emergencies.

Safety of public and occupiers

The safety of the public and occupiers during steel erection, steel framing system, and safety netting works is of paramount importance. The following project-specific procedures shall be implemented:

• Site Perimeter Security: Erect robust barriers and fencing around the site perimeter to prevent unauthorised access. Signage indicating "Construction Area – No Entry" must be prominently displayed.

• Controlled Access Points: Designate specific entry and exit points for personnel and vehicles. These points must be monitored by trained personnel to ensure only authorised individuals gain access.

• Exclusion Zones: Establish exclusion zones beneath and around areas where steel erection and netting installation are taking place. These zones must be clearly marked and enforced to prevent public access.

• Overhead Protection: Install temporary overhead protection, such as debris netting or scaffolding, in areas where the public or occupiers may be present beneath ongoing works.

• Material Handling: Ensure all materials are securely stored and handled to prevent accidental displacement or falling objects. Use appropriate lifting equipment and techniques to minimise risk.

• Communication: Maintain clear communication with nearby occupiers regarding the schedule of works, potential disruptions, and safety measures in place. Provide contact information for site management for any concerns.

• Monitoring and Supervision: Assign a competent person to oversee public safety measures throughout the duration of the works. Regular inspections should be conducted to ensure compliance with safety protocols.

• Emergency Procedures: Develop and communicate emergency procedures specific to the site layout and activities. Ensure all site personnel are trained in these procedures and that emergency contact numbers are readily available.

By adhering to these procedures, the risk to the public and occupiers can be effectively managed, ensuring a safe environment during the execution of steel erection, steel framing system, and safety netting works.

Asbestos

All personnel involved in the steel erection, steel framing system, and safety netting works must be vigilant for any potential asbestos-containing materials (ACMs) during the demolition of existing structures. Prior to commencement, a thorough asbestos survey must be conducted by a competent person to identify any ACMs within the work area.

If ACMs are identified, the following procedures must be adhered to:

• Stop all work immediately in the affected area and inform the site manager.
• Isolate the area to prevent unauthorised access and potential exposure.
• Engage a licenced asbestos removal contractor to safely remove and dispose of the ACMs in accordance with the Control of Asbestos Regulations 2012.
• Ensure that all personnel involved in the removal process are equipped with appropriate personal protective equipment (PPE), including respiratory protective equipment (RPE).
• Conduct air monitoring during and after the removal process to ensure that asbestos fibres are not present in the air.

Upon completion of asbestos removal, obtain a clearance certificate from the licenced contractor before resuming any steel erection, framing, or safety netting activities. All workers must be briefed on the findings of the asbestos survey and informed of any areas where ACMs have been removed.

Maintain records of all asbestos-related activities, including surveys, removal, and disposal documentation, as part of the project health and safety file.

Monitoring

The monitoring of steel erection, steel framing system, and safety netting works shall be conducted with meticulous attention to ensure compliance with health and safety standards.

Daily Inspections: A competent person shall conduct daily inspections of the steel erection activities, focusing on the stability and alignment of erected steel members. Particular attention shall be given to the connections and bolting of columns, rafters, and joists to ensure they meet the specified tolerances.

Safety Netting Checks: The integrity and positioning of safety netting must be verified at the start of each shift. Any damage or displacement identified must be rectified immediately to maintain fall protection standards.

Weather Monitoring: Continuous monitoring of weather conditions is essential. Wind speeds shall be regularly checked, and work shall be suspended if wind conditions exceed safe operational limits for lifting and positioning steel members.

Load Monitoring: The load-bearing capacity of cranes and lifting equipment must be monitored to prevent overloading. This includes ensuring that all lifting operations are conducted within the safe working load limits specified for the equipment.

Communication Systems: Effective communication systems must be in place and monitored to ensure clear and concise instructions are relayed between ground personnel and those operating at height.

Regular Audits: Weekly audits shall be conducted by the site manager to review compliance with the method statement and risk assessments. Any deviations or non-compliance issues must be documented, and corrective actions implemented promptly.

Incident Reporting: All incidents, near misses, or unsafe conditions must be reported immediately. A thorough investigation shall be conducted to identify root causes and implement preventive measures.

By adhering to these specific monitoring procedures, the project aims to uphold the highest standards of safety throughout the steel erection, steel framing system, and safety netting works.

Waste management

All waste generated from the steel erection, steel framing system, and safety netting works shall be managed in accordance with the following procedures:

1. Segregation of Waste: Waste materials shall be segregated at the source into distinct categories, including metal offcuts, packaging materials, and general construction debris. Metal waste, such as steel offcuts and unused framing components, shall be collected separately for recycling.

2. Collection and Storage: Designated waste collection points shall be established on-site. These points must be clearly marked and equipped with appropriate containers for each waste category. Metal waste containers must be robust and secure to prevent spillage or contamination.

3. Recycling and Disposal: All metal waste shall be transported to a licenced recycling facility. Documentation of the recycling process, including transfer notes and receipts, must be maintained for audit purposes. Non-recyclable waste shall be disposed of in accordance with local authority regulations.

4. Minimisation of Waste: Efforts shall be made to minimise waste generation through efficient material usage and accurate cutting practises. Offcuts should be measured and planned to reduce excess.

5. Handling of Hazardous Materials: Any hazardous materials encountered during demolition or erection, such as lead-based coatings on existing structures, must be handled by trained personnel and disposed of following specific hazardous waste protocols.

6. Monitoring and Reporting: Regular inspections shall be conducted to ensure compliance with waste management procedures. Any deviations or incidents must be reported immediately to the site manager for corrective action.

7. Training: All personnel involved in the project shall receive training on waste management procedures, including the importance of segregation, recycling, and proper disposal methods.

By adhering to these procedures, the project aims to minimise environmental impact and ensure compliance with relevant waste management legislation.

Environmental considerations

All personnel involved in the steel erection, steel framing system, and safety netting works shall adhere to the following project-specific environmental procedures:

Minimisation of Noise Pollution:
During the erection and installation processes, noise levels shall be monitored and controlled. The use of silenced equipment is mandatory where feasible, and operations shall be scheduled to minimise disturbance to nearby residents and wildlife, particularly during early morning and late evening hours.

Dust Control Measures:
To mitigate dust emissions during demolition and erection activities, water suppression techniques shall be employed. Regular monitoring of air quality will be conducted to ensure compliance with local environmental standards. Dust barriers shall be erected where necessary to prevent the spread of particulates beyond the immediate work area.

Waste Management Protocols:
All waste materials generated from steel erection and framing activities must be segregated and disposed of in accordance with the site waste management plan. Steel offcuts and other recyclable materials shall be collected separately for recycling. Waste containers must be clearly labelled and regularly emptied to prevent overflow.

Protection of Watercourses:
Measures shall be implemented to prevent contamination of nearby watercourses from construction activities. This includes the use of spill kits to manage any accidental spills of oils or other hazardous substances. All personnel must be trained in spill response procedures.

Material Storage and Handling:
Steel materials and safety netting must be stored in designated areas to prevent environmental contamination. These areas should be equipped with appropriate containment measures to manage any potential runoff or leaching into the soil.

Energy Efficiency Practises:
Wherever possible, energy-efficient practises shall be adopted during the erection process. This includes the use of energy-efficient machinery and tools, as well as ensuring that all equipment is switched off when not in use to conserve energy.

Biodiversity Protection:
Prior to commencement of works, a survey shall be conducted to identify any protected species or habitats within the vicinity of the site. Appropriate measures must be taken to ensure that these are not adversely affected by construction activities.

By adhering to these procedures, the project aims to minimise its environmental impact while ensuring compliance with relevant legislation and standards.

Near neighbours and nuisance

The project team shall ensure that all activities related to steel erection, steel framing system, and safety netting works are conducted with minimal disruption to near neighbours. Communication with neighbouring properties will be maintained throughout the project to inform them of any significant activities that may cause noise or other disturbances.

Noise control measures will be implemented, including the use of silencers on equipment and scheduling noisy operations during less sensitive times of the day. The project team will ensure that all machinery and equipment are well-maintained to prevent excessive noise emissions.

Dust suppression techniques will be employed during demolition and erection activities. Water spraying or dust extraction systems will be utilised to minimise airborne particles, particularly during the cutting or grinding of steel components.

Traffic management plans will be established to control the movement of delivery vehicles and construction traffic, ensuring that access routes are clearly defined and do not obstruct neighbouring properties. Deliveries will be scheduled to avoid peak traffic times and reduce congestion.

The project team will ensure that site lighting is directed away from neighbouring properties to prevent light pollution during early morning or late evening operations.

Regular site inspections will be conducted to monitor compliance with these procedures, and any complaints from neighbours will be addressed promptly and effectively.

Occupational health

All personnel involved in the steel erection, steel framing system, and safety netting works must undergo a comprehensive health assessment prior to commencing work. This assessment will identify any pre-existing conditions that may be exacerbated by the physical demands of the tasks.

Manual Handling: Due to the heavy nature of steel components, manual handling procedures must be strictly adhered to. Mechanical aids such as cranes and hoists should be utilised wherever possible to minimise the risk of musculoskeletal injuries. Personnel must be trained in proper lifting techniques and team lifting should be employed for awkward or heavy loads.

Noise Exposure: The use of power tools and machinery during steel erection can result in significant noise levels. Hearing protection must be worn at all times when operating or working near such equipment. Regular monitoring of noise levels will be conducted to ensure compliance with exposure limits.

Vibration: Tools and equipment that generate vibration, such as impact wrenches, should be used with caution. Personnel must be trained on the risks associated with hand-arm vibration syndrome (HAVS) and adhere to recommended exposure limits. Equipment maintenance schedules must be followed to ensure tools are in optimal condition, reducing unnecessary vibration.

Dust and Fumes: Welding and cutting activities can produce hazardous fumes and dust. Local exhaust ventilation systems should be employed to capture and remove airborne contaminants at the source. Personnel must wear appropriate respiratory protective equipment (RPE) when working in areas where adequate ventilation cannot be achieved.

Weather Conditions: Steel erection activities are often conducted outdoors, exposing workers to varying weather conditions. Adequate measures must be taken to protect against heat stress, cold stress, and wet conditions. This includes providing suitable clothing, hydration stations, and temporary shelters as necessary.

Fatigue Management: The physical demands of steel erection can lead to fatigue, increasing the risk of accidents. Work schedules should allow for adequate rest periods, and personnel should be encouraged to report any signs of fatigue. Shift patterns must be designed to prevent excessive working hours.

Mental Health: The high-risk nature of steel erection can contribute to stress among workers. A supportive environment should be fostered, with access to mental health resources and counselling services if required. Regular toolbox talks should include discussions on mental well-being and stress management techniques.

Amendments and authorisation

All amendments to the method statement for steel erection, steel framing system, and safety netting works must be authorised by the Project Manager or a designated competent person. Any proposed changes should be documented in writing and submitted for review prior to implementation.

Key Procedures:

1. Identification of Need for Amendment:
   Any team member identifying a need for amendment due to unforeseen circumstances, such as changes in site conditions or unexpected hazards, must immediately report this to the Site Supervisor.

2. Documentation of Proposed Changes:
   The Site Supervisor shall document the proposed changes, including a detailed description of the amendment, the reason for the change, and any potential impacts on safety and project timelines.

3. Review and Risk Assessment:
   The proposed amendment must undergo a thorough review, including a risk assessment to evaluate any new hazards introduced by the change. This assessment should be conducted by a qualified Health and Safety Advisor.

4. Authorisation:
   The Project Manager or designated competent person must review the documentation and risk assessment. Only upon their written authorisation can the amendment be implemented. This authorisation must be clearly recorded in the project records.

5. Communication of Changes:
   Once authorised, all relevant personnel, including steel erectors, framers, and safety netting installers, must be informed of the changes. A toolbox talk should be conducted to ensure understanding and compliance with the new procedures.

6. Implementation and Monitoring:
   The amended procedures should be implemented as per the authorised plan. Continuous monitoring is required to ensure compliance and effectiveness of the changes. Any issues arising during implementation should be reported immediately.

7. Record Keeping:
   All documentation related to amendments, including authorisations and communications, must be retained as part of the project records for future reference and audit purposes.

By adhering to these procedures, the project team ensures that all amendments are managed in a controlled manner, maintaining safety and compliance throughout the steel erection, steel framing system, and safety netting works.

Activities

Site Preparation and Setup

• Conduct a thorough site inspection to identify potential hazards and ensure the area is clear of obstructions.
• Verify that all necessary permits and approvals are in place before commencing work.
• Establish a secure perimeter around the work area using appropriate barriers and signage to prevent unauthorised access.
• Ensure all personnel have received site-specific induction and are aware of emergency procedures.
• Confirm that all operatives are equipped with the required personal protective equipment (PPE), including hard hats, high-visibility clothing, safety boots, gloves, and eye protection.
• Designate a safe area for the delivery and storage of materials, ensuring it is level, stable, and free from debris.
• Inspect all tools and equipment for defects or damage prior to use, ensuring they are fit for purpose and have been maintained according to manufacturer guidelines.
• Set up temporary lighting if required to ensure adequate visibility throughout the work area.
• Establish a communication plan, including hand signals or radios, to ensure clear communication among team members during operations.
• Review the method statement and risk assessment with all operatives, ensuring they understand their roles and responsibilities.
• Implement control measures for environmental factors such as weather conditions, ensuring work is halted if conditions become unsafe.
• Confirm that first aid facilities are available on-site and that trained first aid personnel are present.
• Ensure that emergency contact numbers are prominently displayed and accessible to all operatives.
• Conduct a final safety briefing before commencing work to address any last-minute concerns or changes in conditions.

Demolition of Existing Structures

• Conduct a thorough site survey to identify potential hazards and ensure all utilities are disconnected or rerouted.
• Erect appropriate signage and barriers to secure the demolition area and prevent unauthorised access.
• Ensure all operatives are equipped with necessary personal protective equipment (PPE), including hard hats, safety boots, high-visibility clothing, gloves, and eye protection.
• Brief all personnel on the demolition plan, highlighting specific risks and emergency procedures.
• Utilise appropriate machinery and tools for demolition, ensuring they are inspected and maintained in accordance with manufacturer guidelines.
• Begin demolition from the top of the structure, working downwards to maintain structural stability.
• Remove debris systematically, ensuring clear pathways are maintained for safe access and egress.
• Monitor dust levels and implement dust suppression measures, such as water spraying, to minimise airborne particles.
• Regularly inspect the site for any changes in conditions that may affect safety, adjusting the work plan as necessary.
• Ensure all waste materials are segregated and disposed of in accordance with environmental regulations.
• Conduct a final inspection to confirm all demolition work is complete and the site is left in a safe condition for subsequent construction activities.

Delivery and Inspection of Materials

• Conduct a pre-delivery briefing with all operatives to outline the delivery schedule, roles, and responsibilities.
• Ensure all operatives are equipped with appropriate personal protective equipment (PPE), including high-visibility clothing, safety boots, gloves, and hard hats.
• Designate a safe and clear unloading area, ensuring it is free from obstructions and has adequate space for delivery vehicles to manoeuvre.
• Implement traffic management measures, including signage and barriers, to control vehicle and pedestrian movements around the unloading area.
• Inspect delivery vehicles upon arrival for any visible damage or hazards before commencing unloading procedures.
• Use appropriate lifting equipment, such as cranes or forklifts, operated by trained personnel, to unload materials safely.
• Ensure all lifting equipment is inspected and certified for use, with lifting plans in place for heavy or awkward loads.
• Check materials against delivery notes to confirm quantities and specifications match the order requirements.
• Inspect materials for any signs of damage or defects; report any issues immediately to the site supervisor for further action.
• Safely transport materials to designated storage areas, ensuring they are stacked securely and protected from environmental damage.
• Maintain clear access routes around stored materials to prevent trip hazards and ensure ease of movement.
• Complete delivery documentation accurately, noting any discrepancies or issues encountered during the process.
• Conduct a post-delivery debrief with operatives to review the process and address any safety concerns or improvements for future deliveries.

Protection and Storage of Materials

• Conduct a site inspection to identify suitable areas for material storage, ensuring they are flat, stable, and free from potential hazards.
• Designate specific zones for different types of materials to prevent cross-contamination and facilitate easy access.
• Ensure all operatives are equipped with appropriate personal protective equipment (PPE) including gloves, safety boots, and high-visibility clothing.
• Use mechanical handling equipment such as forklifts or cranes for unloading and moving heavy materials to minimise manual handling risks.
• Stack materials in a stable manner, ensuring that heavier items are placed at the bottom and lighter items on top to prevent toppling.
• Cover materials with weatherproof sheeting or tarpaulins to protect them from adverse weather conditions, ensuring adequate ventilation to prevent condensation.
• Secure all coverings with appropriate fastenings to prevent them from being dislodged by wind or other environmental factors.
• Implement a regular inspection schedule to check the condition of stored materials and coverings, addressing any issues promptly.
• Maintain clear access routes around storage areas to ensure safe movement of personnel and equipment.
• Display clear signage indicating the type of materials stored and any associated hazards or handling instructions.
• Ensure that all operatives are briefed on emergency procedures related to material storage, including spill response and fire safety measures.
• Keep a record of all materials stored on-site, including quantities and locations, to facilitate inventory management and accountability.

Planning and Setup for Steel Structural Works

• Conduct a thorough site survey to identify potential hazards and assess ground conditions.
• Review all relevant drawings and specifications to ensure understanding of the project requirements.
• Develop a detailed lifting plan, including the selection of appropriate lifting equipment and methods.
• Ensure all operatives are briefed on the method statement and risk assessments, highlighting specific safety measures.
• Establish exclusion zones around the work area to prevent unauthorised access.
• Verify that all necessary permits and approvals are in place prior to commencing work.
• Inspect all equipment, including cranes, hoists, and personal protective equipment (PPE), to ensure they are in good working condition.
• Set up temporary lighting and signage as required to maintain visibility and communication.
• Coordinate with other trades on site to avoid conflicts and ensure a clear work schedule.
• Confirm that all operatives have received appropriate training and are competent for their assigned tasks.
• Arrange for regular safety briefings and toolbox talks to address any changes or updates in the work plan.
• Ensure emergency procedures are clearly communicated and understood by all personnel on site.

Erection Procedure – General Principles

• Conduct a pre-start briefing to ensure all operatives understand the task, associated risks, and control measures.
• Verify that all personnel have the necessary training and certifications for steel erection activities.
• Inspect all personal protective equipment (PPE) to ensure it is in good condition and worn correctly.
• Ensure the site is clear of obstructions and hazards, and that access routes are established and maintained.
• Confirm that all lifting equipment and machinery have been inspected and are fit for purpose.
• Establish a safe exclusion zone around the work area to prevent unauthorised access.
• Use tag lines to guide steel members during lifting operations to maintain control and prevent swinging.
• Position steel members using cranes or other lifting equipment, ensuring they are stable before releasing.
• Secure each member with temporary bracing or guy wires until permanent connections are made.
• Align and bolt members together, ensuring all connections are tightened to the specified torque.
• Continuously monitor weather conditions, particularly wind speed, and cease operations if conditions become unsafe.
• Maintain clear communication between all team members using radios or hand signals as appropriate.
• Regularly inspect erected structures for stability and alignment throughout the process.
• Ensure all tools and equipment are stored safely when not in use to prevent trip hazards.
• Conduct a final inspection of the erected structure to confirm compliance with design specifications and safety standards.

Member Assembly and Pre-Installation Checks

• Review the project drawings and specifications to understand the member assembly requirements and ensure all necessary components are available.
• Conduct a pre-start briefing with all operatives to discuss the task, potential hazards, and control measures.
• Inspect all tools and equipment for defects or damage before use, ensuring they are fit for purpose.
• Ensure all operatives are wearing appropriate personal protective equipment (PPE), including hard hats, safety boots, gloves, and high-visibility clothing.
• Verify that the work area is clear of obstructions and that adequate space is available for safe assembly operations.
• Use mechanical lifting aids or cranes to position heavy steel members, ensuring that all lifting operations are conducted by trained personnel.
• Align steel members according to the project specifications, using temporary supports or jigs as necessary to maintain alignment.
• Securely bolt or weld connections as specified in the project drawings, ensuring that all fasteners are tightened to the required torque settings.
• Conduct a visual inspection of assembled members to confirm correct alignment and secure connections.
• Perform a pre-installation check to ensure that all components are correctly assembled and ready for erection, addressing any discrepancies immediately.
• Document the completion of member assembly and pre-installation checks in accordance with site procedures.
• Maintain clear communication with the erection team to coordinate the safe transfer of assembled members to the installation area.

Column Erection

• Conduct a pre-task briefing to ensure all operatives understand the column erection process and associated risks.
• Inspect all personal protective equipment (PPE) and ensure it is worn correctly, including hard hats, safety boots, high-visibility clothing, gloves, and harnesses where necessary.
• Verify that the lifting equipment, such as cranes and slings, has been inspected and certified for use.
• Ensure the area is cordoned off and appropriate signage is in place to prevent unauthorised access.
• Confirm that the foundation or base plate is level and free from debris or obstructions.
• Position the crane or lifting equipment in a stable location, ensuring it is on firm ground and within safe working limits.
• Attach the lifting slings to the column at designated lifting points, ensuring they are secure and balanced.
• Conduct a test lift to check the stability of the column and adjust slings if necessary.
• Slowly lift the column into a vertical position, maintaining clear communication between the crane operator and ground operatives.
• Guide the column into position over the base plate, using tag lines to control movement and prevent swinging.
• Align the column with anchor bolts and lower it gently onto the base plate.
• Secure the column temporarily with guy wires or braces to maintain stability during alignment.
• Check vertical alignment using a spirit level or laser level, making adjustments as required.
• Tighten anchor bolts to secure the column permanently, following specified torque settings.
• Remove temporary supports once the column is fully secured and stable.
• Conduct a final inspection to ensure all connections are tight and the column is plumb.
• Clear the area of any tools or equipment used during erection to maintain site tidiness.
• Record completion of the task in the site logbook and report any issues encountered during erection.

Range Brace Erection

• Conduct a pre-task briefing to ensure all operatives understand the range brace erection process and associated risks.
• Inspect all personal protective equipment (PPE) to ensure it is in good condition and worn correctly, including hard hats, safety boots, gloves, and high-visibility clothing.
• Verify that all lifting equipment and tools have been inspected and are fit for use, including cranes, slings, and shackles.
• Ensure the work area is clear of unnecessary personnel and obstructions, maintaining a safe perimeter around the erection zone.
• Position the crane and lifting equipment according to the lift plan, ensuring stable ground conditions and adequate space for manoeuvring.
• Attach the range brace securely to the lifting equipment using appropriate lifting accessories, ensuring all connections are double-checked by a competent person.
• Signal the crane operator to lift the range brace slowly and steadily, maintaining clear communication throughout the process.
• Guide the range brace into position using tag lines to control movement and prevent swinging or rotation.
• Align the range brace with the designated connection points on the structure, ensuring precise positioning.
• Secure the range brace temporarily using bolts or other approved methods to hold it in place while permanent connections are made.
• Check alignment and plumb of the range brace, making necessary adjustments to ensure structural integrity.
• Tighten all bolts to the specified torque using calibrated tools, following the manufacturer’s guidelines.
• Conduct a final inspection of the installed range brace to confirm it is securely fastened and aligned correctly.
• Remove any temporary supports or lifting equipment once the range brace is fully secured.
• Clear the work area of any debris or tools, ensuring it is left tidy and safe for subsequent tasks.
• Record completion of the task in the project documentation, noting any issues encountered or resolved during the process.

Rafter Erection

• Conduct a pre-task briefing to ensure all operatives understand the rafter erection process and associated risks.
• Inspect all personal protective equipment (PPE) and ensure it is worn, including hard hats, safety boots, gloves, and high-visibility clothing.
• Verify that all lifting equipment and tools are in good working condition and have been inspected as per regulations.
• Ensure the area is clear of non-essential personnel and any obstructions that may impede the lifting process.
• Position the crane or lifting equipment in accordance with the lift plan, ensuring stable ground conditions and adequate space for manoeuvring.
• Attach slings or lifting devices to the rafter, ensuring they are securely fastened and balanced to prevent swinging or rotation during lifting.
• Signal the crane operator to lift the rafter slowly and steadily, maintaining clear communication throughout the process.
• Guide the rafter into position using tag lines, ensuring it is aligned correctly with the connection points on the structure.
• Secure the rafter temporarily with bolts or clamps to prevent movement while final connections are made.
• Check alignment and level of the rafter, making adjustments as necessary to ensure proper fit.
• Tighten all bolts to the specified torque using calibrated tools, following the manufacturer’s guidelines.
• Inspect all connections for security and stability before removing any temporary supports.
• Conduct a final inspection of the erected rafter to ensure compliance with design specifications and safety standards.
• Clear the area of any tools or equipment used during the erection process to maintain a tidy worksite.
• Document the completion of the task and report any issues encountered during erection to the site supervisor.

Joist Installation

• Conduct a pre-task briefing to ensure all operatives understand the task, associated risks, and control measures.
• Inspect all personal protective equipment (PPE) and ensure it is worn correctly, including hard hats, safety boots, gloves, and high-visibility clothing.
• Verify that all lifting equipment and tools are in good working condition and have been inspected as per regulations.
• Ensure the work area is clear of unnecessary personnel and obstructions.
• Position the joist at the designated lifting point using appropriate lifting equipment, such as a crane or hoist.
• Secure the joist with certified lifting slings or chains, ensuring they are attached to designated lifting points on the joist.
• Signal the crane operator to lift the joist slowly and steadily to avoid sudden movements.
• Guide the joist into position using tag lines to maintain control and prevent swinging.
• Align the joist with the pre-marked positions on the supporting beams or columns.
• Secure the joist temporarily with clamps or bolts to hold it in place.
• Check alignment and level of the joist using a spirit level or laser level.
• Permanently fix the joist using appropriate bolts or welds as specified in the design drawings.
• Inspect all connections to ensure they are secure and meet design specifications.
• Remove any temporary supports or clamps once the joist is securely fixed.
• Conduct a final inspection of the installed joist for stability and compliance with safety standards.
• Clear the work area of tools and equipment, ensuring it is left tidy and free from hazards.

Safety Netting Installation

• Conduct a pre-installation briefing to ensure all operatives understand the task, associated risks, and safety measures.
• Inspect all safety netting equipment for defects or damage prior to use; replace any compromised components.
• Ensure all operatives are equipped with appropriate personal protective equipment (PPE), including hard hats, safety boots, gloves, and harnesses.
• Establish a safe working area by cordoning off the installation zone and displaying clear signage to prevent unauthorised access.
• Securely attach anchor points to the structural framework, ensuring they are capable of supporting the load as per manufacturer specifications.
• Use a mobile elevated work platform (MEWP) or scaffolding to access elevated areas safely, ensuring it is stable and correctly positioned.
• Begin installation at one end of the structure, attaching the netting to the anchor points using appropriate connectors or ties.
• Progressively unroll and secure the netting across the span, maintaining tension to prevent sagging and ensuring full coverage of the designated area.
• Regularly check alignment and tension of the netting during installation to ensure it remains taut and correctly positioned.
• Once installation is complete, conduct a thorough inspection of the netting to confirm it is securely fastened and free from any defects or gaps.
• Document the installation process and inspection results, noting any issues or corrective actions taken.
• Provide a post-installation briefing to review the completed work and address any operative concerns or feedback.

Safety Netting Removal

• Conduct a pre-task briefing to ensure all operatives understand the safety procedures and the sequence of removal.
• Inspect the safety netting and its attachments for any damage or wear prior to removal.
• Ensure all operatives are equipped with appropriate personal protective equipment, including hard hats, gloves, and safety harnesses.
• Establish a safe exclusion zone beneath the area where netting removal will occur to prevent unauthorised access.
• Use a mobile elevated work platform (MEWP) or scaffolding to access the netting safely, ensuring it is stable and secure before commencing work.
• Begin removal from the highest point, systematically working downwards to maintain control over the netting.
• Carefully detach the netting from its anchor points, ensuring that each section is securely handled to prevent accidental dropping.
• Lower each section of netting safely to the ground using ropes or mechanical lifting equipment, avoiding manual handling where possible.
• Inspect each section of netting once removed for any damage or defects that may have occurred during use.
• Store removed netting in a designated area, ensuring it is neatly folded and secured to prevent damage or trip hazards.
• Conduct a final inspection of the work area to ensure all equipment and materials have been safely removed and stored.
• Complete all necessary documentation, including removal records and any incident reports if applicable.

Use of Lifting Equipment and Cranes

• Conduct a pre-use inspection of all lifting equipment and cranes to ensure they are in good working condition and have valid certification.
• Verify that all operatives involved in the lifting operation are adequately trained and competent to use the equipment.
• Ensure that a lifting plan is in place, detailing the load weight, lifting points, and any potential hazards.
• Establish a clear communication protocol among the lifting team, including the use of hand signals or radios.
• Set up exclusion zones around the lifting area to prevent unauthorised personnel from entering.
• Position the crane on stable ground, ensuring outriggers are fully extended and secured.
• Attach lifting slings or chains to the load, ensuring they are free from damage and correctly rated for the load weight.
• Conduct a test lift to check the balance and security of the load before proceeding with the full lift.
• Lift the load slowly and steadily, avoiding sudden movements that could destabilise the crane or load.
• Continuously monitor weather conditions, particularly wind speed, and cease operations if conditions become unsafe.
• Guide the load to its destination using tag lines to control its movement and prevent swinging.
• Once the load is in position, lower it carefully and ensure it is securely placed before detaching lifting equipment.
• Conduct a post-operation inspection of all equipment used to identify any damage or maintenance needs.
• Record all lifting operations in the site logbook, noting any incidents or near misses for future reference.

Use of Access Equipment (Scaffolding, MEWPs)

• Conduct a pre-use inspection of all access equipment, ensuring it is in good working condition and free from defects.
• Verify that all operatives are trained and competent in the use of scaffolding and Mobile Elevating Work Platforms (MEWPs).
• Ensure that the ground conditions are stable and suitable for the erection of scaffolding and operation of MEWPs.
• Assemble scaffolding according to the manufacturer’s instructions and ensure it is erected by a competent person.
• Install guardrails, toe boards, and other necessary fall protection measures on scaffolding.
• Position MEWPs on a level surface and engage stabilisers or outriggers as required.
• Conduct a risk assessment to identify potential hazards associated with the use of access equipment in the specific work area.
• Ensure that all operatives wear appropriate personal protective equipment (PPE), including hard hats, safety harnesses, and high-visibility clothing.
• Establish a clear exclusion zone around the access equipment to prevent unauthorised entry.
• Operate MEWPs in accordance with the manufacturer’s guidelines, ensuring that the load does not exceed the specified capacity.
• Maintain clear communication between operatives using hand signals or radios, particularly when visibility is limited.
• Regularly inspect access equipment throughout the duration of its use to ensure continued safety and stability.
• Dismantle scaffolding safely, ensuring that all components are removed in reverse order of assembly.
• Store access equipment securely after use to prevent unauthorised access or damage.
• Report any defects or incidents involving access equipment immediately to the site supervisor for further action.

Welding and Bolting Techniques

• Conduct a pre-task briefing to ensure all operatives understand the welding and bolting procedures, associated risks, and safety measures.
• Inspect all personal protective equipment (PPE) including welding helmets, gloves, flame-resistant clothing, and safety boots to ensure they are in good condition.
• Verify that all welding and bolting equipment is in proper working order and has been inspected according to the manufacturer’s guidelines.
• Ensure the work area is clear of any flammable materials and that fire extinguishers are readily accessible.
• Set up appropriate barriers and signage to restrict access to the work area and protect other site personnel from welding arcs and sparks.
• Confirm that all steel members are correctly aligned and supported before commencing welding or bolting operations.
• For welding, ensure that the correct type of electrode or filler material is selected for the specific steel grade being used.
• Establish a safe and stable working position, using scaffolding or mobile platforms as necessary, ensuring they are properly erected and inspected.
• Begin welding by following the specified welding procedure, maintaining a consistent speed and angle to ensure a strong and uniform weld.
• For bolting, ensure that all bolts, nuts, and washers are of the correct specification and are free from defects.
• Use calibrated torque wrenches to tighten bolts to the specified torque settings, ensuring even distribution of load across the connection.
• Continuously monitor the work area for any signs of hazards such as excessive heat, smoke, or structural instability.
• Upon completion of welding or bolting, inspect all connections for quality and compliance with design specifications.
• Remove any temporary supports or fixtures only after confirming that all connections are secure and stable.
• Clean the work area of any debris, tools, or equipment, ensuring it is left in a safe condition for subsequent tasks.
• Document all completed work, including any deviations from the planned method statement, and report to the site supervisor for review.

Quality Control and Inspection Procedures

• Review all relevant project specifications, drawings, and standards to understand the quality requirements for steel erection, framing, and safety netting works.
• Conduct a pre-inspection meeting with all operatives to discuss the quality control plan and inspection procedures.
• Ensure all operatives are equipped with appropriate personal protective equipment (PPE) and trained in its correct use.
• Verify that all materials delivered to the site meet the specified quality standards and are free from defects or damage.
• Inspect the job site to ensure it is prepared and safe for steel erection activities, including checking for any potential hazards.
• Confirm that all equipment and tools are in good working condition and have been inspected prior to use.
• Monitor the alignment and positioning of steel members during erection to ensure compliance with design specifications.
• Check all connections, bolts, and welds for proper installation and adherence to quality standards.
• Inspect safety netting installation to ensure it is securely fastened and provides adequate coverage for fall protection.
• Document all inspections and any non-conformities identified, including corrective actions taken.
• Conduct a final inspection upon completion of each work package to verify that all quality requirements have been met.
• Maintain clear communication with the project manager and report any issues or deviations from the quality plan immediately.
• Ensure all inspection records are accurately completed and filed for future reference and compliance verification.

Site Housekeeping and Waste Management

• Conduct a site induction to familiarise all operatives with the designated waste disposal areas and housekeeping protocols.
• Ensure all operatives are equipped with appropriate personal protective equipment (PPE), including gloves, safety boots, and high-visibility clothing.
• Segregate waste materials at the source into designated containers for recycling, general waste, and hazardous materials.
• Regularly inspect the work area to identify and remove any potential trip hazards, such as loose materials or tools.
• Use appropriate lifting techniques or mechanical aids when handling heavy waste to prevent manual handling injuries.
• Maintain clear access routes and emergency exits by promptly removing obstructions and debris.
• Store materials and equipment in designated areas to prevent clutter and ensure easy access.
• Clean up spills immediately using suitable absorbent materials and dispose of them in accordance with environmental regulations.
• Conduct daily site clean-ups at the end of each shift to maintain a tidy and organised work environment.
• Ensure all waste containers are securely covered to prevent windblown debris and pest attraction.
• Arrange for regular waste collection by authorised contractors to prevent accumulation on site.
• Review housekeeping and waste management practises regularly to identify areas for improvement and implement corrective actions as necessary.

Final Inspection and Handover Procedures

• Ensure all personnel involved in the inspection are equipped with appropriate personal protective equipment (PPE), including hard hats, high-visibility vests, safety boots, and gloves.
• Conduct a preliminary briefing to outline the scope of the inspection, highlighting any specific areas of concern or focus.
• Verify that all structural elements have been erected according to the design specifications and engineering drawings.
• Inspect all connections, bolts, and welds for compliance with quality standards and ensure they are secure and free from defects.
• Check the alignment and plumb of columns and beams using appropriate measuring tools to confirm they meet the required tolerances.
• Examine the safety netting installation to ensure it is correctly positioned, securely fastened, and free from damage or wear.
• Confirm that all temporary supports and bracing have been removed safely and that the structure is stable without them.
• Review the site for any remaining debris or materials that need to be cleared to ensure a tidy and safe environment.
• Document any discrepancies or issues identified during the inspection and report them to the site manager for rectification.
• Obtain sign-off from relevant parties, including the site manager and client representative, confirming that the structure meets all safety and quality standards.
• Conduct a final debriefing with the inspection team to discuss findings and any corrective actions taken.
• Ensure all documentation related to the inspection and handover is completed accurately and filed appropriately for future reference.

Hazardous Substances

Welding fumes

Welding fumes are an unintended by-product generated during the welding process, which involves the joining of metal components.

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Inhalation : Low (1)

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Who might be harmed: Steel erectors | Welders | Nearby construction workers

Type of harm: Asbestosis / Lung Cancer / Mesothelioma | Asphyxia | Death | Illness | Respiratory damage / Asthma / COPD | Smoke Inhalation

Initial Risk: Catastrophic (5) x Frequent (5) = High (25) Controls

• Ensure adequate ventilation in the work area to disperse fumes effectively.
• Use local exhaust ventilation systems to capture fumes at the source.
• Provide and enforce the use of appropriate respiratory protective equipment for workers.
• Implement a fume extraction system integrated with welding equipment.
• Conduct regular air monitoring to assess fume levels and adjust controls accordingly.

Residual Risk: Minor (1) x Improbable (1) = Low (1)

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Eye Contact : Low (1)

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Who might be harmed: Steel erectors | Welders | Nearby workers

Type of harm: Eye Damage

Initial Risk: Catastrophic (5) x Probable (4) = High (20) Controls

• Ensure all workers wear appropriate welding helmets with suitable eye protection.
• Provide safety goggles or face shields for additional protection during grinding or cutting.
• Implement a designated welding area with protective screens to shield bystanders.
• Conduct regular training on the correct use and maintenance of eye protection equipment.
• Maintain adequate ventilation to reduce the concentration of welding fumes in the air.

Residual Risk: Minor (1) x Improbable (1) = Low (1)

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Skin Contact : Low (1)

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Who might be harmed: Steel erectors | Welders | Labourers assisting with steel works

Type of harm: Burns | Dermatitis

Initial Risk: Severe (4) x Occasional (3) = Medium (12) Controls

• Wear flame-resistant gloves and long-sleeved clothing to prevent skin exposure.
• Use welding screens to shield against spatter and UV radiation.
• Apply barrier creams to exposed skin areas before commencing work.
• Ensure proper ventilation to reduce fume concentration in the work area.
• Conduct regular skin checks for early detection of irritation or dermatitis.

Residual Risk: Minor (1) x Improbable (1) = Low (1)

Solvent-based paints

Solvent-based paints are utilised for the protection and finishing of steel structures, providing a durable and weather-resistant coating.

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Inhalation : Low (1)

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Who might be harmed: Construction workers applying or handling solvent-based paints | Nearby workers on site

Type of harm: Asphyxia | Respiratory damage / Asthma / COPD | Smoke Inhalation

Initial Risk: Major (3) x Probable (4) = Medium (12) Controls

• Ensure adequate ventilation in the work area by using fans or open windows to disperse fumes.
• Provide workers with appropriate respiratory protective equipment, such as masks or respirators, suitable for solvent vapours.
• Implement a work rotation schedule to limit the duration of exposure to solvent fumes.
• Use low-VOC or water-based paints where possible to reduce harmful emissions.
• Conduct air monitoring to assess the concentration of solvent vapours and ensure they remain below occupational exposure limits.

Residual Risk: Minor (1) x Improbable (1) = Low (1)

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Eye Contact : Low (1)

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Who might be harmed: Construction workers handling or applying the paints | Site supervisors overseeing the works

Type of harm: Eye Damage

Initial Risk: Major (3) x Probable (4) = Medium (12) Controls

• Ensure workers wear appropriate safety goggles or face shields to prevent splashes.
• Provide eye wash stations in close proximity to work areas for immediate use.
• Implement proper ventilation systems to reduce airborne solvent concentrations.
• Train workers on safe handling procedures and emergency response for eye exposure.
• Use closed containers and dispensing systems to minimise splashes and spills.

Residual Risk: Minor (1) x Improbable (1) = Low (1)

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Skin Contact : Low (1)

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Who might be harmed: Construction workers handling paints | Maintenance personnel involved in touch-up work | Clean-up crew managing paint spills

Type of harm: Dermatitis

Initial Risk: Major (3) x Frequent (5) = Medium (15) Controls

• Ensure workers wear appropriate personal protective equipment, such as chemical-resistant gloves and long-sleeved clothing, to prevent skin exposure.
• Provide washing facilities with soap and water for immediate decontamination in case of accidental skin contact.
• Implement safe handling procedures, including the use of tools and equipment to minimise direct contact with solvent-based paints.
• Conduct training sessions to educate workers on the risks of skin contact and the importance of using protective measures.
• Use barrier creams as an additional protective measure for exposed skin areas.

Residual Risk: Minor (1) x Improbable (1) = Low (1)

Cutting oils

Cutting oils are utilised to lubricate and cool metal surfaces during cutting or machining processes, thereby reducing friction and heat generation.

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Inhalation : Low (1)

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Who might be harmed: Steel erectors | Welders | Maintenance personnel

Type of harm: Asbestosis / Lung Cancer / Mesothelioma | Asphyxia | Respiratory damage / Asthma / COPD | Smoke Inhalation

Initial Risk: Major (3) x Occasional (3) = Medium (9) Controls

• Ensure adequate ventilation in the work area to disperse fumes.
• Use local exhaust ventilation systems to capture and remove airborne contaminants.
• Provide respiratory protective equipment (RPE) to workers when necessary.
• Implement regular maintenance and inspection of ventilation systems.
• Conduct air monitoring to assess exposure levels and adjust controls accordingly.

Residual Risk: Minor (1) x Improbable (1) = Low (1)

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Eye Contact : Low (1)

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Who might be harmed: Steel erectors | Maintenance personnel

Type of harm: Eye Damage

Initial Risk: Severe (4) x Occasional (3) = Medium (12) Controls

• Ensure workers wear safety goggles or face shields to prevent splashes.
• Provide eye wash stations in close proximity to work areas.
• Train workers on proper handling and application techniques to minimise splashes.
• Implement a clean-up protocol for spills to reduce exposure risk.

Residual Risk: Minor (1) x Improbable (1) = Low (1)

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Skin Contact : Low (1)

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Who might be harmed: Steel erectors | Site labourers | Maintenance personnel

Type of harm: Dermatitis

Initial Risk: Catastrophic (5) x Occasional (3) = Medium (15) Controls

• Wear appropriate protective gloves resistant to cutting oils to prevent skin contact.
• Use long-sleeved clothing to minimise skin exposure to cutting oils.
• Implement proper handwashing facilities with soap and water for workers.
• Provide training on safe handling and potential hazards of cutting oils.
• Ensure prompt cleaning of any spills to reduce skin exposure risk.

Residual Risk: Minor (1) x Improbable (1) = Low (1)

Dust from cutting or grinding steel

Dust from cutting or grinding steel is generated during the preparation and modification of steel components to achieve precise dimensions and fitment within the structural framework.

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Inhalation : Low (1)

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Who might be harmed: Construction workers directly involved in cutting or grinding | Nearby site workers

Type of harm: Asbestosis / Lung Cancer / Mesothelioma | Respiratory damage / Asthma / COPD

Initial Risk: Major (3) x Occasional (3) = Medium (9) Controls

• Use local exhaust ventilation systems to capture dust at the source.
• Provide workers with appropriate respiratory protective equipment, such as FFP3 masks.
• Implement wet cutting techniques to minimise airborne dust generation.
• Ensure regular maintenance and inspection of dust extraction equipment.
• Conduct air monitoring to assess dust levels and effectiveness of controls.
• Limit the duration of exposure by rotating tasks among workers.
• Establish designated cutting areas away from other work activities.

Residual Risk: Minor (1) x Improbable (1) = Low (1)

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Eye Contact : Low (1)

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Who might be harmed: Construction workers | Site supervisors | Nearby tradespeople

Type of harm: Eye Damage

Initial Risk: Catastrophic (5) x Frequent (5) = High (25) Controls

• Workers must wear safety goggles or face shields to prevent dust particles from entering the eyes.
• Ensure that grinding equipment is fitted with appropriate dust extraction systems to minimise airborne particles.
• Position portable fans or ventilation systems to direct dust away from workers’ faces.
• Conduct regular maintenance and inspection of protective eyewear to ensure effectiveness.
• Provide training on proper use and adjustment of eye protection equipment.

Residual Risk: Minor (1) x Improbable (1) = Low (1)

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Skin Contact : Low (1)

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Who might be harmed: Steel erectors | Site labourers

Type of harm: Dermatitis | Cuts and Abrasions

Initial Risk: Major (3) x Probable (4) = Medium (12) Controls

• Workers should wear long-sleeved clothing to minimise skin exposure.
• Provide and ensure the use of appropriate gloves resistant to abrasion.
• Implement regular cleaning schedules to remove dust from skin surfaces.
• Ensure washing facilities are available for workers to clean exposed skin.

Residual Risk: Minor (1) x Improbable (1) = Low (1)

Induction Record

Company name:		Project title:
Location:		Contract No:

Subject:	Method Statement : Steel Erection, Steel Framing System & Safety Netting Works	Tutor:
Date:		Signature:

This document has been provided as a template. By completing the section above, you take full responsibility for the use of this document.

Name	Comments	Signature	Date