Safety is critical during prestressed concrete production to prevent serious injury from failure of steel wires under tension. Operators and others must be excluded from the work area during stressing and protected by guards. Equipment like hydraulic jacks and anchoring systems must be regularly inspected and maintained to prevent wire breakage. Proper cleaning and inspection of wedges and barrels is also needed to ensure the steel wires are securely held during tensioning.
This document provides an overview of OSHA regulations and safety requirements for scaffolds and aerial lifts. It discusses hazards associated with scaffolds and lifts and covers the OSHA scaffold standard, general requirements for scaffolds, fall protection requirements, training needs, and specific regulations for different types of scaffolds and aerial lifts. Resources for additional information on scaffold and lift safety are also listed.
This document provides an overview of OSHA regulations and safety requirements for scaffolds and aerial lifts. It discusses hazards associated with scaffolds and lifts and covers the OSHA scaffold standard, general requirements for scaffolds, fall protection requirements, training needs, and specific requirements for different types of scaffolds and aerial lifts. Resources for additional information on scaffold and lift safety are also listed.
This document describes the assembling, erection, and launching process of a steel truss bridge. It outlines the key components of the truss, necessary launching accessories, and step-by-step erection methodology. It also discusses safety procedures before and after launching, identifies potential hazards, assesses risk levels, and proposes control measures. The objective is to describe safety practices for constructing the steel truss span and ensure the safety of workers through risk assessment and hazard elimination.
The document discusses major causes of crane accidents such as contact with power lines, overturns, falls, and mechanical failures. It emphasizes that lack of communication during lifts, lack of training, instability of loads, and inadequate maintenance or inspection can lead to accidents. Several crane hazards are identified including defective or damaged parts, poor visibility, and unstable ground conditions. The document provides guidance on planning lifts, inspecting cranes and rigging equipment, operating cranes safely, and preventing injuries through proper procedures, training, and barricades.
Lifting and Rigging Training Slides.pdfJahirKhan39
This document provides information on safe lifting and rigging practices. It discusses the major causes of crane accidents like power line contact, overturns, falls from cranes, and mechanical failures. It also covers topics like planning before crane startup, competent person inspections, spotter duties, load charts, signal charts, safe rigging practices, rigging equipment inspections, fiber rope inspections, chain sling inspections, and manual material handling and forklift safety practices. The document emphasizes the importance of equipment inspections, following rated capacities, and using proper lifting techniques to prevent injuries.
This document provides information on safe lifting and rigging practices. It discusses major causes of crane accidents like power line contact, overturns, falls from cranes, and mechanical failures. It also describes how to properly inspect hoisting and rigging equipment like slings, wire ropes, hooks, and chains. Specific criteria for when this equipment should be removed from service are provided. The document also outlines safe practices for manual lifting, carrying loads, and operating forklifts.
Safety is critical during prestressed concrete production to prevent serious injury from failure of steel wires under tension. Operators and others must be excluded from the work area during stressing and protected by guards. Equipment like hydraulic jacks and anchoring systems must be regularly inspected and maintained to prevent wire breakage. Proper cleaning and inspection of wedges and barrels is also needed to ensure the steel wires are securely held during tensioning.
This document provides an overview of OSHA regulations and safety requirements for scaffolds and aerial lifts. It discusses hazards associated with scaffolds and lifts and covers the OSHA scaffold standard, general requirements for scaffolds, fall protection requirements, training needs, and specific regulations for different types of scaffolds and aerial lifts. Resources for additional information on scaffold and lift safety are also listed.
This document provides an overview of OSHA regulations and safety requirements for scaffolds and aerial lifts. It discusses hazards associated with scaffolds and lifts and covers the OSHA scaffold standard, general requirements for scaffolds, fall protection requirements, training needs, and specific requirements for different types of scaffolds and aerial lifts. Resources for additional information on scaffold and lift safety are also listed.
This document describes the assembling, erection, and launching process of a steel truss bridge. It outlines the key components of the truss, necessary launching accessories, and step-by-step erection methodology. It also discusses safety procedures before and after launching, identifies potential hazards, assesses risk levels, and proposes control measures. The objective is to describe safety practices for constructing the steel truss span and ensure the safety of workers through risk assessment and hazard elimination.
The document discusses major causes of crane accidents such as contact with power lines, overturns, falls, and mechanical failures. It emphasizes that lack of communication during lifts, lack of training, instability of loads, and inadequate maintenance or inspection can lead to accidents. Several crane hazards are identified including defective or damaged parts, poor visibility, and unstable ground conditions. The document provides guidance on planning lifts, inspecting cranes and rigging equipment, operating cranes safely, and preventing injuries through proper procedures, training, and barricades.
Lifting and Rigging Training Slides.pdfJahirKhan39
This document provides information on safe lifting and rigging practices. It discusses the major causes of crane accidents like power line contact, overturns, falls from cranes, and mechanical failures. It also covers topics like planning before crane startup, competent person inspections, spotter duties, load charts, signal charts, safe rigging practices, rigging equipment inspections, fiber rope inspections, chain sling inspections, and manual material handling and forklift safety practices. The document emphasizes the importance of equipment inspections, following rated capacities, and using proper lifting techniques to prevent injuries.
This document provides information on safe lifting and rigging practices. It discusses major causes of crane accidents like power line contact, overturns, falls from cranes, and mechanical failures. It also describes how to properly inspect hoisting and rigging equipment like slings, wire ropes, hooks, and chains. Specific criteria for when this equipment should be removed from service are provided. The document also outlines safe practices for manual lifting, carrying loads, and operating forklifts.
Falls are a leading cause of worker deaths in construction. Proper fall protection equipment and training are required to prevent falls from heights. Fall protection includes guardrails, covers, fall arrest systems, travel restraint, safety nets, and more. Employers must conduct a job hazard analysis, provide appropriate equipment and training, and plan for rescue in the event of a fall. Falls remain a serious safety issue, and following fall protection standards and procedures is critical for worker safety.
Here are the answers to the quick quiz:
- Anchorages must be 5,000 lbs.
- Fall arrest forces for harnessing shall not exceed 1,800 lbs.
- The best in the hierarchy of fall protection is elimination.
- Covers must hold twice the anticipated load.
- Free fall over 24 inches is not allowed in work positioning.
The greatest risk in an excavation is a cave-in. Employees can be protected from cave-ins through sloping, shielding, or shoring the sides of the excavation. Other excavation hazards include asphyxiation, toxic fumes, fire, moving machinery near the edge, and severing of utility lines. A competent person must inspect excavations daily and address any issues to protect employees.
Cave-ins pose the greatest risk in excavations. Other hazards include asphyxiation, toxic fumes, fire, and moving machinery. Protective systems like sloping, shielding, and shoring must be used to protect employees. A competent person must inspect excavations and protective systems daily and after any changes in conditions to ensure employee safety.
Cave-ins pose the greatest risk in excavations. Other hazards include asphyxiation, toxic fumes, fire, and moving machinery. Protective systems like sloping, shielding, and shoring must be used to protect employees. A competent person must inspect excavations and protective systems daily and after any changes in conditions to ensure employee safety.
This document provides guidance on hoisting and rigging safety. It emphasizes the importance of training, knowing equipment limitations, inspecting all components for defects, avoiding electrical hazards, using proper sling configurations and rigging hardware, understanding hand signals, and following regulations around tag lines and overhead loads. Safety is ensured by knowing equipment ratings, using defect-free gear, having competent supervision, and taking precautions specific to each lifting situation.
The document provides safety guidelines for inspecting and working on vehicles. It outlines procedures for locking out vehicles to prevent movement, using body props when working under tipped bodies, wearing protective equipment like helmets and safety shoes, having fire resistant covers when welding, and minimizing the number of simultaneous operations. It also describes pre-inspection checks of the work area and prevention of vehicle operation during inspections. Procedures are given for climbing vehicles, working in pits, and general safety practices. Potential incidents are summarized with lessons learned.
The document discusses international safety norms for cranes. It describes different types of fixed and mobile cranes, providing specifications for tower cranes, self-erecting cranes, hammerhead cranes, gantry cranes, deck cranes, jib cranes, truck mounted cranes, terrain cranes, crawler cranes, railroad cranes, floating cranes and aerial cranes. It also discusses crane failure causes, ASME B30 safety standards, operator inspection requirements including daily and periodic inspections, and operational safety practices.
Welding and cutting procedures require extensive safety precautions due to numerous hazards such as compressed gases, electricity, fumes, radiation, fire and explosions. Proper training of workers, control of hazardous conditions, and housekeeping are critical to prevent injuries. Specific safety procedures outlined include proper handling and storage of compressed gas cylinders, use of protective equipment for eyes, skin, respiratory and hearing protection, ventilation, avoiding electrical shock, and fire precautions.
Welding and cutting involves many hazards that require extensive safety procedures and training to control. Common hazards include compressed gases, electricity, fumes, gases, noise, radiation, fire and explosions. Proper handling and storage of compressed gas cylinders, use of protective equipment like gloves, clothing, ventilation and respirators, avoiding electrical shock, and fire precautions are all critical to ensure safety when welding and cutting. Thorough training is also needed for workers to safely use equipment and procedures that control hazardous conditions.
This document discusses the selection and use of check valves in pumped systems. It notes that check valves are commonly selected without considering their dynamic behavior, which can lead to check valve slam and damage. The document recommends performing a surge analysis to determine the maximum reverse velocity and fluid deceleration acceptable for a system. It provides data on the dynamic behavior of different check valve designs to help select a valve less likely to slam. The document emphasizes matching the selected check valve to the characteristics of the system to avoid issues from pressure transients.
This document provides training on working at height. It discusses hazards of working at height like falls, falling objects, and unstable platforms. Fall prevention methods are covered such as full body harnesses, lanyards, guardrails, and safety nets. Inspection and use of fall protection equipment is outlined. The roles and responsibilities of supervisors to ensure safety are also summarized. Emergency procedures in case of an accident or fall are defined.
Although there are many types and brand name of liner hanger system, basic of the equipment and operations are same. After get trained from different service provider and conducting many kind of liner hanger operation I was assigned to teach fundamental of liner system to the related engineers within the company.
Linked presentation is from the training session and shares the fundamental knowledge of liner hanger system for interested people.
This document discusses fall protection requirements and guidelines. It notes that falls are a leading cause of workplace fatalities, with requirements for fall protection kicking in above 4 feet in general industry, 5 feet in maritime, and 6 feet in construction. It provides information on types of fall protection systems, recommended use locations, inspection procedures, and storage/maintenance best practices. Key roles of competent and qualified persons are also outlined.
This document discusses safety practices on construction sites. It notes that construction is a dangerous industry globally, employing many and resulting in high accident rates. In India specifically, it is a major employer but sees 50,000 deaths annually from work-related accidents. Unsafe acts and conditions are identified as central causes. Common accidents involve falls, being struck by objects, electrocutions, and collapses. Excavation safety, ladder safety, and ensuring tidy worksites are emphasized to prevent accidents. Engineering controls, training, inspections, and following best practices are promoted to improve safety in this high-risk industry.
OSHA use 5a1 citations in construction fy08John Newquist
This document summarizes common safety issues found by OSHA during construction inspections in 2008. It outlines various hazards found involving equipment like forklifts, excavators, cranes, and confined spaces. Specific issues mentioned include lack of fall protection, overloading equipment, improper rigging, bypassing safety devices, and exposure to carbon monoxide. The document provides contact information for John Newquist at OSHA to address any questions.
The CM Hurricane 360 is a versatile hand chain hoist that can be used in any direction due to its patented rotating hand chain cover. Unlike traditional hoists, it allows convenient load movement without needing to stand under or near the load. It uses a Weston-style brake system for superior load control and reliability, making it suitable for challenging applications requiring flexibility. Videos on the manufacturer's website demonstrate how the hoist handles tough conditions. The hoist tackles demanding lifting jobs with big lifting power in a small package.
1. The document outlines health and safety rules for building and construction workers as per the Building and Other Construction Workers' (Regulation of Employment and Conditions of Service) Act of 1996.
2. It covers various topics such as registration requirements for construction sites, safety provisions for different hazardous activities like lifting appliances, scaffolding, excavation works etc.
3. It also specifies requirements for welfare amenities, medical examinations, reporting of accidents, constitution of safety committees and appointment of safety officers. Compliance with the rules is necessary to ensure health and safety of all building workers.
This document provides a risk assessment for hydro testing and pressure testing of pipe works conducted by Arabian Bemco Contracting Co. It identifies several hazards associated with the work including high pressure leaks, over pressure, slips trips and falls. For each hazard, it lists the persons at risk, initial risk rating, and proposed control measures to reduce the risk. The control measures include training, use of personal protective equipment, safety signage, permitting, and having emergency response measures in place.
The document provides training on excavation and trenching safety. It outlines several key hazards associated with excavation work including damage to underground utilities, collapse or cave-ins, flooding, and being struck by vehicles or heavy equipment. Control measures are described such as checking for utility lines, sloping excavation walls, using shoring systems, installing barriers and signs, and conducting daily inspections. Proper access and egress into excavations using ladders, stairs or ramps is also emphasized. The training aims to educate workers on safety requirements and best practices to prevent injuries when performing excavation and trenching work.
Safe Driving Training.ppt for driverds in oil refineries and petrochemicalsASHOK KUMAR SINGH
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Falls are a leading cause of worker deaths in construction. Proper fall protection equipment and training are required to prevent falls from heights. Fall protection includes guardrails, covers, fall arrest systems, travel restraint, safety nets, and more. Employers must conduct a job hazard analysis, provide appropriate equipment and training, and plan for rescue in the event of a fall. Falls remain a serious safety issue, and following fall protection standards and procedures is critical for worker safety.
Here are the answers to the quick quiz:
- Anchorages must be 5,000 lbs.
- Fall arrest forces for harnessing shall not exceed 1,800 lbs.
- The best in the hierarchy of fall protection is elimination.
- Covers must hold twice the anticipated load.
- Free fall over 24 inches is not allowed in work positioning.
The greatest risk in an excavation is a cave-in. Employees can be protected from cave-ins through sloping, shielding, or shoring the sides of the excavation. Other excavation hazards include asphyxiation, toxic fumes, fire, moving machinery near the edge, and severing of utility lines. A competent person must inspect excavations daily and address any issues to protect employees.
Cave-ins pose the greatest risk in excavations. Other hazards include asphyxiation, toxic fumes, fire, and moving machinery. Protective systems like sloping, shielding, and shoring must be used to protect employees. A competent person must inspect excavations and protective systems daily and after any changes in conditions to ensure employee safety.
Cave-ins pose the greatest risk in excavations. Other hazards include asphyxiation, toxic fumes, fire, and moving machinery. Protective systems like sloping, shielding, and shoring must be used to protect employees. A competent person must inspect excavations and protective systems daily and after any changes in conditions to ensure employee safety.
This document provides guidance on hoisting and rigging safety. It emphasizes the importance of training, knowing equipment limitations, inspecting all components for defects, avoiding electrical hazards, using proper sling configurations and rigging hardware, understanding hand signals, and following regulations around tag lines and overhead loads. Safety is ensured by knowing equipment ratings, using defect-free gear, having competent supervision, and taking precautions specific to each lifting situation.
The document provides safety guidelines for inspecting and working on vehicles. It outlines procedures for locking out vehicles to prevent movement, using body props when working under tipped bodies, wearing protective equipment like helmets and safety shoes, having fire resistant covers when welding, and minimizing the number of simultaneous operations. It also describes pre-inspection checks of the work area and prevention of vehicle operation during inspections. Procedures are given for climbing vehicles, working in pits, and general safety practices. Potential incidents are summarized with lessons learned.
The document discusses international safety norms for cranes. It describes different types of fixed and mobile cranes, providing specifications for tower cranes, self-erecting cranes, hammerhead cranes, gantry cranes, deck cranes, jib cranes, truck mounted cranes, terrain cranes, crawler cranes, railroad cranes, floating cranes and aerial cranes. It also discusses crane failure causes, ASME B30 safety standards, operator inspection requirements including daily and periodic inspections, and operational safety practices.
Welding and cutting procedures require extensive safety precautions due to numerous hazards such as compressed gases, electricity, fumes, radiation, fire and explosions. Proper training of workers, control of hazardous conditions, and housekeeping are critical to prevent injuries. Specific safety procedures outlined include proper handling and storage of compressed gas cylinders, use of protective equipment for eyes, skin, respiratory and hearing protection, ventilation, avoiding electrical shock, and fire precautions.
Welding and cutting involves many hazards that require extensive safety procedures and training to control. Common hazards include compressed gases, electricity, fumes, gases, noise, radiation, fire and explosions. Proper handling and storage of compressed gas cylinders, use of protective equipment like gloves, clothing, ventilation and respirators, avoiding electrical shock, and fire precautions are all critical to ensure safety when welding and cutting. Thorough training is also needed for workers to safely use equipment and procedures that control hazardous conditions.
This document discusses the selection and use of check valves in pumped systems. It notes that check valves are commonly selected without considering their dynamic behavior, which can lead to check valve slam and damage. The document recommends performing a surge analysis to determine the maximum reverse velocity and fluid deceleration acceptable for a system. It provides data on the dynamic behavior of different check valve designs to help select a valve less likely to slam. The document emphasizes matching the selected check valve to the characteristics of the system to avoid issues from pressure transients.
This document provides training on working at height. It discusses hazards of working at height like falls, falling objects, and unstable platforms. Fall prevention methods are covered such as full body harnesses, lanyards, guardrails, and safety nets. Inspection and use of fall protection equipment is outlined. The roles and responsibilities of supervisors to ensure safety are also summarized. Emergency procedures in case of an accident or fall are defined.
Although there are many types and brand name of liner hanger system, basic of the equipment and operations are same. After get trained from different service provider and conducting many kind of liner hanger operation I was assigned to teach fundamental of liner system to the related engineers within the company.
Linked presentation is from the training session and shares the fundamental knowledge of liner hanger system for interested people.
This document discusses fall protection requirements and guidelines. It notes that falls are a leading cause of workplace fatalities, with requirements for fall protection kicking in above 4 feet in general industry, 5 feet in maritime, and 6 feet in construction. It provides information on types of fall protection systems, recommended use locations, inspection procedures, and storage/maintenance best practices. Key roles of competent and qualified persons are also outlined.
This document discusses safety practices on construction sites. It notes that construction is a dangerous industry globally, employing many and resulting in high accident rates. In India specifically, it is a major employer but sees 50,000 deaths annually from work-related accidents. Unsafe acts and conditions are identified as central causes. Common accidents involve falls, being struck by objects, electrocutions, and collapses. Excavation safety, ladder safety, and ensuring tidy worksites are emphasized to prevent accidents. Engineering controls, training, inspections, and following best practices are promoted to improve safety in this high-risk industry.
OSHA use 5a1 citations in construction fy08John Newquist
This document summarizes common safety issues found by OSHA during construction inspections in 2008. It outlines various hazards found involving equipment like forklifts, excavators, cranes, and confined spaces. Specific issues mentioned include lack of fall protection, overloading equipment, improper rigging, bypassing safety devices, and exposure to carbon monoxide. The document provides contact information for John Newquist at OSHA to address any questions.
The CM Hurricane 360 is a versatile hand chain hoist that can be used in any direction due to its patented rotating hand chain cover. Unlike traditional hoists, it allows convenient load movement without needing to stand under or near the load. It uses a Weston-style brake system for superior load control and reliability, making it suitable for challenging applications requiring flexibility. Videos on the manufacturer's website demonstrate how the hoist handles tough conditions. The hoist tackles demanding lifting jobs with big lifting power in a small package.
1. The document outlines health and safety rules for building and construction workers as per the Building and Other Construction Workers' (Regulation of Employment and Conditions of Service) Act of 1996.
2. It covers various topics such as registration requirements for construction sites, safety provisions for different hazardous activities like lifting appliances, scaffolding, excavation works etc.
3. It also specifies requirements for welfare amenities, medical examinations, reporting of accidents, constitution of safety committees and appointment of safety officers. Compliance with the rules is necessary to ensure health and safety of all building workers.
This document provides a risk assessment for hydro testing and pressure testing of pipe works conducted by Arabian Bemco Contracting Co. It identifies several hazards associated with the work including high pressure leaks, over pressure, slips trips and falls. For each hazard, it lists the persons at risk, initial risk rating, and proposed control measures to reduce the risk. The control measures include training, use of personal protective equipment, safety signage, permitting, and having emergency response measures in place.
The document provides training on excavation and trenching safety. It outlines several key hazards associated with excavation work including damage to underground utilities, collapse or cave-ins, flooding, and being struck by vehicles or heavy equipment. Control measures are described such as checking for utility lines, sloping excavation walls, using shoring systems, installing barriers and signs, and conducting daily inspections. Proper access and egress into excavations using ladders, stairs or ramps is also emphasized. The training aims to educate workers on safety requirements and best practices to prevent injuries when performing excavation and trenching work.
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3. • Tool box talk record /register not maintained at all sites.
• Daily Housekeeping before start of job and after completion
of job not done.
• Drum storage/ management a major concern
Major Safety Concerns/ Non-compliance
4. Major Non Compliance
Scaffolds:
• Checklist for scaffold not filled by
contractor & IOCL Engg.
• Poor condition of scaffolds
• No base plate
• No tag , no railing, no proper platform, use of corroded/ bent pipes.
• No use of ladder for access
• Job without work permit and clearance
5. Hot works:
• No use of flash back arrestors on acetylene / oxygen
cylinders
• Damaged/ jointed gas cutting hoses
• No use of valve caps on transported/ idle cylinders
• No protection against fall of spark
• Helper without any eye protection
Major Non Compliance
6. Grinding :
• Without wheel guard
• Without face shield
• Helper using grinding job
• Spark not arrested at site
Major Non Compliance
7. Major Non Compliance
Working at Height:
• Workers working at height without safety harness/ not
anchoring their harness.
• Poor condition of safety harness
• Use of old screw type harness instead of hook type
• No provision of life line for working at pipe racks/ cable
racks.
• No access for approaching at pipe racks / cable racks.
8. Vehicular:
• Parking of vehicle at improper places.
• Entry of vehicle in plant without permit
• Flag man not available
• Fake/ No driving license with driver
• LMV driving license holder , drive HMV vehicle.
• Driving above speed limits
• Helpers driving vehicle instead of driver
• Poor tyre condition. Poor condition of trailers or hydra
• Area not barricaded. Slippers/ wooden blocks being used under crane jacks
• Guide rope not provided for suspended load
• Hydra/ Crane without reversing horn.
Major Non Compliance
9. Lifting Tools/ Tackles:
• Transportation of material with Hydra/ crane
• No area barricading before lifting job.
• Limit switches of hydra not working.
• No SWL/ DOT marking on hydras.
• No safety latch on hooks
• There is no correlation of lifting tools & tackles with their certificate.
Lifting tools used only as per judgment.
• Poor condition of canvas slings
Major Non Compliance
10. Confined Space:
• No record of persons going in & coming out during confined
space entry.
• No dedicated stand by person outside confined space
• Workers not aware of hazards inside particular vessel/
column etc/ no took box talk
Major Non Compliance
11. Excavation:
• No barricading of excavated area.
• Road excavated without road blockage permit.
• Excavation permit not renewed after expiry
• Excavated material kept near excavation site.
• Sometimes excavation done without taking permit
• Escape ladder not used in excavated pit/trench
• People walk on piled up earth , having chances to slip and fall in trench
• Water accumulation in excavated pit/trench from open fire water nozzle
• Accumulation of oil and water in trench , if not stopped/checked
Major Non Compliances
12. Hydro Jetting:
• No area barricading
• No face shield
• No coverall
• No foot valve
• No stand by person
• Slippery area/ Chocked drains
• Firewater misuse/ wastage without any job
Major Non Compliance
13. Work Permit:
• Doing job without any permit
• Job without clearance.
• Clearance given on expired permit .
• Permit conditions are not full-filled like fire water hose /
stand by person etc.
Major Non Compliance
14.
15. Scaffold safety measures
Right-Angle (Double, 90 Degree, Load Bearing, or Standard) Coupler
A load bearing coupler used for connecting two tubes together at right angles. It is a critical component in the scaffold structure
and must resist both slip and distortion.
After Before
16. BOX CLAMP: End-to-End (Sleeve) Coupler :
A device used for externally joining two (2) scaffold tubes co-axially end to end. The steel divider is located centrally to ensure
equal insertion of each tube.
After Before
17. LADDER CLAMP:
A device used for externally joining Ladder fitting on scaffold
After Before
18. Base Plate:
A steel plate providing a flat bearing surface with a spigot or screw jack for distributing the load from posts (standards). It has an
integral spigot and fixing holes for use with sills.
After Before
19. Top rail
Mid rail
Without top and mid rail
Guardrail system:
Each person who could fall more than 1.8 m. (6 ft.) shall be protected from falling by means of guardrail systems or personal fall
arrest systems.
After
Before
20. Toe boards :
shall have no more than 6 mm. (1/4”) gap above the working surface and should withstand a force of at least 23 kg
(50 lbs).
After
Before
21. Fabricated Scaffold Plank, Deck, or Platform
A scaffold platform unit equipped with end hooks that engage the scaffold bearer (transom).
Used wire for plank
locked
After Before
22. “Safety On Wheels”
Immediate Corrective Action
Agency/ W.O : Sandip Nanavati/24823166
Location: DHDS Pump House Area
Safety on wheels:
Gujarat Refinery new initiative for contractors safety
(PPEs Compliance at site).
24. Contractor worker Helmet Testing on 20.6.2018
TOTAL NO. OF HELMETS – 54
HELMET PASS IN TEST – 16
HELMET FAIL IN TEST – 38
0
1
2
3
4
5
6
7
8
9
Total
ARIHANT FAB
BANSAL
BM UTILITY
GAYATRY
IRON ENGG
JJ RAVAL
KOYALI CATTEL FEED
KRUPALI CONST.
MARUDHAR
MN KAKA
BEFORE AFTER
25. TOTAL NO. OF HELMETS – 54
HELMET PASS IN TEST – 16
HELMET FAIL IN TEST – 38
1 1
2
4
1 1 1
7
4
1 1 1
4
1
8
2
3
1 1 1
5
2
1
0
1
2
3
4
5
6
7
8
9
Total
ARIHANT FAB
BANSAL
BM UTILITY
GAYATRY
IRON ENGG
JJ RAVAL
KOYALI CATTEL FEED
KRUPALI CONST.
MARUDHAR
MN KAKA
NAMAN ENGG
PATIL ENT.
PETRO TECH
PRASHANT BUILDING
PRASHANT CONST.
chart of various agencies found defective/ non standard helmets provided to the workers