VERIFIED TRAINING

  • COURSE TRAINING

    Confined Space, Working Safely at Height and Scaffolding Training, we cover the theoretical and practical training in their dangers, and familiarization with the use and application of the specific teaching facilities and equipment

  • COURSE TRAINING

    Fire Safety and Fire Fighting Training. From office fire safety to Emergency Response Team training for large industrial fires, there is no substitute for practical experience in dealing with live fire. We use specialist live fire training facilities to incorporate extensive practical fire scenarios with background theory and discussions to ensure that trainees are as prepared as possible for the fires they may encounter.

  • COURSE TRAINING

    We provide delegates with the knowledge, skill and confidence to operate an onshore - offshore crane and forklift safely reducing the possibility of injury and accidents to personnel and damage to property. We provide also the delegate with knowledge of the general hazards and risks of lifting and rigging operations, an awareness of relevant legislation and regulation, and an opportunity to practice lifting and rigging operations

  • COURSE TRAINING

    conducts fully accredited specialized drilling training courses for qualified drillers, supervisors and new entrants to the drilling industry. Our courses are run by experienced, registered and accredited driller Trainers and all training is conducted using a state of the art drilling simulator with hard panel controls. We conduct the levels 2, 3 and 4 Training Courses. Accredited with Scotland, we can issue competence certificates directly to the successful course delegate.

124-Lifting Equipment General Advanced Programmed Description Course

 Lifting Equipment General is an Advanced Programmed which focuses on the inspection and   

thorough examination of lifting accessories.

Course Contents

  1. Legislation
  2. Heat Treatment
  3. Stress and Strain
  4. Verification of Lifting Equipment
  5. Components for Slings
  6. Chain and Chain Slings
  7. Steel Wire Rope Slings
  8. Fibre Rope Slings
  9. Textile Webbing Slings
  10. Textile Roundslings
  11. Shackles & Eyebolts
  12. Rigging Screws & Turnbuckles
  13. Plate Clamps
  14. Clamps
  15. Lifting Beams
  16. Lifting Magnets
  17. Vacuum Lifters
  18. Crane Forks & C-Hooks
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1277-lifting operations

 The Lifting operation Safety training will train the Lifting Supervisor that will permit him to adequately implement the safe lift plan and ensure that lifting is carried out as stated in the method statement.

Upon completing the training participants will be trained with adequate safety knowledge and skills to supervise all lifting operations in accordance with the lifting plan.

Course Contents:

Definitions

Roles and Responsibilities

Requirements for a Lifting Supervisor and Lifting plan

Risk Assessment

Selection of Lifting Equipment

Safe Working Load (SWL)

Means of Communication

Wind Speed

Lifting Operation

Emergency Procedure

Thorough Examination and Testing

Inspection and Maintenance

Record Keeping

Safety Meetings

Investigations

JSA

Corrective Action



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671-forklift operation

 

Course Outline

CMSE is the leading provider of the Forklift Training Course for Beginners. It is a 3-4 day course for beginner forklift drivers wishing to gain certification. Course includes; legislation, safety procedures and safe operation of forklift. The aim of the course is to give the participants the skill and knowledge required to operate a forklift truck safely and effectively.



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INSPECATION

  OSHA Foundation team of qualified inspectors and engineers capable to provide inspection services for lifting equipment's in the oil and gas. Lifting Inspection     is being undertaken thorough examinations of all types of lifting equipment onshore. Our team can create and deliver written schemes of examination to enhance an inspection program by assessing risk. To supplement thorough examination on any item of lifting equipment we provide the most comprehensive NDT methods available as may be required. Our inspection teams are multi skilled and are certified to SNT Level II according to SNT-TC-1A in different NDT methods.

           Inspection  Programs 

  • Wire Rope Inspection
  • Shackles and sheaves
  • Loose lifting equipment
  • Overhead cranes and other structures.
  • Forklift trucks and mobile cranes.
  • Chain Block Inspection
  • Lever Hoist Inspection
  • Beam Clamp & Crawl Beam Inspection
  • Web Slings Inspection
  • Lifting Equipment (ACCESSORIES) Inspection
  • Lifting equipment Baskets, Containers and Cargo Carrying Units
  • Inspection of Safety Harness                                                                                                                          




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102-Managing risks and risk assessment at work

                                                       Managing risks and risk assessment at work

Risk management is a step-by-step process for controlling health and safety risks caused by hazards in the workplace.

You can do it yourself or appoint a competent person to help you.

Identify hazards

Look around your workplace and think about what may cause harm (these are called hazards). Think about:

  • how people work and how plant and equipment are used
  • what chemicals and substances are used
  • what safe or unsafe work practices exist
  • the general state of your premises

Look back at your accident and ill health records as these can help you identify less obvious hazards. Take account of non-routine operations, such as maintenance, cleaning or changes in production cycles.

Think about hazards to health, such as manual handling, use of chemicals and causes of work-related stress.

For each hazard, think about how employees, contractors, visitors or members of the public might be harmed.

Vulnerable workers

Some workers have particular requirements, for example young workers, migrant workers, new or expectant mothers and people with disabilities.

Talk to workers

Involve your employees as they will usually have good ideas.

Assess the risks

Once you have identified the hazards, decide how likely it is that someone could be harmed and how serious it could be. This is assessing the level of risk.

Decide:

  • Who might be harmed and how
  • What you're already doing to control the risks
  • What further action you need to take to control the risks
  • Who needs to carry out the action
  • When the action is needed by

Control the risks

Look at what you're already doing, and the controls you already have in place. Ask yourself:

  • Can I get rid of the hazard altogether?
  • If not, how can I control the risks so that harm is unlikely?

If you need further controls, consider:

  • redesigning the job
  • replacing the materials, machinery or process
  • organizing your work to reduce exposure to the materials, machinery or process
  • identifying and implementing practical measures needed to work safely
  • providing personal protective equipment and making sure workers wear it

Put the controls you have identified in place. You're not expected to eliminate all risks but you need to do everything 'reasonably practicable' to protect people from harm. This means balancing the level of risk against the measures needed to control the real risk in terms of money, time or trouble.

You can find more detailed guidance on controls relevant to your business.

Record your findings

If you employ 5 or more people, you must record your significant findings, including.

  • the hazards (things that may cause harm)
  • who might be harmed and how
  • what you are doing to control the risks

To help you, we have a risk assessment template and examples. Do not rely purely on paperwork as your main priority should be to control the risks in practice.

Review the controls

You must review the controls you have put in place to make sure they are working. You should also review them if:

  • they may no longer be effective
  • there are changes in the workplace that could lead to new risks such as changes to:
    • staff
    • a process
    • the substances or equipment used

Also consider a review if your workers have spotted any problems or there have been any accidents or near misses.


Update your risk assessment record with any changes you make.


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103-First aid at work

  

First aid at work

The Health and Safety (First-Aid)

This guidance is for employers. It sets out what you need to do to address first-aid provision in the

 workplace.

It provides guidance on:

  • managing the provision of first aid (first-aid kit, equipment, rooms etc)
  • requirements and training for first-aiders
  • requirements for appointed persons
  • making employees aware of first-aid arrangements
  • first aid and the self-employed
  • cases where first-aid regulations do not apply

The third edition has been reissued with minor amendments to:

  • further clarify the significance of the 2013 amendment to regulation 3(2), which ended HSE's approval of first-aid training providers
  • update guidance on the use of automated external defibrillators, and blended learning in first-aid training
  • incorporate some additional amendments to take account of other previous legislative changes


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105-Safety harness

 A safety harness is a form of protective equipment designed to safeguard the user from injury or death from falling. The core item of a fall arrest system, the harness is usually fabricated from rope, braided wire cable, or synthetic webbing. It is attached securely to a stationary object directly by a locking device or indirectly via a rope, cable, or webbing and one or more locking devices.[1] Some safety harnesses are used in combination with a shock-absorbing lanyard, which is used to regulate deceleration and thereby prevent a serious G-force injury when the end of the rope is reached.

An unrelated use with a materially different arresting mechanism is bungee jumping. Though they share certain similar attributes, a safety harness is not to be confused with a climbing harness used for mountaineering, rock climbing, and climbing gyms. Specialized harnesses for animal rescue or transfer, as from a dock to a vessel, are also made.



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109- work at height

 

  work at height 

Work at height is work in any place, including a place at, above or below ground level, where a person could be injured if they fell from that place. Access and egress to a place of work can also be work at height. 

Examples of work activities that are classified as working at height:

  • Working on trestles
  • Working on a flat roof
  • Erecting false work or formwork
  • Working on a ladder
  • Working at ground level adjacent to an excavation;
  • Working on formwork within an excavation
  • Working near or adjacent to fragile materials

 Our key messages 

  • Carry out risk assessments for work at height activities and make sure that all work is Planned, Organized and carried out by a competent person
  • Follow the  General Principles of Prevention for managing risks from work at height – take steps to avoid, prevent or reduce risks
  • Chose the right work equipment and select collective measures to prevent falls (such as guard rails and working platforms) before other measures which may only reduce the distance and consequences of a fall (such as nets or airbags) or may only provide fall-arrest through personal protection equipment. 

 Requirements for employers

The Work at Height Regulations require employers to ensure that:

  • All work at height is properly planned and organised
  • A risk assessment is carried out for all work conducted at height
  • Appropriate work equipment is selected and used
  • People working at a height are competent
  • Equipment used for work at height is properly inspected and maintained
  • Risks from fragile surfaces are properly controlled 

The risk assessment should include a careful examination of what harm could be caused from working at height with a view to taking the effective steps to reduce the likelihood of this harm occurring, either through avoiding the activity or, where this is not reasonably practicable, by carrying it out in a safe manner using work equipment that is appropriate to the task and the level of risk.



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111- Confined Space Entry


Confined Space Entry - Potential Hazardous Consequences

Property Damage (Fire / Explosion)

  • A release of hazardous material during a confined space entry can be caused by improper cleaning of scale in the equipment and hazardous material being trapped or improperly isolated equipment.  Property damage can happen if released materials are flammable and ignition sources are available during the confined space entry. 
 Personal Injury (Safety / Human Health)
  • Confined Space Entry, if not done properly, can lead to release of hazardous materials and personnel exposure with serious injuries or fatalities
    • Exposure to corrosive materials (i.e. acids or caustic) causing chemical burns
    • Exposure to toxic materials (i.e. benzene, hydrogen sulfide, phenol)
    • Exposure to hot materials (i.e. steam) causing thermal burns
    • Release of material under pressure causing an injury
    • Exposure to oxygen deficient atmosphere
    • Engulfment by solids during confined space entry into pits etc.
    • Exposure to radiation from instrumentation (i.e. level transmitters)
    • Fall injuries inside confined space
  • If these materials are flammable, the release may find an ignition source leading to a fire or an explosion.
 Chemical Release / Environmental Impact (On-Site)

In addition to the Property Damage and Personal Injury consequences stated above, facilities must also consider the potential for escalation that could result in environmental damage or additional personal injuries occurring on-site.

  • Environmental damage due to releases of hazardous materials to the air, soil, or bodies of water resulting from improper isolation during confined space entry
  • Personnel injuries due the release of toxic materials resulting from improper isolation during confined space entry activities
  • Personal injuries due to fire or explosions resulting from possible ignition of flammable materials released from improper isolation during confined space entry
 Chemical Release / Environmental Impact (Off-Site)

In addition to the Property Damage and Personal Injury consequences stated above, facilities must also consider the potential for escalation that could result in environmental damage or additional personal injuries occurring off-site.

  • Environmental damage due to releases of hazardous materials to the air, soil, or bodies of water resulting from improper isolation during confined space entry
  • Personnel injuries due the release of toxic materials resulting from improper isolation during confined space entry activities
  • Personal injuries due to fire or explosions resulting from possible ignition of flammable materials released from improper isolation during confined space entry


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112-Authorized Gas Tester (AGT)

Authorized Gas Tester Initial Training Programs for Personnel Preparing for Gas Tester Role

The Authorized Gas Tester (AGT) role is critical in testing for and ensuring safe working atmospheres, in particular - permit controlled confined spaces, and prior to and during hot work. The tasks Authorized Gas Testers are required to undertake may vary depending on the workplace operation at the time. The tasks also vary in complexity and responsibility.

Training and competence assessment of formally appointed Authorized gas Testers will comprise both theoretical training and further workplace training and assessment.

 

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1237 - ISO 17020 INTERNAL AUDITOR TRAINING - ONLINE COURSE

                                               DESCRIPTION The  ISO/IEC 17020 internal auditor training  course is designed to provide train...

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