ADNOC Classification: Internal
THE CONTENTS OF THIS DOCUMENT ARE [PROPRIETARY AND CONFIDENTIAL].
HEALTH SAFETY ENVIRONMENT MANAGEMENT SYSTEM PERSONAL PROTECTIVE EQUIPMENT STANDARD
STANDARD NO.: HSE-OS-ST20 VERSION NO.: 1 EFFECTIVE DATE: August 2019
ADNOC Classification: Internal
HSE Management System Operations Safety Standards Personal Protective Equipment
TABLE OF CONTENTS
INTRODUCTION …6 1. PURPOSE …6 2. SCOPE …6 3. LAWS AND REGULATIONS …6 4. DEFINITIONS & ABBREVIATIONS …7 5. ROLES AND RESPONSIBILITIES … 10 6. 7. REQUIREMENTS … 11 7.1. GENERAL PRINCIPLES … 11 Types of PPE … 11 7.1.1. PPE Limitations … 11 7.1.2. Suitability and Selection of PPE … 11 7.1.3. Compatibility of PPE … 12 7.1.4. Maintenance and Replacement of PPE … 13 7.1.5. Storage of PPE … 13 7.1.6. Disposal of PPE … 13 7.1.7. Information, Instruction and Training … 14 7.1.8. Use of PPE … 15 7.1.9. Reporting Loss or Defect … 15 7.1.10. SELECTION, USE AND MAINTENANCE OF PPE … 15 7.2. Head Protection … 15 7.2.1. Eye Protection … 18 7.2.2. Foot Protection … 21 7.2.3. Hand Protection … 23 7.2.4. Body Protection … 26 7.2.5. Hearing Protection … 28 7.2.6. 7.2.7. Personal Fall Protection … 30 Personal Gas Detectors … 32 7.2.8. 7.3. RESPIRATORY PROTECTIVE EQUIPMENT … 33 Types of RPE … 35 7.3.1. Decision to Use RPE … 35 7.3.2. Suitability of RPE … 41 7.3.3. Selection of Appropriate RPE … 41 7.3.4. Standards Marking … 46 7.3.5. Maintenance of RPE … 46 7.3.6. PPE FOR EMERGENCY RESPONSE … 46 7.4. Types of PPE for Emergency Response Activities … 46 7.4.1. Performance Of Emergency Response PPE … 46 7.4.2. Buoyancy Aids … 47 7.4.3. Respiratory protective equipment … 47 7.4.4. PPE for Use During Fire Fighting … 49 7.4.5. COMPLIANCE ASSURANCE … 50 8. PERFORMANCE KPIS … 50 8.1. REFERENCES … 51 9. APPENDICES … 52 10.
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1.1. 1.2. 1.3 1.4 1.5 1.6 1.7 1.8 1.9 1.10 2.1 2.2 3.1 3.2 3.3 3.4 3.5 3.6 3.7 3.8 4.1 4.3 4.5 5.1 5.2 5.3 5.4 6.1 6.2 6.3 6.4 7.2 7.3 7.4 8.3 8.4 8.5 9.1 9.2
ADNOC PPE SPECIFICATIONS … 53 COVERALLS, SAFETY, FIRE RESISTANT (LADIES) SPECIFICATIONS … 54 COVERALLS, SAFETY, FIRE RESISTANT (LADIES) SPECIFICATIONS … 58 COVERALLS, SAFETY, FLAME-RESISTANT (MEN) SPECIFICATIONS … 60 COVERALLS, SAFETY, COTTON (MEN) SPECIFICATIONS … 63 JACKET, WINTER, FIRE-RESISTANT SPECIFICATIONS … 65 JACKET, WINTER, NON-FR SPECIFICATIONS … 67 COVERALLS, DISPOSABLE, INDUSTRIAL SPECIFICATIONS … 68 APRON, INDUSTRIAL SPECIFICATIONS … 70 COAT - LABORATORY SPECIFICATIONS … 71 RAINCOAT, UTILITY, WORK WEAR SPECIFICATIONS … 72 HELMET, SAFETY, INDUSTRIAL SPECIFICATIONS … 73 SUSPENSION, HELMET, SAFETY SPECIFICATIONS … 74 GLOVES, IMPACT, PROTECTION, INDUSTRIAL SPECIFICATIONS … 75 GLOVES, IMPACT, CUT, PUNCHER, PROTECTION FOR MECHANICS SPECIFICATIONS … 76 GLOVES, SAFETY, CHEMICAL PROTECTIVE SPECIFICATIONS … 77 GLOVES, SAFETY, DISPOSABLE SPECIFICATIONS … 78 GLOVES, SAFETY, ELECTRICAL HAZARD PROTECTIVE SPECIFICATIONS … 79 GLOVES, SAFETY, THERMAL PROTECTIVE SPECIFICATIONS … 82 GLOVES, SAFETY, LABORATORY SPECIFICATIONS … 83 GLOVES, WORKING, COTTON, INDUSTRIAL SPECIFICATIONS … 84 SHOES, SAFETY, INDUSTRIAL SPECIFICATIONS … 85 GUMBOOTS, SAFETY, INDUSTRIAL SPECIFICATIONS … 86 BOOT, SAFETY, CHEMICAL SPECIFICATIONS … 87 EARPLUG, SAFETY, INDUSTRIAL – (CORDED) SPECIFICATIONS … 88 EARPLUG, SAFETY, INDUSTRIAL – (NON-CORDED) SPECIFICATIONS … 89 EARMUFF, SAFETY, INDUSTRIAL (HELMET MOUNTED) SPECIFICATIONS … 90 EARMUFF, SAFETY, INDUSTRIAL (HEADBAND) SPECIFICATIONS … 91 FACE-SHIELD, SAFETY, INDUSTRIAL (HELMET MOUNTED FACE SHIELD) SPECIFICATIONS … 92 FACE-SHIELD, SAFETY, INDUSTRIAL (HEAD GEAR FACE SHIELD) SPECIFICATIONS … 93 VISOR, FACE-SHIELD, SAFETY SPECIFICATIONS … 94 BALACLAVA, UTILITY, WORK-WEAR SPECIFICATIONS … 95 GLASSES, SAFETY, INDUSTRIAL SPECIFICATIONS … 96 GLASSES, SAFETY, PRESCRIPTION SPECIFICATIONS … 97 OVER-GLASSES, SAFETY, INDUSTRIAL SPECIFICATIONS … 98 ARRESTOR, FALL PROTECTION (WITHOUT SECONDARY DROPS PROTECTION) SPECIFICATIONS … 99 ARRESTOR, FALL PROTECTION (WITH SECONDARY DROPS PROTECTION) SPECIFICATIONS … 100 LANYARD, SHOCK ABSORBING (SINGLE & DOUBLE LANYARD) SPECIFICATIONS … 101 RESPIRATOR, DISPOSABLE, SAFETY SPECIFICATIONS … 102 SELF-CONTAINED APPARATUS, BREATHING(SCBA) SPECIFICATIONS … 103
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9.3 9.4 9.5 9.6 9.7 9.8 9.9 9.10 10.1 10.3 10.11 10.14 10.15 10.16 10.17 10.18 10.19 10.20
APPARATUS, BREATHING, EMERGENCY ESCAPE, HOOD TYPE … 104 APPARATUS, BREATHING, EMERGENCY ESCAPE, MASK TYPE … 105 LIFEBUOY, RING SPECIFICATIONS … 106 LIFEJACKET, FOAM SPECIFICATIONS … 107 LIFEJACKET, INFLATABLE SPECIFICATIONS … 108 DETECTOR, H2S GAS, PERSONAL SPECIFICATIONS … 109 DETECTOR, MULTI GAS, PERSONAL SPECIFICATIONS … 111 DETECTOR, SO2 GAS SPECIFICATIONS … 113 SUIT, WELDING, SAFETY SPECIFICATIONS … 114 WELDING HELMET SPECIFICATIONS … 115 SUIT, HAZMAT, LEVEL A SPECIFICATIONS … 116 VEST, COOLING, SAFETY SPECIFICATIONS … 117 VEST, HIGH VISIBILITY, SAFETY, INDUSTRIAL SPECIFICATIONS … 118 KIT, PROTECTION, ARC FLASH SPECIFICATIONS … 119 GLOVES, CRYOGENIC, SAFETY SPECIFICATIONS … 120 SUIT, CRYOGENIC, SAFETY SPECIFICATIONS … 121 HOOD, BLASTING, ABRASIVE SPECIFICATIONS … 122 SUIT, BLASTING, ABRASIVE SPECIFICATIONS … 123
BASIC MANDATORY PPE REQUIREMENTS FOR ADNOC GROUP … 124 EXAMPLE FOR PPE REQUIREMENT MATRIX … 126
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INTRODUCTION
In line with ADNOC’s drive towards 100% HSE, this standard provides the general principles on the selection and use of Personal Protective Equipment (PPE), and provides detailed information on the various types of PPE available. It also identifies the processes and activities for which each type of PPE may be required, its selection and maintenance. Requirements on specifications for each type of PPE are also specified within this document.
Personal Protective Equipment (PPE) is the equipment that is worn by a person at work which protects them against one or more risks to their health. This is achieved by establishing a physical barrier between the hazard and the routes of entry into the human body. Because this barrier has physical limitations in terms of its protection efficiency PPE shall only be considered as a last resort of controlling exposure. PPE shall not be used as an alternative to the implementation of correct, well-designed engineering and administrative controls.
Hazards exist in every workplace in many different forms: sharp edges, falling objects, flying sparks, chemicals, noise and a myriad of other potentially dangerous situations. It is the employer’s responsibility to protect their employees from these hazards.
Where risk reduction and control are necessary in the workplace, engineering controls and Safe Systems of Work shall always be considered first. Personal Protective Equipment (PPE) are considered as the last resort after all other methods of risk reduction have been explored.
The requirements of this standard apply to all Group Companies’ employees and contractors, as well as any others who may be exposed to health and safety hazards while visiting or working at Group Company facilities.
PURPOSE
This standard sets out the requirements for the selection, use and maintenance of PPE across ADNOC Group. Its purpose is to help ensure that, when PPE is needed to prevent adverse health effects on personnel from work activities, the correct equipment is available and operating effectively.
The compliance to requirements of this Standard shall ensure that
(i)
(ii)
(iii)
necessary and correct personal protective equipment is available at all facilities at all times;
correct personal protective equipment is used; and
all users of personal protective equipment are given necessary training in the selection and use of personal protective equipment.
SCOPE
This document stipulates the mandatory requirements applicable to ADNOC Group (Directorates & Functions at HQ, Group Companies and Affiliates) and its Contractors.
ADNOC Group and Contractors shall ensure that all expectations listed herein are fully understood, implemented and thoroughly monitored.
LAWS AND REGULATIONS
(i)
(ii)
Federal Law No. 8 (1980) UAE Labour Law and its Amendments Chapter V: Safety, Protection, and the Health and Social Care of the Employees; Article (91).
UAE Ministerial Order No. (32), 1982. Specifying Preventive Methods and Measures for Protecting Workers against Work Hazards.
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(iii) UAE Ministerial Order No. (37/2), 1982. Establishing the level of medical attention the
employer is obliged to provide to his workers.
Group Companies shall ensure that their activities comply with all relevant Federal and Abu Dhabi laws and regulations at all times, including any that maybe introduced after the publication of this Standard.
DEFINITIONS & ABBREVIATIONS
TERMS
ACGIH
ACM
ADNOC
DESCRIPTIONS
American Conference of Governmental Industrial Hygienists
Asbestos Containing Material
means Abu Dhabi National Oil Company
ADNOC Group
ADNOC Group includes the Directorates & Functions in ADNOC Head Quarter, Group Companies and Affiliates
ANSI
APF
ASTM
ATPV
AWS
BA
BS
CE
Clean Shave
Contractor
CSA
dB(A)/dBA
EEBA
EN
American National Standards Institute
An Assigned Protection Factor is the level of protection that a particular type of respirator can be expected to provide 95% of the time. An APF of 10 means that type of respirator (if used properly) can be safely used in an atmosphere that has a hazardous concentration of up to 10 times the Permissible Exposure Limit (PEL) for that hazard.
American Society for Testing and Materials
Arc Thermal Protection Value
American Welding Society
Breathing Apparatus
British Standard
Conformité Européenne (European Conformity)
In the context of this document, it refers to having smooth skin without hair on the lower part of the face that may come between the sealing surface of the face piece and the face, or that interferes with valve function of the RPE. Personnel who are required to be ‘Clean Shaven’ shall maintain the same condition of shaving as it was at the time of Fit Testing.
A ‘Contractor’ is defined as an individual or organization having a contract/sub-contract with ADNOC Group for the provision of services, equipment or performance of works. The term “Contractor” as used in the ADNOC Group Contracts Procedure is synonymous with the terms including but not limited to “Consultant”, “Sub- Contractor”, “Service Provider” or “Supplier.
Canadian Standards Association
A-weighted decibels
Emergency Escape Breathing Apparatus
European Standards
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TERMS
FR
GPI
GSM
H2S
HDPE
HLO
HSE
HSE UK
HSECES
HSEIA
IEC
IMO
ISEA
ISO
JSA
LCD
LED
Leq
LHS
DESCRIPTIONS
Fire-Resistant
Group Procurement Initiative
Grams per square meter
Hydrogen Sulphide
High-density polyethylene
Helicopter Landing Officer
Health, Safety and Environment
Health & Safety Executive – United Kingdom
HSE Critical Equipment Systems
HSE Impact Assessment
International Electrotechnical Commission
International Marine Organization
International Safety Equipment Association
International Organisation for Standardization
Job Safety Analysis
Liquid Crystal Display
Light-emitting Diode
Equivalent continuous sound level in decibels, equivalent to the total sound energy measured over a stated period of time
Left-hand side
Loose Fitting
Form of respiratory protection worn over the head and shoulders providing a primary seal over the face and a secondary seal at the neck. Can be furnished with supplied fresh air or filter cartridges
MED
MMF
MSC
NFPA
NIOSH
NRR
OSHA
OSHAD
PAPR
Marine Equipment Directive
Manmade Fibers
Maritime Safety Committee
National Fire Protection Association (United States)
National Institute for Occupational Safety and Health – United States
Noise Reduction Rating
Occupational Safety and Health Administration (United States)
Occupational Safety and Health Abu Dhabi
Powered Air-Purifying Respirator
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TERMS
PPE
ppm
PTW
PVA
PVC
RHS
RPE
SCBA
SDS
Shall
Should
SMAW
SNR
SOLAS
TEAL
Tight Fitting
TPR
TRA
UAE
UK
UV
VP
DESCRIPTIONS
Personal Protective Equipment; any device or appliance designed to be worn or held by an individual for protection against one or more health and safety hazards
Parts Per Million
Permit to Work
Polyvinyl Alcohol
Polyvinyl Chloride
Right-hand side
Respiratory Protective Equipment
Self-Contained Breathing Apparatus
Safety Data Sheets
Mandatory requirement for compliance
Action is not mandatory but recommended
Shielded Metal Arc Welding
Signal-to-noise Ration
Safety of Life at Sea
Triethylaluminium
Form of respiratory protection which fits directly to the face and covers the Ori-Nasal area and provides a primary seal in this area. A secondary seal is provided by outer edge of mask covering entire facial area (forehead to lower chin) Can be furnished with supplied fresh air or filter cartridges
Thermoplastic rubber
Task Risk Assessment
United Arab Emirates
United Kingdom
Ultraviolet
Vice President
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ROLES AND RESPONSIBILITIES
TERMS
DESCRIPTIONS
ADNOC Directorates
ADNOC Directorates shall be responsible to assign their respective Functions/Divisions to be the ultimate owner of PPEs and be responsible/ accountable for its distribution and maintenance.
ADNOC Group Companies
Within the ADNOC Group Companies, the respective Division shall be the ultimate owner of PPEs and be responsible/ accountable for its distribution and maintenance. It is their responsibility to provide their personnel with required PPEs, and they shall be provided at no cost to personnel. They shall also ensure that personnel are informed of locations where PPEs are required by providing signages of required PPEs at clearly visible locations.
Senior Management (VP and above)
Senior Management are responsible for the implementation of PPE and RPE requirements and its enforcement/ reinforcement.
Line Managers
Line Managers are responsible for ensuring that their respective staff fully comply with the PPE and RPE requirements.
Site HSE Personnel
ADNOC GC Personnel
Site HSE Personnel shall support Line Management in communicating the requirements and ensuring that all new and existing employees as well as contractors are fully aware of the PPE and RPE requirements and receive the necessary training to comply.
All personnel shall be responsible/accountable for the use of proper PPEs as and where required. It shall also be their responsibility to report any missing PPEs that is required or any defects or damages observed on the PPEs received by them. All personnel identified for compliance with RPE requirements shall fully comply with the requirements.
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REQUIREMENTS
7.1. GENERAL PRINCIPLES
7.1.1. TYPES OF PPE
PPE is defined as any piece of equipment that is designed to be worn for the protection of health and safety. It includes, but is not limited to:
(i)
(ii)
Head protection
Eye protection
(iii)
Foot protection
(iv) Hand protection
(v)
Body protection (coveralls, aprons, etc.)
(vi) Hearing protection
(vii) Personal fall protection
(viii) Respiratory Protective Equipment (RPE)
(ix)
Lifesaving equipment
(x)
Specialized PPEs (firefighting PPE, welding aprons, etc.)
7.1.2. PPE LIMITATIONS
PPE shall only be used as a last resort and when other methods of risk prevention/reduction are not practicable or sufficient. There are several reasons for considering PPE only as the last resort, but essentially, other means of controlling risks can potentially protect everyone at the workplace, whereas PPE will only protect the person wearing it.
The actual degree of protection afforded by PPE is difficult to assess, because the theoretical level of protection is rarely achieved. The effectiveness of PPE is dependent upon the PPE being suitable, correctly fitted, properly maintained and correctly used.
It can also be the case that the wearing of PPE can restrict mobility or vision of the user or, add to the weight that the user shall carry and affect the work efficiency. These factors may lead to other health and safety risks.
7.1.3. SUITABILITY AND SELECTION OF PPE
PPE shall be suitable for the degree of protection, which it is required to provide. It shall not be considered suitable unless:
It is appropriate for the risk(s) involved.
It is appropriate for the conditions at the place where exposure to risk may occur.
It takes account of ergonomic requirements.
It takes account of the state of health of the person wearing it.
It is capable of fitting the wearer correctly.
It is effective in preventing or controlling the risk(s) involved without increasing the overall risk(s).
Specific requirements on the selection of PPE suitable for ADNOC can be found in Appendix 1
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In line with ADNOC Occupational Health Hazard Manual [Ref.1], choosing the correct PPE shall be made after consideration of the different types of hazards present in the workplace, the extent of exposure, the frequency of exposure for each job or work activity, and the human characteristics of the people exposed to these hazards [e.g. Gender, Facial Hair, Need to Wear Prescription Glasses, Susceptibility to latex rubber or other materials, physical fitness; etc.]. In other words, selection of PPE shall not be made on a random or generic “one type fits all hazards and people” basis.
Several types of PPE may be suitable for any particular job. The key issues to be considered when selecting appropriate PPE are:
The type of job and the demands it may place on the worker. Consideration shall be given to all aspects of the job including the length of time for which the PPE will be worn, the mobility, vision and communication required by the worker, the physical effort required by the job, and the methods of work.
The level of risks likely to be encountered. Any risks not addressed by other methods of risk prevention/reduction should be addressed by the PPE. Risks that the PPE itself might introduce shall also be taken into account.
The parts of the body to be protected.
The characteristics that the PPE shall have in order to be effective against the assessed risks
Personnel who are required to use PPE should be consulted prior to final selection of the equipment. This will provide useful input to the selection process from those who will know best what is involved during the job. The aim shall always be to choose appropriate PPE that will give the correct level of protection with the least discomfort to the user. Other factors may also need to be considered in the selection process such as:
Disposable versus reusable.
Maintenance requirements.
Durability in use.
Availability of equipment in different sizes.
For simple cases, the selection process of the PPE need not be recorded. In more complex cases, it shall be recorded and made readily accessible to those who may need to know the results.
If there is reason to suspect that the selection process is no longer valid or there has been a significant change in the matters to which it relates, the selection shall be reviewed, and the Group Company shall ensure that any required changes are made.
All Group Companies shall identify the specific PPE requirements for all locations on their sites based upon risk assessments conducted. The identified PPE requirements shall be documented and communicated to all personnel entering or working in these locations by appropriate means. An example of a PPE Requirement Matrix can be found in Appendix 3.
7.1.4. COMPATIBILITY OF PPE
Where there is more than one risk to health that requires the wearing of more than one type of PPE, it is important that the PPEs selected are compatible with each other and continue to be effective against the risks. For example, where a hard hat and a respirator are simultaneously required, it is important to check that both can be worn correctly and that both continue to give adequate protection from the risks for which they have been selected.
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7.1.5. MAINTENANCE AND REPLACEMENT OF PPE
Group Companies shall ensure that any PPE provided to employees is maintained in effective working order and in good repair.
An effective system of maintenance of PPE is essential to make sure the equipment continues to provide the degree of protection for which it was designed. Maintenance requirements should include where appropriate, cleaning, disinfection, examination, replacement, repair and testing. The responsibility for carrying out maintenance shall be established and documented, together with the details of the procedures to be followed and their frequency. Where appropriate, records of tests and examinations shall also be kept. The maintenance programme will vary with the type of equipment and the use to which it is put.
PPE shall be regularly examined to ensure that it is in good working order, and always before it is issued to the wearer. PPE shall also be examined before it is put on and shall not be worn if it is found to be defective or has not been cleaned - such examinations shall be carried out by properly trained personnel in accordance with the manufacturer’s instructions. While most PPE will be provided on a personal basis, some may be used by a number of people. There shall therefore be arrangements for cleaning and disinfecting as necessary before PPE is reissued.
A sufficient stock of spare parts shall be kept available for repair/replacement as necessary. Only manufacturers’ designated spare parts shall be used in maintaining PPE, or the equipment may not provide the required degree of protection.
Manufacturers’ maintenance schedules and instructions (including recommended replacement periods and shelf lives) shall be followed at all times.
Simple maintenance can be carried out by the person who is to wear the PPE provided they have been given suitable training. More complex repairs shall only be done by specialist personnel who have received the necessary training.
In certain circumstances, it may be more appropriate to provide a supply of disposable PPE (e.g. single use coveralls) that can simply be discarded after use. If disposable PPE is used, it is important that users know when it shall be discarded and replaced.
7.1.6. STORAGE OF PPE
Group Companies shall ensure that appropriate storage is provided for PPE when it is not in use. The storage shall be adequate to protect the PPE from contamination, loss, or damage by harmful substances, damp or sunlight. Where PPE becomes contaminated during use, it shall be stored separately from the uncontaminated PPE in a separate area, and suitably labelled. If the PPE itself contains hazardous materials, for example asbestos, it shall be sealed in an appropriate container and clearly labelled.
PPE that is ready for use shall be clearly segregated in the storage area from that which is awaiting repair or maintenance.
Once a PPE is issued to an employee, it falls upon the employee to ensure the proper storage of PPE for the whole service life of the PPE.
7.1.7. DISPOSAL OF PPE
Group Companies shall ensure that when PPEs are no longer fit for use, appropriate disposal methods are adhered to in line with relevant protocols for disposal.
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7.1.8.
INFORMATION, INSTRUCTION AND TRAINING
Group Companies shall ensure that employees are provided with such information, instruction and training as is necessary to enable the employee to use the PPE properly.
A systematic approach to training is needed; this means that everyone who is involved in the use or maintenance of PPE shall be trained appropriately.
People involved in maintaining, repairing and testing the equipment and in its selection for use will also need training. Training shall include elements of theory as well as practice in using the equipment and shall be carried out in accordance with the recommendations and instructions supplied by the PPE manufacturer.
The extent of the instruction and training will vary with the type, complexity and performance of the equipment, as well as the frequency with which it is used, and the needs of the people being trained. For PPE that is simple to use and maintain, some basic instructions to the users may be all that is required. On the other hand, the safe use of complex equipment may depend on an adequate understanding of the principles behind the PPE, and regular maintenance and testing.
(i)
The instruction and training shall include both theoretical and practical elements. Theoretical training shall include:
An explanation of the risks present and why PPE is needed.
The operation, performance and limitations of the equipment.
Instructions on the selection, use and storage of PPE related to the intended use.
-
Written operating procedures, such as permits to work, involving PPE shall be explained.
Factors, which can affect the protection, provided by the PPE such as: other protective equipment; personal factors; working conditions; inadequate fitting; and defects, damage and wear.
Recognising defects in PPE and arrangements for reporting loss or defects.
(ii)
Practical training shall include:
Practice in putting on, wearing and removing the equipment.
Practice and instruction in inspection and, where appropriate, testing of the PPE before use.
Practice and instruction in the maintenance that can be done by the user, such as cleaning and the replacement of certain components.
Instruction in the safe storage of equipment.
In addition to initial training, refresher training may be required from time to time. Records of training details shall be kept on individual’s personnel files, to assist in the administration of the training programme.
Group Companies shall ensure not only that their employees undergo the appropriate training but that they also understand what they are being taught. Employees may have difficulty in understanding their training for a number of reasons. For example, the risks (and precautions) may be of a particularly complex nature, making it difficult for employees to understand the precise nature of the protective measures they shall take. Language of instruction shall also be considered to ensure comprehensibility.
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7.1.9. USE OF PPE
Group Companies shall take all reasonable steps to ensure that any PPE provided to employees is properly used. Procedures for use shall be documented and made available to those who need it. Every employee shall use any PPE provided to him in accordance with any instructions and training received on the use of PPE.
Every employee who has been provided with PPE shall take all reasonable steps to ensure that it is returned to the accommodation provided for it after use.
PPE shall only be used in accordance with the Group Company’s instructions, which shall in turn be based on the manufacturer’s instructions for use. Adequate levels of supervision shall be provided to ensure that the training and instructions in use of PPE are being followed.
The basic mandatory PPE requirements for all ADNOC Group are provided in Appendix 2.
7.1.10. REPORTING LOSS OR DEFECT
Employees shall take reasonable care of PPE provided and report any loss or obvious defect as soon as possible. If employees have any concerns about the serviceability of the PPE, they shall immediately consult their supervisor.
Group Companies shall establish the necessary procedures to enable their employees (or contractors) to report any loss or defects in PPE. These arrangements shall also ensure that defective PPE is repaired or replaced before the employee restarts work. Any replacement for PPEs reported lost, damaged or defective shall be subject to approval from relevant parties.
7.2. SELECTION, USE AND MAINTENANCE OF PPE
7.2.1. HEAD PROTECTION
Types of Head Protection
There are two types of head protection used widely in the industrial oil and gas sector, however only industrial safety helmets are used in ADNOC. Industrial safety helmets can protect against falling objects or impact with fixed objects.
There are three types of industrial safety helmets:
(i)
(ii)
Class A – Impact and penetration resistance with voltage protection of up to 2,200 volts
Class B – Impact and penetration hazards by flying/falling objects, with high-voltage protection up to 20,000 volts
(iii) Class C – Lightweight comfort and impact protection, no voltage protection
Group Companies shall put in place measures to reduce or control at source any risk to the head. All personnel entering Group Company workplaces where a risk of head injury may exist shall wear safety helmets. This includes all Group Company operational facilities and construction areas. Group Companies shall designate ‘hard hat’ areas and provide suitable head protection for everyone entering these areas, including visitors This requirement applies equally to onshore and offshore facilities and to all areas of a site except offices, accommodation, messing or recreational areas, where there is no risk to personnel.
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Head protection shall fit properly and be comfortable. Personnel requiring head protection shall be provided with instruction on its use and instructions for maintenance including, where appropriate, compatibility with other types of PPE.
Figure 7.2.1 - Industrial safety helmet with chinstrap
Processes and Activities Requiring Head Protection
The following are examples of activities and processes involving risks of falling objects or impacts, which may require the provision of head protection:
(i)
Building work, work on (or near) scaffolding and demolition work.
(ii) Work in pits, trenches, shafts and tunnels.
(iii) Work with bolt-driving tools.
(iv) Blasting work.
(v) Work near hoists, lifting plant, cranes and conveyors.
(vi) Work with containers, machinery, silos, storage bunkers and pipelines.
(vii) Building or repairing offshore platforms.
(viii) Transport activities involving a risk of falling material.
(ix) Work from suspended access systems, etc.
Selection of Suitable Head Protection
All Safety Helmets shall comply with ADNOC PPE specifications, as provided in Appendix 1. To provide the right level of protection, head protection shall:
(i)
(ii)
Be of an appropriate shell size for the wearer.
Have an easily adjustable headband, nape and chinstrap.
(iii) Head protection shall also be as comfortable as practicable in order to encourage use. Key
factors in comfort of head protection are:
A flexible headband of adequate width and contoured, both vertically and horizontally, to fit the forehead.
An absorbent, easily cleanable or replaceable sweatband.
Textile cradle straps.
Chin straps (when fitted) which:
do not cross the ears.
are compatible with any other PPE needed.
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are fitted with smooth, quick-release buckles that do not dig into the skin.
are made from non-irritant materials.
can be stowed on the helmet when not in use.
Allows for ventilation and/or air circulation to reduce the temperature within the helmet, to prevent heat stress to the wearer
Compatibility with the Work to be Done
Head protection shall be selected so as to be compatible with and not hinder the work being done. Different types of industrial safety helmet are available for different applications. Users/supervisors shall check manufacturer’s instructions regarding the suitably for a particular task and compatibility of head protection with other types of PPE.
Maintenance
Head protection shall be maintained in good condition at all times. In particular, it shall:
(i)
(ii)
Be stored, when not in use, in a safe suitable secure storage area. It shall not be stored in direct sunlight or in excessively hot, humid conditions.
Be visually inspected regularly for signs of damage or deterioration. Putting stickers on the helmets are prohibited as they may obscure hairline cracks or any other form of damage during visual inspections.
(iii) Have defective harness components replaced as required. Harnesses from one design or
make of helmet cannot normally be interchanged with those from another.
(iv) Have the sweatband regularly cleaned or replaced.
Before head protection is reissued to another person, it shall be inspected to ensure it is serviceable and thoroughly cleaned in accordance with the manufacturer’s instructions. The sweatband shall always be cleaned or replaced.
Damage to Shell
Damage to the shell of a helmet can occur when:
(i)
(ii)
Objects fall onto it.
It strikes against a fixed object.
(iii)
It is dropped or thrown.
Always follow the manufacturers’ instructions on use, and if damage occurs, the helmet shall be replaced.
Deterioration in Shock Absorption or Penetration Resistance
Deterioration can occur from:
(i)
(ii)
Exposure to certain chemical agents.
Exposure to heat or sunlight.
(iii) Ageing due to heat, humidity, sunlight and rain.
Chemical agents that shall be avoided include paint, adhesives or chemical cleaning agents. Where names or other markings need to be applied using adhesives, advice shall be sought from the helmet manufacturer.
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Replacement
Exposure to heat or sunlight can make the shell go brittle. Group Companies shall consult suppliers and/or manufacturers data or take specialist advice on helmet material suitability and replacement frequency for the climate in UAE. It is important to check for signs of damage before and after use, and if any is found, replace the helmet.
Head protection shall be replaced at intervals recommended by the manufacturer, irrespective of visible damage. It will also need replacing when the harness is damaged and cannot be replaced, or when the shell is damaged or, it is suspected that its shock absorption or penetration resistance has deteriorated - for example when:
(i)
(ii)
The shell has received a severe impact.
Deep scratches are visible.
(iii)
The shell has any visible cracks.
(iv) Deterioration has occurred due to exposure to high temperatures/humidity
7.2.2. EYE PROTECTION
Types of Eye Protection
There are several types of eye protection, some of which provide protection for the wearer’s face as well. Some typical examples are:
(i)
(ii)
Safety spectacles
Safety goggles
(iii) Face-shields such as full face-shields, visors or balaclavas
Eye protection is needed to protect against the hazards of impact (e.g. in work with power driven tools where chippings may fly off), splashes or liquid droplets during the handling of hazardous chemicals, dust, gases (especially where gases or vapours are used under pressure), welding (where intense light or other optical radiation is emitted at dangerous levels), non-ionising radiation and the light from lasers.
Where any such risks have been identified, Group Companies shall provide personnel with appropriate eye protection, and give instruction and training on selection, use and maintenance.
Figure 7.2.2 – Goggles, Safety spectacles, and Face shield
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Processes and Activities Requiring Eye Protection
The following are examples of activities and processes involving a risk to the face and eyes for which eye protectors shall be used:
(i)
Handling or coming into contact with acids, alkalis and corrosive or irritant substances.
(ii) Working with power-driven tools where chippings may fly off or abrasive materials is
propelled.
(iii) Working with molten metal or other molten substances (e.g. welding).
(iv) During any welding operations where intense light or other optical radiation is emitted at
levels that may cause risk of injury.
(v) On any process using instruments that produce light amplification or radiation.
(vi) Using any gas or vapour under pressure.
(vii) Work activity involving line breaks, e.g. jointing/ rejointing and spading/de-spading of process equipment, where there is a risk of foreign bodies from the pipe and/ or equipment, or flange jointing material, being propelled.
Eye protectors shall be provided both for persons directly involved in the work and also for others not directly involved or employed but who may come into contact with the process and be at risk from the hazards.
Selecting Suitable Eye Protection
All eye protection shall comply with ADNOC PPE specifications, as provided in Appendix 1.
The selection of eye protection depends primarily on the hazard. However, comfort, style and durability shall also be considered. Make sure the eye/face protection fits the user and does not fall off easily. It should be issued on a personal basis. In certain situations, double eye protection may be required.
(i)
Safety spectacles are similar in appearance to prescription spectacles but may incorporate optional side shields to give lateral protection to the eyes. Some safety spectacles may be worn over prescription spectacles.
Prescription spectacles are worn by people to provide corrective assistance to their eyesight. These are not considered as suitable eye protection as they do not provide adequate protection against most occupational eye and face hazards. Eye protection will need to be worn over the prescription spectacles. It is important to ensure that the protective eyewear does not disturb the proper positioning of the prescription spectacles so that the wearer’s vision will not be inhibited or limited. The eye protection can also be custom-made to have corrective lenses with the required prescription built into them.
(ii)
Safety goggles are heavier and less convenient to use than spectacles or eye shields. They are made with a flexible plastic frame and one-piece lens and have an elastic headband. Safety goggles are more prone to misting than spectacles. Double-glazed goggles or those treated with an anti-mist coating may be more effective where misting is a problem. Where strenuous work is done in hot conditions, ‘direct ventilation’ goggles may be more suitable. However, these are unsuitable for protection against chemicals, gases and dust. ‘Indirect ventilation’ goggles are not perforated but are fitted with baffled ventilators to prevent liquids and dust from entering. Indirect ventilation goggles will not protect against gas or vapour.
(iii) Face shields are heavier and bulkier than other types of eye protector but are comfortable if fitted with an adjustable head harness. Face shields protect the face but do not fully enclose the eyes and therefore do not protect against dusts, mist or gases. Visors on brow guards or helmets are replaceable. They may be worn over standard prescription spectacles and are generally not prone to misting. Face shields with reflective metal screens permit good visibility while effectively deflecting heat.
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The intense light coming from an arc or flame can injure workers’ eyes. To protect them from this, workers shall wear either safety glasses, goggles, welding helmets, or welding face shields with appropriate filter lenses. This is required for workers performing the work and any personnel observing the work such as supervisors or assistants.
The filter lenses shall be with a shade number that provides the appropriate level of protection. A shade number indicates the intensity of light radiation that is allowed to pass through a filter lens to one’s eyes. Therefore, the higher the shade number, the darker the filter and the less light radiation that will pass through the lens.
The tables below provide guidelines on the minimum protective lens shade numbers for commonly used welding and cutting processes.
Table 7.2.1: Filter Lenses for Protection during Shielded Metal Arc Welding
Operation
Electrode Size – inch
Arc Current
OSHA
ANSI & AWS Shade
(mm)
(Amperes)
Minimum
Number
Protective
Recommendations
Shielded Metal Welding (SMAW)
Arc
Less than 3/32 (2.4)
Fewer than 60
3/32-5/32
(2.4-4.0)
More than 5/32-1/4
60-160
More than 160- 250
More than 250- 550
Shade
Number
7
8
10
11
10
12
14
Table 7.2.2: Filter Lenses for Gas Welding and Oxygen Cutting Operations
Operation
Plate Thickness
Plate Thickness
OSHA
ANSI & AWS Shade
(Inches)
(mm)
Minimum
Number
Protective
Recommendations
Shade
Number
Gas Welding
Oxygen Welding
Under 1/8
1/4 to 1/2
Over 1/2
Under 1
1 to 6
Over 6
Under 3.2
3.2 to 12.7
Over 12.7
Under 25
25 to 150
Over 150
4
5
6
3
4
5
5
6
8
4
5
6
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Maintenance
The lenses of eye protectors shall be kept clean as dirty lenses restrict vision, which can cause eye fatigue and lead to accidents.
Eye protectors should normally be issued on a personal basis and used only by the person they are issued to. If eye protectors are reissued for any reason, they shall be thoroughly cleaned and disinfected. Eye protectors shall be protected by being placed in suitable cases when not in use. Eye protector headbands shall be replaced when worn out or damaged.
Lenses that are scratched or pitted shall be replaced, as they may impair vision and their resistance to impact may be impaired. Transparent face shields shall be replaced when warped, scratched or have become brittle with age.
7.2.3. FOOT PROTECTION
Feet and legs are at risk from hazards such as falling objects, electricity, excessive heat, and metal and chemical splashes. The use of foot protection such as safety boots with steel or composite toecaps, rubber boots or anti-static footwear can help protect against these hazards.
While Group Companies shall put in place control measures to remove or reduce the risk at source, there is a general requirement that safety footwear shall also be worn at all times by all personnel working in or visiting any operational facility. This is particularly important for personnel involved in the following types of work:
(i)
Construction work.
(ii) Mechanical/manual handling.
(iii) Work in flammable atmospheres.
(iv) Work with hazardous chemicals.
Group Companies shall provide instruction and training to personnel on selecting the right foot protection for the job, maintaining and replacing it as required.
Types of Foot Protection
The following are examples of types of safety footwear:
(i)
(ii)
Safety Boots or Shoes are the most common type of safety footwear. These may have steel or composite toecaps. They may also have other safety features including slip resistant soles, steel midsoles, oil-resistant and insulation against extremes of temperature.
Rubber Boots protect against water and wet conditions and can be useful in jobs where the footwear needs to be washed. They are usually made from rubber but are available in polyurethane and Polyvinyl Chloride (PVC), which have greater chemical resistance. Rubber boots can be obtained with corrosion resistant steel toecaps, rot-proof insoles, steel midsoles, anklebone padding and cotton linings.
(iii) Anti-Static Footwear prevents the build-up of static electricity on the wearer. It reduces the danger of igniting a flammable atmosphere and gives some protection against electric shock.
(iv) Conductive Footwear also prevents the build-up of static electricity. It is particularly suitable for handling sensitive components or substances. It gives no protection against electric shock.
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Figure 7.2.3: Various types of foot protection
Activities Requiring Safety Footwear
The following are examples of activities involving risks to the feet.
(i)
Construction: Work on building and demolition sites will usually require safety footwear to protect the feet from falling objects, objects dropped by the handler, tripping accidents and wheels running over feet.
(ii) Mechanical and Manual Handling: There may be a risk of objects falling on or crushing the front of the foot. There may be a risk of a fall through slipping which could result in damage to the heel on impact.
(iii) Electrical: People who work where there are flammable atmospheres shall wear anti-static
footwear to help prevent ignitions due to static electricity.
(iv) Thermal: Work in hot conditions requires footwear with heat-resistant and insulating soles.
(v) Chemical: Footwear provided when working with hazardous chemicals shall be both
impermeable and resistant to attack by chemicals.
Selecting Suitable Foot Protection
All foot protection shall comply with ADNOC PPE specifications, as provided Appendix 1.
The selection of foot protection depends primarily on the nature of the hazard. However, comfort, style and durability also need to be taken into account. The choice shall be made on the basis of compatibility with the work, degree of protection afforded, and the requirements of the user.
Generally, foot protection should be flexible, wet-resistant, have oil resistant soles and absorb perspiration. Boots are required where ankles need protection. The ability of the footwear to resist corrosion, abrasion and industrial wear and tear shall also be considered. The manufacturer’s instructions and markings for appropriate use and level of protection shall always be followed.
The key features of safety footwear which shall be considered in selection are:
(i)
(ii)
Soles: Work shoes and boots shall have treaded soles for slip-resistance. Soles should be heat and oil resistant and slip resistant. They may be shock resistant, anti-static or conductive.
Protective Toecaps: They can be either made of steel or composite material. They shall be capable of resisting a heavy sharp object falling from a considerable height.
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(iii) Heat Resistance: Leather or other heat resistant materials can be used in safety footwear
to offer protection against heat, sparks and molten metal.
(iv) Waterproofing: People working in wet places shall wear safety footwear impervious to water.
Rubber and PVC are suitable waterproofing materials for footwear because they are not permeable. There are ‘breathable materials’ which are water resistant, but which also allow air to get through and perspiration to get out and may therefore be more comfortable and more hygienic.
Electrical Hazards
The following provide protection against electrical hazards:
(i)
(ii)
Anti-Static Footwear offers suitable protection against the hazard of static electricity and will give some protection against mains electric shock.
Conductive Footwear offers greater protection against static electricity and is used where the wearer handles very sensitive components or materials. IT SHALL NOT BE WORN WHERE THERE IS A DANGER OF ELECTRIC SHOCK.
Maintenance
Safety footwear shall be maintained in good condition, checked regularly and discarded if worn or deteriorated. Laces shall be checked and replaced if necessary. Materials lodged into the tread shall be removed. The stitching shall be checked for loose, worn or cut seams.
7.2.4. HAND PROTECTION
Hands are at risk of injury in many of the activities carried out in the industrial oil and gas sector. Cuts, abrasions or even amputations can occur in manual handling and construction work, while hands and skin are at risk of burns or skin disease where chemicals are handled.
Other dangers include electrical shock, and radioactive contamination. Group Companies shall put in place measures to protect against or, reduce these risks. However, in certain circumstances, protective gloves will also need to be worn.
Where hand protection is required, personnel shall be provided with an appropriate type of safety glove, and given instruction on the selection, use and maintenance of the gloves. They shall also be trained to always wash hands after work. In addition, barrier creams may be used. These should be applied after washing the hands and prior to work. However, the creams are not a substitute for carefully selected gloves.
Types of Hand Protection
Gloves of various designs provide protection against a range of industrial hazards, including:
(i)
(ii)
Impact and compression
Vibration
(iii) Cuts and abrasions.
(iv) Extremes of temperature.
(v)
Skin irritation and dermatitis.
(vi) Contact with corrosive or toxic liquids.
(vii) Electrical hazards.
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Impact gloves
Electrical gloves
Chemical-resistant gloves
Radiation-resistant gloves
Figure 7.2.4: Various types of Hand Protection
Processes and Activities Requiring Hand Protection
The following processes and activities involve risk of injury to the hands or, are hazards for which hand protection may be necessary.
(i)
Manual Handling: Hands may be pierced by abrasive, sharp or pointed objects or damaged by impact when handling goods. However, when there is moving equipment, gloves should not be worn since the glove may become trapped in the moving equipment and draw the hand into the machinery.
(ii)
Construction and Outdoor Work: Gloves can protect against disease spores that may seriously infect small cuts and abrasions.
(iii) Hot and Cold Materials: Gloves will also protect against hazards from handling hot or cold
materials (e.g. as in cold stores) and work involving contact with naked flames or welding.
(iv) Electricity: Certain approved types of rubber gloves can protect against electric shock.
(v) Chemical: There are many tasks where the hands may come into contact with toxic or corrosive substances. Gloves that are correctly selected and used can provide a barrier between the wearer’s skin and the harmful substance, preventing local damage, or in some cases absorption through the skin. A guideline on chemical glove material suitability is provided below.
Table 7.2.3: Chemical Agent Glove Material Suitability
Chemical Agent
Glove Material & Suitability
Natural
rubber
Nitrile
Neoprene
PVC
rubber
Butyl
rubber
Viton
Water soluble substances; weak acids, and alkali
Oils
Chlorinated solvents
Aromatic solvents
Aliphatic solvents
Strong acids
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Chemical Agent
Glove Material & Suitability
Natural
rubber
Nitrile
Neoprene
PVC
rubber
Butyl
rubber
Viton
Strong alkali
(vi) Radioactivity: Danger from contamination when handling radioactive materials. Impervious gloves can act as a barrier to radioactive liquids and dusts gaining access to the skin and from there into the body by ingestion. They can also directly block alpha radiation.
Selecting Suitable Hand Protection
All hand protection shall comply with ADNOC PPE specifications, as provided in Appendix 1.
Gloves or other hand protection shall be capable of giving protection from hazards, be comfortable and fit the wearer well. The choice shall be made on the basis of compatibility with the work, suitability for protection and the requirements of the user. The manufacturer’s instructions and markings for appropriate use and level of protection shall always be followed. When selecting gloves for chemical protection, reference shall also be made to chemical permeation and resistance data provided by manufacturers.
The key features of safety gloves and their protective properties are:
(i)
(ii)
Impact and Compression: Anti-impact gloves have dense thermoplastic padding placed on the back of the hand, the palms and the knuckles to provide maximum cushioning while not impeding hand function.
Vibration: Anti-vibration gloves are designed to protect the arms and hands of the wearer from vibration of heavy tools, and in the long term prevent hand-arm vibration syndrome
(iii) Penetration and Abrasion: Gloves made from chainmail or leather protect against penetration and abrasion. Gloves made from knitted Kevlar will provide protection against cuts and gloves manufactured from Kevlar needle-felt give good puncture resistance.
(iv) Thermal Protection: Depending upon their weight and construction, terrycloth gloves will provide protection against heat and cold. Gloves manufactured from materials such as Kevlar, glass fibre and leather can be used to provide protection at higher temperatures. For cryogenic liquids, special cryogenic gloves are used.
(v)
Fire Resistance: Chromed leather gloves are fire resistant.
(vi) Chemicals Protection: Chemical protective gloves are available in a range of materials including natural rubber, neoprene, nitrile, butyl, Polyvinyl Alcohol (PVA), PVC and Viton. The degree of protection against chemical permeation depends on the glove material, its thickness and method of construction. Further information can be obtained in the Chemical Hazards section of the Occupational Health Hazard Manual [Ref. 4].
(vii) General Use Gloves: Rubber, plastic or knit fabric gloves are flexible, resist cuts and abrasions, repel liquids and offer a good grip. Rubber gloves allow a sensitive touch and give a firm grip in water or wet conditions. Cotton knit, leather or other general purpose gloves are suitable for most other jobs. General use gloves shall only be used to protect against minimal (low risk) risks to health and safety.
Maintenance
Care should be taken in the donning, use, removal and storage of protective gloves. They shall be maintained in good condition, checked regularly and discarded if worn or deteriorated. The gloves should be a good fit, leaving no gap between the wearer’s sleeve and the glove itself. If there is a danger of chemicals entering the glove at the cuff, armlets shall be worn. Gloves shall be maintained in accordance with the manufacturer’s instructions.
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Contact between the gloves and chemicals shall be kept to a minimum as the physical characteristics of a glove can be altered by some chemicals and may lead to the impairment of its protective properties. Chemicals should not be allowed to come into contact with the skin.
7.2.5. BODY PROTECTION
There are many different types of protective clothing, including coveralls or aprons to protect against chemical splashes and spills, high visibility clothing for personnel working in areas where they shall be seen to be safe, and lifejackets and buoyancy aids for work at sea. Selection depends on the type of job being done, and the level of risk.
Group Companies shall provide personnel with appropriate protective clothing for work such as:
(i)
Jobs involving the use of chemicals and hazardous substances.
(ii) Work in extreme atmospheres or weather conditions.
(iii)
Firefighting.
(iv) Welding.
Instruction and training shall be given on circumstances in which protective clothing shall be worn, as well as on appropriate selection and maintenance. It is emphasised that personnel are compromising their own safety if they do not wear appropriate protective clothing in all circumstances.
Types of Body Protection
Types of clothing used for body protection include:
(i)
Coveralls, overalls and aprons to protect against chemicals and other hazardous substances.
(ii) Outfits to protect against temperature extremes and bad weather such as raincoats, winter
jackets, cooling vests, etc.
Types of clothing worn on the body to protect the person include:
(i)
(ii)
High visibility clothing.
Lifejackets and buoyancy aids.
Fire-resistant coverall
High-visibility clothing
Welding apron
Cooling vest
Figure 7.2.5: Various types of body protection
Processes and Activities Requiring Body Protection
The following are examples of the sorts of processes and activities that require protective clothing for the body.
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(i)
(ii)
Laboratory work or work with chemicals, dust or other hazardous substances.
Construction.
(iii) Highway and road works.
(iv) Work at sea.
(v)
Spraying pesticides.
(vi) Welding.
(vii) Firefighting.
Selecting Suitable Body Protection
All body protection shall comply with ADNOC PPE specifications, as provided in Appendix 1. The selected body protection shall provide appropriate protection from main hazards such as:
(i)
(ii)
Low Risk Chemicals can be protected against by wearing chemical-resistant clothing such as aprons and coveralls.
Strong Solvents, Oils and Greases require heavier protection afforded by coats, coveralls and aprons made from neoprene or polyurethane coated nylon, or Terylene or rubber aprons.
(iii) Chemical Suits protect against more potent chemicals. They are totally encapsulating suits, which are either vapour-proof or liquid-splash proof and are fed with breathable air. Chemical suits have a life expectancy of three to four years and shall be inspected every three months even if not in use. This entails an air test and looking at all of the seams. Triethylaluminium (TEAL) handling requires specified aluminized clothing for TEAL fires.
(iv) Vapour Suits protect against hazardous vapours. They shall be air-tested with the manufacturer’s test kit, before being stored in a protective case. Manufacturers of vapour proof suits generally provide a testing and repair service.
(v)
Splash-Resistant. Clothing with splash-resistant material can be used for this purpose.
(vi) Fibres and Dust. Protection can be obtained by wearing suits made from bonded olefin,
which keeps out fibres and particles.
(vii) Radiant heat and flame. Fire-resistant garment can provide some level of protection against
radiant heat and flame.
Personal Protection Worn on the Body
Examples of PPE worn on the body are High Visibility clothing and personal buoyancy equipment:
(i)
(ii)
High Visibility Clothing: This is made from PVC impregnated with fluorescent pigments. This shall be worn by personnel on roadsides and other areas where it is important to be seen to be safe.
Personal Buoyancy Equipment: Buoyancy equipment shall be suitable for the particular circumstances. For example, buoyancy equipment suitable for use in normal marine operations may not be suitable for use within a helicopter, where inflation on contact with water can restrict helicopter escape routes. See Section 7.4.3 for use of buoyancy aids in an emergency situation.
Maintenance
Body protection shall only be used for the purpose intended. It shall be maintained in good condition and checked regularly. It shall be repaired or discarded if damaged. Body Protection from work with Asbestos
As part of the risk assessment for work with asbestos, the ADNOC Group Company shall decide whether or not protective clothing is required. In all cases, the assumption shall be made that protective clothing will be needed, unless
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(i)
(ii)
there is no potential for physical contamination and/or;
airborne exposures will be extremely slight and infrequent.
Protective clothing shall be suitable and include footwear, whenever employees working with asbestos are likely to be exposed to asbestos debris or fibers. It shall also protect those parts of the body likely to be affected.
To be deemed suitable, but depending on the circumstances of the work, the protective clothing shall:
(i)
(ii)
Properly fit the wearer;
Be loose enough to avoid straining and ripping of the seams;
(iii) Be comfortable enough to allow for the effects of physical strain;
(iv) Be suitable for hot environments;
(v)
Prevent penetration by asbestos fibers;
(vi) Be elastic at the cuffs, ankles and on the hoods of overalls and designed to ensure a close
fit at the wrists, ankles, face and neck;
(vii) Not have any pockets or other attachments which could attract and trap asbestos dust; and
(viii) Be easy to decontaminate or disposed of.
Suitable boots that are easier to clean shall be worn. Lace-up footwear will trap asbestos fibers between the laces and shall not be worn.
Personnel who will be doing the work with asbestos should be consulted and involved in the selection and specification of the equipment, as there is a better likelihood of PPE being used effectively if it is accepted by each wearer.
Contaminated body protection clothing shall be:
(i)
(ii)
Removed before taking off the RPE;
Removed before leaving the work area for any reason (including for meal breaks, other breaks and at the end of the shift); and
(iii) Cleaned before removal.
Further details can be found the Asbestos Containing Materials (ACM) and Manmade Fiber (MMF) sections of the ADNOC Occupational Health Hazard Manual [Ref. 4].
7.2.6. HEARING PROTECTION
While controlling noise at source is the best approach to minimising noise exposure, effective hearing protection may also be required. Group Companies shall provide hearing protection to personnel employed in facilities with high noise level environments.
Where personnel experience a daily personal noise exposure of greater than 85 dB (A), then hearing protection shall be provided. Where area noise surveys indicate noise levels of greater than 85 dB (A), signs shall be posted to indicate that each high noise area has been designated a Hearing Protection Zone and hearing protection shall be worn in these areas. Personnel working in a Hearing Protection Zone, or in an area where there is a likelihood of very loud impulsive noise, shall be provided with hearing protection and trained to use it.
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Information, instruction and training on the use of hearing protection shall include:
(i)
The duty of personnel to wear appropriate hearing protection in high noise level environments.
(ii)
The damage that can occur to hearing through noise exposure.
(iii) How to fit hearing protection properly and use it with another PPE.
(iv) The importance of using hearing protection at all times, so that its effectiveness is not
compromised.
(v)
The reduction in effectiveness caused by long hair, earrings, hats etc., particularly if these become caught between the seal of an earmuff and the head.
Types of Hearing Protection
Hearing protection includes:
(i)
(ii)
Earplugs which fit into the ear canal.
Semi-inserts or canal caps which cover over the entrance to the ear canal.
(iii) Earmuffs which completely cover the ear.
Figure 7.2.6: Various types of hearing protection
Activities Requiring Hearing Protection
The following activities involve risk of damage to the hearing or are hazards for which hearing protection may be necessary.
(i)
Construction.
(ii) Working with power-driven tools.
(iii) Work near pumps and compressors.
(iv) Work near turbines/generators.
(v) Work close to pipes or ducts with high fluid or air flows.
(vi) Work around engines.
In a Hearing Protection Zone, hearing protectors shall be worn by anyone entering the area, whether or not they are undertaking work there.
Selecting Suitable Hearing Protection
All hearing protection shall comply with ADNOC PPE specifications, as provided in Appendix 1.
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The selection of hearing protection depends on the level and type of noise. The daily personal noise exposure of personnel shall be reduced to below 85dB (A) Leq. In some cases, it may be required to wear double hearing protection. Suppliers’ information should be consulted when selecting the most appropriate hearing protection for any particular task. Further details may be found in the ADNOC Physical Hazards Standard under Noise [Ref. 5].
Hearing protection shall be hygienic and shall not interfere with another PPE. For example, ear plugs should be chosen in circumstances where another item of PPE, such as safety glasses or balaclava, could interfere with the seal of earmuffs and consequently reduce their effectiveness.
Comfort is an important consideration. Where possible, personnel should be offered a choice of appropriate hearing protection so they may select which type suits them best. Disposable hearing protection may be preferable to re-usable in certain circumstances.
Maintenance
Hearing protection shall be checked daily to ensure it remains clean, and in good condition. Replace compressible earplugs that are no longer soft and pliable, and earmuffs where the seals show signs of damage. Check that headbands remain tight and replace headbands that are worn out or damaged.
Earplugs and semi-inserts (canal caps) shall be issued on a personal basis and used only by the person they are issued to for hygiene reasons. Re-useable hearing protection shall be thoroughly cleaned and disinfected after use and stored in a suitable case when not in use.
7.2.7. PERSONAL FALL PROTECTION
Falls are among the most common causes of serious work-related injuries and deaths. As part of ADNOC’s Life-Saving Rules, all personnel should protect themselves against a fall when working at height. Therefore, personal fall protection shall be used by all employees and contractors for any work performed where required.
Types of Personal Fall Protection
Personal fall protection systems either prevent personnel from falling or arrest a personnel’s fall if one occurs. The various types include:
(i)
(ii)
(iii)
fall restraint/work restraint systems tethers personnel in a manner that will not allow a fall to occur
work positioning systems support personnel in tension or suspension while a task is being undertaken in such a way that a fall is prevented or restricted,
fall arrest systems safely stop a worker who is falling, preventing collision with the ground or structure
For each fall protection system, there are three vital components, which are:
(i)
Anchorage & anchorage connector – a fixed structural component such as a beam, girder, column or floor that can support the forces exerted in arresting a fall, and the component by which the connecting device is coupled to the anchorage. Examples of anchorage connectors are beam anchors, cross-arm straps, D-bolts, hook anchors, tripods, and davits.
(ii)
Body wear – component that is worn around the personnel’s torso. These include body belts and full body harnesses.
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(iii) Connecting device – Joins the body support to the anchorage/anchorage connector. It can be an energy-absorbing lanyard, fall limiter, self-retracting lanyard, rope grab, or retrieval system.
Figure 7.2.7: Personal Fall Protection components
Tool tethering
Whenever working at height is performed, it is commonly understood that some form of fall protection shall be in place for personnel performing the work. However, the tools and equipment that personnel use at height also pose risks.
Accidentally dropping tools or equipment from height may cause damage to equipment or machinery upon impact. It may even cause injuries or fatalities if it falls onto personnel. Furthermore, dropped tools or equipment will reduce productivity, as the work needs to be stopped in order for the personnel to retrieve the dropped object before continuing with the task at hand. If the tool is damaged by the fall, replacement costs are also incurred.
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One method of preventing this from happening would be the use of tool tethers. A tool tether is an attachment point that allows the tool to be secured with a tool cord to an anchor point. It prevents the tool from falling or stops the tool mid-fall to prevent collision with the ground or structure, similar to a personal fall protection.
Figure 7.2.8: Tool tethering
Selecting Suitable Personal Fall Protection
All personal fall protection systems shall comply with ADNOC PPE specifications, as provided in Appendix 1.
In selecting a suitable Personal Fall Protection system, the following points shall be considered:
(i)
(ii)
the type of work to be performed
task mobility requirements
(iii)
constraints on fall distances and clearances
(iv)
the maximum descent height and load
(v)
the length, type and number of ropes, lanyards and safety harnesses
(vi)
recovery after a fall
Inspection and Maintenance
Group Companies shall ensure that all Personal Fall Protection equipment and its components are inspected and maintained. Any defective item found shall not be used until it has been repaired and tested or replaced. Repairs shall only be performed by competent persons.
Each personnel shall individually inspect the harnesses, lanyards, connectors, ropes, slings and any other components of the Personal Fall Protection system before and after each use.
7.2.8. PERSONAL GAS DETECTORS
Personal gas detectors are considered as a type of PPE, as they are designed to keep personnel safe from flammable and toxic gas hazards. They allow for certain locations to be tested for any gas hazards before being entered where fixed gas detectors may not be available.
Types of personal gas detectors
There are three types of personal gas detectors:
(i)
(ii)
Combustible gas detectors
Toxic gas detectors
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(iii) Combination of both combustible and toxic gas detectors
Selecting Suitable Personal Gas Detectors
All personal gas detectors systems shall comply with ADNOC PPE specifications, as provided in Appendix 1.
In selecting a suitable Personal Gas Detector, the following points shall be considered:
(i)
Gas hazards which are present in the work area
(ii) Multiple gas or single gas type detector
(iii) Quality of personal gas detector
Figure 7.2.9: Multiple and single gas detector
Inspection and Maintenance
For personal gas detectors, each personnel shall individually check their own personal gas detector.
For multiple gas detectors, a bump test is normally conducted before a gas detector is used in the field and as recommended by the manufacturer. This ensures that the battery of the gas detector has not yet depleted and the gas detector is functioning normally.
Each personnel shall also highlight if the gas detector is due for servicing or if it is of a disposable type, ensure that if it has reached the end of its lifetime, dispose of the gas detector in a proper manner.
7.3. RESPIRATORY PROTECTIVE EQUIPMENT
Respiratory Protective Equipment (RPE) is designed to prevent or limit the exposure of persons to dangerous substances that may be inhaled. RPE should only be used when it is not reasonably practicable to control exposures to hazardous substances by other means, e.g. where work is to be carried out in a confined space, or during emergency conditions e.g. high H2S environments.
Consistent and unified RPE shall be established for ALL personnel (employees and contractors) who may be exposed to toxic or harmful atmosphere as part of their work activities or emergency duties.
Examples of such duties include but are not limited to:
Working in H2S Classified Zones
Confined Space Work Activities;
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Breaking the seals on vessels;
Pigging Operations;
Specific maintenance activities where potential exposure to toxic/harmful atmospheres is present;
Chemical handling;
Emergency Intervention Activities (e.g. rescues, firefighting, valve isolations).
The RPE requirements shall form part of the respective site/location safety procedures and “Safe Systems of Work”. It shall be communicated to all personnel (including contractors and third parties) for their compliance. It shall be made clear to all new recruit/intake by Manpower Planning, Recruitment & Project Teams and shall direct/redirect individuals with facial hair ensuring full compliance at all times.
The requirements set in ADNOC HSE Standard for Management of Hydrogen Sulphide [Ref. 2] shall strictly apply to any employee or contractor required to enter the aforementioned classified areas.
Hydrogen Sulphide (H2S) zoning studies/mapping shall be consulted in identifying those areas where RPE is mandated. In addition, HSEIAs are another tool for identifying those areas in addition to other non-hydrocarbon locations which may be affected in the event of a release of hazardous atmospheres (e.g. contour dispersion drawings).
Activities within the plant/location may require an individual to wear RPE in pursuance of their work activities and the positions that handle them shall be identified. A summary of key positions shall be produced in a list similar to below example in Table 7.3.1. The established list shall be reviewed and confirmed by the respective Group Companies’ HSE, as applicable.
Table 7.3.1: Example of list showing positions/tasks requiring the wear of RPE
Operators (Plant/Field)
HSE (Site/Field)
1 Water soluble substances; weak acids, and alkali
1 All Positions
2
3
4
5
Oils
Chlorinated solvents
Aromatic solvents
Aliphatic solvents
Emergency Response
1 All Positions*
Drilling & Well Operations
Maintenance (Mech./Int./Elect.)
1 All Positions
1
2
3
4
5
Supervisor (or Equivalent)
Senior Technician
Technician
Assistant Technician
Helper
Any Person Performing
1 Confined Space Work
2 Braking Seals
3 Emergency Interventions
- Medical and Logistics Personnel are exempted unless identified as being applicable to their function
4 Work in a potential hazardous atmosphere
Note:
For any work activity a full evaluation of the risks should be undertaken to identify for the potential presence of a toxic, harmful or irrespirable atmosphere. This should be cross referenced against the
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intended work force to ensure all persons are clean shaven for the duration of the intended work, or until such time as the potential hazard no longer exists. This will be identified through JSA, TRA, PTW, etc. Detailed lists of key work activities and personnel should be established for each location and endorsed by the site HSE and approved by site management. These lists should be reviewed and updated as necessary and at a maximum interval of every 3 years.
All Group Companies shall establish a respiratory protection program when respiratory protection is needed. The program shall include the minimum requirement liste below; the order of importance may differ for each application:
(ii)
(iii)
(iv)
(v)
(vi)
Administration
Knowledge of respiratory hazard
Assessment of respiratory hazard
Control of respiratory hazard
Selection of proper RPE
(vii)
Training
(viii)
Inspection, maintenance, and repair of equipment
(ix) Medical surveillance [Note: ADNOC recognizes as sufficient a program cited in US OSHA
1910.134 or equivalent.
7.3.1. TYPES OF RPE
There are three types of RPE:
(i)
(ii)
Air Purifying Respirators (e.g. mechanical filter cartridge, chemical filter cartridge, mechanical and chemical cartridge, gas masks, Powered Air-Purifying Respirators (PAPR))
Atmosphere or Air Supplying Devices such as escape sets (Emergency Escape Breathing Apparatus), Breathing Apparatus (BA) and Self-Contained Breathing Apparatus (SCBA)
(iii) Combination of Air Purifying and Air Supplying
7.3.2. DECISION TO USE RPE
General
The control of exposure to substances hazardous to health should always, wherever possible, be achieved by means other than PPE. Where this is not practicable and residual inhalation exposure risks exist, suitable RPE shall be provided9.2.
The decision to use RPE needs to be based on the outcome of the exposure risk assessment (see ADNOC Standard: Occupational Health Risk Management [Ref. 1].
On the basis of the risk assessment, it can be decided which types of RPE are likely to provide the required level of protection. The decision on what type of RPE to be used for a particular circumstance shall be made by a suitably competent person, such as an Occupational Hygienist or a safety professional.
RPE requirements shall include but not limited to the following:
(i)
A respirator, either positive or negative pressure, equipped with a facepiece cannot be worn correctly if facial hair comes between sealing surface of the facepiece and the face, or if facial hair interfaces with exhalation valve operation. Facial hair and/or other Facial adornments will lift the mask from the skin breaking the seal and lead to either an inward or
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outward leak. A good effective face seal can only be obtained if the skin in the area of the facemask seal is smooth and without hair.
(ii)
Hydrogen Sulphide (H2S) Zoning studies/mapping shall be consulted in identifying those areas where RPE is mandated. In addition, Safety Case documents are another tool for identifying those areas in addition to other non-hydrocarbon locations which may be affected in the event of a release of hazardous atmospheres (e.g. Contour dispersion drawings).
(iii) All persons identified as users of face mask-type/tight fit type RPE are to be annually Face Fit Tested. In addition, if there are any changes to a person’s face through, for example, weight loss/gain, scars etc. a repeat fit test will be necessary even if less than a year since previous test.
(iv) All persons required to use RPE in pursuance of their workplace activities are to be provided with and wear the appropriate level of RPE at all times in line with H2S Zone Classifications and other identified toxic or harmful atmospheres relevant to work activities.
(v)
The requirements of this document shall be monitored for compliance by all relevant staff.
(vi) The induction process, policies and all training will support ADNOC’s HSE Policy ensuring that people work in a safe environment and do not put themselves or others in harm.
Wearers of tight fitting RPE
All those individuals identified as required to wear RPE with the inner or outer face mask seal contacting the skin shall undertake Face Fit Testing and shall be clean shaven so that facial hair will not come between the sealing surface of the face piece and the face when donning respirators including SCBA, Air Supplied Respirators (ASR) and tight fitting face masks.
The steps below describe the Face Fit Test procedure and related exercises:
(i)
Face Fit Testing
This is a method for checking that a face mask matches the person’s facial features and seals adequately to the wearer’s face. It will also help to identify suitable face masks which should not be used. The performance of tight-fitting face mask depends on achieving a good contact between the wearer’s skin and the face seal of the face mask. Peoples’ faces vary significantly in shape and size so it is unlikely that one particular type, or size of RPE face mask, will fit everyone. Inadequate fit will significantly reduce the protection provided to the wearer. Any reduction in protection can put the RPE wearer’s life in danger or may lead to immediate or long-term ill health.
(ii) Quantitative Face Fit Testing
Quantitative fit testing provides a numerical measure of the fit that is called a fit factor. These tests give an objective measure of face fit. Quantitative methods are required for full face masks (but can also be used for half mask and Filtering Face Piece - FFP). This testing method requires specialized equipment such as “particle counting device”. A quantitative fit test gives a number that is referred to as the fit factor (FF). The fit factor is a measure of how well a particular face mask seals against the wearer’s face. A higher fit factor number means the face mask achieved a good contact between the face seal and the face during the test. Due to potentially high H2S levels within ADNOC sites a high fit factor is required to ensure the safety of personnel.
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(iii) Minimum Fit Factor
The recommended minimum fit factor (reduction ratio), which should be achieved to pass a fit test, will depend on the type of face mask being tested. ADNOC requires “Full Face Mask” design for all potential exposure areas. Below is the recommended minimum fit factor that should be achieved by personnel who are required to enter an area of potential exposure to a hazardous atmosphere whose products may affect the respiratory system.
Note:
Full Face Mask: Ambient Particle Counting = 2000:1
Half Mask: Ambient Particle Counting = 100:1
Filtering Face Piece (FFP): Ambient Particle Counting = 100:1
(iv) Fit Test Facilitator
RPE fit testing shall only be conducted by a competent person. Competence should be test provider’s demonstrated accreditation scheme developed by British Safety Industry Federation (BSIF) or equivalent scheme. The fit test facilitator shall have knowledge and competency in the below areas:
through achieving certification under Fit2fit RPE
fit
Selection of adequate and suitable RPE;
Examination of RPE and the ability to identify poorly maintained face masks;
Ability to correctly fit a face mask and perform pre-use fit checks;
Ability to recognize a poor fitting face mask;
The purpose and applicability of fit testing; the differences between, and the appropriate use of fit testing methods;
The purpose of the fit test exercises;
Preparation of face mask for fit testing;
How to carry out diagnostic checks on the face mask and the fit test equipment;
Capabilities and limitations of the fit test equipment;
-
How to perform a correct fit test with the chosen method;
-
Be aware of and know how to prevent and correct problems during fit testing;
Interpretation of fit test results;
- An understanding of the differences between fit factor, workplace protection factor,
assigned protection factor and nominal protection factors; and
- Knowledge of the potential exposures levels that site employees may be exposed (e.g.
H2S levels, Chlorine Gas Handling/presence etc.)
(v)
Test Procedure
The fit test procedure should be carried out in accordance with the manufacturer’s documented instructions for the particular test equipment.
(vi) Fit Test Exercises
Quantitative test protocol shall be done in accordance to 29 CFR 1910.134 and comprise of a minimum of 7 exercises. Each test exercise should be performed for at least one minute. During the quantitative fit tests, the exercises should allow for an in-face mask sample period of at least 60 seconds. The exercise protocol is as follows and should be done in sequence:
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Normal breathing – The wearer should breathe normally with no head movements or talking.
Deep breathing – The wearer should breathe slowly and deeply, taking care so as not to hyperventilate
Turning head side to side – The wearer should slowly turn their head from side to side between the extreme positions on each side (approximately 15-20 times per minute). The head shall be held at each extreme momentarily so the wearer can inhale at each side.
Moving head up and down – The wearer should slowly move their head up and down (approximately 15-20 times per minute). The wearer should be instructed to inhale in the up position (i.e. when looking toward the ceiling).
Talking – The wearer should talk out loud slowly and loud enough so as to be heard clearly by the fit tester. The wearer should read from a prepared text.
Bending over – The wearer should stand and bend at the waist as if to touch their toes, and then return to an upright position. Repeat approximately 10-15 times per minute.
Normal breathing same as exercise (i).
During fit testing the exercise regime should induce a physical workload on the wearer, which simulates working activities and work rate. Preferably therefore, the fit test exercises should be conducted using a treadmill, exercise bike or step. Portable treadmills and exercise bikes are commercially available.
Note: Caution shall be taken when asking people to exercise – be aware of slips and trips when carrying out any of the exercises.
(vii) Fit Test Report
A record of the fit test shall be produced. The fit test report should clearly identify the following (where applicable):
The name of person fit tested;
The make, model, material and size of the facepiece;
-
Whether the company pool face mask or a test face mask was used;
The test exercises performed during the fit test;
The fit test method employed, i.e. test chamber, ambient particle counting device, controlled;
Negative pressure or qualitative taste test agents;
The measured fit factor for each individual test exercise and the overall fit factor;
The pass level used in the test;
The result of the fit test in terms of a pass or fail;
-
The date of the test;
-
The details of who performed the test,
-
Whether the wearer required assistance donning and fit checking the face mask
before the fit test;
-
How many repeat tests were needed to obtain a pass and the reasons why; and
-
The serial number or other means of identifying the equipment employed in the fit test.
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Fit test records should be available for all personnel who wear RPE incorporating tight fitting facepieces and shall be stored for at least five years by the HSE and kept available for inspection and verification on request. A copy shall be given to the employee.
Particular emphasis shall be given to ensure that the area of the face coming into contact with the facemask inner or outer seal is free of any hair growth, which could affect the seal integrity.
In addition to the fit testing requirements, all Users of the SCBA, ASR(Air supplying respirator) and tight fitting face masks shall comply with following requirements:
User is medically fit to use the appropriate RPE;
User shall pass Tight-Fit Face Piece Fitness Test for the required, specific RPE;
User shall have the required training in handling, use and storage of the RPE;
User shall comply with RPE Manufacturers recommendations.
Below table summarizes the comparative SCBAs and EEBAs requirements for Tight Fit Masks and Hood Type Masks
Table 7.3.2: Tight Fit Mask vs and Hood Type Masks (for SCBAs and EEBAs)
SCBA
RPE
Facial Hair Requirement
Tight Fit Mask
Hood Type Masks
Clean shaven where inner or outer mask seals contact the face
Face Fit Test is applicale for this type of RPE
length not
Beard exceed 20 cm
to
Pre Use Test
User shall conduct a Pre Use Test prior to every use
EEBA
Facial Hair Requirement
Clean shaven where inner or outer mask seals contact the face
length not
Beard exceed 20 cm
to
Pre Use Test
Check to confirm cylinder full and bag sealed
Any facial adornments or similar articles that may prevent the RPE from creating a seal with the face shall not be worn by Personnel whilst on duty. In all circumstances an individual shall pass the Face Fit Test and adjust facial hair and other adornments as necessary in order to do so.
Wearers of loose fitting RPE
As per the RPE acceptance criteria, individuals identified for wearing RPE that does not require the inner or outer face mask seal to contact the skin are exempt from Face Fit Testing and Clean Shave requirements.
It is to be noted that this type of RPE is not acceptable for environments having potential of high H2S levels and other environments that require tight fitting face mask RPE.
RPE incorporating a hood design (positive pressure devices only) is recommended for use by wearers with facial hair as it gives a primary seal on the face and a secondary seal around the neck of the wearer.
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Visitors
Visitors are considered as personnel who are located at the site for a short time and whose presence involve activities such as meetings, investigations, audits, site tours, technical consultations, etc.
Visitors who are authorized to be present in restricted areas where there is a possibility of release of hydrocarbons, H2S, toxic gases or oxygen deficiencies shall be registered and identified in the emergency evacuation plan and provided with Hood Type RPE that meets the acceptance criteria.
Facial Hair requirements
All requirements related to facial hair indicated in a), b) and c) above shall be strictly complied with by Group companies’ employees and contractors. Requirements shall be made clear to all new recruit/intake by Manpower Planning, Recruitment & Project Teams who shall direct/redirect individuals with facial hair to ensure full compliance at all times.
Visitors with facial hair are prohibited from donning breathing apparatus with face mask, as protection depends upon the seal around the face. They shall be provided with approved emergency escape breathing apparatus fitted with a hood.
Applicability of compliance with Clean Shaven Policy requirements is summarized in below table:
Table 7.3.3: Clean Shaven Policy Applicability Requirement
Fitting Type
Applicability of Clean Shaven Requirements
ALL personnel identified to wear RPE that requires the inner or outer seal to closely contact the skin (tight fitting face mask),
If you only wear RPE that does not require a close-fitting face seal (loose fitting RPE), and the chosen RPE satisfies the acceptance criteria specified in ADNOC PPE requirements (Appendix 1)
SHALL complete the Face Fit Test and adhere to the Clean Shaven requirements.
Clean Shaven requirements Do Not apply.
See below examples of Acceptable vs. Non-Acceptable EEBAs and SCBAs
Figure 7.3.1: Examples of Acceptable and Non-Acceptable EEBAs and SCBAs
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Important Note: Any violations to any RPE requirements in this Standard shall be promptly reported and appropriate actions shall be taken as promulgated by the ADNOC Group HSE & Asset Integrity Accountability Framework.
7.3.3. SUITABILITY OF RPE
RPE is designed to be worn in contaminated atmospheres. However, effective protection is possible only when the RPE chosen is:
(i)
(ii)
Suitable for the task.
Suited to the wearer and the environment.
(iii)
In good condition.
(iv) Worn correctly by someone who has been trained to use it.
7.3.4. SELECTION OF APPROPRIATE RPE
All RPEs shall comply with ADNOC PPE specifications, as provided in Appendix 1.
As there are many types of RPE, care is needed to choose the right equipment for a particular situation. Supervisors shall involve wearers in the selection process and, where possible, provide them with a choice of suitable RPE. Factors that need to be considered when choosing the correct RPE are:
(i)
(ii)
The type of hazardous substance exposed to while performing the task.
The exposure level of the wearer to the hazardous substance while performing the task. Any Safety Data Sheets (SDS) provided by the substance supplier shall be consulted to determine this. The Immediately Dangerous to Life and Health (IDLH) concentration is a strong criterion in determining which type of RPE is chosen. An RPE shall only be used if it has a higher assigned protection factor (APF) than the required APF in the SDS.
(iii)
The form/phase in which the hazardous substance exists e.g. in vapour form, dust/particles, gas phase. The effectiveness of protection for different forms/phases varies from one RPE type to another, even if it is of the same hazardous substance.
(iv) The task to be performed and its duration. For example, SCBAs, gas masks, or air-purifying chemical-cartridge respirators provide respiratory protection for relatively short periods. On the other hand, a respirator that supplies breathable air from an air compressor through an airline can provide protection for extended periods.
(v)
The environment in which the task is performed e.g. rough weather, extreme temperatures, flammable or explosive atmospheres, presence of machinery, expected oxygen concentration, etc. As an example, air supplying devices with trailing hoses may present a hazard if the hose comes in contact with moving machinery.
(vi) Any compatibility issues with the wearer and/or other PPEs used at the same time as the RPE. For example, RPEs shall not impair the sight of the wearer, particularly so if the wearer wears prescriptive spectacles. Half masks will be more appropriate than full face masks in this instance, however other factors will still need to be considered.
A flowchart to assist in the selection of RPEs is provided on the following page.
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Figure 7.3.2: Selection of Respiratory Protective Equipment (RPE)
(Source Courtesy NIOSH Respirator Selection Logic)
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The following are detailed descriptions of several types of RPEs to further assist in identifying its suitability for each situation
Table 7.3.4: RPE Types (Source Courtesy HSG53)
Respirators
Effective for particles
Effective for gas/vapour
Continuous wear time
APF4 types
APF10 types
APF20 types
APF40 types
APF200 types
APF2000 types
Adequacy/suitability
Disposable half mask – particle filter
Yes
No
Less than 1 hr
Yes
Yes
Yes
No
No
No
Reusable half mask – particle filter
Yes
No
Less than 1 hr
Yes
Yes
Yes
No
No
No
Reusable half mask – gas/vapour filter
No
Yes
Less than 1 hr
No
Yes
No
No
No
No
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Respirators
Effective for particles
Effective for gas/vapour
Continuous wear time
APF4 types
APF10 types
APF20 types
APF40 types
APF200 types
APF2000 types
Adequacy/suitability
Full face mask – particle filter
Yes
No
Less than 1 hr
Yes
Yes
No
Yes
No
No
Full face mask – gas/vapour filter
No
Yes
Less than 1 hr
No
No
Yes
No
No
No
Powered mask
Yes
Yes
More than 1 hr
No
Yes
Yes
Yes
No
No
Powered hoods/helmets
Yes
Yes
More than 1 hr
No
Yes
Yes
Yes
No
No
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Respirators
Effective for particles
Effective for gas/vapour
Continuous wear time
APF4 types
APF10 types
APF20 types
APF40 types
APF200 types
APF2000 types
Adequacy/suitability
Fresh air hose
Yes
Yes
Constant flow airline
Yes
Yes
Unassisted < 1 hr Assisted/pow ered > 1 hr
More than 1 hr
No
Yes
No
Yes
No
No
No
Yes
Yes
Yes
Yes
No
Demand valve
Yes
Yes
More than 1 hr
No
No
No
No
No
Yes
Where there is doubt over the selection of suitable RPE, Group Companies shall confirm with the manufacturer or supplier that the chosen equipment is suitable for the task and for the conditions in which it is to be used.
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7.3.5. STANDARDS MARKING
No RPE is to be used unless it is either CE-marked (the European standardization mark, which indicates that the equipment is recognised to be of an appropriate standard) or clearly identified as complying with another nationally or internationally recognised standard (e.g. Australian ANSI, or US, NIOSH).
7.3.6. MAINTENANCE OF RPE
In addition to the general requirements outlined above, Group Companies shall take account of the following points when using and maintaining RPE:
(i)
The performance of a tight-fitting facepiece (filtering facepieces, half and full-face masks) depends on a good contact between the wearer’s skin and the face seal of the mask. For this type of equipment, a fit check needs to be performed each time the RPE is put on. Loose-fitting face pieces (hoods, helmets, visors, suits etc.) cannot be used in negative pressure equipment that relies on the wearer’s lungpower to draw in air.
(ii) Maintenance of RPE is essential and shall include cleaning, disinfection, examination, repair, testing and record keeping. In addition, facilities for its safe storage shall be provided.
(iii) RPE shall not be modified in any way without the knowledge and consent of the
manufacturer.
7.4. PPE FOR EMERGENCY RESPONSE
7.4.1. TYPES OF PPE FOR EMERGENCY RESPONSE ACTIVITIES
PPE may be required to enable personnel to successfully escape the effects of an incident or to otherwise safely respond to an incident, including carrying out search and rescue activities. Such PPE falls into one of the following four categories:
(i)
Buoyancy aids for use where personnel may need to evacuate to water, e.g. from an offshore installation (Section 7.4.3).
(ii)
Devices to allow personnel to escape from toxic hazards (Section 7.4.4).
(iii) Devices to allow personnel to undertake search and rescue and other necessary emergency response activity safely, where there is the potential for toxic hazard, including from combustion products (Section 7.4.4).
(iv) Clothing to protect personnel from the effects of fire during emergency response activities
(Section 7.4.5).
Buoyancy aids in category (i) above are also required for operational and maintenance activities, where there is a risk of drowning, such as “over sea” working on offshore platforms or docks
Devices in categories (ii) and (iii) above comprise RPE, which may also be required for certain operational or maintenance activities, such as entry into confined spaces.
7.4.2. PERFORMANCE OF EMERGENCY RESPONSE PPE
The ADNOC Standard on HSECES Management [Ref. 3] requires Group Companies to draw up performance standards for defined systems. Emergency response PPE falls within this category and shall have performance standards set.
Emergency response PPE covered by this Standard shall be checked on a regular basis to ensure that the equipment is available and will perform as required. This shall be accomplished and verified using a suitable written scheme of examination.
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7.4.3. BUOYANCY AIDS
All buoyancy aids shall comply with ADNOC PPE specifications, as provided in Appendix 1.
A lifejacket is a personal safety device, which shall be selected so that, when fully inflated (if an inflatable type), it provides sufficient buoyancy to turn and support an unconscious person face upwards within five seconds (ten seconds if automatically inflated). The person’s head shall be supported with the mouth and nose well clear of the water.
Lifejackets should be worn where any work or activity is done near a body of water and there is a foreseeable risk of falling into the water. They should also be worn during movement or transportation via boats or helicopters.
Some people are reluctant to wear lifejackets, as they can be bulky and restrictive in use during work activities. Lifejackets shall therefore be selected to overcome such reluctance by specifying compact types that allow a full range of movement, such as automatically inflatable types, or a type that is inflated by a manual pull-cord.
Automatically inflated lifejackets shall be carefully maintained since the automatic inflation mechanism can fail to operate if the unit has been subject to rough handling or incorrect storage.
Other types of buoyancy aids can assist a conscious person in staying afloat. However, they will not turn over an unconscious person from a face down position.
Figure 7.4.1: Lifejackets
7.4.4. RESPIRATORY PROTECTIVE EQUIPMENT
All RPEs shall comply with ADNOC PPE specifications, as provided in Appendix 1.
Group Companies shall select emergency RPE so that it is suitable for each circumstance. Equipment shall be stored, maintained and used correctly, including provision of appropriate training for those who may need to use or maintain it.
RPE for emergency response falls within the definition of equipment requiring a performance standard. In such cases, equipment shall be selected that fulfils the requirements of the performance standard. Most manufacturers and suppliers of RPE provide information on the performance and use of their systems
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(i)
As a minimum the RPE shall:
Reduce the wearer’s exposure to toxic gases or hazardous particulates to as low as reasonably practicable, during escape from the hazard or during the work in the specified environment.
Provide clean air at a suitable rate during the whole period it is worn.
Fit the wearer correctly, especially the facepiece.
Be properly stored and maintained.
Not introduce additional hazards that might put the user’s health and safety at risk.
(ii) When developing performance standards, selecting or developing written schemes of
examination for emergency RPE, Group Companies shall take account of:
The type of hazardous material or materials to be protected against.
The maximum and likely concentration of toxic gas or particulates. For example, asbestos fibre concentrations during uncontrolled stripping operations can exceed the level of protection provided by any commercially available RPE.’
The need to protect eyes or other parts of the body, as well as respiration.
Sealing of the RPE.
The effect of facial hair on PPE performance and the requirement for, and implementation of, a facial hair policy.
Use of qualitative or when necessary quantitative face fit testing (see below).
-
Whether the equipment can be worn with glasses or jewellery.
The potential for oxygen deficiency when in use.
The type of work to be undertaken since more strenuous jobs will require a greater air supply.
-
The temperatures at which people will be working.
-
The length of time people will be wearing the equipment.
-
How comfortable the RPE is and whether people will wear it correctly for the full length
of time required.
- Whether the job involves extensive movements (including climbing), restrictions or
passing of obstructions.
- Any additional hazards introduced by the RPE such as tripping over or entanglement
of lines when using compressed airline breathing apparatus.
- The potential for hazardous material such as asbestos fibre adhering to the RPE with
risk of exposure to people at the completion of the job.
-
The need to communicate verbally during work, escape or emergency response.
-
Cleaning of the RPE after use.
-
Ease of training and degree of competence required in equipment use.
-
Whether regular medical evaluations are needed for personnel using RPE.
Selection of emergency RPE shall be made in consultation with those who will be using it.
People come in all shapes and sizes, so one particular size or type of RPE is unlikely to suit everyone. The performance of facepieces depends on achieving a good contact between the wearer’s skin and the mask face seal. Quantitative fit testing shall be carried out to ensure a good fit.
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Repeat quantitative fit testing will be required if changing to a different model of RPE, or to a different sized facepiece, or there have been significant changes to the facial characteristics of the wearer, such as significant weight gain or loss.
(iii) All emergency RPE shall be checked to see that it is clean and in good working order both
prior to use and before it is returned to storage. In particular check:
The condition of the head harness and the facepiece including seal and visor.
The condition of the inhalation and exhalation valves where fitted.
The condition of any threaded connections or seals.
The condition and type of filter(s); that they are “in-date” and fitted properly.
The airflow rate for power-assisted and powered respirators compared with the manufacturer’s specifications.
-
Whether the RPE is complete and correctly assembled.
Additional tests in accordance with the manufacturer’s instructions.
The time available for a prior-to-use check of RPE during emergency response may be limited. Performance standards, written schemes of examination and maintenance routines and schedules shall take this into account by ensuring that emergency RPE remains ready for use at all times.
RPE shall only be procured from suppliers and manufacturers where there is continued independent surveillance of production to ensure that the equipment continues to meet the stated standard.
7.4.5. PPE FOR USE DURING FIRE FIGHTING
PPE for use during firefighting or where some protection against fire is necessary during emergency response requires a performance standard. The performance standard and equipment selection procedure shall take into account:
(i)
(ii)
The hazards the equipment protects against.
The duties of persons using the PPE.
(iii)
The risk of flash or explosion.
(iv) Whether activities are to be carried out in “close proximity” to the fire or there is the risk of
“flame-lick”.
(v)
Provision of garments of the correct size and fitting them to individuals.
(vi) Possible mismatches between various components of the PPE, for example a fire suit, helmet (including visor and neck curtain), fireproof gloves and fireman’s boots shall be compatible to remain effective if they are to be worn together.
(vii) The possible need to wear RPE as well as the PPE.
(viii) The need for additional PPE to avoid exposure to hazardous substances.
(ix) The mobility requirements of the wearer especially the ability to withdraw from hazards.
(x)
The ability of the wearer to communicate with his immediate colleagues and the emergency response coordinator.
All firefighting equipment shall comply with ADNOC PPE specifications.
Firefighting and emergency response PPE shall be selected in consultation with those who will be using the equipment. The consultation shall include reference to the applicable hazards and the emergency response plan for the particular facility.
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COMPLIANCE ASSURANCE
ADNOC will conduct compliance audit of this Standard at approximately three-year intervals; these audits will be in addition to GC’s internal audits and where required, ADNOC will take steps to minimise overlap and duplication between ADNOC Corporate and Group Companies internal audits.
The main audit deliverable is a formal and structured report for the attention of GC Management and the respective ADNOC Directorate.
8.1. PERFORMANCE KPIS
Key Performance Indicators for this standard shall include as a minimum the following
Table 8.1.1: Key Performance Indicator
No.
KPI
Targets
- % of personnel wearing PPE as
recommended
100% compliance with requirements of this standard
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REFERENCES
ADNOC Occupational Health Risk Management, HSE-OH-ST03.
ADNOC Management of Hydrogen Sulphide Standard, HSE-OS-ST21
ADNOC Standard: HSECES Management, HSE-OS-ST29
ADNOC Occupational Health Hazard Manual, HSE-OH-ST02
ADNOC Physical Hazards Standard, HSE-OH-ST08
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- APPENDICES
APPENDIX 1 ADNOC PPE SPECIFICATIONS
APPENDIX 2 BASIC MANDATORY PPE REQUIREMENTS FOR ADNOC GROUP COMPANIES
APPENDIX 3 EXAMPLE FOR PPE REQUIREMENT MATRIX
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ADNOC PPE SPECIFICATIONS
INTRODUCTION
As part of ADNOC Group Procurement Initiative (GPI), several consultations were conducted among ADNOC Group Companies to develop Unified Specifications for all PPE items to be in line with the latest ADNOC HSE standards.
As a result the following has been achieved:
91 line items were identified among ADNOC Group and were classified in 10 main categories.
Specifications for all proposed PPE items have been standardized across ADNOC Group to fit the purpose of the user requirements without compromising Safety.
The standardized specifications are provided below. Note that the numbering for the specifications have been kept as is.
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1.1.
COVERALLS, SAFETY, FIRE RESISTANT (LADIES) SPECIFICATIONS
SN
Attribute
Values
EN ISO 11612:2015 (A1, B1, C1) EN ISO 13688:2013 BS 5426:1993
1
Design Standard/Spec
2
Application/Protection/ Type
3
4 5
6
7
8
9
Style
Gender Type, Sleeve Length
Stitch Pattern
Material
Material Weight
Color
10
Collar Details
11 Waist Details
12
Closure/Fastening Details
IEC 61482-1-2, CLASS 1
EN 1149-5:2008 NFPA-2112 ASTM D 6413-99 ASTM D 737 ATPV 4.1 cal/cm2 – CAT 1 Features:
Inherently flame-resistant – Inherent flame-resistant properties built in and durable
Comfortable to wear - Soft & breathable. Roomy sizing patterns
allow for a great fit
Exceptional durability – Outstanding laundered appearance - Fabric retains its like new look and maintains permanent pressed appearance
Excellent Value – Long life cycle & great durability with Anti-
Static Properties Women Work Coat Women Work Trouser Women Head Scarf Ladies Full Sleeves Fully double stitched with all stress points bar tacked with heavy
duty color-fast flame-resistant thread
Nomex III-A Inherent Flame-Resistant Fabric, or
98% Guardian Lifetime Flame-Resistant/2% Antistatic 150 GSM or 4.5 Oz to 180 GSM Royal Blue & Red (Jacket & Trouser) Black (Head Scarf)
With Hanging Loop/hook on Collar As per approved size chart Elastic Side waist for ladies trouser Side vents with snap button closure and access to inner garment Concealed snap button closure at center front YKK Two way zipper Chest pockets at RHS with safety flap and snap button closure Back pockets at RHS with safety flap and snap button closure Back pocket at LHS with plastic snap button enclosure
13
Cuff Details
Adjustable cuffs with concealed snap buttons
14
Pocket Details
Ladies Work Coat Design: Two chest pockets with flap on left with pen slot, right without
flap with concealed snap button closure
Pen slot on both arms (2 slots)
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SN
Attribute
Values
Side openings access to inner garment with snap button
closures
Ladies Work Trouser Design: Two front deep inset pockets Two rear pockets, right with flap with concealed snap buttons &
left with without flap concealed snap button closure
One Tool pocket on right back leg Double Stitched 1” FR reflective tapes (2 strips) with 50mm gap on arms & shoulder for work jacket and legs for work trouser Stitched with inherent flame-resistant sewing thread (EN ISO
20471: 2013)
Women Coat Sizes: XSmall (28-30) to 4XL (56-58) - 8 Sizing
15
Visibility Features
16
Size
Pattern
17
Logo Requirement
Women Work Trouser Sizes: 26 to 52 (14 sizes pattern) Computerized embroidered ADNOC logo on white patch
(68.5x45.7mm)
Computerized embroidered 100% HSE on white patch
(49x54mm) 20mm gap from pocket base for ADNOC & 100% HSE Logo Computerized embroidered “I AM THE DIFFERENCE” text on
same fabric color patch
UAE Embroidered Flag on right arm (45x75 mm) Female Velcro patch for Fixing name badge (30x100mm As per approved design
18
Certification Requirement
EN 11612 or NFPA 2112 (UL) certified
19 Marking Requirement
20
Additional Requirements
With necessary markings in the garments as per international standard and FT-FR label management system which contains fabric/product information, article number, garment qualifying standards, size and washing/garment user instructions
Two gas detector loop above chest pockets. Center back pleat on the work jacket
Lower back slit/vent
Adjustable hem with concealed snap button on ladies trouser
60cm x 200cm size for Ladies head scarf
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Figure 1.1: Ladies Coverall Design
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Figure 8.1: Flag and Logo design
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1.2.
COVERALLS, SAFETY, FIRE RESISTANT (LADIES) SPECIFICATIONS
SN
1
Attribute
Design Standard/Spec
Values
Application/Protection Type
Features: Coverall made from 100% cotton fabric, fully double stitched All stress points are bar tacked. Fabric is fully mercerized and double pre-shrunk Durable press-finish, follow process at highest standards Gives best comfort to users on various working environments
Style
Gender
Two Piece
Female
Type, Sleeve Length
Full Sleeve
Stitch Pattern
Double Stitched with heavy duty 100% cotton sewing thread Fully double stitched and all stress points are fully bar tacked Permanent sewn crease line (pleat)
2
3
4
5
6
7 Material
100% Cotton double pre-shrunk fabric
8 Material Treatment
9 Material Weight 10 Color
11
Collar Details
12 Waist Details
13 Closure/Fastening Details
Fully mercerized Double Pre-shrunk Shrink & Wrinkle resistant Durable press finish
170-220 Gsm Red/Blue With Hanging Loop on Collar
Flexi Waist Pants Button Or as per approved design
14 Cuff Details
Adjustable Closure
Pocket Details
Chest & Leg
Visibility Features
High Visibility
15
16
17
Size
18
Logo Requirement
36 to 58 (Europe) Computerized embroidered ADNOC logo on white patch
(68.5x45.7mm)
Computerized embroidered 100% HSE on white patch
(49x54mm) 20mm gap from pocket base for ADNOC & 100% HSE Logo Direct Embroidered “I AM THE DIFFERENCE” text on above
right chest pocket
UAE Embroidered Flag on right arm (45x75 mm) Female Velcro patch for Fixing name badge (30x100mm) as
per approved design
19 Certification Requirement
As per CE European Directives for ergonomics & garments
stability or ISO EN 13688
20 Marking Requirement
ISO EN 13688
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SN
21
Attribute
Values
Additional Requirements
As per ADNOC Design Specifications
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1.3
COVERALLS, SAFETY, FLAME-RESISTANT (MEN) SPECIFICATIONS
SN
Attribute
Values
EN ISO 11612:2015 (A1, B1, C1) EN ISO 13688:2013 BS 5426:1993
1
Design standard/spec
IEC 61482-1-2, CLASS 1
EN 1149-5:2008 NFPA-2112 ASTM D 6413-99 ASTM D 737 ATPV 4.1 cal/cm2 – CAT 1 Features:
Inherently properties are built in and durable
flame-resistant –
Inherent
flame-resistant
2
Application/protection type
3
Style
4 Gender
5
Type, sleeve length
6
Stitch pattern
7 Material
Comfortable to wear - Soft & breathable. Roomy sizing
patterns allow for a great fit
Exceptional durability – Outstanding laundered appearance
- Fabric retains new look and maintains permanent pressed appearance
Excellent Value – Long life cycle & great durability with Anti-
Static Properties
Single Piece Work Coverall
Men
Full Sleeves One-piece garment fully double stitched with DuPont Nomex
Inherent flame-resistant sewing thread
All stress points are bar tacked with DuPont Nomex Inherent
flame-resistant sewing thread Permanent sewn crease line (pleat) Nomex III-A Inherent Flame-Resistant Fabric Or 98% Guardian Lifetime Flame-Resistant/2% Antistatic
9 Material weight
150 GSM or 4.5 Oz - 180 GSM
10 Color
11
Collar details
12 Waist details
13 Closure/fastening details
Royal Blue & Red
With Hanging Loop on Collar As per approved size chart Concealed elastic side waist Two-way heavy duty YKK metallic zipper, storm flap &
concealed metallic snap button closure system
14 Cuff details
Adjustable cuffs with concealed snap/press buttons
15
Pocket details
9 Pockets Design
Two chest pockets: Left chest pocket with flap cover, pencil slot and snap button locked. Right chest pocket with snap button lock without flap cover 2 Side pockets with “pass through” to access the inner garment
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SN
Attribute
Values
16
Visibility features
17
Size
18
Logo requirement
Two rear pockets, right pocket with flap cover & snap button lock. Left pocket with snap button lock without flap cover
One tool pocket on the back right leg Pen pocket with 2 slot on both sleeves Double Stitched 1” FR reflective tapes on shoulder, arms (2
strips) & legs (2 strips) with 50mm gap
Stitched with inherent flame-resistant sewing thread (EN ISO
20471: 2013)
Small (36-38) to 4XL (60-62) European Size (7 sizing options
from Small, M, L, XL, 2XL,3XL & 4XL)
Or as per approved size charts Computerized embroidered ADNOC logo on white patch
(68.5x45.7mm)
Computerized embroidered 100% HSE on white patch
(49x54mm) 20mm gap from pocket base for ADNOC & 100% HSE Logo Computerized embroidered “I AM THE DIFFERENCE” text
on same fabric color patch
UAE Embroidered Flag on right arm (45x75 mm) Female Velcro patch for Fixing name badge (30x100mm)
19 Certification requirement
EN 11612 or NFPA 2112 (UL) certified
20 Marking requirement
21
Additional requirements
With necessary markings
the garments as per international standard and FT-FR label management system which contains fabric/product information, article number, garment qualifying standards, size and washing/garment user instructions
in
Two gas detector loop above chest pockets Adjustable hem with concealed snap button All the metal parts are concealed and main zipper closure has an additional fabric behind the zipper so it will not touch the body
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Figure 1.3: Men Coverall Design
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1.4
COVERALLS, SAFETY, COTTON (MEN) SPECIFICATIONS
SN
1
Attribute
Design Standard/Spec
2
Application/Protection Type
Values
Features: Coverall made from 100% cotton fabric, fully double stitched. All stress points are Bar-tacked. Fabric is fully mercerized and double pre-shrunk Durable press-finish, follow process at highest standards. Gives best comfort
to users on various working
3
Style
4 Gender
5
6
Type, Sleeve Length
Stitch Pattern
environments.
Single Piece Work Coverall
Men
Full Sleeves Double stitched with heavy duty 100% cotton sewing thread Fully double stitched and all stress points are fully bar-tacked Permanent sewn crease line (pleat)
7 Material
100% Cotton double pre-shrunk fabric
8 Material Treatment
Fully mercerized Double Pre-shrunk Shrink & Wrinkle resistant Durable press finish
9 Material Weight
170-220 Gsm
10 Color
11
Collar Details
12 Waist Details
13 Closure/Fastening Details
14 Cuff Details
15
Pocket Details
16
Visibility Features
17
Size
Royal Blue & Red
With Hanging Loop on Collar
As per approved size chart Concealed elastic side waist Two-way heavy duty YKK metallic zipper, storm flap &
concealed metallic snap button closure system
Adjustable cuffs with concealed snap/press buttons 9 Pockets Design Two chest pockets Left chest pocket with flap cover, pencil slot and snap button locked. Right chest pocket with snap button lock without flap cover 2 Side pockets with “pass through” to access the inner garment
Two rear pockets, right pocket with flap cover & snap button lock. Left pocket with snap button lock without flap cover.
One tool pocket on the back right leg Pen pocket with 2 slot on both sleeves Double Stitched 1” reflective tapes on shoulder, arms (2
strips) & legs (2 strips) with 50mm gap.
Stitched with inherent flame-resistant sewing thread (EN ISO
20471: 2013) 34, 36, 38, 40, 42, 44, 46, 48, 50, 52, 54, 56, 58, 60, 62 (15 Sizes) Europe
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SN
Attribute
Values
18
Logo Requirement
19 Certification Requirement
20 Marking Requirement
21
Additional Requirements
Or as per agreed chart sizes Computerized embroidered ADNOC logo on white patch
(68.5x45.7mm)
Computerized embroidered 100% HSE on white patch
(49x54mm) 20mm gap from pocket base for ADNOC & 100% HSE Logo Direct Embroidered “I AM THE DIFFERENCE” text on above
right chest pocket
UAE Embroidered Flag on right arm (45x75 mm) Female Velcro patch for Fixing name badge (30x100mm) As per approved design As per CE European Directives for ergonomics & garments
stability or ISO EN13688
With necessary markings in the garments as per international standard which contains fabric/product information, article number, size and washing/garment user instructions
Two gas detector loop above chest pockets Adjustable hem with concealed snap button All the metal parts are concealed and main zipper closure has an additional fabric behind the zipper so it will not touch the body
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1.5
JACKET, WINTER, FIRE-RESISTANT SPECIFICATIONS
SN
Attribute
Values
EN ISO 11612:2015 (A1, B1, C1) EN ISO 13688:2013 BS 5426:1993
1
Design Standard/Spec
IEC 61482-1-2, CLASS 1
EN 1149-5:2008 NFPA-2112 ASTM D 6413-99 ASTM D 737 ATPV 4.1 cal/cm2 – CAT 1 Features:
Inherently properties built in and durable
flame-resistant –
Inherent
flame-resistant
2
Application/Protection Type
3
Style
4 5 6 7
8
9 10 11
12
13
14
Gender Type, Sleeve Length Material Material Treatment
Material Weight
Material, Inner Lining Color Collar Details
Closure/Fastening Details
Cuff Details
Pocket Details
15
Visibility Features
16
Size
Comfortable to wear - Soft & breathable. Roomy sizing
patterns for appropriate fit
Exceptional durability – Outstanding laundered appearance - Fabric retains its new look and maintains permanent pressed appearance
Excellent Value – Long life cycle & great durability with Anti-
Static Properties
Multi-layer winter jacket construction Comfortable to wear - Soft & breathable. Roomy sizing
patterns for appropriate fit.
Hip Length design with elastic side waist for better fitting Men’s Full Sleeve with adjustable cuffs & concealed snap buttons Outer Fabric: Nomex III-A Inherent Flame-Resistant Fabric
Multi-Layer Construction Weight: 200 to 270 GSM (Total Weight) Middle Layer - Wind Breaker/Padding/Quilted FR Quilted or Cotton Lining Royal Blue & Red High Collar and fixed hood that rolled inside the collar Heavy duty YKK metallic zipper, storm flap and fully (with additional layer of fabric under the zipper) concealed snap button closures.
Adjustable cuffs with concealed snap buttons Two lower front pockets with metallic zipper closures and one
inner pocket.
Double Stitched 1” FR reflective tapes on shoulder & arms (2
strips) with 50mm gap.
Stitched with inherent flame-resistant sewing thread (EN ISO
20471: 2013)
Small (36-38) to 4XL (60-62) European Size (7 sizing options
from Small, M, L, XL, 2XL,3XL & 4XL)
As per approved sized
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SN
17
Attribute
Certification Requirement
EN 11612 & NFPA 2112 (UL) certified.
Values
18 Marking Requirement
With necessary markings in the garments as per international standard and FT-FR label management system which contains fabric/product information, article number, garment qualifying standards, size and washing/garment user instructions.
Computerized embroidered 100% HSE on white patch
19
Logo Requirement
(49x54mm) pocket.
20
Additional Requirements
UAE Embroidered Flag on right arm (45x75 mm) Two gas detector loop on chest pockets. All the metal parts are concealed and main zipper closure has an additional fabric behind the zipper so it will not touch the body.
Exceptional durability – Outstanding laundered appearance - Fabric retains its new look and maintains permanent pressed appearance
Standard No.: HSE-OS-ST20
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1.6
JACKET, WINTER, NON-FR SPECIFICATIONS
SN
Attribute
1
Design Standard/Spec
2
Application/Protection Type
3
Style
4 Gender 5
Type, Sleeve Length
6 Material
7 Material Treatment 8 Material Weight 9 Material, Inner Lining 10 Color
11 Collar Details
12 Closure/Fastening Details
13 Cuff Details
14 Pocket Details
15 Waist Details 16 Visibility Features 17 Size
18
Logo Requirement
19 Certification Requirement
20 Marking Requirement
Values
Cold Weather Protection Windproof Waterproof/Water Repellents Oil Resistant Lightweight, Easy Fit Breathable
150 Gsm Sub-zero Insulation
Waist Length High Collar with attachment Male Full Sleeve
100% cotton
Or 97% Cotton 3% Spandex
350 GSM Polyester lining Flaming Red/Royal Blue
Lined high collar with detachable/adjustable lined hood, hood concealed under collar
Concealed zipper and snap button closure at centre front YKK Two way zipper Adjustable cuffs with plastic snap button closure
Inside pocket at RHS
Two pen pockets with double slot Two lower front pockets Concealed elasticized band on back Reflective band on back and arms XS – 5XL Embroidered ADNOC badge on chest LHS Embroidered HSE badge on chest RHS Embroidered UAE flag badge on sleeve RHS
Manufacturer Name Standard Number Pictogram Finished Fabric Composition Size Care Labelling
21 Additional Requirements
Loop for gas detector
Durable to washing and dry cleaning Reinforced stress points Metal parts to be concealed so that it does not come into
contact with body
Standard No.: HSE-OS-ST20
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1.7
COVERALLS, DISPOSABLE, INDUSTRIAL SPECIFICATIONS
SN
Attribute
Values
1
Design Standard/Spec
2
Application/Protection Type
3 Material
4 Material Standard
5 Material Properties
EN 13034:2005 +A1:2009 EN ISO 13982-1:2004 +A1:2010 EN 1149-5:2008 EN 1073-2:2002 EN 13935-2 EN 1073-2:2002 EN 13274-4
Liquid Chemical Protection
Airborne Solid Protection Anti-Static Model: Service Master 5 Fly Breathable fabric EN 13034:2005 +A1:2009 EN ISO 13982-1:2004 +A1:2010 EN 1149-5:2008 EN 1073-2:2002 EN 13935-2 EN 1073-2:2002 EN 13274-4 Abrasion Resistance Trapezoidal Tear Resistance Seam Strength Flex Cracking Resistance Puncture Resistance Resistance To Ignition Bursting Strength Tensile Strength Protection Against Radioactive Contamination
6 Material Treatment
Anti-static (EN 1149-5:2008)
7
Style
8
Closure/Fastening Details
One Piece coverall with Hood Full Sleeve Knitted cuffs Elasticated waist on back for a better fit Comfortable design Ventilated - micro porous Breathable Perfect Fit having the freedom of movement
2-way white nylon coil zipper
Storm flap with adhesive tab for secure fastening Silicon free components
9
Certification Requirement Certificate of conformance
Standard No.: HSE-OS-ST20
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SN
Attribute
Values
10 Size
Sizes: Small to 3XL (6 sizes)
11
Logo Requirement
Not Required
12 Certification Requirement As per CE European Directives
13 Marking Requirement
As per industry & international standards
14 Additional Requirements
None
Standard No.: HSE-OS-ST20
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1.8
APRON, INDUSTRIAL SPECIFICATIONS
SN
Attribute
Values
1
Design Standard/Spec
EN2016/425 Category III Type PB (6) EN 1149-1 EN 14126
Application/Protection Type Chemical Protection Style
Type, Sleeve Length
2 3 4 Gender 5 6 Material 7 Material Weight Size 8 Logo Requirement 9 10 Certification Requirement 11 Marking Requirement
One Piece Unisex Sleeveless Spun high density polyethylene non-woven fabric Lightweight Single Size - One Size Fits to all Not Applicable As per CE European Directives As per Industry & International Standards
Standard No.: HSE-OS-ST20
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1.9
COAT - LABORATORY SPECIFICATIONS
SN
Attribute
Values
1
Design Standard/Spec
Not applicable
2 Material
3 Material Weight 4 5 6 7
Color Type, Sleeve Length Collar Details Closure/Fastening Details
8
Pocket Details
9
Size
10
Logo Requirement
11 Certification Requirement
12 Marking Requirement
13
Additional Requirements
65% Polyester, 35% Cotton fully mercerized & double pre-shrunk
200 GSM White or Navy Blue Full Sleeve Lapel Type 4 front plastic button Size: 0.75 inches/19 mm One chest pocket on the left chest (6.5 x 5.5 inches) Two lower pockets (7 x 6.5 inches) Pen slot on left sleeves Small, Medium, Large, X-Large, 2X-Large, 3X-Large & 4X- Large (7 Sizes) Computerized embroidered ADNOC logo on white patch (68.5x45.7mm) As per CE European Directives for ergonomics & garments stability As per Industry Standard Side opening for ventilation Center back ventilation Two pleats on the back Opening on the back for ventilation with Black mesh fabric Comply for durability of washing & dry cleaning
Standard No.: HSE-OS-ST20
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1.10 RAINCOAT, UTILITY, WORK WEAR SPECIFICATIONS
SN
Attribute
Values
1
2
3
Design Standard/Spec
Style
Material
Material Weight Color Closure/Fastening Details Cuff Details
4 5 6 7 8 Waist Details 9
Pocket Details
10
11
Size
Logo Requirement
12 Certification Requirement
13 Marking Requirement
EN 343 One-piece rainwear with attached hood & drawstring Or two pieces jacket and Pants PVC/Polyester Single layer (0.35mm Thickness) Lightweight Yellow Front Closure with storm flap, zipper and plastic stud button Plastic snap button on cuffs Not applicable Lower two patch pockets with flap Small, Medium, Large, X-Large, 2X-Large, 3X-Large & 4X-
Large (7 Sizes)
Not applicable As per CE European Directives for ergonomics & garments stability As per industry standard
Standard No.: HSE-OS-ST20
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2.1
HELMET, SAFETY, INDUSTRIAL SPECIFICATIONS
SN
Attribute
1 2 3
4
5
Design Standard/Spec Design Type Design Class Application/Protection Type Style
6 Material
7
Harness/Suspension
Headband /Nape Strap 8 9 Sweatband 10 Chin Strap 11 Brim 12 Color
13
14
15
Ambient Temperature Rating Logo Requirement Certification Requirement
16 Marking Requirement 17 Additional Requirements
Values
Vented- ANSI Z89.1, CSA Z94.1-15 Standard Type I CLASS C, G & E
Non-vented, vented ABS Material – strong yet ultra-light for seemingly weightless protection Adjustable with swing & ratchet. Easy to install & adjust to accommodate different head sizes
Yes Half Brim White/Green
Yes
Standard No.: HSE-OS-ST20
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2.2
SUSPENSION, HELMET, SAFETY SPECIFICATIONS
SN
Attribute
Values
1 2 3 4 5 6
Design Standard/Spec Harness/Suspension Headband /Nape Strap Sweatband Chin Strap Ambient Temperature Rating
4-Point Replacement Suspension
Yes
Standard No.: HSE-OS-ST20
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3.1
GLOVES, IMPACT, PROTECTION, INDUSTRIAL SPECIFICATIONS
Attribute
Values
SN
1
Design Standard/Spec
ANSI/ISEA 105-2016 (A2) or higher BS EN 420:2003 +A1:2009- General Requirements BS EN 388:2003 – (4232XP or higher) Rigger Gloves, Grip
Gloves, Mechanical Hazard Gloves
Multitasks, Impact Protection on top of hand and full length of
fingers pinch,
Anti-Slip, Oil Resistant Oil Base Mud Resistant, Added abrasion resistance and durability, rough KEVLAR palm TEFLOC grip for maximum grip in oily or wet conditions
Oilfield, General Industrial Utility, Logistics, Cargo Handling, Rigging High visibility for increased safety KEVLAR Stitched Palm TPR Impact Protection on top of hand and full length of
fingers
TEFLOC Grip System On Palm Resists Oil And Enhances
Grip
Extended Airprene Wrist Closure with TPR PULL TAB Force Flex Multi-Task Style, Full Finger Type, Mesh Material. Injection Molded TPR
padding covering finger ribs
Cage on back of hand. Washable Neoprene Slip On Cuff W/Dual Side Flex Panels. Micro-Prismatic Retroreflective Material coated on both sides of the cuff glove palm: Rough KEVLAR, glove back: Injection Molded TPR cuff/wrist Neoprene Slip On Cuff With Continuous Pull- Side Flex Panels Thumb Type: Wing Machine Wash, Air Dry
HI VIS, Red Palm Light Weight From S to 4XL Certificate of conformance with the following as a minimum
specs
EN420 Mechanical Hazards, EN-388 (4232XP) and ANSI/ISEA 105-2016 Level A2 CE Marking, STD Number, Performance Level Pictogram
2
Application/ Protection Type
3
Utilization
4
Style
5 Material
Color
6 7 Weight 8
Size
9
Certification Requirement
10 Marking Requirement
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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3.2
GLOVES, IMPACT, CUT, PUNCHER, PROTECTION FOR MECHANICS SPECIFICATIONS
SN
1
2
3
4
5
Attribute
Values
Design Standard/Spec
Application/ Protection Type
Utilization
Style
Material
EN420:2003+A1:2009 General requirements EN388:2016 ANSI-ISEA 105:2016 Hand Protection Flexible reinforcements for better protection against impact
and pinching.
Double nitrile coating to work in oil environments Protection against impact in metacarpal area. Very good resistance to abrasion and cutting Kevlar® thread for a longer durability of the glove Heavy Equipment & Vehicle Maintenance/Production Services/Drilling Extraction/Infrastructure/Shop Work & Fixture Set-Up/Transport & Logistics
Construction: Knitted/Cuff Style: Knitwrist Kevlar® Thread Neoprene reinforcement on back and fingertips. Smooth
nitrile coating/foam nitrile on palm and fingertips
Liner Material: Nylon, Lycra, HPPE Glass Fiber/Coating Material: Nitrile/Finishing: Palm Coated
Color
6 7 Weight 8
Size Logo Requirement Testing Requirements
Orange
Lightweight
8(Small), 9(Medium),10(Large)
No EN388:2016- 4 X 4 3 D P
9 10
11
12
Certification Requirement
Certificate of Conformance to EN388:2016- 4 X 4 3 D P
Marking Requirement
CE Marking, Std Number, Performance Level Pictogram – Marking available in the label
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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3.3
GLOVES, SAFETY, CHEMICAL PROTECTIVE SPECIFICATIONS
SN
Attribute
Values
1
Design Standard/Spec
2
3
4
5
6 7 8 9 10 11 12 13 14 15
Application/Protection Type
Style
Leak Penetration Rating Chemical Permeation Resistance Material Material, Inner Lining Finish/Grip Cuff Details Color Size Length Logo Requirement Testing Requirements Certification Requirement
16 Marking Requirement
17
Additional Requirements
EN 388:1121 EN 420 EN 374-2 EN 374-3 2003 - AJKL Chemicals Resistant Puncture And Abrasion Resistant Exceptionally flexible, easy to manipulate and extremely comfortable that increases productivity for the user Passed The Air & Water Leak Penetration Test
Excellent Permeation Rate
Neoprene Over Natural Latex Coating Cotton Flock Liner Diamond Palm Texture Gauntlet With Foldable Cuff Gutter To Prevent Dripping On Arm Blue, Yellow Available Sizes: S, M, L, Xl (7-10) 13 Inches Not Applicable Complying To EN Testing As per CE European Directives & Standard Complies with EN 420 - CE Marking, STD Number and Performance Level Pictogram are stamped on top of the gloves and polybag. Powder-free
Standard No.: HSE-OS-ST20
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3.4
GLOVES, SAFETY, DISPOSABLE SPECIFICATIONS
SN
Attribute
Values
EN 420 EN 388 EN ISO 374-1 EN 455 AQL 1.5 Soft and flexible glove that provides excellent tactile feel and
protection Latex-free and hypoallergenic
Clear and smooth surface on fingers, palm and back Hygienic Applications Healthcare Chemical Handling Household Manufacturing Food Factory Ambidextrous & Ergonomic Shape that is designed with
beaded Rolled Cuff for snug fit
Vinyl
Smooth
Straight
Clear
Available sizes: S, M, L, XL (7-10)
Approx. 9-1/2 IN
1
Design Standard/Spec
2
Application/Protection Type
3
Utilization
Style
Material
Finish/Grip
Cuff Details
Color
Size
Length
4
5
6
7
8
9
10
11
12
13
Logo Requirement
Not Applicable
Testing Requirements
Not Applicable
Certification Requirement
14 Marking Requirement
15
Additional Requirements
As per CE European Directives & Standard Not applicable on the gloves itself. M arking, Standard & instruction only on the box packing. Powder-free
Standard No.: HSE-OS-ST20
Version No.: 1
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3.5
GLOVES, SAFETY, ELECTRICAL HAZARD PROTECTIVE SPECIFICATIONS
Class-0
SN
Attribute
Values
1 Design Standard/Spec
Meet EN 60903:2003 and CEI 903 : 2002 standards. Class 0
2
Application/Protection Type
3 Utilization
Electrical Protection. For electrical work with a maximum voltage of 1000 volts. To be used with leather protectors for mechanical protection. Oilfield, General Industrial Utility, Workshop
4 Electrical Insulating Class Class 0 - Maximum Working Voltage 1,000V
5 Style
6 Material
7 Outer Protector
8 Finish/Grip
9 Cuff Details
10 Color
11 Weight
12 Size
13 Length
14 Logo Requirement
15 Testing Requirements
Two Piece Set, Five fingered insulating beige color natural rubber glove with cut edge cuff., Nominal length 360 mm , Its ergonomic shape and lightly powdered interior make the glove easy to slip on and off. Latex Rubber To be used with leather protectors for mechanical protection (ILP3S or ILP10A). Smooth
Cut Edge/Straight
As per relevant Standard
Lightweight
7 to 11
36 cm
-------
Tested to the following standards: EN 60903:2003 Technical reports: SATRA; SPC0217112/1332/4, SPC0217241
/1333/2, SPC0229884/1446 APA VE: 0620269-R01-Rev1, 0622806- R01-Rev1, 0621655-R01-Rev1,
16 Certification Requirement Certified , EC Certification Number 7005
17 Marking Requirement
Tagging 2091907 XX EN 60903-2003 CEI 903-2002
18 Additional Requirements
Shelf life minimum 12 months from date of delivery
Class-2
SN
1
2
Attribute
Values
Design Standard/Spec Application/Protection Type
EN 60903:2003
Electrical Protection
Standard No.: HSE-OS-ST20
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SN
Attribute
Values
Utilization
Oilfield General Industrial Utility Workshop
Electrical Insulating Class Class 2 - Maximum Working Voltage 17,000V
3
4
5
6
7
8
9
12
13
14
15
Style
Material
Outer Protector
Finish/Grip
Cuff Details
10 Color
11 Weight
Size
Length
One Piece
Red natural latex insulating glove
Smooth
Straight
As per relevant Standard
Lightweight
8, 9, 10 (M, L, XL) (Both Classes)
16 Inch (410mm)
Logo Requirement
N/A
Testing Requirements
As Per Standards EN 60903:2003
16 Certification Requirement Certificate Of Conformance
17 Marking Requirement
CE Marking, Std Number, Voltage Rating, Mnf Date
Class-4
SN
Attribute
Values
1 Design Standard/Spec
2
Application/ Protection Type
3 Utilization
4
5
Electrical Class Style
6 Material
7 Outer Protector Finish/Grip 8 9 Cuff Details 10 Color 11 Weight 12 Size 13 Length 14 Logo Requirement 15 Testing Requirements
EN 420 EN 388:2016 EN 60903:2003 Equipment which classifies insulating gloves for live working in category III (mortal risks). Electrical Applications for: Oilfield General Industrial Utility Workshop
Insulating
Class 4 - Maximum Working Voltage 36,000V
Two Piece Set - With Outer Leather Protector Class 4 Latex Rubber As Per EN 60903: 2003 Standards & CE Directives Smooth Straight As per relevant Standard As Per Electrical Insulating Class Available Sizes: L, XL & 2XL (9-11) 16 Inches Not Applicable As Per EN 60903: 2003 Standards & CE Directives
Standard No.: HSE-OS-ST20
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SN
16
Attribute
Certification Requirement
17 Marking Requirement
Values
Test Certificate Certificate Of Conformance Complies with EN 420
- Class, EIC Symbol, Size, Manufacturer’s Name, Std Number And Performance Level Pictogram are stamped on top of the gloves.
18 Additional Requirements
Shelf life minimum 12 months from date of delivery Supplied with outer leather protector
Standard No.: HSE-OS-ST20
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Effective date: August 2019
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3.6
GLOVES, SAFETY, THERMAL PROTECTIVE SPECIFICATIONS
SN
Attribute
Values
1
2
3
4
5
6
7
8
9
Design Standard/Spec Conforms to EN388 ( 3X4XC) EN407 (X1XXXX)
Application/Protection Type
Style
Mechanical Protection Level Rating
Material Temperature Protection Range Material, Lining
Finish/Grip
Cuff Details
5 finger glove for a better grip of hot objects as well as dexterity Handling of Warm/Hot parts and removing mould of warm parts Mechanical Protection 5 finger glove with black liner
EN388 (3X4XC)
Mixed cotton/polyester/Nylon terry 900 GSM Up to 100°C
Nylon Terry (Heat)
Textured, Mix fibers provides good grip with Enhanced dexterity Knitted wrist/Cuff 300 mm long
10
Color
11 Weight
Size
Length
Logo Requirement
Brown Black
900 GSM
9L to 11XXL
300mm (11.8 Inch)
12
13
14
15
16
17
In accordance with EN 388 /EN 407
Testing Requirements Certification Requirement Marking Requirement EN388, EN407, EN407
Certified. Certificate N 0075/797/162/07/18/1314 Issued by CTC
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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3.7
GLOVES, SAFETY, LABORATORY SPECIFICATIONS
SN
Attribute
Values
1
Design Standard/Spec
finish with liquid proof lining.
Yellow latex Glove with cotton flock inside, diamond pattern
2
Application/Protection Type
3
Utilization
4 5
6
7 8 9 10
11
Material Finish/Grip
Cuff Details
Color Size Length Testing Requirements Certification Requirement
12
Marking Requirement
Conforms to EN 420, EN388 (1010X), EN374-2 General Maintenance of Factories/Laboratories & Collective areas. Standard work in the chemical industries & Collective catering. Latex offers good mechanical & Chemical resistance against solvents, Detergents & liquid products.
Natural latex provides excellent flexibility, synonymous with dexterity & comfort thus offering good Mechanical & Chemical protection. Diamond pattern is tailored for grasping dry & Damp objects.
General Industrial Laboratory Natural yellow Latex with cotton flock inside. Diamond pattern finish for better grip on Dry & Damp objects. Cuff helps to protect the large part of the forearm. 300mm long Straight Yellow 7S /8M/9L/10XL 300mm (11.8 Inch) In Accordance with EN 388/EN 374 , Category II EN388 (1010X), EN 374-2 EC Certificate Number 0075/797/162/11/08/0462 EN455, EN374, cat III Or EN 420, EN388 (1010X), EN374-2
Standard No.: HSE-OS-ST20
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3.8
GLOVES, WORKING, COTTON, INDUSTRIAL SPECIFICATIONS
Attribute
Values
SN
1
2
Design Standard/Spec
Type Of Protection
EN 420 EN 388 Gloves with excellent abrasion resistance Material Handling General Purpose Maintenance Parts Handling Assembly Warehousing Fabrication Automotive Construction A Very Good Choice For Comfort And Breathability In General Purpose Applications.
CE EN 388 Cat I (Minimal Risk)
Fabric Cotton Blend Breathable Knitted Cotton 3mm PVC fully dotted palm Cotton Knit Wrist Dark Blue 5.75 Inches By 10 Inches Approx. 12 Oz Heavy Duty Stitching Complies With EN 420 - Manufacturer’s Name, Art Number stamped on top of the gloves 12 Pairs/Polybag 240 Pairs/Carton
3
Application
Style
4
5
Mechanical Protection Level Rating Material Material, Lining Finish/Grip Cuff Style/Fastening Colour Size
6 7 8 9 10 11 12 Weight 13
Special Features
14
Marking Requirement
15
Package Data
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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4.1
SHOES, SAFETY, INDUSTRIAL SPECIFICATIONS
SN
Attribute
Values
1
Design Standard/Spec
Style/Type Height, Shaft/Upper
2 3 4 Gender
EN ISO 20345:2011 CE Design B (According To EN 20345 Classification) High Ankle Lace-Up 6 Inches Men & Women Oil Resistant
5
Application/Protection Type
6
Safety Rating
7 Material, Upper
Impact Resistant Penetration Resistant Slip Resistant Abrasion Resistant Electrical Hazard Protection 100% Water Resistant
Shock Absorbent Anti-Bacterial Anti-Static Norm: EN ISO 20345:2011 CE Category: S3 SRC HRO or S3 CI SRC Waterproof Aircell Leather Buff Leather Crazy Hors Or Full Grain Leather
8 Material, Insole
Double Density Pu/Rubber (Direct Injection)
9 Material, Lining
Black 3d Mesh Lining (Polyester). Antistatic + Anti-Bacterial Foam Eva + Nylon Lining
10 Material,Midsole/Shank
Apt (Anti-perforation Textile)
11 Material, Outsole
12 Material, Toe Cap
Double Density Pu/Rubber (Direct Injection) Composite Toe Cap – 200J resistant toe cap according to EN
12568:2010 Or Steel Toe
13 Material Outer Toecap
Waterproof Aircell Leather
14 Material, Heel
Double Density Pu/Rubber (Direct Injection)
15 Color
16 Weight
17 Size
Black/Brown
Light Weight (750g In Size 42 - One Shoe)
36-48 (Europe)
18 Certification
Certificate Of Conformance
19 Marking Requirement
Embossed or tagged with details such as Date Of Manufacture, Brand Name, Standards Compliance, Country Of Origin
20 Additional Requirements
100% Metal Free (Recommended)
Good Design, Comfortable, Anti-slip, Light & Flexible. HRO Certification (Resistant Up To 300º C Per Contact)
Standard No.: HSE-OS-ST20
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4.3
GUMBOOTS, SAFETY, INDUSTRIAL SPECIFICATIONS
SN 1
Attribute
Design Standard/Spec
Style/type
Height, Shaft/Upper Gender
Application/Protection Type
2
3 4
5
6
Safety Rating
Material, Upper Material, Insole Material, Lining
7 8 9 10 Material, Midsole/Shank 11 Material, Outsole
12 Material, Toe Cap
13 Material, Heel 14 Color 15 Weight 16 17
Size Certification Requirement
18 Marking Requirement
19
Additional Requirements
Values
EN ISO 20345:2011 CE (S5 SRC) Knee-length pull-on Product of a unique blend of PVC & nitrile rubber materials
built for superior durability & slip resistance.
38-40 cm Men & Women Oil-Resistant
Impact-Resistant Penetration-Resistant Slip-Resistant Abrasion-Resistant
100% Water Resistant, Acid/Alkali/Oil/Fat Resistant
Shock Absorbent Anti-Bacterial Norm: EN ISO 20345:2011 CE Category: S5 SRC PVC & Nitrile rubber Nylon lining for additional comfort Easily-dried nylon fabric Anti-perforation steel plate protection against 1100N PVC & Nitrile rubber Steel Toe 200J Protection
1500N Compression Resistant PVC & Nitrile rubber with reinforce heel Black Light Weight 36-48 (Europe) Conformance certificate Embossed or tagged with details such as Date Of Manufacture, Brand Name, Standards Compliance, Country Of Origin Polymeric footwear with antistatic properties
Standard No.: HSE-OS-ST20
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Effective date: August 2019
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4.5
BOOT, SAFETY, CHEMICAL SPECIFICATIONS
SN
Attribute
Values
Design Standard/Spec
Application/Protection Type
EN ISO 20345:2011 CE (S5 SRC) Water-Resistant, Acid/Alkali/Oil/Fat-Resistant Anti-Static Anti-Slip
Permeation
Excellent Permeation Rate
Style
Gender
Material
High Shank - Knee Height 38-40 Cm
UNISEX (Male & Female)
PVC & Nitrile rubber
Material Weight
Light Weight
Material, Toe Cap
Steel Toe 200J Protection
Color
Size
Black
36-48 (Europe)
1
2
3
4
5
6
7
8
9
10
11
Certification Requirement
12 Marking Requirement
13
Additional Requirements
Conformance certificate Embossed or tagged with details such as date of manufacture, brand name, standards compliance, country of origin Polymeric footwear with antistatic properties
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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5.1
EARPLUG, SAFETY, INDUSTRIAL – (CORDED) SPECIFICATIONS
SN
Attribute
Values
1 2
3
4
5 6
7
8
9
10
11
Design Standard/Spec Style/Type
Gender
SNR 33 , EN 352-2:2002/EN 13819-1 Bullet type ear plug made of soft polyurethane foam multi- coloured. Disposable with Cord Unisex
Application/ Protection Type Safety Rating - NRR/SNR Material
SNR 33 Any other noise generating activities above 85 decibels 33 SNR Soft PU Foam
Color
Size
Shape
Yellow & White
Regular (one size fits all)
Bullet type
Testing Requirements
In accordance with EC directive 89/686/EEC
Certification Requirement Conforms to EN 352-2/EN 13819-1
12 Marking Requirement
EC examination certificate no 941057 EN 352-2:2002/EN 13819-1
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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5.2
EARPLUG, SAFETY, INDUSTRIAL – (NON-CORDED) SPECIFICATIONS
SN
Attribute
Values
1
2
3
4
5 6
7
8
9
Design Standard/Spec
Style/Type
Gender
Application/Protection Type
Safety Rating - NRR/SNR Material
Color
Size
Shape
10
Testing Requirements
11
Certification Requirement
12 Marking Requirement
13
Additional Requirements
ANSI S3.19-1974 CE EN-352-2-2002
Single Use (Disposable) Uncorded
Unisex (Male & Female) Plant Patrolling Construction Work Drilling/Grinding/Blasting/ Maintenance Activities Carpentry Work 32 DB NRR & 37 DB SNR Rating Polyurethane Foam
Orange
One Size Fits All
12 mm at base, 27 mm long. Tapered shape (bell type)
Complying to EN Testing & Standard ANSI S3.19-1974 CE EN-352-2-2002 Not applicable on the earplug itself Marking, Standard & Instruction only on the box packing Weight: 0.70 – 0.80 g/Pair Packaging: 200 Pairs Per Dispenser Box, 10 Boxes/Carton
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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5.3
EARMUFF, SAFETY, INDUSTRIAL (HELMET MOUNTED) SPECIFICATIONS
SN
Attribute
Values
1
2 3
4
5 6
7
Design Standard/Spec
Style/Type Gender
Application/Protection Type
Safety Rating Material
Color
EN 352-3 - Hearing Protectors - Ear Muffs attached to a Safety Helmet Helmet Mounted Unisex
Plant patrolling, construction work, drilling/grinding/blasting/ maintenance activities, carpentry work, any other noise generating activities above 85 decibels SNR 25 dB: Standard noise reduction Thermoplastic
Black
8 Weight
Less than 250 GRAMS
9
10
10
Size
One Size
Testing Requirements
NA
Certification Requirement
Comply with : ANSI/ASA S12.6-2016 : methods for measuring the real-ear
attenuation of hearing protectors
ANSI S3.19-1974 hearing protectors and physical
attenuation of earmuffs
EN ISO 4869 :1995, Acoustics - Hearing Protectors
11 Marking Requirement
CE
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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5.4
EARMUFF, SAFETY, INDUSTRIAL (HEADBAND) SPECIFICATIONS
SN
Attribute
Values
1 2 3
4
5 6
7
Design Standard/Spec Style/Type Gender
Application/Protection Type
Safety Rating Material
Color
Conforms to EN352-2:2002 Headband Unisex
Plant patrolling, construction work, drilling/grinding/blasting/ maintenance activities, carpentry work, any other noise generating activities above 85 decibels SNR 25 dB: Standard noise reduction Thermoplastic
Black
8 Weight
Less than 250 grams
9
10
10
Size
One Size
Testing Requirements
NA
Certification Requirement Comply with :
11 Marking Requirement
12
Additional Requirements
ANSI/ASA S12.6-2016 : Methods For measuring The Real-
Ear Attenuation of Hearing Protectors,
ANSI S3.19-1974 Hearing Protectors and Physical
Attenuation of Earmuffs
EN ISO 4869 :1995, Acoustics - Hearing Protectors CE
Comply: Soft Ear Cup material, replaceable ear cushions and foam liners designed to avoid echo noise problems in resting position
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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6.1
FACE-SHIELD, SAFETY, INDUSTRIAL (HELMET MOUNTED FACE SHIELD) SPECIFICATIONS
SN
Attribute
Values
1
2
3 4 5
6
7
8
9
Design Standard/Spec
ANSI Z87.1-2010(+)
Application/Protection Type
High Velocity Impact Against Flying Objects Fluid Splash Chemical Splash Welding Splash Helmet mounted using Universal Visor & Slot Adapter Style, Suspension Style, Head Band/Gear Not applicable as quoted item is Helmet-Mounted Material, Head Band/Gear Not applicable as quoted item is Helmet-Mounted
Material, Visor
Flat Polycarbonate Face shield: 0.040 Inches (Thickness) Dimensions : 8” X 15.5”
Field Of Vision
Minimum 160°
Testing Requirements
Marking Requirement
10
Certification Requirement
Complying to EN Testing & Standard Embossed with details such as Brand Name, Article Number & Standards Compliance Certificate Of Compliance
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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6.2
FACE-SHIELD, SAFETY, INDUSTRIAL (HEAD GEAR FACE SHIELD) SPECIFICATIONS
SN
Attribute
Values
1
Design Standard/Spec
ANSI Z87.1-2010(+) EN 166:2001
2
3
4
5
6
7
8
9
Application/Protection Type
Style, Suspension
Style, Head Band/Gear
General protection against foreign particles, Chemical splash, dust, heat and impact resistance.
With Independent wearable headband/headgear Adjustable headgear with its easy ratchet system. Sweat absorbing brow pads that will keep you
comfortable during work.
Material, Head Band/Gear
ABS Plastic
Material, Visor
Field Of Vision
Testing Requirements
Marking Requirement
10
Certification Requirement
Polycarbonate (PC)
Minimum 160°
Complying to EN Testing & Standard Embossed with details such as Brand Name, Article Number & Standards Compliance Certificate Of Compliance
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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6.3
VISOR, FACE-SHIELD, SAFETY SPECIFICATIONS
SN
1
2
Attribute
Values
Design Standard/Spec
Type
ANSI Z87.1 EN 166 : 2001
Clear
3
Application/Protection Type
4
5
6
7
8
9
Style, Suspension
Material
Field of Vision
Testing Requirements
Marking Requirement
Certification Requirement
High velocity impact against flying objects Fluid splash Chemical splash Welding splash
Can be attached to helmet or independent headgear
Flat polycarbonate Face shield: 0.040 inches (thickness) Dimensions : 8” x 15.5”
Minimum 160 °
Complying to EN testing & standard Embossed with details such as Brand Name, Article Number & Standards Compliance Certificate of compliance
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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6.4
BALACLAVA, UTILITY, WORK-WEAR SPECIFICATIONS
SN
Attribute
Values
1
2
3
4
5
6
7
8
9
Design Standard/Spec
Not Applicable (Cotton Material)
Application/Protection Type Weather Protection or Niqab(Veil for ladies)
Material
Material Weight
Size
Color
100% Cotton
170 GMS
One size fits all
White
Testing Requirements
Marking Requirement
Certification Requirement
Not Applicable With necessary markings which contains Fabric/Product Information & Article Number. Not Applicable
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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7.2
GLASSES, SAFETY, INDUSTRIAL SPECIFICATIONS
SN
Attribute
Values
1
Design Standard/Spec
2
Application/Protection Type
3 Gender
4 Glasses Shape/Style
5
Temple Style
6 Material, Temple Arm
7 Material, Temple Inlay
8
Padding, Bridge & Temple
9 Material, Lens
10 Optical Class
11
Lens Colour
12
Lens Coating
ANSI Z87.1-2010+, CE EN-166 Ballistic VO rated for impact - 7X ANSI Z87 EN166 EN170 Polycarbonate lenses absorbs 99.99% of harmful UV A,
B and C, 180-380NM.
Supercoat, Anti-Fog, Anti-Scratch & Anti-Static Ballistic VO rated
Unisex style Excellent industrial grade protection in a contemporary angular wrap style and with wide field of vision. Soft, rubber temple tips keeps eyewear comfortable and secure Adjustable length Drop Temples made of nylon that gently “hook’ behind the ears to prevent slipping during work activity
Lens Coating: Supercoat™ Anti-fog Frame: Polycarbonate Nosepiece: TPR Temples: Nylon Polycarbonate
Class 1
Clear Lens Grey Lens
Polycarbonate lenses absorbs 99.99% of harmful UV A,
B and C, 180-380NM.
Supercoat, Anti-fog, Anti-scratch & Anti-static Ballistic VO rated
13 Attachment/Suspension
Supplied with safety glass cords
14 Weight
Light weight
15
Testing Requirements
16 Marking Requirement
17 Certification Requirement
Complying to EN Testing & Standard Embossed with details such as Brand Name, Article Number & Standard Compliance Certificate of Compliance
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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7.3
GLASSES, SAFETY, PRESCRIPTION SPECIFICATIONS
SN
Attribute
Values
1
2
3 4 5
6
7
8
9
10
11
12 13 14 15
16 17
18
19
Design Standard/Spec
EN 166
Application/Protection Type
Gender Glasses Shape/Style Temple Style
Frame Only lenses are not part of this specs, it is provided separately
5X9.N0.00.99 Temples regulations in length and inclination
Material, Temple Arm
Quick-Slick motion
Material, Temple Inlay
Padding, Bridge & Temple
Adjustable Temples and SoftPad technology
Material, Lens
Optical Class
Lens Colour
Lens Coating Side Shields Attachment/Suspension Weight
Testing Requirements Size
Integrated Side Shields with Ventilation System
24 grams
U EN166 FT CE
Marking Requirement
5X9.N0.00.99
Certification
U EN166 FT CE
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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7.4
OVER-GLASSES, SAFETY, INDUSTRIAL SPECIFICATIONS
SN
Attribute
Values
1
Design Standard/Spec
ANSI Z87.1-2010+, CE EN-166 Ballistic VO rated for impact - 7X ANSI Z87 Polycarbonate lenses absorbs 99.9% of harmful
2
Application/Protection Type
UV A, B and C, 180-380NM.
Anti-glare Anti-fog Anti-scratch Anti-impact
Gender
Unisex style
3
4
5
6
7 8 9
Glasses Shape/Style
Temple Style
Material, Temple Arm
Material, Temple Inlay Padding, Bridge & Temple Material, Lens
10
11
Optical Class
Lens Colour
12
Lens Coating
Easily fits over most medium sized prescription eyewear of up to 144 mm.
Adjustable length Drop Temples “Hook’ behind the ears prevents slipping during work activity for added protection Polycarbonate
Polycarbonate Polycarbonate
Class 1
Clear Lens Grey Lens
Polycarbonate Lenses Absorbs 99.9% Of
Harmful UV A, B and C, 180-380nm.
Anti-glare Anti-fog Anti-scratch Anti-impact
13
14
15
16
17
Attachment/Suspension
Supplied With Safety Glass Cords
Weight
Testing Requirements
Marking Requirement
Certification Requirement
Lightweight
Complying to EN Testing & Standard Embossed with details such as Brand Name, Article Number & Standard Compliance Certificate Of Compliance
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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8.3
ARRESTOR, FALL PROTECTION SPECIFICATIONS
(WITHOUT SECONDARY DROPS PROTECTION)
SN
Attribute
Values
1 2
3
4
5
6
7
8
9
10
11
12
13
Design Standard/Spec Material, Working Components
EN 360:2002 Aluminum/Steel Housing/Heavy duty PVC
Material, Lifeline
Design
Housing Connection
End Connection
Safe Working Load
Cable Length
Weight
Steel Rope Light weight and compact
Swivel eye
Carabiner
Different lengths
6 meter – 3.4kg 10 meter – 3.8kg 15 meter – 7 kg
Testing Requirements
Marking Requirement
Certification Requirement
Complying to EN Testing & Standard Embossed with details such as Brand Name, Article Number & Standard Compliance Certificate Of Compliance
Additional Requirements
ANSI Z359.14
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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8.4
ARRESTOR, FALL PROTECTION (WITH SECONDARY DROPS PROTECTION) SPECIFICATIONS
SN
Attribute
Values
1
Design Standard/Spec
2
3 4 5
Material, Working Components
Material, Lifeline Design Housing Connection
6
End Connection
7
8
9
Safe Working Load
Cable Length
Weight
10
Testing Requirements
11
Marking Requirement
12
13
Certification Requirement
Additional Requirements
ANSI Z359.14 OSHA 1910.66 OSHA 1926.502 EN 360:2002 Aluminium/Steel Housing, Stainless Steel internal components.
3⁄16 in (7x19) Grade 316 Stainless Steel Cable 33 x 27.9 x 19.1 cm Hardened steel Forged Stainless Steel Indicating Swivel Snap-
hook
Connecting components meet or exceed ANSI Z259.12-11
Z359.12-2009 and requirements for 3,600 lb. gate strength
CSA
30–310 lbs (59–141 kg) Different lengths
12 kg for 15 m length.
As per Z359.14 Requirements Label should show Product Name, Manufacturer’s Logo And Name, Serial Number, Part Number, Manufacturing Date, Load Capacity, Pre-Use Inspection Instruction, Applicable Standards ANSI - CLASS B Z359.14 Ingress Protection IP 69K
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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8.5
LANYARD, SHOCK ABSORBING (SINGLE & DOUBLE LANYARD) SPECIFICATIONS
SN
Attribute
Values
Design Standard/Spec
EN355
Design
Type, Leg
Material, Webbing
Material, Hardware
6
Limits Arresting Forces
Length
Hooks
1
2
3
4
5
7
8
9
10
11
Testing Requirements
Marking Requirement Certification Requirement
EN355
AN230CD
EN355
Webbing Lanyard incorporated with energy absorber one side of the lanyards equipped with rebar hook Single Double
Woven webbing with integrated crumple on lanyard, Breaking Strength: 25 kN Rebar hook/Carabiner
600 kgs
Static strength: 15kN for 3 minutes Dynamic performance: Maximum Breaking Force does not exceed 6 kN in the line when tested on a free fall from 4 meters height attached to a test mass of 100 kg
Retracted Length: 1.4m. Stretched length: 2m
1 Screw Lock Carabiner in galvanized steel, opening 17mm(AM002), 1 Automatic Hook Lock in galvanized steel, Large opening 55mm (AM022)
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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9.1
RESPIRATOR, DISPOSABLE, SAFETY SPECIFICATIONS
Attribute
Values
Design Standard/Spec
NIOSH Approved
SN
1
2
3
Style/Type
Gender
4
Application/Protection Type
N for not resistant to oil (Single Use)
Unisex N95 - Recommended Applications: Sanding, sweeping, bagging, grinding and other operations that create dust.
Uses would also include solids such as those from Oil & Petrochemical Industries, Textile Industry, Chemicals Industry, Surface Preparation, Food Preparation and Handling, Woodworking, Grain Handling and Milling, Process of Minerals and other substances
5
Safety Rating
N95
6
Material
7
8
9
Color
Weight
Size
10
Certification Requirement
11
Marking Requirement
12
Additional Requirements
Welded Adjustable Head Strap Tough Polypropylene Design Outer Shell Bendable Nosepiece Nose Foam Edge Seal
White
Lightweight
One Size Fits All
CE - Category III
Printed With Details Such As Brand Name, Article Number & Standard Compliance
Welded Adjustable Head Strap Tough Polypropylene Design Outer Shell Bendable Nosepiece Nose Foam Edge Seal
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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9.2
SELF-CONTAINED APPARATUS, BREATHING(SCBA) SPECIFICATIONS
SN
Attribute
Values
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
Design Standard/Spec
Type
EN137: 2006 Type 2, SOLAS, MED,IMO, MSC, ISO 23261-3 Open Circuit, Positive Pressure , Type 2
Duration, Air Supply
30 or 45 MIN
Air Quality
Flow Rate
System Pressure
Material, Cylinder
Weight, Cylinder
D as per EN 12021
Constant (Lung Demand Valve)
200 or 300 Bar
Carbon Composite or Steel Alloy
Lightweight, 5 - 7.5 KG with Valve
Cylinder Connection
Airline Hansen connection to Cascade System
Harness Type
Standard with chest strap
Cylinder Cradle /Mounting Type
Fabric band
Lumbar Type
Regulator Type
Adjustable Swiveling Lumbar
Solid Cover - left/right shoulder
Regulator Hose Type
Quick Connect
Hood Material
Size
Weight
Color
Panorama Full Face Mask compatible with Speech Diaphragm Assembly Height 600-700 mm x Length 250-300 mm x Breadth 200-250 mm Weight W/O Cylinder (Max kg) = 10.5 KG Weight W Cylinder (Max kg) = 3 KG Standard
Cylinder Free Capacity
At Least 1200 L
Cylinder Water Capacity
6-7 L
Airflow To Hood
Demand Flow to Face Mask
Reducer Pressure And Flow
7.5 Bars; >1200 L/Min
Operating Temperature Range
-15°C to +60°C
Cylinder Pressure Warning
Certification Requirement
Whistle/Alarm Activation Pressure = 55 ± 5 Bar Whistle Sound Level (DBA) = >90 for 60 Sec Intermittent Sound and 15 Sec for continuous Compliance with EN 136:1998 and EN 137:2006 Compliance with ISO 23269-2 (2011) called by ISO
23269-3
Additional Requirements
Strong carry case to store complete assembled BA
set.
Plastic bag to cover the facemask
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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9.3
APPARATUS, BREATHING, EMERGENCY ESCAPE, HOOD TYPE
SN
Attribute
Values
Design Standard/Spec
EN 1146:2005
Type/Style Duration, Escape
Flow Rate
Air Quality
Hooded Type EEBA 10 - 15 Min.
35 L/Min
D as per EN 12021
Operating Temperature Range
-15 To +60 °C
1
2 3
4
5
6
7
8
Cylinder Type
Weight, Cylinder
9 10
11
Cylinder Pressure Hood Fitting Type
Hood Material
12
Hood Connection To Cylinder
13
14
15
Breathing Tube
Regulator
Carrying Case
Composite
15 Minutes - 3.4 kg empty/4.2 kg full or less 10 Minutes – 3.0 kg empty/3.4 kg full or less 200 Bar Elastic – Neck seal
is made
Polyurethane coated viscose FR, high visibility color. This provides a stretch material for a comfortable fit combined with an elastomeric neck seal giving ease of donning over spectacles, beards and long hair. The optionally clear bubble visor from polyurethane. The mask has an exhale valve for increased performance and a compact ¼ mask reduced rebreathed CO2 levels. The composite apparatus consisting of a lightweight composite cylinder with combined cylinder valve and reducer, supply hose to constant flow hood and stowage bag. The automatic is activation upon opening the bag whereby a pin which is attached to the bag via a strap is released. Standard
Adj. Flow balanced piston type
The carrying bag is made of PVC coated nylon. This is colored for high visibility and is both flame resistant and chemical splash resistant. There is an antistatic in potentially explosive option atmospheres and this is made of polyurethane. The bag can be worn across the chest, as a bandolier or worn with an optional waist belt. EN 1146:2005/SOLAS Chapter II-2
for working
CE marked in accordance with EN1146:2005 MED Shipswheel approved AS/NZ1716 Pictogram user instructions
Testing Requirements
Certification Requirement
Marking Requirement
16
17
18
19
Additional Requirements
Automatic Activation.
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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9.4
APPARATUS, BREATHING, EMERGENCY ESCAPE, MASK TYPE
SN
Attribute
Values
1
2 3
4
5
6
7
8
9 10
11
12
13
14
15
16
17
Design Standard/Spec
EN 402:2005
Type/Style Duration, Escape
Flow Rate
Air Quality
Mask Type EEBA 10 - 15 Min.
35 L/Min
D as per EN 12021
Operating Temperature Range
-15 To +60 °C
Cylinder Type
Weight, Cylinder
Cylinder Pressure Mask Material
Breathing Tube
Regulator
Carrying Case
Testing Requirements
Certification Requirement
Marking Requirement
Composite
15 Minutes - 3.4 kg empty/4.2 kg full or less 10 Minutes – 3.0 kg empty/3.4 kg full or less 200 Bar Panorama full face mask compatible with speech diaphragm assembly Standard
Adj. flow balanced piston type
The carrying bag is made of PVC coated nylon. This is colored for high visibility and is both flame resistant and chemical splash resistant. There is an antistatic in potentially explosive option atmospheres and this is made of polyurethane. The bag can be worn across the chest, as a bandolier or worn with an optional waist belt. EN 402:2005/SOLAS Chapter II-2
for working
CE marked in accordance with EN402:2005 MED Shipswheel approved AS/NZ1716 Pictogram user instructions
Additional Requirements
Automatic Activation.
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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HSE Management System Operations Safety Standards Personal Protective Equipment ADNOC PPE Specifications APPENDIX 1
9.5
LIFEBUOY, RING SPECIFICATIONS
SN
Attribute
Values
1
2
3
4
5
6
7
8
9
Design Standard/Spec
SOLAS 74/96
Weight
Buoyancy
Material
Visibility Features
Dimensions
Size
Certification Requirement
Additional Requirements
2.5 KG
Approx. 140 – 150N Polyurethane Foam (hard PU) shell filled with hard polyurethane Attached with four reflective tape surrounded by grab ropes. OD 720 mm, ID 440 mm
Adult
Conformance to SOLAS Rope as per SOLAS Max drop height: 80m
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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9.6
LIFEJACKET, FOAM SPECIFICATIONS
SN
1
2
3
4
5
6
7
8
9
10
11
Attribute
Values
Design Standard/Spec
SOLAS 74, as amended by IMO Resolution MSC.
201 (81), MSC. 216 (82), L.S.A.
Code as amended by, 207 (81), 218 (82); and MSC. 81 (70), MSC. 200 (80), MSC. 226 (82), MSC. 323 (89), MSC. 368 (93) & MSC. 378 (93) Canadian Standards TP 14612, Approval Procedures for Life Saving Appliances and Fire Safety Systems, Equipment and Products and TP 14475, Canadian Life Saving Appliance Standard.
Can be placed onboard Canadian vessels Specifically manufactured to be easily stored
194N
Dual Extra Safe Clamps Upper Strap (25mm) Lower Strap (40mm)
Buddy Line Whistle secured by Cord
Lifting Loop
All raw materials and accessories of the lifejacket are tested and approved per SOLAS/MED requirements Orange
Small size; compact design; water activated LED Technology/L.S.A. Code Certified
LALIZAS SOLAS/MED Approved
Retro-Reflective Tape (400 cm) This jacket is ideal for storing underneath the seat, as it can be easily folded Adult
Type
Buoyancy
Closure/Fastening Details
Material
Color
Indicating Light
Visibility Features
Storage Space
Size
Certification Requirement
SOLAS 74, as amended by IMO Resolution MSC.
12
Additional Requirements
201 (81), MSC. 216 (82), L.S.A.
Code as amended by, 207 (81), 218 (82); and MSC. 81 (70), MSC. 200 (80), MSC. 226 (82), MSC. 323 (89), MSC. 368 (93) & MSC. 378 (93) Canadian Standards TP 14612, Approval Procedures for Life Saving Appliances and Fire Safety Systems, Equipment and Products and TP 14475, Canadian Life Saving Appliance Standard.
Can be placed onboard Canadian vessels It is appropriate for passengers with chest size up to 175cm, oversize passengers, while is provided with lifting loop and orange buddy line for easier rescue. Average turning time: 1.4sec, with whistle and storage temp require: -30°C up to +65°C
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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9.7
LIFEJACKET, INFLATABLE SPECIFICATIONS
SN
1
2
3
4
5
6
7
8
9
10
11
Attribute
Design Standard/Spec
Type
Style
Buoyancy
Closure/Fastening Details
Material
Color
Values
SOLAS testing standards MSC 201 (81), MSC 207 (81), MSC 200 (80), MSC 226 (82), MSC 323 (89) ISO 12402-7 Inflated mechanisms: 2x automatic/manual
Ergonomic shape for comfort & freedom of movement. Twin chambers for double security and each chamber can be inflated via its individual 150N
The inflatable chamber is made of High Visibility Yellow fabric, is folded into a valise with Velcro closure and its inflation tube incorporates the new LALIZAS red pressure relief valves (20611, certified per ISO 12402-7). Soft PVC (raw materials ISO:12402-7, ISO:12402-8) Yellow/red
tested according
to:
Visibility Features
Reflective material SOLAS grade
Size
Adult
Certification Requirement
Conformance to SOLAS
Marking Requirement
12
Additional Requirements
with
details
brand Printed name/manufacturer, article/model number & standard compliance Quoted Item having all the additional requirements:
such
as
light and whistle ISO 12402-7&8
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
Page 108 of 126
ADNOC Classification: Internal
HSE Management System Operations Safety Standards Personal Protective Equipment ADNOC PPE Specifications APPENDIX 1
9.8
DETECTOR, H2S GAS, PERSONAL SPECIFICATIONS
SN
1
2
3
4
5
6
7
8
9
Attribute
Values
Design Standard/Spec
Maintenance-free: no sensor or battery changes
necessary
Compact, lightweight design with one-button
operation
Designed for a range of harsh environments and
extreme temperatures
Facility to activate the Bump test warning, in case Bump test is expired. (The frequency of bump test shall be programmable).
Detection of H2S gas release Disposable type O & G, Marine, logistic, refining, onshore/offshore H2S Toxic Gas 24 months or 36 months
12 Months
Type
Application/Protection Type
Operating Life
Shelf Life
Ambient Temperature Rating
H2S: -40 to +50°C/-40 to +122°F
Humidity Range
5% - 95% RH
Measuring/Detection Range
H2S = 0-100 PPM
Sensor
Available H2S, CO, SO2 and O2 H2S sensor with Sure Cell Technology
10
Display
The remaining months and the alarm in case there
is an alarm
11
Alarms
12
13
14
15
16 17
18
19
Alarm Set Points
Fastener
Detector Operation
Ip Rating
Data Retrieval Weight
Size
Certification Requirement
in months/days.
Optional alarm set point Bump test warning (during bump test). Remaining operating End of the life warning Low/High alarms
life
Over limit OL Visual (LED) Audible (90 dB) Vibration Configurable as per your requirement
Surecell sensor designs react in about 10 seconds
24 or 36 months
IP 66/67
30 most recent events Less than 100 gram
4.1 x 5.0 x 8.7 cm/1.6 x 2.0 x 3.4 in.
UL-913 & CSA-C22.2 No.157 Class 1 Div 1 & 2, Groups A, B, C and D ATEX II 1G Ex IA IIC T4 Ga
IECEx Ex IA IIC T4
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
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ADNOC Classification: Internal
HSE Management System Operations Safety Standards Personal Protective Equipment ADNOC PPE Specifications APPENDIX 1
SN
20
Attribute
Marking Requirement
21
Additional Requirements
Values
Label on the back with unique serial number for each detector, ATEX certification/ classification, IP rating, CE marking The serial number of each sensor to be mentioned in the certificate in case of single certificate is used for several sensors (to ensure traceability)
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
Page 110 of 126
ADNOC Classification: Internal
HSE Management System Operations Safety Standards Personal Protective Equipment ADNOC PPE Specifications APPENDIX 1
9.9
DETECTOR, MULTI GAS, PERSONAL SPECIFICATIONS
SN
1
Attribute
Design standard/spec
Values
Gas Alert Micro Clip XL Standard Features: Guaranteed runtime for at least a 12-hour shift — down to -20°C — without compromising LEL detection of hydrogen, acetylene and other combustible gases Durable, rechargeable lithium polymer battery — tested
to last in extreme environments
Ergonomic and wearable — doesn’t weigh you down Real-time gas concentrations shown on LCD Bright, wide-angle visual alarm bars
IP68 rating ensures maximum protection against dust and water — up to 45 minutes at a depth of 1.2 m User-friendly, tamper-proof operation with just one
button and intuitive LCD icons IntelliFlash™ light indicating detector has been bump tested and is monitoring correctly
Self-test of sensors, battery status, circuit integrity and
audible/visual alarms on startup
Compatible with MicroDock
II docking station
for
automated bump tests and calibration
Compatible with Fleet Manager II software for reporting
and fleet management
Multi-language support in English, French, German,
Spanish and Portuguese
Multi GAS monitor (4 Standard GASES) Diffusion Type MCXL-XWHM-Y-UK (YELLOW) Marine, O&G, onshore, offshore, logistic, drilling, steel fabrication H2S, LEL, O2 and CO (Toxic and Flammable Gases) Expected service lifetime five years with 2 years warranty 6 Months before activation 5 years expected life -20 to +50°C/-4 to +122°F
Type
Application/protection type
Operating life Shelf life
Ambient temperature rating
2
3
4 5
6
7
8
Humidity range
0% - 95% RH
Measuring/detection range
Gas Measuring Range Resolution H2S 0-100 ppm 1 ppm CO 0-500 ppm 1 ppm O2 0-30.0% 0.1%
9
Sensor
10
Display
Combustible gases 0-100% LEL 1% 0-5.0% v/v 0.1% H2S, CO, LEL and O2 4 standard gases Real Time monitoring H2S, LEL, O2 and CO Calibration Due TWA STEL
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
Page 111 of 126
ADNOC Classification: Internal
HSE Management System Operations Safety Standards Personal Protective Equipment ADNOC PPE Specifications APPENDIX 1
SN
11
12
13
14
15
16
17
18
19
20
21
Attribute
Values
Alarms
Visual, vibrating, audible (95 dB)
Alarm set points
Fastener
Detector operation
Ip rating
Data retrieval
Weight
Size
Certification requirement
Low, High, TWA, STEL, OL (over limit)
Alarm setpoints for all sensors are user adjustable. Setpoints are automatically displayed during instrument start up.
Less than 20 seconds (as per the standard)
Advise when the next calibration is due in days, or advise
the number of days overdue
One-button activation. ON function, shall:
Test the battery and advise condition
Display the current alarm set points
Provide a full function self-test of sensor integrity, circuitry integrity and alarm activation Automatically calibrate the oxygen sensor
Marking requirement
Automatically zero H2S, CO and LEL sensors
Additional requirements
Confidence beep Set STEL interval Sensor on/off
Latching alarms Safe display mode Stealth mode Calibration lock Auto zero on start up O2 auto calibration On start up Set bump test interval Force bump test when overdue
IntelliFlash™ interval
Combustible gas measurement (%LEL or % by volume
methane)
User-settable calibration gas level Force calibration when overdue
Low alarm acknowledge Language choices
Set custom start up message
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
Page 112 of 126
ADNOC Classification: Internal
HSE Management System Operations Safety Standards Personal Protective Equipment ADNOC PPE Specifications APPENDIX 1
9.10 DETECTOR, SO2 GAS SPECIFICATIONS
SN
Attribute
Values
Design Standard/Spec
ANSI/ISA 92.00.01
Type
Disposable
Application/Protection Type
SO2
Operating Life
Minimum of 2 years shall operate for SO2 continuously after initial switch on and maintenance-free.
Shelf Life
Minimum 1 year before activation.
Ambient Temperature Rating Minus 20 to plus 50°C
Humidity Range
Non-condensing relative humidity: 5% to 95%
Measuring/Detection Range
0 - 100 ppm with 1 ppm increment
1
2
3
4
5
6
7
8
9
Sensor
10
Display
11
Alarms
12
13
14
15
Fastener
Detector Operation
IP Rating
16
Data Retrieval
17
Size
18 Weight
19
Certification Requirement
20
Marking Requirement
21
Additional Requirements
Shall provide consistent reading even in oxygen deficient atmospheres or any other harsh environmental conditions
LCD display with backlight for viewing in low light areas with a configurable timer to preserve battery life and a configurable option for continuous backlight.
Display ppm and other information related to the status
of the detector.
Bump test warning (during bump test). Remaining operating life in months/days. End of the life warning.
Visual, audible & vibrating alarms - flashing LEDs. Audible alarms alarm rated above 80dB. Vibrating alarms standard high vibration tactile alarm.
Stainless steel alligator clip test cap Cannot be switched off the detector either deliberately or accidentally IP 65 (minimum) Historical data should be downloadable with the duration of each event for monitoring and occupational health surveillance. A minimum data of 20 events shall be available for download. 84 x 64 x 25 mm (maximum)
120 g (maximum) Class 1, division 1 Class 1, zone 0 Ex IA IIC T4 Label on the back with unique serial number for each detector, ATEX certification/classification, IP rating, CE marking. Minimum of 2 years shall operate for SO2 continuously after initial switch on and maintenance-free.
Alarm Set Points
Configurable as per requirement
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
Page 113 of 126
ADNOC Classification: Internal
HSE Management System Operations Safety Standards Personal Protective Equipment ADNOC PPE Specifications APPENDIX 1
10.1 SUIT, WELDING, SAFETY SPECIFICATIONS
SN
Attribute
Values
1
2
3
4
5
6 7
8
9
Design Standard/Spec
Application/Protection Type
Style
Sleeve Length
Stitch Pattern
Material Material Treatment
Material Weight
Color
10
Collar Details
11 Waist Details
These 32-inch jackets will give you protection from neck to waist. The heavy side-split leather offers protection from heat, sparks, slag and cuts NA
Full length
Heavy split leather
Heavy split leather NA
32-inch jackets gives protection from neck to waist.
Grey
32-inch jackets gives protection from neck to waist.
12
13
14
15
16
17
18
19
Closure/Fastening Details
Cuff Details
Pocket Details
Visibility Features
Logo Requirement
Size
NA
NA
NA
NA
No logo
Standard size
Certification Requirement
EN 470-1 standard
Marking Requirement
Specially treated leather these protective garments are heat and moisture resistant
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
Page 114 of 126
ADNOC Classification: Internal
HSE Management System Operations Safety Standards Personal Protective Equipment ADNOC PPE Specifications APPENDIX 1
10.3 WELDING HELMET SPECIFICATIONS
SN
Attribute
Values
1
2 3
4
5
6
7
8
Design Standard/Spec
ANSI Z87.1
Application/Protection Type Welding protection Style
Adjustable suspension. Fitted with IR shade #10 welding filter.
Gender
Material
Color
Size
Lift front with viewing area of <2” X 4 1/4”>. Lightweight thermoplastic shell
Unisex
Shell : thermoplastic/ lightweight Suspension: nylon: durable & flexible Black
Certification Requirement
CE EN 175 coverage
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
Page 115 of 126
ADNOC Classification: Internal
HSE Management System Operations Safety Standards Personal Protective Equipment ADNOC PPE Specifications APPENDIX 1
10.11 SUIT, HAZMAT, LEVEL A SPECIFICATIONS
SN
Attribute
Values
1
2
3
4
5 6
7
8
9
10
11
12
13
14
15
16
17
Design Standard/Spec
NFPA 1991, 2016 Ed.
Protection Level
Level A
Style
Application/Protection Type Reusable Gender
One piece, totally encapsulating with Anti-fog Head Gear, gas- tight, vapor-tight, splash resistance, SCBA worn inside suit Highest protection against product in gas, vapour, liquid and solid particle form Reusable, Limited Exposure Design Unisex
Sleeve Length
Full sleeve
Material
Material Weight
Inner Glove
Outer Glove
Safety Boot
Visor
Zipper
Size
Saint-Gobain Coretech® Material Technology Includes Saint-Gobains’ New single-Layer Coretech Clearguard Visor with permanent anti-fog Resistance Single-Skin Lightweight Ensemble (Less than 10 Lbs)
Cotton Inner Gloves
New one suit Hazglove-91 Chemical Protective Glove offering industry leading comfort and dexterity Attached Sock Bootie with separate Hazproof Boot
Large visor providing optimal vision
High Chemical Resistance (Chloroprene Rubber Coated Zipper) Closing Downwards For Added Safety. The Zipper Is Protected By A Splash Guard (Flap). Small, Medium, Large, Xlarge, 2xlarge, 3xlarge
Certification Requirement Certificate of Conformance
Marking Requirement
Manufacturer Name, Model, Article No. Standard Number, Pictogram, Finished Fabric Composition, Size, Certificate Reference Number, Care Labelling
18
Additional Requirements Onesuit® Ventilation System Cooling + Anti-Fog
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
Page 116 of 126
ADNOC Classification: Internal
HSE Management System Operations Safety Standards Personal Protective Equipment ADNOC PPE Specifications APPENDIX 1
10.14 VEST, COOLING, SAFETY SPECIFICATIONS
SN
Attribute
Values
1
2
3
4 5
6 7
8
9
10
11
12
Application/Protection Type
With HI-VIS Fabric & High Reflective Tape, specially designed for Industrial Workers
Style
Gender
Stitch Pattern Material
Cooling Material Material Weight
Color
Closure/Fastening Details
Logo Requirement
Vest
NA
NA 80% Polyester, 20% Cotton
12°C up to 15°C Approx. 0.62kg before absorbing water
Orange
It works associated with 3 ice packs, which are to be inserted in the chest and back pockets (left & right). The ice packs are to be filled with reusable non-toxic food grade phase change material. It is to be immersed in water, and when swollen these packs are be kept in the freezer until frozen. When placed into the vest pockets, heat exchange takes place to cool down the body. NA
Size
S TO 3XL
Certification Requirement Available
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
Page 117 of 126
ADNOC Classification: Internal
HSE Management System Operations Safety Standards Personal Protective Equipment ADNOC PPE Specifications APPENDIX 1
10.15 VEST, HIGH VISIBILITY, SAFETY, INDUSTRIAL SPECIFICATIONS
SN
1
Attribute
Application/Protection Type
Values
Heavy Duty Tricot Type Breathable and Fast-Drying Providing Comfort Under All
Weather Conditions
2 3
4
5
6
7
Style Gender
Sleeve Length
Stitch Pattern
Material
Material Spec
Vest Male/Female
NA
NA
Safety Vest 100% Polyester Tricot
Heavy Duty Tricot Type Breathable and Fast Drying Providing Comfort Under All
Weather Conditions 2 Inch Beaded Reflective Over Each Shoulder Vertically and A Two Reflective Strip Around Chest and Abdomen Area Horizontally
8 9 10
Material Weight Color Strip/Band Requirements NA
NA Fluorescent Orange and Green
11
Strip/Band Pattern
Luminance Factor
Patch/Lettering
Logo Requirement Size
12
13
14 15
16
2 inches beaded reflective over each shoulder vertically and a two reflective strip around chest and abdomen area horizontally. NA
NA
NA S To 4XL
Certification Requirement EN471 Standard
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
Page 118 of 126
ADNOC Classification: Internal
HSE Management System Operations Safety Standards Personal Protective Equipment ADNOC PPE Specifications APPENDIX 1
10.16 KIT, PROTECTION, ARC FLASH SPECIFICATIONS
SN
Attribute
Values
2
3
4
5
6
7 8
1
Design Standard/Spec
Arc Rating Application/Protection Type
Eye Protection
EN ISO 11612:2010 (A1, A2, B1, C1, F1) EN 61482-1-1 & 61482-1-2 NFPA-2112 & 70E EN 11611:2007 EN 1149-5:2008 ANSI Z87.1 EN-60903 & IEC-60903 EN ISO 20345:2011 CE Class 1 & 2
Electrical arc flash protection
Anti‐fogging, anti‐scratch and anti‐static with 99.9% UV protection. Tight‐fitting eye protection that completely cover the eyes.
Ear Protection
SNR 26, NRR 25
Head Protection
Hand/Arm Protection Foot Protection
Class B with required arc rating shell material high density polyethylene (HDPE) make compatible with the range of face & hearing accessories.
Voltage rating (Class 0) Up to 20 kV. Coverall with ATPV rating of 9,4 cal/cm2 Design & style:
9 pockets design - two chest pockets, one with flap & pencil slot on the left/two side pockets/one mobile pocket with pen slot/two rear pockets, one with flap on the right/one cargo pocket/one tool pocket on the right leg
With “pass through” to access the inner garment Two-way heavy duty YKK nylon coil zipper, stormflap &
9
Body Protection
concealed plastic snap button closure
Fully double stitched and bar tacked stress points Action back allowing maximum body movement Full sleeves with adjustable cuffs Permanent sewn crease line Snap button neck closure with hanging loop on collar Concealed elastic waist on backside Stitched with FR thread Brand, model, standard pictogram in respect of the class of protection, manufacturing date
10
Marking Requirement
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
Page 119 of 126
ADNOC Classification: Internal
HSE Management System Operations Safety Standards Personal Protective Equipment ADNOC PPE Specifications APPENDIX 1
10.17 GLOVES, CRYOGENIC, SAFETY SPECIFICATIONS
SN
Attribute
Values
1 2
3
4
5
6
7
8
9
10
11
12
13
16
17
18
15
Design Standard/Spec Application/Protection Type
Conforms to EN 420, EN388 (3222), EN 511 (220) Cold works at extremely low temperatures/Liquid Gas handling Protection against small drops of liquid gas up to -170°C
Utilization
Style
Material
Handling of liquids and solids at ultra-low temperatures
Cut & sewn gloves lined
Water-repellent silicone cowhide grain leather glove
Material Standard
Laminated nylon, double aluminium/fleece layers
Material, Lining
Fully lined with 2 aluminium /fleece layers
Finish/Grip
Cuff Details
Color
Size
Length
Weight
Grain leather, reinforcement between thumb & index
200mm split leather cuff with Velcro
Beige/Off grey/White
9L to 11XL
20 cm, Elbow
Testing Requirements
In accordance with EN 388, EN 420, EN 511
Certification Requirement Conforms to EN388/EN 420/EN511
Marking Requirement
CE type Examination No 0075/797/162/01/09/0001 EN420, EN388, EN511
Additional Requirements
Lightweight, flexible, durable, reusable, excellent dexterity
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
Page 120 of 126
ADNOC Classification: Internal
HSE Management System Operations Safety Standards Personal Protective Equipment ADNOC PPE Specifications APPENDIX 1
10.18 SUIT, CRYOGENIC, SAFETY SPECIFICATIONS
SN
Attribute
Values
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
Design Standard/Spec
Application/Protection Type Style
To provide protection and comfort while under continuous use in the extreme environment of the cold room Two-piece
Gender
Sleeve Length
Stitch Pattern
Material
Inner Lining
Material Weight
Color
Men
Full sleeve
Stitch holes are not sealed (to reduce bulk) and whilst this could allow liquid ingress Woven polyamide has a waterproof coating
The inner layer is of cotton for comfortable wear.
Blue
Closure/Fastening Details The jacket has a front central velcro fastening strip with additional velcro fastenings on the cuffs and features a useful inside pocket. Velcro fastenings on the cuffs
Cuff Details
Pocket Details
Visibility Features
Logo Requirement
Inside pocket.
Not applicable
Not applicable
Size
Medium, large, XL & 2XL
Certification Requirement Certificate of conformance
Marking Requirement
Marking with details such as brand name, article number & standard compliance
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
Page 121 of 126
ADNOC Classification: Internal
HSE Management System Operations Safety Standards Personal Protective Equipment ADNOC PPE Specifications APPENDIX 1
10.19 HOOD, BLASTING, ABRASIVE SPECIFICATIONS
SN
Attribute
Values
1
2
3
4
5
6
7
8
9
10
11
12
13
Design Standard/Spec
Application/Protection Type Style
NIOSH-approved, ANSI standards for impact protection and OSHA standards for respiratory protection and noise limitations
Garnet, glass bead or shot blasting
Helmet with cape and air assembly
Protection Factor
APF 1000 (Assigned Protection Factor)
Material
Material Weight
Color
Helmet
Head Harness
Down Tube
Lens Details
Size
Certification Requirement
14
Additional Requirements
7.5 lb
Red
Rubber window frame gasket (for the lens)
Adjustable with clip or ratchet arrangement Non-toxic PVC (inner and outer material) heavy duty abrasion resistant The wide, full view window provides an expansive field of view.
One size fits all
Certificate of conformance The helmet is with air control valve - to adjust flow Rate of incoming air. Nylon carrying strap Allows operator to wear supplementary hearing and
primary eye protection
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
Page 122 of 126
ADNOC Classification: Internal
HSE Management System Operations Safety Standards Personal Protective Equipment ADNOC PPE Specifications APPENDIX 1
10.20 SUIT, BLASTING, ABRASIVE SPECIFICATIONS
SN
Attribute
Values
1 2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
Design Standard/Spec Application/Protection Type Style
Gender
Sleeve Length
Stitch Pattern
Material
EN ISO 14877:2002 Garnet, glass bead or shot blasting
One piece
Men
Full sleeve
Double-stitched seams
Heavy duty cotton
Material Treatment
Fronts of arms and legs are protected by leather panels
Material Weight
Color
Collar Details
Waist Details
Red cotton and gray suede
Leather neck collar
Elasticised waistband
Closure/Fastening Details Snap button closure
Cuff Details
Pocket Details
Visibility Features
Logo Requirement
Sleeve and ankle tighteners
No pocket
Not available
Not required
Size
Small, medium, large, XL & 2XL
Certification Requirement Certificate of conformance
Marking Requirement
Printed with details such as brand name, article number & standard compliance
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
Page 123 of 126
ADNOC Classification: Internal ADNOC Classification: Internal
HSE Management System Operations Safety Standards Personal Protective Equipment Basic Mandatory PPE Requirements for ADNOC Group APPENDIX 2
BASIC MANDATORY PPE REQUIREMENTS FOR ADNOC GROUP
Area of Protection
Type of Protection
PROTECTION REQUIRED
Onshore [E & P]
Offshore [E & P]
Refineries
Petrochemica ls & Fertilizers
Logistics [Marine & Land]
Construction & [Onshore]
Head Protection
Safety helmet
Eye Protection
Safety glasses
Safety goggles (Chemicals)
Respiratory Protection
Paint Sprayer’s Mask
Dust & Mist Mask
Personal Monitors & Escape Sets
Hearing Protection Earplugs
Face & Protection
Earmuffs and defenders
Eye
Weather Protector Hood
Faceshield
Welder’s Helmet
Body Protection
Cotton Coverall
Flame-resistant coverall
Winter Jacket
H2S
(for Areas)
H2S
(for Areas)
H2S
(for Ammonia Areas)
X
X
X
X
X
X
(for Areas)
(for maintenance activity)
(for maintenance activity)
(for maintenance activity)
(for maintenance activity)
(for maintenance activity)
(for maintenance activity)
(For Hydrocarbon Areas only)
(For Hydrocarbon Areas only)
(For Hydrocarbon Areas only)
(For Hydrocarbon Areas only)
X
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
Page 124 of 126
ADNOC Classification: Internal
HSE Management System Operations Safety Standards Personal Protective Equipment Basic Mandatory PPE Requirements for ADNOC Group APPENDIX 2
Area of Protection
Type of Protection
PROTECTION REQUIRED
Onshore [E & P]
Offshore [E & P]
Refineries
Petrochemica ls & Fertilizers
Logistics [Marine & Land]
Construction & [Onshore]
(no polyester)
Life Jacket
Hand and Skin Protection
Cotton Gloves
Leather Gloves
Chemical Gloves
Thermal Gloves
Foot Protection
Safety Shoes
Long Neck Safety Boots
Lifeline
Safety Harness
X
(For Jetty area)
X
X
X
(only Marine)
for
X
X
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
Page 125 of 126
ADNOC Classification: Internal
HSE Management System Operations Safety Standards Personal Protective Equipment Example for PPE Requirement Matrix APPENDIX 3
EXAMPLE FOR PPE REQUIREMENT MATRIX
All Group Companies shall perform an assessment to mandate which locations would require which PPEs. From that assessment, a PPE requirement matrix shall be prepared based on specific locations/sites of each Group Company. An example of a PPE requirement matrix is provided below
Inside Plant Area
Acid Handling Battery Maintenance Caustic Soda Handling
Chemical Handling Degreasing Oil Spills Cement Handling Chipping Drilling
Dust Atmospheres Electrical Grinding Grit Blasting High Wind Condition Height Above 1.8 Meters
Jack Hammering Painting (Spray) Radiography Working In High Noise Level Wet Weather Conditions Welding
Laboratory Workshop Work In Vicinity Of Welding Sanding Machine Operations
X
X X X
X X X X X X
X X X X X X
X X X X X X
X X X X
X
X X X
X X X X X X
X X X X X X
X X X X X
X X X
X
X X X
X X X X X X
X X X X X X
X X X X X X
X X X X
X
X
X
X
X
X
X
X X X
X
X
X
X
X X
X
X X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X X X
X X
X
X
X
X X X
X X
X
X
X
X
X X
X X
X
X
X
X X X
X
X
X
X
X
X
X X X
X X X
X
X
X
X
X
X X X
X
X
X
X
X
X
X
Standard No.: HSE-OS-ST20
Version No.: 1
Effective date: August 2019
Page 126 of 126
Project: Q-32855 - Saipem Hail & Ghasha Folder: Reference documents