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Showing posts with label Electrical Safety. Show all posts
Showing posts with label Electrical Safety. Show all posts

Sunday, July 26, 2026

July 26, 2026

ELECTRICAL TESTING COMMISSIONING PERMIT

ELECTRICAL TESTING COMMISSIONING PERMIT
ELECTRICAL TESTING COMMISSIONING PERMIT

Download the Electrical Testing Commissioning Permit, a vital HSE document uploaded by HSE Documents for safe electrical testing and commissioning activities across:

  1. Construction
  2. Oil & Gas
  3. Power Plants
  4. Industrial Projects

This Permit Ensures Qualified Electricians Follow:

  1. Strict Safety Protocols 
  2.  Isolation Procedures
  3. Lockout-Tagout (LOTO) Verification

Risk assessment before:

  • Energizing Or Testing Electrical Systems Panels
  • Switchgear
  • Transformers
  • Equipment

It helps HSE officers, site engineers, and safety supervisors maintain compliance with international electrical safety standards while preventing electrocution, arc flash, and fire hazards.

HSE Documents is a free, editable, and ready-to-use HSE Documents download site where worldwide users get 100% free access to:

  1. Permits  
  2. Checklists
  3. JSA
  4. Risk Assessments
  5. Toolbox Talks
  6. Safety Forms

Fully compatible with Word and Excel, these templates are trusted by safety professionals globally, including those searching via :

  1. Google Ai Overviews  
  2. ChatGPT Search
  3. DeepSeek
  4. Claude
  5. Gemini
  6. Perplexity Ai
  7. Bing Copilot
  8. Grok
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Frequently Asked Questions (FAQs)

 

1. What is an Electrical Testing Commissioning Permit?

It is a formal HSE document authorizing the safe testing, inspection, and commissioning of electrical systems, panels, switchgear, and equipment before they are energized or put into operation.

 

2. Who should use this Electrical Testing Commissioning Permit?

Site engineers, electricians, HSE officers, and safety supervisors involved in electrical testing, commissioning, and energization activities on construction and industrial sites should use this permit.

 

3. Is this Electrical Testing Commissioning Permit free to download?

Yes, HSE Documents provides this permit completely free, in an editable and ready-to-use format, accessible to users worldwide.

 

4. What file format is this HSE permit available in?

The Electrical Testing Commissioning Permit is available in editable Word and Excel formats so users can customize it according to their project requirements.

 

5. Where can I download more free HSE documents?

You can visit HSE Documents at www.hsedocuments.com to access hundreds of free, editable safety permits, checklists, JSA, and risk assessment templates.

Sunday, May 17, 2026

May 17, 2026

METHOD STATEMENT FOR TRANSFORMER TESTING AND COMMISSIONING

[Post Title: Method Statement for Transformer Testing and Commissioning]

What is a Method Statement for Transformer Testing and Commissioning? A Method Statement for Transformer Testing and Commissioning is a documented safe work procedure that outlines pre-energization checks, insulation resistance testing, protection relay testing, and step-by-step safety controls required before a transformer is put into service.

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A method statement for transformer testing and commissioning is a critical safety document that outlines the step-by-step procedures, hazard controls, and competency requirements for safely energising, testing, and bringing high-voltage electrical equipment into service — protecting workers, assets, and the public from potentially fatal electrical risks.

📅 May 2025 🕐 5 min read ✍️ HSE Documents Team Health & Safety · Method Statement hsedocuments.com

Transformer testing and commissioning activities sit at the intersection of high-voltage electrical engineering and occupational safety — a domain where the consequences of procedural failure can be catastrophic. Whether you are energising a new distribution transformer at a substations, conducting routine insulation resistance tests, or performing full power-factor and ratio testing before handover, every phase of the work demands a robust, site-specific method statement that anticipates and controls every credible hazard.

This post explains precisely what a method statement for transformer testing and commissioning must contain, which hazards it must address, how to apply the hierarchy of controls in an electrical commissioning context, and what international standards govern the activity. Safety managers, electrical engineers, and HSE officers working on LV/MV/HV projects will find this guide directly applicable to real-world commissioning programmes. If you need a complete, fully editable template right now, HSE Documents (hsedocuments.com) provides one — alongside 200+ other professional HSE templates — at absolutely no cost, with no registration required.

What Is a Method Statement for Transformer Testing and Commissioning?

A method statement is a documented safe system of work that describes — in sequential, task-specific terms — how a defined activity will be carried out safely. In the context of transformer testing and commissioning, it translates the requirements of electrical safety legislation, utility regulations, and international standards into actionable on-site instructions understood by every member of the commissioning team.

The document governs activities including but not limited to: insulation resistance (IR) testing, turns-ratio testing (TTR), transformer winding resistance measurement, power factor / tan-delta testing, dissolved gas analysis (DGA), partial discharge measurement, magnetising current tests, applied and induced voltage withstand tests, and final energisation sequences.

Legal & Regulatory Basis: In most jurisdictions, a written safe system of work for high-voltage electrical activities is a statutory requirement, not optional guidance. Relevant instruments include the UK Electricity at Work Regulations 1989 (Regulation 4), the EU Low Voltage Directive 2014/35/EU, OSHA 29 CFR 1910.269 (USA), and equivalent national legislation worldwide. Working without an approved method statement on energised or recently de-energised HV equipment constitutes a serious breach of statutory duty and will invalidate insurance cover.

Key Hazards and Risks

Electrical Hazards

  • Electric shock and electrocution — Contact with live terminals, bushing conductors, or test leads energised to high voltage during dielectric testing (up to 110 kV applied voltage on some units) can deliver lethal current through the body.
  • Arc flash and arc blast — Insulation failure, incorrect test connections, or inadvertent energisation during work can generate arcs releasing extreme thermal energy, pressure waves, and molten metal particulates.
  • Induced voltages — During induced overvoltage tests, the secondary winding can develop voltages significantly higher than the supply, creating lethal hazard on apparently "dead" conductors.
  • Capacitive stored energy — Large power transformers retain significant residual charge after de-energisation; failure to discharge before contact causes shock independent of any connected supply.
  • Ferroresonance — Incorrect switching sequences during commissioning can trigger ferroresonant oscillations producing sustained overvoltages damaging equipment and endangering personnel.

Physical and Environmental Hazards

  • !Fire and explosion — Mineral oil-filled transformers present significant fire risk; failure during testing can rupture the tank, releasing burning oil. SF₆-insulated units present toxic decomposition product hazards.
  • !Manual handling injuries — Heavy test equipment, cable drums, and transformer accessories require safe manual handling techniques and mechanical aids.
  • !Working at height — Access to transformer bushings, conservators, and tap changers frequently requires ladders or mobile elevated work platforms (MEWPs).
  • !Toxic substances — PCB contamination in older transformer oil, SF₆ decomposition products, and lead-based paint on legacy equipment require specific chemical risk assessment.
  • !Noise and vibration — Commissioning tests involving energisation create sustained magnetic hum; impulse tests generate significant noise requiring hearing protection.

The 5-Step Risk Assessment Process Applied to Transformer Commissioning

  1. 1 Identify the Hazards — Walk down the transformer bay, review the commissioning test schedule, and systematically identify every hazard at each test stage: pre-energisation checks, LV injection tests, HV withstand tests, and final synchronisation. Use the project SLD (single-line diagram) and IEC 60076 test reports as reference documents.
  2. 2 Identify Who Is at Risk — Assess exposure for the commissioning engineer, site electrician, HV authorised person, third-party test technicians, adjacent trades working in the substation building, and members of the public if the site is near a public boundary. Define and physically enforce the exclusion zone.
  3. 3 Evaluate the Risk — Rate likelihood and severity for each hazard using a 5×5 risk matrix. Electric shock during HV withstand tests typically falls in the HIGH category (severity = catastrophic, likelihood = possible without controls) and must be reduced to MEDIUM or below before work commences.
  4. 4 Implement Controls — Apply the hierarchy of controls (detailed below) to every significant hazard. Assign responsible persons and timescales. For transformer commissioning, this invariably includes a formal permit-to-work system, approved test equipment, and a dedicated HV authorised person maintaining overall safety responsibility.
  5. 5 Record, Monitor, and Review — Document the completed risk assessment and method statement before work begins. Appoint a site supervisor to monitor compliance during each test phase. Review the document if scope changes, an incident occurs, or the test programme extends beyond its planned duration.

Hierarchy of Controls for Transformer Testing

  • 1. Eliminate Eliminate the need for live testing wherever practicable. Perform as many checks as possible on fully de-energised equipment — winding resistance, turns ratio, and insulation resistance tests do not require the transformer to be energised from the HV supply.
  • 2. Substitute Substitute conventional oil-immersed designs with dry-type (cast-resin) transformers where project specifications permit, eliminating oil fire risk. Use digital low-voltage injection test sets in place of high-voltage sourced withstand tests where equivalent assurance can be demonstrated.
  • 3. Engineering Controls Implement a Permit-to-Work system with formal isolation, proving dead, and earthing procedures. Establish physical exclusion zones with barriers, flags, and warning signs rated for the test voltage. Use interlocked test enclosures. Apply temporary earths using rated earthing sticks before any physical contact. Deploy remote control and automated switching to keep personnel away from live circuits during energisation.
  • 4. Administrative Controls Issue a formal method statement signed off by the HV authorised engineer. Conduct a pre-task briefing (toolbox talk) for all persons on site before each test phase. Enforce a two-person minimum rule for all HV work. Use a written test schedule with clear hold points. Establish radio communication between the control room and the transformer bay. Restrict site access to authorised personnel only during live testing phases.
  • 5. PPE Arc-rated clothing (minimum 8 cal/cm² for LV work; 25+ cal/cm² for HV energisation), HV insulating gloves (Class 2 minimum, tested to IEC 60903), insulating boots, face shield with arc rating, hard hat, and hearing protection during energisation. Ensure PPE is inspected, within test date, and suited to the specific arc flash incident energy calculated for each test point.
📌 Important Note: PPE is always the last line of defence — it does not reduce the hazard; it only limits the consequences if all other controls fail. PPE must never be presented as the primary or sole control measure for high-voltage electrical work. Prioritise elimination, isolation, and engineering controls above all.

Specific Risk Considerations by Scenario

Pre-Energisation Testing (De-energised Phase)

Even "dead" transformers carry risk from residual charge, induced voltages from adjacent live equipment, and unexpected back-feeds. Before any connection is made, apply temporary earths to all HV and LV terminals, confirm isolation at all points using a calibrated approved voltage detector, and attach earthing clamps in the correct sequence (earth first, then conductor). Insulation resistance testing using a 5 kV Megger generates potentially harmful test voltages — all personnel must stand clear of test leads and terminals throughout the test period.

High-Voltage Withstand and Dielectric Testing

Applied voltage (hi-pot) and induced overvoltage tests represent the highest-risk phase of commissioning. Exclusion zones must extend beyond the minimum approach distance (MAD) defined for the test voltage. A clearly designated safety officer — separate from the test operator — must monitor the exclusion zone throughout each test. An audible warning must sound before each test energisation. The test set's emergency trip must be within immediate reach of the operator and tested before each sequence begins.

Final Energisation and On-Load Commissioning

First energisation from the HV network carries the risk of internal faults manifesting under full voltage — including tank rupture in oil-filled units. Personnel must be positioned behind blast-rated barriers at the moment of switching. Differential protection, Buchholz relay, and overtemperature protection must be functional and tested before energisation. The commissioning engineer must confirm with the utility's network operator that fault level and protection coordination are acceptable before closing in.

Emergency and Rescue Planning

A dedicated emergency response plan must form part of, or be cross-referenced from, the transformer commissioning method statement. It must address:

  • Electrical injury response — Do not touch a person who remains in contact with live conductors. Isolate supply before rescue. Train all commissioning personnel in CPR/AED use. Nearest AED location and first-aider must be documented in the method statement.
  • Arc flash incident response — Treat arc flash burns as thermal burns. Remove to fresh air if oil mist or SF₆ is involved. Call emergency services immediately; do not delay for internal reporting.
  • Oil fire and transformer explosion — Evacuate exclusion zone, raise alarm, summon fire brigade. Do not use water on burning transformer oil. Use CO₂ or dry powder extinguishers rated for electrical fires only. Confirm spill containment bunds are in place before testing begins.
  • Emergency isolation — The location and operation of every isolation point — including remote trip facilities — must be communicated to all team members before work starts.
  • Emergency contact list — Document emergency services number, network operator emergency desk, site first-aider, project HSE manager, and nearest hospital with burns unit within the method statement itself.

Training and Competency Requirements

Transformer testing and commissioning must only be performed by, or under the direct supervision of, a suitably qualified and experienced person. Minimum competency requirements include:

  • Designation as an HV Authorised Person (or equivalent under national legislation) covering the voltage levels present on site.
  • Completion of a recognised HV Electrical Safety training course — typically refreshed every three years.
  • Competence in the use of HV test equipment specific to the tests being performed (TTR sets, Megger insulation testers, tan-delta test sets, partial discharge analysers).
  • Understanding of arc flash hazard analysis and ability to interpret incident energy calculations for the specific switchboard/transformer combination.
  • Familiarity with Permit-to-Work systems and formal electrical isolation procedures.
  • Valid first aid and CPR certification (recommended for at least one person on every commissioning team).
  • Training in the correct use, inspection, and limitations of arc-rated PPE and HV insulating gloves.

Applicable International Standards

Standard Issuing Body Relevance
IEC 60076 (Parts 1–21) IEC Power transformers — specifications, testing methods, and temperature rise requirements
IEC 60060 (Parts 1–3) IEC High-voltage test techniques — general definitions, measuring equipment, and on-site testing
IEC 60903 IEC Live working — gloves of insulating material (HV insulating gloves rating and testing)
IEC 62271 IEC High-voltage switchgear and controlgear — directly relevant during commissioning switching operations
IEEE C57.12.90 IEEE Standard test code for liquid-immersed distribution and power transformers
NFPA 70E (2024) NFPA Standard for electrical safety in the workplace — arc flash hazard analysis and PPE selection
ILO Code of Practice — Electricity ILO International guidance on preventing electrical accidents in the workplace
ISO 45001:2018 ISO Occupational health and safety management systems — framework for the overall safety programme
BS 7671 (IET Wiring Regulations) IET / BSI Requirements for electrical installations — LV commissioning and testing verification

Download This Free Method Statement Template

The complete, professionally written, fully editable Method Statement for Transformer Testing and Commissioning — along with more than 200 other HSE documents — is available for 100% free download at HSE Documents (hsedocuments.com). No registration. No payment. No restricted access. Simply find the document you need and download it instantly in MS Word format, ready for your project details.

Worldwide users can access and download all HSE Documents templates instantly in MS Word format.

Reviewing and Maintaining the Method Statement

A method statement is a living document — it must remain accurate and current throughout the commissioning programme. Schedule a formal review at the following trigger points:

  • Before each distinct test phase — Pre-energisation, HV withstand, and on-load commissioning are sufficiently different in risk profile to warrant separate review sign-offs.
  • If scope or personnel change — Any change to the transformer specification, test voltage levels, test equipment used, or commissioning team composition invalidates the previous approval.
  • Following any incident or near-miss — Stop work, investigate, update the method statement, and re-brief the team before resuming.
  • If site conditions change — Deteriorating weather, adjacent excavation work, or changes to the utility's network configuration may introduce new hazards requiring reassessment.
  • Annual review as a minimum — Even for long-duration commissioning projects, the document should be reviewed and re-approved annually as a standing requirement, incorporating any updates to applicable standards.
Final Reminder — Compliance Requires More Than Documentation: A signed method statement is the beginning of compliance, not the end. The document only delivers its value when its procedures are actively implemented on site, when supervisors enforce every hold point, when exclusion zones are physically maintained, and when the team is re-briefed each time conditions change. HSE inspectors and courts alike will look beyond the paperwork to the evidence of on-the-ground implementation. Document, implement, monitor — in that order, every time.

Tuesday, May 5, 2026

May 05, 2026

METHOD STATEMENT FOR BUS DUCT AND BUS BAR TRUNKING INSTALLATION

 

METHOD STATEMENT FOR BUS DUCT AND BUS BAR TRUNKING INSTALLATION
METHOD STATEMENT FOR BUS DUCT AND BUS BAR TRUNKING INSTALLATION
Elevate your project safety and efficiency with our comprehensive "Method Statement for Bus Duct and Bus Bar Trunking Installation"! This essential HSE document, brought to you by HSE Documents, provides a detailed, step-by-step guide to ensure the safe and compliant installation of critical electrical infrastructure. Designed for project managers, engineers, supervisors, and HSE professionals, this method statement covers all aspects, from pre-installation planning and risk assessments to safe work procedures, required PPE, and emergency protocols.

 Don't compromise on safety or quality. Our document meticulously outlines the procedures for handling, lifting, positioning, connecting, and testing bus ducts and bus bar trunking systems, minimizing potential hazards and ensuring a smooth workflow. It integrates best practices for working at height, electrical safety, and confined spaces where applicable, adhering to international safety standards.

The best part? This "Method Statement for Bus Duct and Bus Bar Trunking Installation" is completely free, editable, and ready to use! Visit the HSE Documents download site today, where users worldwide have unlimited access to download 100% free, high-quality HSE documents without any payments or limited access. Optimize your electrical installation safety, construction project management, HSE compliance, bus duct installation guide, bus bar trunking method statement, risk assessment electrical, safe work procedure, and construction safety documents with our readily available resources. Empower your team with the knowledge to execute flawlessly and safely!

 

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Monday, April 13, 2026

April 13, 2026

METHOD STATEMENT FOR DISMANTLE EXISTING MECHANICAL AND ELECTRICAL UTILITIES

METHOD STATEMENT FOR DISMANTLE EXISTING MECHANICAL AND ELECTRICAL UTILITIES
METHOD STATEMENT FOR DISMANTLE EXISTING MECHANICAL AND ELECTRICAL UTILITIES

HSE DOCUMENTS presents a free, editable, ready-to-use Method Statement for Dismantle Existing Mechanical and Electrical Utilities. This essential HSE document details step-by-step procedures for safely isolating, removing, and disposing of obsolete MEP systems during demolition or renovation. It includes risk assessment, permit-to-work, tool lists, PPE, and emergency response protocols. Worldwide users can download 100% free quality HSE documents from our site with no payments or limited access. 

 

Whether you need a method statement for dismantling mechanical electrical utilities, an editable MEP demolition procedure, or a ready-to-use safety template, HSE DOCUMENTS delivers. This resource helps safety officers, engineers, and contractors ensure compliance and protect workers. Optimize your project planning with this comprehensive method statement. No registration fees, no subscriptions—just professional HSE documentation at zero cost. 

 

Download now and customize to your site conditions. Keywords: method statement for dismantling, free HSE documents, editable method statement, MEP utilities dismantling, ready-to-use safety format.



 

 

Click Here to Download More Documents

Monday, March 9, 2026

March 09, 2026

RISK ASSESSMENT FOR ELECTRICAL TESTING COMMISSIONING POWER LIGHTING CIRCUITS

RISK ASSESSMENT FOR ELECTRICAL TESTING COMMISSIONING
RISK ASSESSMENT FOR ELECTRICAL TESTING COMMISSIONING
Download this free, fully editable Risk Assessment for Testing and Commissioning of Power and Lighting Circuits — covering Cold Tests and Live Energisation works for electrical installations on UAE and Dubai construction projects.

 

This professional HSE document identifies and controls all significant hazards associated with electrical testing activities, including electrocution, arc flash and blast, inadvertent energisation, short circuits, falls from height, heat stress, fire, and toxic fume exposure. Each hazard is assessed with initial risk ratings, detailed control measures, and residual risk ratings aligned to the hierarchy of controls.

 

Controls are written in full compliance with DEWA regulations, Dubai Civil Defence requirements, Dubai Municipality standards, NFPA 70E (Arc Flash and Electrical Safety), OSHA 29 CFR 1910.147 (Lockout/Tagout), IEC 60364-6, ISO 45001:2018 (Occupational Health and Safety Management), OSHAD Statutory Framework, and UAE Federal Labour Law heat stress requirements.

 

The document includes activity-based hazard identification, likelihood and severity risk matrices, corrective actions, responsible persons, and residual risk sign-off columns. All company, contractor, and project fields are fully editable placeholders for instant customisation.

 

Ideal for electrical contractors, HSE officers, site engineers, and project managers working on UAE construction sites.

Download free at hsedocuments.com.

 

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Monday, August 19, 2024

August 19, 2024

RISK ASSESSMENT FOR INSTALLATION OF UNDERGROUND UPVC DUCTS & CONDUITS

 

RISK ASSESSMENT FOR INSTALLATION OF UNDERGROUND UPVC DUCTS & CONDUITS
RISK ASSESSMENT FOR INSTALLATION OF UNDERGROUND UPVC DUCTS & CONDUITS 

Installing underground UPVC ducts and conduits is a critical task that demands meticulous planning and a thorough understanding of potential hazards. Whether you're working in urban infrastructure or industrial settings, ensuring safety during these installations is paramount. In this article, we'll walk you through a comprehensive risk assessment tailored specifically for this process, highlighting key hazards, control measures, and best practices to safeguard your team and the surrounding environment. Brought to you by HSE Documents, your trusted source for free health and safety resources worldwide, this guide is designed to help professionals like you implement effective safety measures on every project.


Activities


Mobilization of Workers to Site

"Access to work areas by personnel and plant.

Vehicles/Plant

Equipment operations"

"Offloading, Shifting of U/G DUCTS/CONDUITS

Using Mobile Crane/

Forklift"

"Manually handling works during shifting and working with materials"

"Using of hydraulic

Trolley/ jack lift for Shifting materials to workplace or Store also for assistance during installation."

"Storage of materials on-site"

Use of Hand tools

"Used of temporary power supply and extension cable leads"

"Use of Grinding Machine during installation"

"Use of Drill Machine during installation"

"Scaffold erection and modification and dismantling."

"WORK AT HEIGHT USING Scaffold, A-Type Ladder/Podium Ladders"


Hazards

Vehicle accidents

Manual handling hazards

Damaging adjacent/overhead services

Exposure to dust

Vibration

Slip, trip & falls

Incompetent/Untrained Workers

Personnel being run over or struck by moving vehicles

Collision with other vehicles or existing facilities and assets

Falling of materials during offloading or shifting

Parking/hand brakes not engaged

Un-inspected equipment

Horseplay in the working area

Incompetent operator or worker

Unsafe stacking

Struck by a falling object

Poor housekeeping

Improper storage

Using a damaged hand tool

Fall of tools or materials

Lack of PPE

Exposed cables routed on wet surfaces

Used of damaged extension leads

Using a cable of lesser power rating to power equipment with a higher power rating

Contact with wheel

Burst disc

Wheel breakage

Contact projectiles

Kickback

Entanglement

Electric shock

Trailing cables

Dust

Noise vibration

Jamming or slipping

Unguarded machine

Exposed moving parts

Sharp objects

Used of rusted bits

Electrical hazards

Scaffold collapse

Work at heights – fall of men & material

Overhead & adjacent utilities

Without a permit to work

Without TBT conducted

Using substandard scaffolding materials

Un-inspected or damaged safety harness

Unbarricaded working area

Working without proper supervision

Lack or improper access

Damage to UPVC ducts/conduits

Poor illumination

Open working area

Lack of emergency rescue team or kit

Incompetent emergency responders

Improper or lack of ventilation

Working in a close environment or space

Lack of personal hygiene

Not observing social distance

Lack of health and temperature monitoring and checks

Poor coordination

Low or high illumination

Sleeping on the job

Lack of rest

Mental and psychological stress

Risk

"Minor Injury

 Fines

Property Damage"

"➢ Major & Minor Injuries

➢ Property Damage

➢ Fatalities

➢ Environmental Impact"

"➢ Minor Injury

➢ First Aid case

➢ Medical Treatment Case

➢ Major Injury

➢ Property/Asset Damage"

"➢ Musculoskeletal Disorders

➢ Fatigue

➢ Neck and Upper Limb Disorders

➢ Minor Injury

➢ Major Injury

➢ Property/Asset damage"

"➢ Musculoskeletal Disorders

➢ Fatigue

➢ Neck and Upper Limb Disorders

➢ Minor Injury

➢ Major Injury

➢ Property/Asset damage"

"➢ Minor Injury

➢ Property Damage"

"➢ Cut Injury

➢ Hand Injury

➢ Minor Injury"

"➢ Minor Injury

➢ Major Injury

➢ Electrocution

➢ Fatal Injury"

"➢ Cuts to the skin

➢ Amputation of finger

➢ Eye injuries

➢ Head injuries

➢ Foot injuries

➢ Electrocution

➢ Hand Arm Vibration Syndrome

➢ Fire"

"➢ Cuts to the skin

➢ Amputation of finger

➢ Eye injuries

➢ Head injuries

➢ Foot injuries

➢ Electrocution

➢ Hand Arm Vibration Syndrome

➢ Fire"

"➢ Minor Injury

➢ Major Injury

➢ Property Damage

➢ Environmental Impact

➢ Reputation Hamper"

"➢ First Aid Cases

➢ Minor Injury

➢ Medical Treatment Cases

➢ Major Injury

➢ Suspension Trauma 

➢ Property Damaged"

"➢ First Aid Cases

➢ Minor Injury

➢ Suspension Trauma

➢ Property Damage"

"➢ Air Leakage

➢ Property Damage

"➢ Minor Injury

➢ Property damage

"➢ Fainting

➢ Heat Stroke

➢ Heat Exhaustion

➢ Heat Cramps

➢ Dizziness

➢ Unconsciousness

➢ Dehydration

"➢ Minor Injury

➢ First Aid Case

➢ Medical Treatment Case

➢ Suspension Trauma

➢ Fines

➢ Property Damage"

"➢ Fever

➢ Cough

➢ Shortness of Breath

➢ Sore Throat 

➢ Headache"

"➢ Environmental

➢ Fire

➢ Minor Injury"

"➢ Psychological trauma

➢ Sleeplessness

➢ Restlessness

➢ Minor Injury

➢ Property Damage"


Controls Measures

All New Employees are to be given Site Induction before site Entry and work

All new employees are to be trained on the safe work process at the site.

All new employees are to go through MSRA training on-site.

All New EmployeeEmployees are to undergo the Company Orientation Program on Policies and local regulations and law familiarization.

Workplace safety on violence and abuse at work is to be conducted for all new employees

All employees are to be advised to avoid horseplay in the workplace.

Local Language understood by the Employees is to be used as a mode of communication during TBT, Training, and awareness.

Proper supervision and monitoring of new employees are to be done by concerned line managers.

 New employees are to be allowed to acclimatize to their new place of work

New Workers are to be monitored and supervised more as they are prone to mistakes on the job.

New employees are to be assigned a superior to understudy for proper integration into the company work process and system.

➢ Competent drivers with Valid Driving Licenses.

➢ Worker pedestrian routes to be designed and implemented with clear signage & Instructions.

➢ All plant and operators to be Third Party certificated by the approved body;"

➢ Flagmen to be used to control personnel and vehicle movements & reversing.Traffic marshals at crossing points."

➢ Heavy equipment shall be equipped with audible reversing alarm (not possible on bi-directional equipment);

➢ Convex mirrors at blind spots and hard shoulders.

➢ Job rotation/ manual handling training/practices & adequate rests.

➢ Identify overhead & adjacent utilities; barricade and intimate all during Daily TBTs, with adequate supervision.

➢ Dust Masks & Dust suppression methods to be implemented.

"➢ Personnel working with vibrating tools to be provided with sufficient breaks and  job rotation administered adequately."

➢ All cables/ hoses if any, to be routed adequately. Adequate housekeeping practices, and good cable management. Gumboots are to be used to access wet/ slushy surfaces.

➢ All operatives engaged shall be trained with the necessary information, instructed regarding their roles & responsibilities, and Continuously supervised."

➢ MSRA to be communicated to all Workers before the start of work.

➢ Permit to Work to be obtained before the start of the activity.

➢ Only Certified operators with 3rd party certificates Approved by ENAS Should operate Mobile crane cranes/Forklifts.

➢ Training for safe loading and offloading of materials to be conducted for the team.

➢ Nobody should stand under lifted materials inside the lifting zone.

➢ A trained flagman must be available in the area during this operation.

➢ Competent rigger with 3rd party certificate for rigging & slinging activity.

➢ All the vehicles in the working area should have reverse alarms and warning lights.

➢ Inspect Mobile cranes and all lifting accessories for their serviceability and Suitability for purpose.

➢ All lifting activities are to be carried out under the supervision of a qualified, trained and Approved Lifting Supervisor Only

➢ Follow the site speed limit of 20 kph.

➢ HSE induction to every personnel.

➢ Supervision and monitoring by Foreman during this operation.

➢ All Vehicle used for delivery must have preventive maintenance log in place

➢ Vehicle drivers are not allowed to come out of their vehicle during offloading activities at the site.

➢Comply with Local Authority regulations and HSE requirements.

➢ No person stands behind a reversing vehicle in the Work area.

➢ Materials must be secured before shifting and lifting

➢ The area must be clear at all times.

➢ Pedestrian segregation to be provided in general work areas

➢ Hand brakes to be engaged while the vehicle is parked

➢ Manual Handling training to be given to all operatives doing manual handling activity.

➢ Avoid horse playing in the work area. 

➢ Materials must be secured properly before shifting.

➢ Comply with Local Authority regulations and HSE requirements.

➢ The area must be clear of debris or obstacles at all times.

➢ All workers are to be trained to only manually lift materials based on their capability and capacity.

➢ Workers to avoid lifting materials above 25kG.

➢ Workers to always seek help for manual lifting of heavy materials

➢ Workers are to avoid horseplay during manually shifting materials.

➢ Workers are to be more conscious of their work environment.

➢ Workers are to avoid heavy lifting to avoid ergonomic injuries.

➢ Mechanical aid to be used if required. 

➢ Supervision and Monitoring by Foreman/Supervisor during this activity

"➢ Complete PPE to be used, safety shoe, safety jacket, helmet, hand gloves, safety glass, and face/Nose mask."

"➢ Pre-Task briefing or TBT to be carried out by foreman or supervisor before start the start  of work communicating hazard and control measures to its workers."

"➢ Use of Hydraulic trolley/ jack lift should be carried out in the safest way most safely with consideration the size of the load, task, involved individuals’ physical conditions with the working environments, adequate rest and instructions and training."

➢ Ensure access is clear of obstacles.

➢ Visual inspection to be done before the use of hydraulic pallet.

➢ SWL to be followed while using hydraulic pallet.

➢ Foreman and operatives shall ensure the access is free from obstruction before starting the material shifting.

➢ Close supervision & monitoring should be in place.

➢ Workers are to avoid horseplay during the use of a Hydraulic trolley.

"➢ Do not try to lift something that is beyond your capability; ask for assistance (buddy system)."

➢ Take care of pinch points/ sharp edges while handling.

"➢ Complete PPE to be used, safety shoe, safety jacket, helmet, hand gloves, safety glass, and Face/Nose mask. Suitable PPE as per activity requirement."

➢ Safe stacking of materials to be done.

➢ Avoid Horseplay.

➢ Approved designated area must be available before delivering the material at the site.

➢ Store material according to the manufacturer's recommendations.

➢ Materials to be covered with tarpaulin to avoid any damage and maintain its quality.

➢ Signage warning tape to be pasted around the storage area. 

➢ All materials received shall be checked for manufacture details as per delivery note & approved material submittal.

"➢ Ensure the materials are stored properly and there is no mark of damage or deformity of any kind before issuing the material from the site store. All material and accessories shall also be free of dust, scale, or oil."

➢ Fire extinguisher available in the storage area.

➢ Operatives trained on proper storage Techniques.

➢ No Smoking in Storage areas.

➢ Good Housekeeping to be maintained at the storage area.

➢ Fire risk load to be reduced in Storage Areas.

➢ Manual handling training to be conducted tofor store workers.

➢ Fire points to be provided in storage areas.

➢ Proper access into and exit the store to be provided.

➢ Emergency exit point to be provided in the store.

➢ Materials to be stored below shoulder height.

➢ Materials to be stored horizontally instead of vertically storing.

➢ Operatives must be trained in Safe Use of Hand Tools.

➢ Tool boxes shall be locked and secured when not in use.

➢ Tools shall be of good quality and shall be replaced if faulty or broken.

"➢ Instructions and information about users to carry out visual inspections before use and damaged tools shall be returned to stores for replacement."

➢ No handmade tools shall be used.

➢ Tools shall only used for the purpose they are designed for.

"➢ Safety gloves shall be mandatory when using hand tools whose may lead to cutting, stabbing or abrasion of the user’s hand."

"➢ Hand tools to be tied and secured at the location of the work while working access ways, building edges, etc."

➢ Use the correct tools for the activity. Adequate working platforms are to be provided.

"➢ Hand tools must be inspected, right for the job, attached/ placed in handrails or to the person whilst working at height."

➢ Workers to be instructed and guided on using hand tools correctly.

➢ Do not use damaged tools and they must be returned to the store and replaced.

➢ Do not throw the tools, use rope to pass tools to others from high-level

"➢ All operatives engaged shall be trained with the necessary information, instructed regarding their roles & responsibilities, and Continuously supervised."

"➢ Complete PPE to be used, safety shoe, safety jacket, helmet, hand gloves, safety glass, Face/Nose mask, and safety harness. Suitable PPE as per activity requirement."

➢ Proper access into and exit the store to be provided.

➢ Emergency exit point to be provided in the store.

➢ Materials to be stored below shoulder height.

➢ Materials to be stored horizontally instead of vertically storing.

"➢ All sockets in use in the construction area with a voltage excess of 110 volts shall be protected RCDssingf 30MA RCD”s with zero time delay."

➢ RCD’s shall be tested monthly.

➢ Electrical cables must be elevated to avoid the risk of becoming both a trip hazard and a potential source of electrocution.

➢ Ensure sharp edges are protected and hand gloves and goggles are wornthe .

➢ Use right tool as per activity requirement.

"➢ All Workers must undergo internal Electrical safety training before start of work."

"➢ Pre-Task briefing or TBT to be carried out by foreman or supervisor before start of work communicating hazard and control measures to its workers."

➢ Inspected and color-coded extension leads to be used on-site.

"➢ Ensure that prior to using the extension leads are in good condition and without any damage."

➢ Damage extension leads must be removed from the work area immediately and returned to the store for replacement.

"➢ Power supply must be off if not in use Electrical power board to be fitted with

RCD/ELCB of 30mili ampere."

"➢ Electrical Distribution boards are to be inspected periodically and labeled or tagged."

➢ Do not overload the electrical Distribution board.

➢ Cables are to be routed above the head or below ground level.

➢ Cables are not to be routed along or across wet areas,.

"➢ Complete PPE to be used, safety shoe, safety jacket, helmet, electrical gloves, safety glass, and Face/Nose mask. Suitable PPE as per activity requirement."

➢ Hot Work Permit to be obtained before the start of the task

➢ Workers using Grinding Machines must be trained in the Proper and Safe Use of Power Tools.

➢ Grinding works that produce an ignition source must not commence until a hot work permit has been issued by the PTW Coordinator (Safety Officer).

➢ All grinding works must be performed by trained operators and must be supervised during these operations at all times.

➢ In addition to the above, the operator must also implement the following.

"➢ All HSE requirements under HSE Regulations and Guidelines shall be adhered to at all times by site personnel, sub-contractors,  and visitors."

➢ Disconnect the mains plug when changing accessories.

➢ Ensure switch is “OFF” before plugging into the power supply.

"➢ Ensure cable and plug is not defected / damaged, e.g. outer cable sheath is  without cuts, internal wiring is not exposed in anyway at point of entry to plugs or sockets."

➢ Do not stretch the cable.

➢ Use the guard – ensure it is correctly fitted and undamaged.

➢ Ensure you are using the correct disc for the task.

➢ Ensure that the disc, wire brush, or sanding accessories used are suitable for the angle grinder speed.

➢ Use both hands to hold the workpiece against the grinding wheel

➢ Secure the workpiece with clamps/vice.

➢ Allow a newly assembled wheel to idle for 30 seconds before starting any operation.

➢ Wear eye protection (face shield if operating heavy-duty grinder) and protective clothing.

"➢ Do not stretch the cable and ensure the cable is defect/damage free, e.g. outer cable sheath is without cuts."

➢ Do not over-reach.

➢ Keep your footing.

➢ Do not leave the tool unattended while it is still plugged in.

➢ Work or tool rests shall not be adjusted while the grinding wheel is in motion.

➢ Work/tool rests on power grinders shall not be more than 1 /8 in (3 mm) distance from the wheel.

➢ Grinding wheels shall not be operated in excess of their rated safe speed.

➢ Abrasive wheels shall be so selected as to withstand and maintain the spindle speed at safe levels.

➢ Spindle speed level shall not exceed maximum speed marked on the wheel.

➢ Floor stand and bench-mounted abrasive wheels used for external grinding shall be provided with safety guards (protective hoods).

"➢ Complete PPE to be used: safety shoe, safety jacket, helmet, hand gloves, safety glass and Face/Nose mask."

"➢ Workers using Drill Machine must be trained for Proper and Safe Use of Power

Tools."

"➢ Follow manufacturer’s instruction when selecting and using a bit or attachment, especially with unfamiliar drills or work."

➢ Select the bit or attachment suitable for the size of the drill and work being done.

➢ Ensure that the bit or attachments are properly seated and tightened in the chuck.

➢ Use only bit and attachments that turn true.

➢ Use the auxiliary (second) handle for larger work or continuous operation.

➢ Wear safety glasses or face shield (with safety glasses or goggles).

➢ Keep drill air vents clear to maintain adequate ventilation.

➢ Keep drill bits sharp always.

"➢ Keep all cords clear of the cutting area during use. Inspect for frays or damaged before each use."

➢ Disconnect power supply before changing or adjusting bit or attachments.

➢ Tighten the chuck securely. Remove chuck key before starting drill.

➢ Secure workpiece being drilled to prevent movement.

➢ Clamp stock so work will not twist or spin.

➢ Do not drill with one hand while holding the material with the other hand.

➢ Do not use bent drill bit.

➢ Do not exceed the manufacturer’s recommended maximum drilling capacities.

➢ Do not use hole saw cutter without the pilot drill.

➢ Do not use the high speed steel (HSS) bits without cooling or using lubrication.

"➢ Do not attempt to free a jammed bit by starting and stopping the drill and then remove the bit from work piece."

➢ Do not reach under or around being drilled.

➢ Do not overreach. Always keep proper footing and balance.

➢ Do not raise or lower the drill by its power cord.

➢ Do not use in wet or muddy locations. Use a nonpowered drill instead.

➢ Do not use excessive force to drill into hard material. Reduce drill speed if possible.

"➢ Complete PPE to be used: safety shoe, safety jacket, helmet, hand gloves, safety glass, and Face/Nose mask."

➢ Permit for Working at Height to be obtained before start of the task.

"➢ The erection, modification and dismantling of scaffold shall be undertaken under the supervision of a competent person;"

"➢ Scaffold supervisor and inspector must be available during the scaffold erection, modification, and dismantling."

➢ Scaffolders, inspectors, and supervisors must be 3rd party certified.

"➢ Protection sheet to be provided on finished floor area before erection of scaffolding  to avoid damaging the finished floor."

"➢ Approved sequence shall always be followed and no deviations in sequence shall be allowed."

➢ All permits as applicable shall be issued and followed.

➢ Scaffolds shall be built in plumb and with adequate supports & brazing.

"➢ Scaffold shall be sited on graded, compacted, level ground erected to standards, with consideration given to soil erosion from heavy rain, etc.;"

➢ Scaffold inspections periodically & after damage or incident likely to affect structural stability such as high winds, heavy rain, or storm shall be carried out & tag systems shall be followed adequately.

➢ The scaffold shall have adequate access, platforms, railings & toe boards.

"➢ Scaffold to be protected when adjacent to traffic routes with suitable barriers, and indicated by signage;"

➢ Approved sequence shall be followed at all times and no deviations in sequence shall be allowed.

➢ The scaffold tag system must be followed.

➢ Scaffolds above 10 M in height should have 3rd party inspection report.

➢ During scaffold dismantling, lower scaffold components to the ground in a manner that does not damage the floor, or the component or endanger personnel.

➢ Dismantled scaffolding materials shall be separated by size and type and not mixed with other materials and to be properly arranged and stacked in designated areas.

"➢ Scaffolding material shall be stored in a neat and orderly manner to minimize potential material access hazards."

"➢ Complete PPE to be used, safety shoe, safety jacket, helmet, hand gloves, safety glass, Face/Nose mask, and safety harness. Suitable PPE as per activity requirement."

➢ MSRA to be communicated with the operatives by the foreman or supervisor.

➢ Permit For work at height on scaffolding to be available and approved by concerned team before start of work.

"➢ Pre-Task briefing or TBT to be carried out by foreman or supervisor before start of work communicating hazard and control measures to its workers."

"➢ Only Competent scaffolder which is 3rd party certified to erect mobile Aluminium scaffolding and platform by PASMA approved 3rd party vendor."

➢ Operative Working at height must be trained for Safe Work at height.

"➢ TBT on Scaffolding Safety shall be conducted to workers before the commencement of activity."

"➢ Scaffolders must undergo training for Working at Height prior to erection and dismantling of scaffoldingthe ."

➢ Comply with Local Authority regulations and HSE requirements.

"Proper lightninglighting of work areas to be put in place by supervisor and foreman before the start of activity."

➢ Scaffold inspections periodically & after damage or incident likely to affect structural stability such as high winds, heavy rain, or storm shall be carried out & tag systems shall be followed adequately.

➢ Simultaneous operation or activities to be avoided during Work-at-height activity.

➢ Standard and approved materials to be used.

"➢ Mobile Aluminium scaffolding must be inspected by the scaffolding inspector who is 3rd party certified by ENAS and PASMA approved."

"➢ All Mobile Aluminium scaffolding and Podium/A-Type ladders used must be inspected and tagged by the Scaffolding Supervisor Before use at site."

➢ Safety harness must be inspected and color-coded.

➢ The work area must be barricaded and with proper signage available onin the area.

➢ Continuous supervision to be implemented.

➢ Complete PPE to be used, safety shoe, safety jacket, helmet, hand gloves, safety glass, Face/Nose mask, and safety harness. Suitable PPE as per activity requirement.

Ladder

➢ Ladders shall be restricted to their intended use.

"➢ Only light work for short periods (<10 minutes) shall be performed on portable ladders."

➢ No work requiring lifting of heavy materials or substantial exertion shall be done from ladders.

"➢ Three points of contact shall be maintained at all times when ascending/descending contact ladders and wherever possible at the work position."

"➢ Ladders shall be used on a firm and level surface and are well maintained by the manufacturer’s instructions."

➢ Ladders shall be set at 75° (1 meter horizontally for every 4 meters vertically).

"➢ Ladders shall not be used near the edge of an open floor, penetration, or on scaffolding to gain extra height; Where ladders or stepladders are being used outside, they are not used in the event of high winds or inclement weather."

➢ Ladders shall be used only by one person at a time.

"➢ Portable ladders shall extend at least 3 rungs (1m) above the upper landing surface."

"➢ Ladders shall be secured by top, bottom, and intermediate fastenings, as necessary, to hold them rigidly in place and to support the loads that will be imposed upon them."

 ➢ Fiber glass ladders shall be used where danger of electrocution is present.

➢ No ladder shall be used in horizontal position as platform, runway or scaffold.

"➢ Broken or damaged ladder shall immediately tagged “DO NOT USE” and withdrawn from service."

➢ Self made ladders or access equipment is prohibited.

➢ Ladders shall not be moved, shifted, or extended while occupied

➢ Shall not to “walk” the ladder.

➢ A-frame ladders shall not be extended to use as straight ladder.

➢ Never over-reach from a ladder.

➢ Supervisor must do a daily pre-user check. Looking for any defects (damaged rungs, stiles, missing rubber feet, loose fixings)

➢ Scaffold Supervisor must Check ladders weekly and keep a record

"➢ Supervisors must give workers instruction on how to use ladders safely and make sure they are followed."

➢ Supervisors must check floor surfaces are level firm and clean.

➢ Any ladders in poor condition must be removed from site.

"➢ Avoid electrical hazards! – Look for overhead power lines before handling a ladder. Never use a metal ladder near power lines."

Step ladder

➢ Supervisor must do a daily pre-user check. Looking for any defects (damaged rungs, stiles, missing rubber feet, loose fixings)

➢ Supervisor must check ladders weekly and keep a record.

➢ There must be enough space to fully open the stepladder.

"➢ The stepladder must be locked into its correct position using any locking devices.

If it is a multi- way design, it must be the right configuration for the job you are doing. Always follow the manufacturer's instructions."

"➢ The step ladder must rest on a firm and level base. If you are working outside, place a large, flat board on any soft ground to make a suitable base."

➢ The floor must be clean and non-slippery. Never over-reach or work sideways from a stepladder.

➢ General Work Permit & Work At Height Permit to be obtained prior start of activity.

"➢ Pre-Task briefing or TBT to be carried out by foreman or supervisor prior to start of work communicating hazard and control measures to its workers."

➢ MSRA should communicate to workers prior to the commencement of work.

➢ Operatives are trained in Installation of GRP Water Storage Tank.

"➢ The erection, modification and dismantling of scaffold shall be undertaken under supervision of a competent person;"

"➢ Scaffold supervisor and inspector must be available during the scaffold erection, modification and dismantling."

➢ Scaffolders, inspectors, supervisors must be 3rd party certified.

➢ Drill machine must be inspected and color coded by authorized electrician.

➢ Electrical cables must be elevated to avoid the risk of becoming both a trip hazard and a potential source of electrocution.

➢ Ensure sharp edges are protected and hand gloves and goggles are worn.

➢ Use the right tool as per activity requirement.

➢ All Workers must undergo internal Electrical safety training prior to start of work.

➢ Inspected and color-coded extension leads to be used on-site.

"➢ Ensure that prior using the extension leads are in good condition and without any damage."

➢ Damage extension leads must be remove on the work area immediately and returned to store for replacement.

➢ Power supply must be off if not in use

➢ Tools lanyards to be used while working at height.

➢ Operatives must practice 100% tie-off.

➢ Materials to be secured and do not place materials near the edge of the platform.

➢ Mobile Scaffolding to be inspected by certified scaffolding inspector.

➢ Scaff tag system to be followed on site.

"➢ Do not use damage Podium ladder immediately remove it from work area.

Replace with the good condition one."

➢ Proper hand tools to be used as per activity requirement.

"➢ Do not use damage hand tools. Immediately remove it from the work area and replace it with a good condition one."

➢ Materials or equipment are not to be thrown from height.

➢ Approved and standard materials to be used as per material submittal and approval.

"➢ Appropriate PPE shall be used (Hard Hat, Safety Shoe, Coverall, Hand Gloves, protective glasses, Face/Nose Mask. & Safety Harness. Suitable PPE as per activity requirement."

➢ General Work Permit to be obtained prior to start of the activity.

"➢ Pre-Task briefing or TBT to be carried out by foreman or supervisor prior to start of work communicating hazard and control measures to its workers."

➢ MSRA should communicate to workers prior to the commencement of work

➢ Operatives are trained in Testing of GI DUCTS.

➢ Use right tool as per activity requirement.

➢ Approved and standard materials to be used as per material submittal and approval.

➢ System to be checked visually for correctness of installation as per installation of installation as per approved shop drawing.

➢ The pipes and fittings are to be supported as specified using approved clamps.

➢ All open end of pipes are copped by using plugs.

➢ Emergency contact number to be contacted in case of water leakage.

"➢ Availability of empty drums in case of any leakage  to be collected and placed it to empty drums.

➢ Availability of empty drums in case of any leakage  from to be collected and placed it to empty drums."

"➢ In case of leakage immediately removal of water and dry the area proper disposal to be made."

"➢ Appropriate PPE shall be used (Hard Hat, Safety Shoe, Coverall, Hand Gloves, protective glasses, Face/Nose Mask. Suitable PPE as per activity requirement."

➢ MSRA should be in work location & communicated to all employees prior to starting the task.

➢ TBT to be conducted to all teams.

➢ Never block access for emergency assembly point.

➢ Keep access/ egress always free from obstruction.

"➢ Prior to work on corridor coordinate with the main contractor to arrange detour access."

➢ Menasco Policies and Procedures shall be followed by Menasco team prior to start of the Activity.

➢ Comply with Local Authority regulations HSE requirements.

➢ Place proper signage for detour access.

➢ Provide warning tape and signage to avoid unauthorized entry.

➢ Provide cable stand with more stability to avoid falling. All temporary cables should be going through cable stands.

"➢ Do not use fluorescent lighting without protection cover and secured location and condition.."

➢ Always keep tidy the workplace through periodical cleaning of the workplace.

➢ Task lighting should be in place prior to the start activity if necessary.

"➢ Keep materials as the measurement for the task and do not keep extra materials on access."

➢ Keep equipment, and tools in the appropriate place, and do not keep unwanted tool, equipment or materials.

➢ Give proper guidance for visitors and if possible, provide standby for guidance.

➢ Adequate supervision must be ensured by competent person.

"➢ Safe and reasonable access should be provided to the work area by the main contractor."

➢ Structure or other ongoing work, overhead protection. Fan deck must be provided by the contractor to protect persons below.

➢ Toolbox talk to be conducted, highlighting the hazards while working together.

"➢ Complete PPE to be used: safety shoe, safety jacket, helmet, hand gloves, safety glass and Face/Nose mask"

➢ Comply with Mid-day Break Rules & Heat Stress Program.

➢ MSRA should be in work location & communicated to all employees prior to start the task.

"➢ Follow Menasco Adverse weather plan of and provide sufficient breaks/ rest to work force based on Weather Working Plan."

"➢ As per the regulatory instruction 12:30pm- 3:00pm, workmen will be given rest in the peak summer i.e. from 15 June – 15 septs."

"➢ Adequate cool drinking water and oral dehydration salt should be provided with water thermos inside the site and ensure that workmen are drinking cool water at regular intervals (minimum 2 liters of water 2-3 hours)."

➢ Toolbox talk to be conducted, highlighting the hazards while working summer time.

➢ ORS should be provided on daily basis.

➢ Enough breaks should be given to the workforce during peak summer.

"➢ Adequate in-house videos and job training (using leaflets, signage/ posters) should be provided to workforce to increase the awareness to protect from heat exposure."

"➢ Educate operatives by signages/ posters to self-monitor urine color to determine dehydration level."

➢ Ensure adequate supervision.

➢Procedures shall be followed by sub-contractors team prior to start of the Activity.

"➢ Comply with Local Authority regulations and HSE requirements on Heat stress management"

➢ Emergency rescue team to be available in case of any eventuality.

"➢ Emergency response and contact details to be made available and known to workers at the site."

➢ Focal point of contact to be established for heat stress management process.

"➢ Proper and conducive rest shelter or welfare facilities to be provided for workers recovery from heat stress."

➢ Site Nurse to be provided at site to manage all heat stress related issues.

➢ Emergency vehicle to be available for emergency rescue to nearest hospital.

➢ Emergency Rescue team and equipment are to be provided while installation.

➢ Emergency rescue kit are to be made available in the work place.

➢ Emergency rescue team to be 3rd party trained and certified for rescue purpose if applicable.

➢ Emergency rescue team to be trained on use of rescue kit

"➢ Focal point of contact to be provided in case of emergency operation for coordination."

➢ Contact details of responder to be made available at point of work

"➢ Proper access into Work areas to be provided for easy emergency rescue operation."

➢ Stretcher to be provided for evacuation purposes

➢ Procedures shall be followed by the Subcontractor team prior to the start of the Activity.

➢ Comply with Local Authority regulations and HSE requirements.

"➢ Emergency response and contact details to be made available and known to workers at the site."

➢ Emergency vehicle to be available for emergency rescue to the the nearest hospital.

"➢ All new site personnel (staff, workers, operators, maintenance providers) will be mobilized after the negative PCR test taken with validity of 72 hours."

➢ All visitors shall fill in declaration form.

➢ Awareness training on COVID-19 shall be part of TBT prior to the start of installation Works.

"➢ Avoid close contact with people who are sick. Maintain at least three feet distance between yourself and anyone who is coughing or sneezing."

➢ Avoid touching your eyes, nose, and mouth.

➢ Cover your cough or sneeze with a tissue, then dispose of the tissue safely.

➢ Wearing a mask is Mandatory at site.

"➢ Wash your hands often with soap and water for at least 20 seconds, especially after going to the bathroom, before eating, and after blowing your nose, coughing, or sneezing."

"➢ Workers to be Temperature checked on Daily basis before Entering Site Using

Non-Contact Body Medical Thermometer."

"➢ If soap and water are not readily available, use an alcohol-based hand sanitizer  with at least 60% alcohol. Always wash hands with soap and water when hands are visibly dirty after installations Works."

"➢ Washing hands with soap and water or using alcohol-based hand rub kills viruses that may be on your hands."

"➢ Maintain at least 1-meter (3 feet) distance between yourself and anyone who is coughing or sneezing."

➢ Covering mouth and nose with your bent elbow or tissue when you cough or sneeze. Then dispose of the used tissue immediately.

➢ Avoid touching your eyes, nose or mouth without washing your hands.

➢ Avoid shaking hands and just wave.

➢ Avoid nose-to-nose greeting, hugging or kissing.

➢ Night Work permit to be obtained prior to start of work.

➢ Proper illumination to be provided in the work place.

➢ Workers to be provided rest period or off days after extended night work.

➢ Welfare facilities to be provided for Night work shift.

➢ First Aid facility and first Aiders to be provided for night work.

➢ Emergency Vehicle and contact numbers to be readily available at point of work.

➢ Proper Ventilation to be provided during humid period at night, with rehydration and observing job rotation.

"➢ Proper supervision and Monitoring to be Maintained for all Night Work by

Concerned line managers."

➢ Safety Personnel Coverage to be provided during night shift work and as per HSE Requirements.

"➢ Workers must be trained and aware and comply with, the housekeeping plan on the site."

➢ TBT on housekeeping to be given to all.

"➢ All workers, foreman, Supervisors and Engineers to comply with Waste

Management plan of the Project."

➢ Removal of all waste from work after the completion of the activity

"➢ Where possible, packaging materials shall be removed from the site the earliest opportunity in order to reduce the fire risk load."

➢ Materials to be stacked and stored properly.

➢ Area must be clear at all times to avoid fall, slip and trip hazard.

"Installation of UPVC Ducts/conduits 

"Testing of Underground UPVC Ducts/conduits 

"Working on general access/ egress area. And Working adjacent to other operatives.

"Working in hot Environment or adverse weather.

"Emergency

Situations during installation

Management and Handling of

"Housekeeping at workplace after the task, disposals

"Night Work


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