This document discusses industrial safety and personal protective equipment (PPE). It defines industrial safety as activities to reduce, control, and eliminate hazards from industries. The objectives are to prevent accidents, eliminate work stoppages, and promote employee morale. Material safety data sheets (MSDS) provide chemical identification and hazard information. PPE like eye protection, head protection, hand protection, foot protection, and respiratory protection are important to protect workers from hazards and injuries on the job.

1. PRESENTED BY: VINAY .R
1ST YEAR
M.PHARM
DEPT. OF PHARMACHEMISTRY
INDUSTRIAL SAFETY

2. Contents :
 Introduction to Industrial Safety.
 Objectives of Industrial Safety.
 MSDS.
 NEPA Chemical Hazard Label.
 PPE.

3. Industrial Safety
Industrial safety is primarily a management activity
which is concerned with
 Reducing the hazards
Controlling the hazards
Eliminating hazards from the industries or industrial
units.

4. Objectives
 To prevent accidents in the plant by reducing the
hazard to minimum.
 To eliminate accident caused work stoppage and
lost production.
 To evaluate employee's moral by promoting safe
work place and good working condition.

5. MSDS ( Material Safety Data Sheet )
 A MSDS is a document which discusses all the
information of the material related to its
identification, Hazards, Handling/Storage
requirement, First Aid measures, Disposal
information.

6. Material Safety Data Sheet
 STANDARDIZED FORMAT, ( ANSI ).
ANSI Standardized MDSD consist of 16
sections with standard titles.
 NON-STANDARDIZED FORMAT.
This format varies from company to company.

7. Material Safety Data Sheet
16 SECTION STANDARD MSDS
1. Chemical product and Company Identification.
2. Composition, Information or Ingredients.
3. Hazard Identification.
4. First Aid Measures.
5. Fire-Fighting Measures.
6. Accidental Release Measures.
7. Handling and Storage.
8. Exposure Controls and Personal Protection.

8. Material Safety Data Sheet
9. Physical and Chemical Properties.
10. Stability and Reactivity.
11. Toxicological Information.
12. Ecological Information.
13. Disposal Considerations.
14. Transport Information.
15. Regulatory Information.
16. Other Information.

9. Material Safety Data Sheet
1. Chemical product and Company Identification.
This section links the chemical name on the
label to the MSDS. The MSDS also lists the name,
address and the phone number of the company,
manufacturer or distributer who provides the
chemical.

10. Material Safety Data Sheet
2. Composition, Information or Ingredients.
This section identify all the hazardous
ingredients of the material. This section may also
include OSHA ( occupational safety and health
administration).

11. Material Safety Data Sheet
3. Hazard Identification.

12. Material Safety Data Sheet
4. First Aid Measures.
This section describes
possible first aid
procedures for each route
of entry. The procedure is
easily understand by every
individual.

13. Material Safety Data Sheet
5. Fire-Fighting Measures.
This section describes information on the fire and
explosive properties of the material, extinguishing
items and general fire-fighting instructions.

14. Material Safety Data Sheet
6. Accidental Release Measures.
This section gives information on how to
respond when a material spills, leaks or is
released into the air. This information include
how to slow the problem by using different
equipments that may required for protection.

15. Material Safety Data Sheet
7. Handling and Storage.
This section discusses information on
handling and storage of the materials. General
warning to prevent overexposure, handling
procedure and hygiene instruction to prevent
continued exposure.

16. Material Safety Data Sheet
8. Exposure Controls and Personal Protection.
This section discusses the necessary
personal protective should be considered for
eye, face, skin protection that
would help to
reduce exposure
to the material.

17. Material Safety Data Sheet
9. Physical and Chemical Properties.
Information about physical and chemical
property of material.

18. Material Safety Data Sheet
10. Stability and Reactivity.
This section discuss chemical stability,
conditions to avoid, incompatibility with other
materials.

19. Material Safety Data Sheet
12. Toxicological Information.
This section discuss data used to determine the
hazards that are given in section 3 “ Hazard
Identification”.

20. Material Safety Data Sheet
12. Ecological Information.
This section helps to determine environmental
impact should the material ever be released into the
environment.

21. Material Safety Data Sheet
13.Disposal
Considerations.
This section gives
information the proper
disposal of the material or
recycling the material.

22. Material Safety Data Sheet
14. Transport Information.
This section is designed to give basic shipping
information.

23. Material Safety Data Sheet
15. Regulatory Information.
This section discusses information on the
regulations under the materials falls.
Example: OSHA (Occupational Safety and Health
Administration)
TSCA (Toxic Substance Control Act.)

24. Material Safety Data Sheet
16. Other Information.
This section include any other important
information concerning the material like Risk
factor, Safety factor.

25. Material Safety Data Sheet
 NEPA Chemical Hazard Label.

26. Material Safety Data Sheet
 Health (blue)
4 Danger
May be fatal on short exposure. Specialized protective
equipment required.
3 Warning
Corrosive or toxic.
Avoid skin contact or irritation.
2 Warning
May be harmful if inhaled or absorbed.
1 Caution May be irritant.
0 No unusual hazard.

27. Material Safety Data Sheet
 Flammability (Red)
4 Danger Flammable gas or extremely flammable
liquid.
3 Warning Flammable liquid flash point below 100
degree F.
2 Caution Combustible liquid flash point of 100-200
degree F.
1 Combustible if heated.
0 Not combustible.

28. Material Safety Data Sheet
 Reactivity (Yellow)
 Special Notice Key (White)
4 Danger Explosive material at room temperature.
3 Danger
May be explosive if shocked, heated under
confinement or mixed with water.
2 Warning
Unstable or may react violently if mixed with
water.
1 Caution
May react if heated or mixed with water but not
violently.
0 Stable Not reactive when mixed with water
W Water Reactive
Oxy Oxidizing agent

29. Personal Protective Equipment
 Personal protective
equipment or PPE is
protective equipment
used for work-related
occupational health and
safety purposes.

30. Personal Protective Equipment
 Why is PPE important?
PPE is designed to protect the worker’s body
from hazards and injuries such as blunt impacts,
electrical hazards, heat, chemicals, and infection, etc.

31.  What Do I Wear ?
 All employees, depending on their jobs, are required to
co-operate in the strict observance of safety legislation,
regulations, guideline policies and procedures at all time.
 This includes wearing safety shoes, hearing protection, goggles,
gloves, helmets, etc.
 Depending on their jobs, employees are required to wear all
PPE while they are in the manufacturing plant.

32. What does Personal Protective Equipment
Include ?
 Eye & Face Protection
 Head Protection
 Hand/Skin Protection
 Body Protection
 Hearing Protection
 Foot Protection
 Respiratory Protection

33. Eye & Face Protection
Eye and face protection is used to Protect eyes from
hazards from:
 Airborne particles
 Liquid chemicals
 Molten metals
 Light radiation
 Dust
Goggles face shields

34. Hearing Protection
 Injuries to the head are
very serious. For this
reason, head protection
and safety are very
important .

35.  Types of Head hazards
 Impact
 Electric shock
 Drips
 Types of Head PPE
Class A Hard Hat
Class B Hard Hat
Class C Hard hat
Bump Cups

36. Hand/Skin Protection
Why is Hand Protection Important?
 It has been estimated that almost 20% of all
disabling accidents on the job involve the hands.
 Without your fingers or hands, your ability to
work would be greatly reduced.

37. Types of Hand Hazards
 Mechanical Injuries
 Contact Injuries
 Repetitive Motion Injuries

38. Foot Protection
 Types of Foot Hazards
 Impact Injuries
 Electrical Shocks
Extremes in Cold, Heat, and Moisture
 Slipping

39. Body Protection
TYPES OF BODY HAZARDS
Temperature stress
Chemical Contact
Radiation

40. Respiratory Protection
 Respirators can be used for protection from contaminants in
the air. This is only if other hazard control methods are not
practical or possible under the working conditions.

41. Reference
 http:/ /ae.linkedin.com/pub/nadeem-
baig/14/68a/515
 http:/ /www.ccohs.ca/oshanswers/prevention/
 http:/ /www.flickr.com/
 http:/ /www.slideshere.net/