3. OSHA & MIOSHA REGULATIONS
29CFR - SAFETY AND HEALTH STANDARDS
1910 – MIOSHA Part 33 GENERAL
INDUSTRY
132 – GENERAL REQUIREMENTS
133 – EYE AND FACE PROTECTION
134 – RESPIRATORY PROTECTION
135 – HEAD PROTECTION
136 – FOOT PROTECTION
138 – HAND PROTECTION
95 – HEARING PROTECTION
TRAINING TOPICS
SAFETY
TOPICS
TO BE
DISCUSSED
4. Number of Serious Violations – FY
2009
Subpart I - Personal Protective Equipment
(1910.132 - 139)
499
449
387
382
356
134(e)(1)
134(c)(1)
132(a)
133(a)(1)
132(d)(1)
Personal protective equipment
Eye & face protection
PPE hazard assessment
Standard:1910.
Written respiratory protection program
Medical evaluation to determine employee’s ability to use respirator
5. 1910.132 & 33 General Requirements
(a) Protective equipment, including
personal protective equipment for:
Eyes,
Face,
Head, and extremities,
Protective clothing,
Respiratory devices, and
Protective shields and
barriers……
Shall be provided, used, and
maintained in a sanitary and
reliable condition wherever it
is necessary by reason of
hazards of processes or
environment, Chemical
hazards, radiological
hazards, or mechanical
irritants encountered in a
matter capable of causing
injury or impairment in the
function of any part of the
body through absorption,
inhalation or physical
contact.
7. 1910.133 Eye and Face protection
(a)(1)Ensure that each affected employee
uses appropriate eye or face protection when
exposed to eye or face hazards from:
Flying particles,
Molten metal,
Liquid chemicals, acids or caustic liquids,
Chemical gases or vapors, or potentially injurious
light radiation
8. 1910.133 Eye and Face protection
(a)(2)Ensure that each affected employee uses eye
protection that provides side protection when there
is a hazard from flying objects*
*Detachable side protectors (e.g. clip-on or
slide-on side shields) meeting the pertinent
requirements of this section are
acceptable.
9. Eye and Face Protection
Primary Protection - Personal protective equipment
when used alone provides an acceptable level of
protection.
- Safety glasses with side shields
- Safety goggles
Secondary Protection - Personal protective
equipment which does not provide an acceptable
level of protection when used alone. When wearing
secondary protection, you must also wear primary
protection.
- Face shield
-Welding helmet
10. Eye and Face Protection
Eye Protection
Safety Glasses (Primary Protection)
Goggles (Primary Protection)
Direct Vent (Protection from impact of large
particles only)
Indirect Vent (Prevents direct passage of large
particles, liquids & dusts)
Welder’s Helmet (Secondary Protection)
Face Protection
Face Shield (Secondary Protection)
Welder’s Helmet (Secondary Protection)
11. Safety Eyewear
All safety eyewear are marked.
Glasses temples and/or frame with
“Z87.1”
Prescription lens have manufacturer
etch mark.
Face Shield lens and frame with
“Z87.1”
Goggles marked “Z87.1”
13. Primary Protection
Direct Vent Goggles Indirect Vent Goggles
Vent Holes
Vent Baffles
Impact protection from large particles
only
Protection from large particles, liquids and
dusts
15. Safety Eyewear & Face Protection
Inspect safety eyewear and face protection
prior to donning.
Safety eyewear and face protection must be
clean of material and free from scratches
that impede vision.
All damaged safety eyewear and face
protection must be replaced.
Safety glasses with side shields or goggles
must always be worn under secondary eye
and face protection, e.g., face shield or
welding helmet.
16. Safety Eyewear & Face
Protection Requirements
Safety glasses with side shields must
be worn at all times when in the
manufacturing area unless in a Plant
designated exempt area
Welding helmet must be worn during
welding operations unless appropriate
alternate protection is in-place, e.g.,
welding curtains
Must also wear primary protection when
wearing a welding helmet
17. Safety Eyewear & Face
Protection Requirements
Face shield required when the potential for flying
particles and/or splashing liquids exists, e.g.,:
Operating milling, boring or drilling equipment
Grinding operations (hand-held or pedestal
mounted)
Operating spot welders which creates flying
sparks
Transferring hazardous liquids into containers
Using compressed air to clean equipment
NEVER USE AIR TO CLEAN-OFF YOUR
BODY OR CLOTHES
(Also requires primary protection to be worn)
19. Regulatory Requirements
Covers all required and voluntary
use of respiratory protection in
general industry
Requires a written program for
required
Requires employee training, medical
evaluation, and fit-testing
20. Elements of a Respiratory
Protection Program
Written operating
procedures
Proper selection of types
Training and fitting
Cleaning and disinfecting
Storage
Inspection and
maintenance
Work area surveillance
21. Effective Use of Respirators
During installation of engineering
controls
During maintenance operations
During process turnarounds
For non-routine tasks
For emergency response
At hazardous waste site operations
When other controls are inadequate
When other controls are not feasible
22.
23. 1910.135(a) General requirements
(1) Ensure that each employee
wears a protective helmet when
working in areas where there is a
potential for injury to the head
from falling objects
24. Head Protection
While hard hats are not usually
required while working in the Plant,
they must be worn by:
Personnel near or around work being
performed overhead (e.g., on
ladders, scaffolds, high lifts)
Personnel working under mezzanines
with open grate flooring.
Personnel in any work situation
where the potential for falling of
flying objects exist
25. Head Protection
Protective hats are made in the following types and classes:
Type 1 – helmets with full brim, not less than 1 and ¼ inches
wide
Type 2 – brimless helmets with a peak extending forward from
the crown.
For industrial purposes, three classes are recognized:
Class A – general service, limited voltage protection
Class B – utility service, high-voltage protection
Class C – special service, no voltage protection
26. Hard Hats Continued
The ANSI Standard referenced in these
Standards has been updated.
The current version of the ANSI standard
Z89.1 references a change in class
lettering and numbering.
Glass G (General) replaces Class A
helmets are proof tested at 2,200 volts.
Class E (Electrical), replaces Class B
helmets are proof tested at 20,000 volts.
C (Conductive) remains Class C
provides no electrical insulation; the alpha
designation did not change from the old
standard.
27. Head Protection
• Hard hats must be worn with the bill
forward.
– Protects the face and nose.
• The shell must be clean and free
from significant scratches, dents and
abrasions.
• The harness must be fully intact,
installed properly into the shell and
there must be a one-(1) inch
minimum head space between the
hard hat suspension and the inside of
the shell.
32. Ensure that each affected
employee uses protective
footwear when working in areas
where there is:
A danger or potential of foot injuries
due to falling or rolling objects, or
Objects piercing the sole, and
Where such employee's feet are
exposed to electrical hazards
1910.136(a) General requirements
33. SAFETY SHOES
♦Steel toe safety shoes are recommended for
protection from falling objects
♦Should have oil / slip resistant soles and heels
♦Durable uppers
♦Sturdy construction
♦Replace when no longer provide protection
♦Sandals and other types of open-toed shoes are
not permitted in the work area
34.
35. 1910.138(a) General requirements
Employers shall select and require employees
to use appropriate hand protection when
employees' hands are exposed to hazards
such as those from:
Skin absorption of harmful substances;
Severe cuts or lacerations;
Severe abrasions;
Punctures;
Chemical burns;
Thermal burns; and
Harmful temperature extremes
36. 36
Guidelines for Hand & Arm
Protection Use
Chemical Resistant Gloves
Wash gloves before removing
Remove first glove. Grab cuff of
second glove with bare hand and
remove glove inside-out
37. 37
Guidelines for Hand & Arm
Protection Use
Kevlar sleeves and all glove types:
Inspect for uncharacteristic wear, tears,
cracks, holes. Discard and replace if
damaged.
Chemical Resistant Gloves:
Check for holes or wear of the resistant
coating. Do the “roll-up balloon test”.
Discard and replace if damaged .
38. PPE Requirements
Hazard PPE
Dry Temperature Extremes Heavy Cotton Glove or Kevlar
Gloves and Kevlar Sleeves
Chemical Exposure
(e.g., solvents)
Chemical Resistant Gloves
(e.g., Neoprene)
Using Cutting Tools
(e.g., razor knife)
Kevlar Gloves and
Kevlar Sleeves
Sharp Objects
(e.g., metal parts)
Kevlar Gloves or
Cotton Gloves and Kevlar
Sleeves
Bumps, Scrapes, Pinch Points
(General Use)
Cotton Gloves, Leather
Glovesor Kevlar Gloves
39. 39
Additional Arm Protection Requirements
Kevlar Sleeves must be worn when:
Working on or around hot surfaces, e.g.,:
Steam and condensate lines
Heated parts washers
Operating welding units
Handling hot parts
Using cutting tools:
Razor knives
Handling or working near sharp objects or equipment:
Steel or metal parts
Wood pallets and cardboard boxes
Operating presses and die setting
40. Issue Date: 11/19/02 40
Leather Gloves
Chemical Resistant
Heavy Cotton Gloves
Light Cotton Gloves
Kevlar Gloves
43. General PPE Guidelines
Don’t wear other employee’s PPE
Don’t wear contaminated PPE
Dispose of PPE properly
Don’t take contaminated PPE into the offices, eating areas or
home
Decontaminate & store PPE properly
Wash hands prior to eating / smoking
If you are unsure about the correct PPE to wear, contact your
supervisor or Plant Safety personnel.
All employees are expected to wear the proper PPE
45. Hearing Protection
There are three types of
hearing protection – ear
muffs, earplugs and ear
caps.
Ear muffs and earplugs
provide about equal
protection, ear caps
somewhat less.
Types of Hearing Protection
earmuffs
earplugs
ear caps
46. Hearing Protection
Earplugs are made of foam,
rubber or plastic and are
either one-size-fits-all or in
sizes small, medium and
large.
Some are disposable, some
are reusable which must be
washed daily.
They are lightweight, and
require no maintenance.
They are inserted into the
ear canal.
Hearing Protection – Ear Plugs
47. Hearing Protection
All hearing protectors are
designed to reduce the
intensity (loudness) of
noise to the inner ear.
Wads of cotton, bits of
cloth, or gum stuffed in the
ear are not appropriate
protection.
Types of Hearing Protectors
Cotton doesn’t work!!
48. Hearing Protection
Foam type earplugs are one-size-fits-all and must be
inserted properly into the ear.
Inserting Foam Earplugs
Roll earplug into small cylinder first, then insert in ear.
51. Hearing Protection
It takes just a few minutes of
unprotected exposure at noise
above 85 decibels to risk
hearing damage.
Earplugs not well inserted into
the ear canal will not provide
complete protection.
Likewise, earmuffs not snug
against the head will “leak”
noise into the ear.
Proper Use of Hearing Protection
52. Hearing Protection
Hearing aids do not block out
enough sound for most
workplace noise.
Some hearing aids can actually
increase the noise level at the
ear.
Just turning off the hearing
aids will not prevent further
hearing loss from noise
exposure.
Hearing Aids Are Not Hearing Protection
53. Hearing Protection
Portable Radios/CD Players
“Walkmans” do not provide protection
from noise.
The earphones are not earmuffs and the
music only adds to background other
noise.
54. SAFETY HAS NO FINAL DESTINATION
IT IS A CONTINUOUS JOURNEY
55. REMEMBER ASK YOUR
SUPERVISOR ABOUT JOB
SPECIFIC SAFETY ISSUES
END OF THE PPE
SATY TRAINING
WE HOPE YOU
LEARNED A LOT
DURING THIS
DISCUSSION!!!
END OF THE PPE SAFETY TRAINING
Notas do Editor
I. Speaker’s Notes:
One of the most common means of protecting employee health is respiratory protection. However, there are several legal requirements that must be followed to properly use respiratory protection. This program focuses on the fundamental issues of respiratory protection as well as the basic regulatory requirements.
I. Speaker’s Notes:
Respiratory protection is included with the other standards on personal protective equipment. If you use respiratory protection, it is important that all regulatory elements be in place.
This program will include the recent revisions to the respiratory protection program.
I. Speaker’s Notes:
As with many OSHA standards, 1910.134 says that if any employees are required to wear respirators, the company must have an adequate written program. The elements in this slide are those elements that must be covered by the overall program. It is also important that respirator users and their supervisors be effectively trained in these requirements.
I. Speaker’s Notes:
Respirators should never be your first line of defense because they can be difficult to use. However, this list of situations provides a foundation for the effective use of respiratory protection.
Keep in mind that nonroutine tasks are those typically performed by the maintenance or other service organization. Each nonroutine task will vary, and it is difficult to implement engineering controls for that reason; therefore, respirators are used extensively in maintenance operations.
I.Background for the Trainer:
The Occupational Safety and Health Administration (OSHA) requires employers to administer an effective Hearing Conservation Program whenever employee noise exposure equals or exceeds an 8-hour time-weighted average (TWA) sound level of 85 decibels (29 CFR 1910.95(C)(1)).
Hand out copies of your company’s hearing conservation plan or tell the employees where or how they can obtain copies.
II.Speaker’s Notes:
Through monitoring, we have determined that some employees are exposed to occupational noise at levels where OSHA requires us to have an effective hearing conservation plan.
Our hearing conservation plan includes monitoring, employee notification and observation of monitoring, hearing testing, hearing protection, training, and recordkeeping.
This training program will cover:
Impact of workplace noise on hearing
Advantages and disadvantages of hearing protection devices
Use, care, and fit of hearing protection devices
Need for hearing testing and what to expect
“The WISHA noise regulations require that we have at least 2 types of hearing protection for you to choose from.”
“Foam earplugs are disposable and are usually discarded after a day’s use or more often in dirty environments. Some plugs are connected by a cord to prevent dropping or losing them.”
“ Re-usable plugs should be cleaned periodically in warm soap and water. Earplugs should not be handled with dirty hands. Some earplugs have little “handles” for use in dirty environments.”
“The three types of hearing protection are ear muffs, ear plugs or ear caps. Cotton or cloth or not options.”
“The technique for inserting earplugs is to pull the ear up and back, roll the earplug into a small cylinder, push it into the ear canal and hold there for a few seconds until it expands and fills the ear canal. This will provide the tightest fit and greatest protection.” [If your employees use foam type plugs, you can have them practice inserting them here.]
[demonstration or practice could be done here if foam plugs are used. A low level noise source could be included for class attendees to compare noise levels before and after inserting plugs.]
“The left picture shows plugs only partially inserted into the ear canal – a common mistake.”
“This worker is next to a generator with a noise level of 110 decibels. Unprotected overexposure here would occur in just a few minutes.”
“WISHA regulations require that we post a warning sign like this one at the entrance or perimeter of an area where the noise level is above 115 decibels.”
“Some people with hearing loss think that if they just turn off their hearing aid they will not suffer any more hearing loss since they are already deaf. More noise exposure will only make their hearing loss worse. Some of the newer digital hearing aids have detectors that can instantly turn off or turn down in high noise areas. Users of these devices should check with their audiologist or hearing aid vendor.”
“ Some people have the mistaken idea that these devices can act as hearing protection, since they do drown out quieter background sounds. But they don’t really drown out louder background noise.”