JAC Safety Manual - Chapter 3: Personal Protective Equipment
CHAPTER 3:
PERSONAL PROTECTIVE EQUIPMENT
A. Overall Policy
Steps will be taken wherever feasible to avoid exposing
staff to environmental and physical hazards. Where such
avoidance is not feasible or is not complete, personal
protective equipment will be provided in accordance with the
policies in the following sections. This chapter covers personal
protective equipment relevant to all JAC sites. In addition,
personal protective equipment specifically applicable to Mauna
Kea is covered in Chapter 9 section
E.
B. Protective
Clothing
1. Policy
The JAC requires that protective clothing be
used when chemical, electrical or mechanical hazards, or
irritants are encountered in a manner capable of causing
injury or impairment through absorption, inhalation, or
physical contact. Protective clothing will be provided for
these circumstances.
Safety shoes shall be worn by all JAC staff above HP
for daywork. Recommendations for safety footwear shall be
approved by the Site Safety Advisor. All safety footwear
shall comply with the American Society for Testing and
Materials International (ASTM International) standard or the
most recent standard. See SSA for additional
information.
Reimbursement for steel toe safety shoes or their
replacement shall be approved by the Site Safety Advisor.
2. References
CFR 1910 Subpart I - Personal Protective
Equipment
3. Responsibilities
- Supervisor
- Immediately identifies to the Site Safety Advisor
all protective clothing new employees shall receive.
- Ensures all employees use and maintain protective
clothing as needed to provide effective protection against
identified hazards.
- Requests approval to purchase safety shoes from
the Site Safety Advisor for new employees or as indicated
for replacement. Ensures that all employees under their
supervision use and maintain safety footwear.
- Employee
- Uses and maintains all protective clothing issued
and when necessary suggests additional protection.
- Site Safety Advisor
- Assists supervisor in identifying proper
protective clothing for JAC work tasks and associated
hazards.
- Arranges for issuance of protective clothing to
JAC employees, including approval to purchase safety shoes
where appropriate.
4. Procedures
- Personal protective clothing includes approved
masks, gloves, safety shoes and hard hats.
- Requests for all personal protective clothing not
available as JAC stock items are generated by the supervisor
and are approved by the Site Safety Advisor.
- The protective clothing shall be worn by the
employees and visitors as dictated by JAC policy.
- Operators of machinery shall wear OSHA approved steel toe
safety shoes when working in the JAC Machine Shop.
- Safety shoes shall be worn by all JAC staff above
HP for daywork.
- In Hilo, safety shoe areas are recommended by the
supervisor and approved by the Site Safety Advisor.
- The employee shall be responsible for the proper
cleaning, maintenance and use of the safety shoes.
- Any employee desiring to replace their company
issued safety footwear shall request approval via their
supervisor from the Site Safety Advisor.
- Hard hats shall be worn in all posted areas during
all overhead work (e.g., building construction or renovation
areas) and when performing work in which the supervisor,
Site Safety Advisor, or Work Leader decides such hazards
exist.
-
No markings or stickers that prevent inspection for
defects shall be applied to hard hats. Any hard hat
with such markings or stickers shall be removed.
C. Eye
Protection
1. Policy
All staff shall wear safety glasses whenever a
reasonable probability exists of eye injury resulting from the
work being performed. Staff shall use appropriate eye or face
protection when exposed to hazards from flying particles,
molten metal, liquid chemicals, acids or caustics, chemical
gases or vapors, or potentially injurious light
radiation.
The provision of UV blocking sunglasses for use on
Mauna Kea is covered in Chapter
9 section E.
The Site Safety Advisor will provide consultation
regarding the appropriate type of eyewear and where to
obtain it. See Chapter 4 section
J for further information on laser safety.
2. Responsibilities
- Supervisor
- Responsible for determining when eye protection is
needed and what eye protection devices are suitable.
- Shall ensure that all employees under their
direction use appropriate protection when in an active eye
hazard area(s).
- Makes sure visitors to laboratory and shop areas
wear eye protection when and where necessary.
- Suggests areas requiring warning signs concerning
required eye protection to Site Safety Advisor.
- Employee
- Uses proper eye protection as designated by
supervisor and Site Safety Advisor at appropriate times
and for designated tasks.
- Suggests additional eye protection areas when
necessary.
- Site Safety Advisor
- Determines areas that will be designated as eye
hazard areas.
- Assists supervisors in selecting special
protective equipment as needed.
- Arranges for purchases of safety eyewear.
- Maintains an adequate stock of and issues
standard, nonprescription eye protection devices.
- Approves purchase of safety eyewear.
3. Types of Eye Protection
Equipment
All eye protection devices shall comply with
ASTM International standards. When in use as eye protection
devices, safety glasses/wraparound safety glasses shall have
side shields or be worn with safety goggles that have the same
ASTM International approval.
Six types of eye protection devices are available to
staff and visitors:
-
Personal prescription safety glasses with side
shields, for staff only. Prior approval through the Site
Safety Advisor shall be given before one can purchase
prescription safety glasses. Staff may claim for the
full cost of the prescription safety glasses with side
shields if the Site Safety Advisor considers the cost
reasonable.
-
Goggles and face shields. These are available at
all JAC facilities. See supervisor for storage
locations.
-
Temporary nonprescription safety glasses provided
to staff and visitors in eye hazard areas.
-
Some common types of laser safety eyewear are
available at JAC facilities. See supervisor for storage
locations. Users bringing laser equipment to the JAC are
responsible for bringing their own eyewear protection.
-
Oxygen/Acetylene/electric arc welding safety
eyewear. See supervisor for storage locations.
-
UV blocking eyewear. See Chapter 9 section E for
the provisions of UV blocking sunglasses for use on
Mauna Kea, staff only.
4.
Eligibility for Personal Safety Glasses
All JAC employees who engage in eye hazard
operations are eligible to obtain prescription safety glasses
or nonprescription safety glasses at JAC expense.
5.
Replacement and repairs
Damaged or broken prescription safety glasses
or frames may be replaced, provided the costs are considered
reasonable and the SSA gives prior approval.
Prescription lenses may be replaced if the staff’s
optometrist recommends a prescription change, provided the
costs are considered reasonable and the SSA gives prior
approval.
D. Respiratory
Protection Program
1. Policy
For some jobs, respiratory protection may be provided
as a means to limit exposure.
2. References
29 CFR 1910.134 Respiratory Protection
DHHS (NIOSH) Publication No. 87-116 "NIOSH Guide to
Industrial Respiratory Protection"
American National Standards Institute -
ANSI-288.2-1992, " Practices for Respiratory Protection"
3. Definitions
- Respirator
A device provided to protect
the wearer from inhalation of harmful or nuisance atmospheres.
Respirators may function by air purifying and/or air supplying
techniques.
- Atmospheric Contamination
The term applies to gases
such as carbon monoxide, and carbon dioxide; the vapors of
volatile substances such as benzene and carbon tetrachloride;
toxic dusts and fumes; radioactive materials.
- Respirator Fit Test
A test used to determine a
proper match or fit between the facepiece of the respirator
and face of the wearer.
4. Responsibilities
-
Supervisor
- Identifies potentially hazardous conditions and
immediately notifies the Site Safety Advisor for
corrective action.
- Takes all feasible steps to avoid exposure of
staff members to atmospheric contamination.
- Ensures
that their staff completes the OSHA medical questionnaire (standard 1910.134 Appendix
C) and the respirator fit test before using
respiratory protection.
- Provides employees with the respiratory protection
appropriate for the operation, and ensures the use of such
devices.
-
Employee
- Alerts supervisor and Work Leader immediately if
any atmospheric contamination is suspected.
- Uses respiratory protective equipment as
instructed.
- Stores their respirator properly to prevent damage
and inspects prior to each use.
- Reports any malfunction of respiratory protective
equipment to the immediate supervisor.
- Completes the OSHA
medical questionnaire
(standard 1910.134 Appendix C).
-
Site Safety Advisor
- Develops and administers all aspects of the
respiratory protection program.
- Develops training programs and standard operating
procedures to fulfill the requirements of existing OSHA regulations and
amendments.
- Purchases, selects, inspects, maintains, cleans,
and stores respiratory protective equipment.
- Periodically inspects and replaces all respiratory
protective devices stored for emergency use.
- Purchases and maintains respirator fit tester.
- Maintains respirator
training and fitting records.
- Carries out fit test in accordance with the
standard operations procedures below.
- Issues medical questionnaire to employee and
submits completed form to medical evaluator.
5. Voluntary Use of Respirators
The OSHA
respirator standard allows the use of respirators without
implementing elements of the written respiratory protection
program only if it involves the voluntary use of filtering
facepiece respirators (a.k.a. dust masks). The voluntary use
of other types of respirators/masks is NOT ALLOWED. Even
when a filtering facepiece respirator (a.k.a. dust mask) is
used staff shall read and comply with the following OSHA standard:
Appendix D to Sec.
1910.134 (Mandatory) Information for Employees
Using Respirators When Not Required Under the
Standard
Respirators are an effective method of protection
against designated hazards when properly selected and worn.
Respirator use is encouraged, even when exposures are below
the exposure limit, to provide an additional level of comfort
and protection for workers. However, if a respirator is used
improperly or not kept clean, the respirator itself can become
a hazard to the worker. Sometimes, workers may wear
respirators to avoid exposures to hazards, even if the amount
of hazardous substance does not exceed the limits set by OSHA
standards. If your employer provides respirators for your
voluntary use, "of [sic]" if you provide your own
respirator, you need to take certain precautions to be sure
that the respirator itself does not present a hazard.
You
should
do the following:
-
Read and heed all instructions provided by the
manufacturer on use, maintenance, cleaning and care, and
warnings regarding the respirators limitations.
-
Choose respirators certified for use to protect against
the contaminant of concern. NIOSH, the National Institute
for Occupational Safety and Health of the U.S. Department
of Health and Human Services, certifies respirators. A
label or statement of certification should appear on the
respirator or respirator packaging. It will tell you what
the respirator is designed for and how much it will
protect you.
-
Do not wear your respirator into atmospheres
containing contaminants for which your respirator is not
designed to protect against. For example, a respirator
designed to filter dust particles will not protect
you against gases, vapors, or very small solid particles
of fumes or smoke.
-
Keep track of your respirator so that you do not
mistakenly use someone else's respirator.
Referenced
in:
http://www.osha.gov/pls/oshaweb/owadisp.show_document?p_table=standards&p_id=9784
6. Procedures
- Selection
Respirators shall be selected on the basis of the potential
hazards to which the worker is exposed. The following factors
shall be ascertained by the Site Safety Advisor to ensure that
the device selected for the employee will provide satisfactory
protection when used properly:
- Chemical, physical, and toxicological properties
of the contaminant(s).
- Review of actual and potential hazards to assess
extent of injurious effects produced under all conditions
of potential exposure.
- Evaluation of the duties to be performed by the
wearer as they relate to restriction of movement and
duration of potential exposure.
- An understanding of the principles, design, scope
of use, limitations, advantages, and disadvantages of the
available respirators to aid in the selection of a
particular respirator for a given condition. Respiratory
equipment selected will be approved by NIOSH/MSHA (Mine
Safety and Health Administration) or will otherwise be in
accordance with existing OSHA regulations.
-
Medical Evaluation
Using a respirator may place a strain on some employees.
Therefore, OSHA
requires medical testing to ensure an employee is fit to wear
a respirator. Each employee required to wear a respirator
shall complete the OSHA
medical questionnaire (standard
1910.134 Appendix C) and submit the questionnaire to
a prescribed medical evaluator, who shall determine whether
the employee may wear a respirator. The questionnaire
shall be administered confidentially by the employee's
supervisor and during normal work hours.
- Fitting
Each individual required to use a respirator of any type will
be fitted by the Site Safety Advisor prior to using any such
device. The fit test will include a demonstration of proper
donning, wearing, and field fit testing techniques, an
extensive leak test using a solution of isoamyl acetate as the
test vapor and a quantitative fit test using a respirator fit
tester. Any individual with a beard or other facial hair that
may prevent a proper facepiece-to-face seal will not be fit
tested until the hair has been removed. A separate Respirator
Fitting and Training Record shall be maintained for each
participating individual.
- Training
Appropriate training and instructions in the proper use of
each type of respirator shall be provided by the Site Safety
Advisor. This training will include, but not be limited to:
- Methods of fit testing to ensure an effective
facepiece to face seal.
- Actual handling of the respirator and wearing it
for a period in a test atmosphere.
- A discussion of respirators construction,
operating principles and limitations.
- Instruction on the nature of the hazard including
information on its physical properties, possible
concentrations, modes of physiological action and means of
detection.
- Discussions of maintenance and inspection
procedures.
- Maintenance and Inspection
For sanitary and health reasons, disposable respirators
shall be used by one individual only and shall be discarded
after use.
- Location and Storage of Respirators
Location and storage of all respiratory devices shall be
controlled by the Site Safety Advisor. When the need for
respiratory equipment is anticipated, approval by the Site
Safety Advisor shall be obtained in advance.
E. Hearing Conservation
Program
1. Policy
All employees will be protected against the
detrimental effects of excessive noise exposure. Feasible
administrative or engineering controls shall be utilized
when employees are subjected to sound levels exceeding those
listed in Table 1. If such controls fail to reduce sound
below the levels of Table 1, personal protective equipment
shall be provided and used to reduce exposures to within
permissible levels. If the variations in noise level involve
maxima at intervals of 1 second or less, the noise is to be
considered continuous. In all cases where the noise
exposures exceed the values shown in Table 1, a continuing,
effective hearing conservation program shall be
administered.
2. References
29 CFR 1910.95, Occupational Noise Exposure
Fundamentals of Industrial Hygiene, 3rd Edition,
National Safety Council, 1988
3. Definitions
- Decibel (dBA)
A unit used to measure noise exposure.
Common Sound Level (for information
only)
whisper / quiet bedroom
|
10 dBA |
| quiet house |
30 dBA |
soft music from a radio
|
40 dBA |
normal conversation
|
60 dBA |
| car |
70 dBA |
manual machining / busy traffic
|
80 dBA |
heavy traffic
|
90 dBA |
pneumatic drill / spray painting
|
100 dBA |
power saw
|
110 dBA |
car horn /
propeller aircraft
|
120 dBA |
| jet plane
taking off |
140 dBA |
- Action Level
An 8-hour time-weighted average of 85dBA measured on the
A-scale slow response, or equivalently, a dose of fifty
percent. More details on how to calculate the action level can
be found in the OSHA
Standards 1910.95 Occupational Noise Exposure.
- Sound level meter and octave band analyzer
Instruments for measuring sound pressure levels in dBA
referenced to 0.0002 microbars. Readings can also be made in
specific octave bands, usually beginning at 75 Hz and
continuing through 10,000 Hz.
4. Responsibilities
- Supervisor
- Maintains an awareness of the approximate noise
levels in work places for which he/she is responsible.
- Requests a survey from the Site Safety Advisor
when a change in equipment or procedure may increase
employee exposure to noise.
- Ensures that all employees are aware of the
requirements for hearing protection in any area that has
been identified as having levels which exceed permissible
exposure limits.
- Ensures that appropriate protective devices are
worn and that any other control measures are observed.
- Employee
- Complies with the recommendations of the Site
Safety Advisor and supervisor for controlling noise
exposure.
- Makes proper use of the hearing protection devices
provided by the Site Safety Advisor.
- Reports any suspected change in noise levels of
equipment to the Site Safety Advisor so that a survey can
be made.
- Site Safety Advisor
- Performs noise surveys in all areas of JAC as
required.
- Identifies those areas where hearing protection is
required and establishes total daily permissible exposure
times.
- Places warning signs in areas where sound exposure
exceed those in Table 1.
- Approves and issues all hearing protection devices
used by JAC employees. Provides instruction on the proper
use, care, and maintenance of these devices.
- Recommends, after consultation with the
Engineering and Technical Services, engineering methods
for controlling noise levels when such measures are
considered feasible.
Table 1 - Permissible Noise Exposure
| Duration Per
Day (hours) |
Sound Level Slow Response (dBA) |
| 8 |
90 |
| 6 |
92 |
| 4 |
95 |
| 3 |
97 |
| 2 |
100 |
| 1-1/2 |
102 |
| 1 |
105 |
| 1/2 |
110 |
| 1/4 or less |
115 |
Note: When the daily noise exposure is composed of two
or more periods of noise exposure of different levels, their
combined effect should be considered, rather than the
individual effect of each. If the sum of the following
fractions: C1/T1 + C2/T2... Cn/Tn exceeds 1, then the mixed
exposure shall be considered to exceed the limit value. Cn
indicates the total time of exposure at a specified noise
level, and Tn indicates the total time of exposure permitted
at that level.
As written by OSHA
1910.95 (b)(2): Exposure
to impulsive or impact noise should not exceed 140 dB
peak sound pressure level.
5. Procedures
- Monitoring
Once alerted by the supervisor, it is the responsibility of
the Site Safety Advisor to monitor noise exposure levels in a
manner that will accurately identify employees who are exposed
at or above an 8-hour time-weighted average (TWA) of 85 dBA.
The exposure measurement will include all noise within an 80
dBA to 130 dBA range. The Site Safety Advisor will re-monitor
employee's exposures whenever a change in the production
process, equipment or controls increase noise exposure enough
to require new hearing protectors, or brings additional
employees to or above the action level. Each employee will be
informed of monitoring results when exposed at or above the
action level.
-
Hearing Protectors
Hearing protectors shall be made available to all
employees exposed at or above the action level. These
protectors shall be capable of attenuating noise levels to at
least a time-weighted average of 90 dBA. The Site Safety
Advisor offers a choice of protectors from a variety of
suitable types.
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