The document provides instructions for completing a project as part of an IOSH Managing Safely course. It outlines six parts to the project: 1) describing work tasks and responsibilities, 2) identifying location hazards, 3) identifying equipment and substance hazards, 4) identifying activity hazards, 5) conducting risk assessments of activity hazards, and 6) recommending risk controls. It provides guidance on what to include in each part, such as describing hazards, those affected, and whether a risk assessment is needed. The project focuses on assessing hazards in the student's own work environment.
The document provides instructions for completing a project on risk assessment based on one's own work environment. It outlines 6 parts to the project:
1) Describing work tasks and environment
2) Identifying location hazards
3) Identifying equipment and substance hazards
4) Identifying activity hazards
5) Conducting risk assessments of activity hazards
6) Recommending risk controls for activity hazards
The project aims to have students conduct a risk assessment of their own work environment and record the results on the provided sheets for marking.
1) The document is a risk assessment form for a construction company located in Bandar Seri Begawan, Brunei Darussalam. It assesses risks associated with office activities, site activities, and equipment used which could harm clients, staff, supervisors, and visitors.
2) Current risk controls include fire sprinklers, extinguishers, clear communications, proper equipment labeling, fire blankets, and competent personnel handling chemicals.
3) Further actions are identified to improve risks rated 8-12 within a specified timescale, including always supervising clients and staff, properly labeling exit routes, and making absorbent spill materials available.
Safety in gas cutting requires understanding hazards, proper equipment use, and risk assessment. Key precautions include: knowing equipment parts and how to handle leaks, fires, or backfires; removing combustibles; using protective gear; and maintaining equipment. A risk assessment should consider training, permits, and job safety analysis to minimize dangers.
This document outlines health and safety topics covered in an induction training. It discusses hazards associated with working at heights, proper use of ladders and scaffolding, fall protection, machine safety, chemical hazards, traffic safety, fire safety, and more. Safety signage and their meanings are explained. Penalties for safety infractions are listed to encourage compliance with safety rules and regulations. The goal is to educate workers on best practices to avoid accidents and injuries on the jobsite.
Specific method of statmeents risk assessment -job hazard analysis for land ...Arber Dogani
This document provides a method statement for removing a landslide near Tower 9u to allow construction of an access track and transmission line towers. The work will be done in 3 zones using 2 excavators over 15 working days. Health and safety precautions include training staff, using proper equipment and PPE, conducting risk assessments, and having emergency response plans. The contractor's organization assigns roles to a project manager, construction manager, site engineer, and HSE lead to oversee the excavation team and contractor geologist. Attachments include location maps, photos of the site, and risk assessments.
This presentation provides general information about the requirements of the Lifting Operations and Lifting Equipment Regulations 1998 (LOLER):
What employers need to do to protect your employees
Also useful to employees and their representatives
More information : http://worlifts.co.uk/
This document discusses lockout/tagout procedures for working on hazardous equipment. It covers who needs training in lockout/tagout, what hazardous energy is, the different types of lockout devices, tag requirements, and required lockout procedures. The procedures involve notifying affected employees, shutting down and isolating equipment, attaching lockout devices, releasing stored energy, and verifying isolation before starting maintenance. Examples of lockout devices include locks for electrical panels and plugs, blanks for pipes, and blocks for presses. Tags are only for information and don't provide the protection of lockout devices.
The document provides instructions for completing a project on risk assessment based on one's own work environment. It outlines 6 parts to the project:
1) Describing work tasks and environment
2) Identifying location hazards
3) Identifying equipment and substance hazards
4) Identifying activity hazards
5) Conducting risk assessments of activity hazards
6) Recommending risk controls for activity hazards
The project aims to have students conduct a risk assessment of their own work environment and record the results on the provided sheets for marking.
1) The document is a risk assessment form for a construction company located in Bandar Seri Begawan, Brunei Darussalam. It assesses risks associated with office activities, site activities, and equipment used which could harm clients, staff, supervisors, and visitors.
2) Current risk controls include fire sprinklers, extinguishers, clear communications, proper equipment labeling, fire blankets, and competent personnel handling chemicals.
3) Further actions are identified to improve risks rated 8-12 within a specified timescale, including always supervising clients and staff, properly labeling exit routes, and making absorbent spill materials available.
Safety in gas cutting requires understanding hazards, proper equipment use, and risk assessment. Key precautions include: knowing equipment parts and how to handle leaks, fires, or backfires; removing combustibles; using protective gear; and maintaining equipment. A risk assessment should consider training, permits, and job safety analysis to minimize dangers.
This document outlines health and safety topics covered in an induction training. It discusses hazards associated with working at heights, proper use of ladders and scaffolding, fall protection, machine safety, chemical hazards, traffic safety, fire safety, and more. Safety signage and their meanings are explained. Penalties for safety infractions are listed to encourage compliance with safety rules and regulations. The goal is to educate workers on best practices to avoid accidents and injuries on the jobsite.
Specific method of statmeents risk assessment -job hazard analysis for land ...Arber Dogani
This document provides a method statement for removing a landslide near Tower 9u to allow construction of an access track and transmission line towers. The work will be done in 3 zones using 2 excavators over 15 working days. Health and safety precautions include training staff, using proper equipment and PPE, conducting risk assessments, and having emergency response plans. The contractor's organization assigns roles to a project manager, construction manager, site engineer, and HSE lead to oversee the excavation team and contractor geologist. Attachments include location maps, photos of the site, and risk assessments.
This presentation provides general information about the requirements of the Lifting Operations and Lifting Equipment Regulations 1998 (LOLER):
What employers need to do to protect your employees
Also useful to employees and their representatives
More information : http://worlifts.co.uk/
This document discusses lockout/tagout procedures for working on hazardous equipment. It covers who needs training in lockout/tagout, what hazardous energy is, the different types of lockout devices, tag requirements, and required lockout procedures. The procedures involve notifying affected employees, shutting down and isolating equipment, attaching lockout devices, releasing stored energy, and verifying isolation before starting maintenance. Examples of lockout devices include locks for electrical panels and plugs, blanks for pipes, and blocks for presses. Tags are only for information and don't provide the protection of lockout devices.
This daily inspection checklist is used to inspect an air compressor on a weekly basis. It includes 14 items to check such as oil, fuel, and water levels; air impeller and radiator coolant levels; moisture in the air receiver tank; safety valve actuation; wiring and piping connections; grounding; emissions; air hose connections; whiplash arrestor; color-coded inspection stickers; and fire extinguishers. For each inspection, the operator's name and date are recorded along with any remarks.
This risk assessment identifies hazards associated with the use of portable power tools, including electricity, flammable atmospheres, moving parts, noise, vibration, ergonomics, slips and falls, dust, air lines, tool jamming, and inappropriate use. Control measures are outlined to reduce the residual risk for each hazard, such as checking tools before use, using guards and protective equipment, restricting use times, and ensuring users are trained. The risk assessment must be reviewed and signed by the assessor, supervisor, and safety coordinators.
The document provides information about working at heights training, including:
- The aims are to provide personnel working at heights with practical knowledge and application of safe practices to prevent injury.
- The objectives include identifying fall regulations and risks, demonstrating safety equipment use, and emergency response procedures.
- It discusses examples of working at heights, regulations and responsibilities to control fall risks, and the goals of reducing falls injuries.
This document discusses safe lifting practices and requirements. It defines routine and non-routine lifts and lists potential hazards. Key requirements include developing a lifting plan, appointing competent supervisors, inspecting equipment, and defining roles for crane operators, riggers, and signal persons. Specific safe practices are outlined for preparing loads, attaching slings, and storing/maintaining equipment. Personnel must be trained and lifts must not endanger workers or exceed equipment ratings.
This document provides a job safety analysis for erecting jet fuel storage tanks. It outlines 13 key steps in the erection process and identifies potential hazards at each step, such as falls, being struck by objects, fires, and more. Safety precautions are also listed to mitigate the hazards, including using proper personal protective equipment, restricting access under suspended loads, following proper lifting and staging procedures, and more. The responsibilities of supervisors, riggers, welders and other roles are defined to ensure safety is prioritized throughout the tank erection work.
1. This document is an auxiliary crane inspection checklist for the Tiara Hotel Auxiliary Crane No. 4/3.06/1 located on Level 3.
2. It contains 28 items to check including the availability of manuals, maintenance records, operator and rigger competency, structural welds, foundation, hoist limits, drum and wire rope, hook, boom, counterweight, pins and bolts, sheaves, load indicators, limit switches, foundation bolts, means of communication, fire extinguisher, and anti-collision system.
3. The checklist notes that third party inspections of the crane and operator certificates are valid until August 26, 2018 and is to be completed for
This document provides a lifting plan, risk assessment, and method statement for lifting operations. It includes details of the load, cranes, lifting accessories, hazards identified, risk assessment, responsibilities of personnel, and acceptance signatures. The key details are the load weight and dimensions, crane models and capacities, identified hazards like overhead power lines, and the sequence of operations. Personnel roles like appointed person, slinger, and crane supervisor are defined. Weather limits and ground conditions are also addressed.
The document describes a risk assessment conducted at a motor vehicle mechanical repair workshop employing 12 mechanics. Primary and secondary data collection methods were used to identify hazards. Key hazards included noise, vibration, electricity, chemicals and improper lifting. Recommendations provided included use of personal protective equipment, installation of safety controls, training workers, and addressing issues like dermatitis and exposure to hazardous substances. The risk assessment found various medium and high-risk issues that needed to be addressed to improve workplace safety.
Definition ,explanation, Examples, Reporting & Investigation formats, in house designed Online nearmiss reporting portal with analytical features & Near miss incident cases
RA for Hot works at MOE-Ghim Moh (Ceiling support works).pdfMohPhoolay
This document is an activity-based risk assessment form for hot works (ceiling support works) being conducted at the MOE at Ghim Moh project by Create Logic Pte Ltd. It identifies 5 major hazards - improper manual handling, hot works causing fires/explosions, arc welding electrocutions and fires, gas cutting and arc welding fires, and trip and fall hazards from gas hoses and cables. For each hazard, it evaluates the existing and additional risk controls and assigns risk probability numbers. It also provides a risk level matrix to define acceptable risk levels and recommended actions.
Drinking water shall only come from portable water sources and be tested monthly. Filters must be replaced weekly with the next due date posted, and coolers disinfected every two days or if unused for seven days. A daily cleaning checklist requires signatures to ensure proper hygiene, storage, and maintenance of water refilling stations.
Permit To Work
Types of Permit To Work
Hot Work Permit
Confined Space Entry Permit
Electrical Permit
Excavation Permit
Radiography Permit
Crane Critical Lifts Permit
Man Basket Operation
Permit Issuer Responsibilities
Permit Receiver Responsibilities
HSE Permit Coordinator
Responsibilities
Revalidation of the Permit
Work Permit Flow Chart
This document discusses work permit systems and their importance for safety. It outlines the key aspects that work permits address like nature of work, equipment, location, hazards. Work permits are used to authorize specific jobs in defined areas and times. They aim to prevent accidents by clearly identifying responsibilities and hazards. The document also discusses types of work permits for hot work, confined space entry, excavation and their associated precautions to minimize risks.
Forklift operators must be properly trained and licensed. They should conduct routine checks of equipment like brakes, steering, controls, and for potential leaks. Personal protective equipment like safety shoes, helmets, ear plugs, and reflective jackets must be worn. When operating the forklift, drivers should follow all site rules and guidelines, go slowly around corners and turns, and not exceed the speed limit. Loads must be checked for stability before moving and damages items should not be lifted. The forklift should be parked in designated areas with forks lowered and brake applied.
Plant checks on arrival to site
PRIOR TO SITE ACCESS • Use of heavy plant for demolition;
Demolition of concrete structure • Excavator breaker operation
• (Operator)Plant / pedestrian interaction;
• Operator visibility;
Demolition (supervision) • Plant operations around workers;
• Workers in plant operating radius;
Undertaking breaking Works – Manual operation using compressed air jack hammers; • Use of hand held breakers;
Removal of waste concrete and rebar • Truck operations around workers;
The document provides an overview of safety policies and procedures for new hires at Control Flow Inc. It outlines proper procedures and personal protective equipment requirements for various machinery, chemical handling, injury reporting, and other potential hazards. Non-compliance with safety rules could result in disciplinary action up to and including termination.
Appendix 23.3 HS-RA-33 Demobilization of Site Offices Welfare Facilities Stor...MohammedAliQazi
1. The document provides a risk assessment for the demobilization of site offices, welfare facilities, stores, laydown areas and shades at the Amaala International Airport project site. It identifies hazards associated with tasks such as isolation of work areas, site surveys, use of moving equipment, manual handling and removal of safety barriers.
2. Control measures are outlined to reduce risks from hazards like electrocution, underground services, vehicle movements, improper lifting and barrier failure. Requirements include permitting, PPE, delineation of work areas, trained operators, inspections of lifting equipment and certification of vehicles and plant.
3. Responsibilities are defined for the project manager, senior engineers, foremen and site engineers
The document provides guidance on developing safety plans for construction estimation competitions. It outlines the typical sections of an estimation binder that should contain safety information, such as the project management plan, scheduling, site plan, and site-specific safety plan. It gives examples of what to include in these sections, such as addressing severe weather risks and personal protective equipment requirements. The document also provides a sample site-specific safety plan section that outlines a company's safety policies on inductions, substance abuse, training, protective equipment, fire prevention and more.
This daily inspection checklist is used to inspect an air compressor on a weekly basis. It includes 14 items to check such as oil, fuel, and water levels; air impeller and radiator coolant levels; moisture in the air receiver tank; safety valve actuation; wiring and piping connections; grounding; emissions; air hose connections; whiplash arrestor; color-coded inspection stickers; and fire extinguishers. For each inspection, the operator's name and date are recorded along with any remarks.
This risk assessment identifies hazards associated with the use of portable power tools, including electricity, flammable atmospheres, moving parts, noise, vibration, ergonomics, slips and falls, dust, air lines, tool jamming, and inappropriate use. Control measures are outlined to reduce the residual risk for each hazard, such as checking tools before use, using guards and protective equipment, restricting use times, and ensuring users are trained. The risk assessment must be reviewed and signed by the assessor, supervisor, and safety coordinators.
The document provides information about working at heights training, including:
- The aims are to provide personnel working at heights with practical knowledge and application of safe practices to prevent injury.
- The objectives include identifying fall regulations and risks, demonstrating safety equipment use, and emergency response procedures.
- It discusses examples of working at heights, regulations and responsibilities to control fall risks, and the goals of reducing falls injuries.
This document discusses safe lifting practices and requirements. It defines routine and non-routine lifts and lists potential hazards. Key requirements include developing a lifting plan, appointing competent supervisors, inspecting equipment, and defining roles for crane operators, riggers, and signal persons. Specific safe practices are outlined for preparing loads, attaching slings, and storing/maintaining equipment. Personnel must be trained and lifts must not endanger workers or exceed equipment ratings.
This document provides a job safety analysis for erecting jet fuel storage tanks. It outlines 13 key steps in the erection process and identifies potential hazards at each step, such as falls, being struck by objects, fires, and more. Safety precautions are also listed to mitigate the hazards, including using proper personal protective equipment, restricting access under suspended loads, following proper lifting and staging procedures, and more. The responsibilities of supervisors, riggers, welders and other roles are defined to ensure safety is prioritized throughout the tank erection work.
1. This document is an auxiliary crane inspection checklist for the Tiara Hotel Auxiliary Crane No. 4/3.06/1 located on Level 3.
2. It contains 28 items to check including the availability of manuals, maintenance records, operator and rigger competency, structural welds, foundation, hoist limits, drum and wire rope, hook, boom, counterweight, pins and bolts, sheaves, load indicators, limit switches, foundation bolts, means of communication, fire extinguisher, and anti-collision system.
3. The checklist notes that third party inspections of the crane and operator certificates are valid until August 26, 2018 and is to be completed for
This document provides a lifting plan, risk assessment, and method statement for lifting operations. It includes details of the load, cranes, lifting accessories, hazards identified, risk assessment, responsibilities of personnel, and acceptance signatures. The key details are the load weight and dimensions, crane models and capacities, identified hazards like overhead power lines, and the sequence of operations. Personnel roles like appointed person, slinger, and crane supervisor are defined. Weather limits and ground conditions are also addressed.
The document describes a risk assessment conducted at a motor vehicle mechanical repair workshop employing 12 mechanics. Primary and secondary data collection methods were used to identify hazards. Key hazards included noise, vibration, electricity, chemicals and improper lifting. Recommendations provided included use of personal protective equipment, installation of safety controls, training workers, and addressing issues like dermatitis and exposure to hazardous substances. The risk assessment found various medium and high-risk issues that needed to be addressed to improve workplace safety.
Definition ,explanation, Examples, Reporting & Investigation formats, in house designed Online nearmiss reporting portal with analytical features & Near miss incident cases
RA for Hot works at MOE-Ghim Moh (Ceiling support works).pdfMohPhoolay
This document is an activity-based risk assessment form for hot works (ceiling support works) being conducted at the MOE at Ghim Moh project by Create Logic Pte Ltd. It identifies 5 major hazards - improper manual handling, hot works causing fires/explosions, arc welding electrocutions and fires, gas cutting and arc welding fires, and trip and fall hazards from gas hoses and cables. For each hazard, it evaluates the existing and additional risk controls and assigns risk probability numbers. It also provides a risk level matrix to define acceptable risk levels and recommended actions.
Drinking water shall only come from portable water sources and be tested monthly. Filters must be replaced weekly with the next due date posted, and coolers disinfected every two days or if unused for seven days. A daily cleaning checklist requires signatures to ensure proper hygiene, storage, and maintenance of water refilling stations.
Permit To Work
Types of Permit To Work
Hot Work Permit
Confined Space Entry Permit
Electrical Permit
Excavation Permit
Radiography Permit
Crane Critical Lifts Permit
Man Basket Operation
Permit Issuer Responsibilities
Permit Receiver Responsibilities
HSE Permit Coordinator
Responsibilities
Revalidation of the Permit
Work Permit Flow Chart
This document discusses work permit systems and their importance for safety. It outlines the key aspects that work permits address like nature of work, equipment, location, hazards. Work permits are used to authorize specific jobs in defined areas and times. They aim to prevent accidents by clearly identifying responsibilities and hazards. The document also discusses types of work permits for hot work, confined space entry, excavation and their associated precautions to minimize risks.
Forklift operators must be properly trained and licensed. They should conduct routine checks of equipment like brakes, steering, controls, and for potential leaks. Personal protective equipment like safety shoes, helmets, ear plugs, and reflective jackets must be worn. When operating the forklift, drivers should follow all site rules and guidelines, go slowly around corners and turns, and not exceed the speed limit. Loads must be checked for stability before moving and damages items should not be lifted. The forklift should be parked in designated areas with forks lowered and brake applied.
Plant checks on arrival to site
PRIOR TO SITE ACCESS • Use of heavy plant for demolition;
Demolition of concrete structure • Excavator breaker operation
• (Operator)Plant / pedestrian interaction;
• Operator visibility;
Demolition (supervision) • Plant operations around workers;
• Workers in plant operating radius;
Undertaking breaking Works – Manual operation using compressed air jack hammers; • Use of hand held breakers;
Removal of waste concrete and rebar • Truck operations around workers;
The document provides an overview of safety policies and procedures for new hires at Control Flow Inc. It outlines proper procedures and personal protective equipment requirements for various machinery, chemical handling, injury reporting, and other potential hazards. Non-compliance with safety rules could result in disciplinary action up to and including termination.
Appendix 23.3 HS-RA-33 Demobilization of Site Offices Welfare Facilities Stor...MohammedAliQazi
1. The document provides a risk assessment for the demobilization of site offices, welfare facilities, stores, laydown areas and shades at the Amaala International Airport project site. It identifies hazards associated with tasks such as isolation of work areas, site surveys, use of moving equipment, manual handling and removal of safety barriers.
2. Control measures are outlined to reduce risks from hazards like electrocution, underground services, vehicle movements, improper lifting and barrier failure. Requirements include permitting, PPE, delineation of work areas, trained operators, inspections of lifting equipment and certification of vehicles and plant.
3. Responsibilities are defined for the project manager, senior engineers, foremen and site engineers
The document provides guidance on developing safety plans for construction estimation competitions. It outlines the typical sections of an estimation binder that should contain safety information, such as the project management plan, scheduling, site plan, and site-specific safety plan. It gives examples of what to include in these sections, such as addressing severe weather risks and personal protective equipment requirements. The document also provides a sample site-specific safety plan section that outlines a company's safety policies on inductions, substance abuse, training, protective equipment, fire prevention and more.
1. The risk assessment identifies hazards like slips, trips, falls, vibrations, noise, dust, and heat exposure that could harm workers at the National Refinery rig site. It notes controls already in place like PPE and trainings.
2. Further actions are recommended within 1 week to 4 weeks like improving mud management, installing vibration controls, restricting cell phone use, adding air conditioning, and replacing damaged electrical wires.
3. Responsibilities are assigned to managers and supervisors to implement controls for hazards like installing exhaust ventilation, conducting safety meetings, and repairing generators. Completing these further actions would help better protect workers at the rig site.
AIGA 039_06 Road transport emergency preparedness_reformated Jan 12.pdfMATSNorthpack
This document provides guidance on road transport emergency preparedness. It outlines an emergency organization structure with defined roles and responsibilities for handling incidents of varying severity levels. A three-level classification system is established based on the potential escalation and impact of incidents. The document also covers establishing emergency equipment and contact lists, media relations procedures, and guidance for the recovery phase after an incident.
Airside Observation Statement -24.12.2015.xlsx(A).xlsx01Andrew Louis
This document provides an airside observation statement from Andrew Louis, assessing safety compliance at various airport operations from December 9-24, 2015. Key findings include:
- Most departments scored satisfactory or above average in equipment positioning, servicing, and compliance with safety procedures. Ramp and traffic operations required attention regarding equipment usage.
- A total of 28 events were observed and assessed across departments, with most scoring satisfactorily in safety standards.
- For ramp/line base operations, most bays scored satisfactorily except for some issues with equipment positioning. Cargo apron required attention to equipment positioning.
- No incidents or accidents were reported, though continued compliance with safety reminders and best
2017 Heli-Expo - "What the FRAT?" Helicopter Risk Analysis ToolIHSTFAA
This document provides information about a Flight and Ground Risk Analysis Tool (FRAT/GRAT). It discusses the key elements that should be included in a FRAT/GRAT, such as factors related to the pilot, aircraft, environment, and external pressures. It also describes how to determine a risk score and what to do based on the score, such as mitigating risks for a yellow score or cancelling a flight for a red score. Finally, it discusses how a FRAT/GRAT fits within an organization's Safety Management System and regulatory requirements for its use.
Gladstone Airport Corporation is committed to ensuring workplace health and safety. Their policy aims to eliminate work-related injury and provide safe work environments. They will ensure safety issues are considered in business operations and comply with relevant laws, codes, and client requirements. Workers are encouraged to consult on safety policies. The airport also implements risk management and safety training programs. The vision is to foster a safety-focused culture.
Read the background information and scenario description in sectio.docxcatheryncouper
Read the background information and scenario description in sections I and II, then answer the questions in section III. Be sure you read the complete directions for preparing your case study.
I. Background: OSHA Standards and Bubba’s Materials Handling Equipment, Inc. Bubba’s Materials Handling Equipment is a small corporation that employs between 38 and 55 employees throughout any given year. This firm manufactures materials handling equipment that includes small cantilever racks; hand trucks, some specially designed for moving 55-gallon drums; and various dollies commonly used in the manufacturing sector. The facility was built in 1958 and is roughly 80,000 square feet. The firm receives raw materials in the form of round metal tubing, sheet metal, square tubing, and cold and hot rolled metal rods.
Raw materials are removed from flatbed trailers using a large LP-gas-powered forklift with the assistance of smaller LPgas-powered forklifts. These materials are stored in racks in the receiving department. From there, raw materials are moved via forklift and various heavy duty carts to the fabrication department. This department cuts, punches, bends, copes, and shears the various materials into parts used to make the final product.
The metal fabrication equipment includes two iron workers, two 70-ton part revolution mechanical power punch presses, three 250-ton part revolution press brakes, a 300-ton hydraulic press, two pipe benders, a 12-foot shear, a 10-foot shear, a mill for milling a bevel on hand truck toe plates, several off-hand grinders, and two large drill presses. The fabrication department can get quite noisy for days at a time (>85dBa), especially when making cantilever racks. Two maintenance employees keep these machines running. After being cut, punched, bent, and formed, fabricated parts go to the welding department or the Work in Process (WIP) crib. WIP includes a mezzanine and an area populated with pallet racks for storage.
In the welding department, there are 12 MIG welding machines that are used by welders to assemble the parts into the pre-finished items manufactured by the firm. The welders also use an assortment of hand-held grinders and an oxyacetylene torch. Once welded, items either go in their pre-finished condition into inventory or are further processed by the painting department. Pre-finished items that are inventoried are taken to one of two mezzanines or placed in storage racks. In the painting department, items are wiped down with various solvents and hung on an overhead hook conveyor. Items go into the paint booth where they are painted using various enamels. Xylenes and toluene are common solvents used in this operation. The paints also contain these solvents.
After painting, axles and wheels are applied, and the completed products are boxed or, depending on their size, loaded directly on trucks without packaging. Larger items, such as racks, are loaded onto flatbeds using an unmanned overhead crane cont ...
Job Safety Analyses For Energization of Substation..docAtif767782
This document outlines safety practices for energizing a substation. It lists 6 key steps of the job: 1) obtaining a work permit, 2) work preparation and planning, 3) arranging and inspecting tools/equipment, 4) conducting a daily toolbox talk, 5) using hand tools, and 6) switching the main control switch. For each step, potential hazards are identified and controls are recommended to minimize risks. Proper personal protective equipment, lockout/tagout procedures, communications, and only allowing certified personnel to perform high-risk tasks are among the numerous controls described to enhance safety when energizing the substation.
This document provides details of a risk management report for compressor change and new piping system fabrication work. It describes the activities involved, which include removing old compressors using cranes, installing new compressors, and fabricating and installing a new 40m piping system overhead. The report outlines the Hazard Identification, Risk Assessment and Risk Control (HIRARC) methodology used to identify hazards, assess risks, and implement controls for the work. Hazards are classified as physical, chemical, biological and psychological. Risk control follows the hierarchy of elimination, substitution, isolation, engineering controls, administrative controls and PPE.
Mark Howell is an experienced aerospace engineer with 18 years of experience in the industry and 12 years working for the UK Ministry of Defence. He currently holds the position of Airborne Forces Equipment Engineering Manager, where he manages a £13M budget and provides safety and airworthiness advice. Some of his key achievements include introducing a new parachute system and implementing an improved parachute deployment system following an accident. He has extensive experience managing projects from concept through deployment and supporting equipment throughout its lifecycle.
The document provides instructions for submitting nominations to the Celebrate Safety program. It outlines a 10-page limit and other submission requirements. Summaries of each page are then provided, describing the construction of training facilities in Colombia. Hazards included work at heights, equipment use, and electrical work. The contractor implemented safety programs including training, oversight of hazardous activities, and incentive awards. Photos throughout documented excavation, welding inspection, dewatering, and other construction tasks.
The new OSHA construction crane safety standard aims to prevent crane-related injuries and deaths by mandating operator certification, inspection requirements, hazard assessments, and safety procedures. It takes effect in November 2010 and phases in certification for approximately 200,000 operators over four years. Noncompliance can result in penalties for employers.
This document provides instructions and guidelines for a student completing an assessment to develop a Safe Work Method Statement (SWMS) for working at heights. It includes details of the assessment such as allowing 2 hours to complete it, conducting it under teacher supervision, and being allowed two attempts. The document provides a checklist of skills to be demonstrated and feedback sections for the assessor. It also provides information on developing a SWMS, including consulting workers, identifying hazards and controls, and ensuring the SWMS is followed.
This document provides a summary of Rickie Gerard Christie's qualifications and experience for an oil and gas position. It outlines his 14 years of experience operating casing/tubing tongs and tubular handling equipment. It also details his education in Bachelor of Arts and skills in mechanical aptitude, QHSE procedures, communication, and computer software. Finally, it lists his extensive experience with various tongs, power units, elevators, and other oilfield equipment from his roles as a floorman, roustabout pusher, crane operator, and trainee marine engineer over his career.
This document provides a method statement for installing an air handling unit (AHU). It outlines the responsibilities of the project manager, quality engineer, site engineer, surveyor, and safety officer to ensure installation is completed safely according to approved plans and specifications. Equipment like mechanical hand tools, a mobile crane, and forklift will be used. The AHU will be stored properly and transported to the installation site using a crane or forklift. It will then be set in place, connected to ductwork and electrical lines. Personal protective equipment and safety measures will be implemented during installation to protect worker health and safety.
Specific method of statmeents risk assessment -job hazard analysis for land ...Arber Dogani
The document provides a methodology for removing a landslide near tower 9u to allow construction of access tracks and towers for a transmission line project. The work will be done in 3 zones and involve clearing and excavating the landslide area over 15 working days. Safety and environmental precautions include training crews, using proper PPE, conducting risk assessments, and having a geologist on site to monitor stability. Excavators will work sequentially in each zone while being monitored for signs of further sliding. The contractor's organization assigns roles of project manager, construction manager, site engineer, HSE lead, and geologist to oversee the safe removal of the landslide.
Knowledge Based System (Expert System) : Equipment Safety Control & ManagementAmr El-Ganainy
The project builds a demo version of an Expert System used to Provide primary information for Industrial Equipment Safety Control & Management, The system was built using ExsysCORVID software and based on standards provided by OSHA, NIOSH & WHO.
Similar to Chris Withers Managing Safely Project (20)
The document is a scanned receipt from a grocery store purchase on January 15th, 2023 for $58.46. It lists the items bought which include milk, eggs, bread, cereal, orange juice, bananas, and ground beef. The payment was made with a credit card ending in 4321.
Chris Withers has completed training in hydraulically torque and tension bolted connection techniques from March 14-16, 2016 through Hire Torque Limited. The training covered ECITB standards for hand torque bolted connections, hydraulically tensioned bolted connections, and hydraulically torqued bolted connections, as certified in this document.