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1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006
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1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

Dec 25, 2015

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Page 1: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Health & Safety Orientation and WHMIS Overview for

Chemical Engineering

January 12, 2006

Page 2: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Page 3: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Reason for the Session• Persons in authority (Employers, Professors, etc.) have

a duty to inform and train those under their supervision

to ensure their wellbeing (Safety & Health Legislation)

• This session is the beginning to this training. It will

only be on some select aspects of health and safety, for

it cannot possibly cover all the specific areas that you

are or will be doing in your future.

Page 4: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Some Safety Topics• Emergency response information• Occupational Health and Safety

Laws• Hazard Identification• Introduction to Toxicology

Terminology• Orientation to WHMIS

Regulations• Engineering Safety Controls • Exposure Control Plans• Personal Protective Equipment• Emergency Response Plans • Fire Safety - Evacuation

Procedures

• Confined Space Entry• Respiratory Safety• Lock-out, Tag-out System• Electrical Safety• Excavations & Trenching• Scaffold Safety & Fall

Protection• Ergonomics• Welding Safety• Fork Lift Safety• Transportation of Dangerous

Goods• Blood Borne Pathogen

Standards (First Aid).

Page 5: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Some Safety Topics• Emergency response information• Occupational Health and Safety

Laws• Hazard Identification• Introduction to Toxicology

Terminology• Orientation to WHMIS

Regulations• Engineering Safety Controls • Exposure Control Plans• Personal Protective Equipment• Emergency Response Plans • Fire Safety - Evacuation

Procedures

• Confined Space Entry• Respiratory Safety• Lock-out, Tag-out System• Electrical Safety• Excavations & Trenching• Scaffold Safety & Fall

Protection• Ergonomics• Welding Safety• Fork Lift Safety• Transportation of Dangerous

Goods• Blood Borne Pathogen

Standards (First Aid).

Page 6: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Some Safety Topics• Emergency response information• Occupational Health and Safety

Laws• Hazard Identification• Introduction to Toxicology

Terminology• Orientation to WHMIS

Regulations• Engineering Safety Controls • Exposure Control Plans• Personal Protective Equipment• Emergency Response Plans • Fire Safety - Evacuation

Procedures

• Confined Space Entry• Respiratory Safety• Lock-out, Tag-out System• Electrical Safety• Excavations & Trenching• Scaffold Safety & Fall

Protection• Ergonomics• Welding Safety• Fork Lift Safety• Transportation of Dangerous

Goods• Blood Borne Pathogen

Standards (First Aid).

Page 7: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Outline• Emergency Contact Information• Occupational Health & Safety Rights• Responsibilities of University, Supervisor &

Worker• Properties of Hazardous Materials & Toxicology• WHMIS.

Page 8: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Emergency Procedures &Contact Information

Fire Call 9 911 and Security at 5555

Extinguishers, pull stations and ERP

Medical / First Aid: Minor Medical => First Aid and report

Major => 9 911 Security at 5555.1/31/3

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Spills => Assess and call for help if needed Radioactive, Biological or Chemical ... = 8497

Unsafe situations or evacuation HSE Main Number .……….. = 8493

Security .……………………. = 5555.

Emergency Procedures &Contact Information

2/32/3

Page 10: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Physical, sexual or mental harassment or discrimination:Carole Pond (DHPS) @ 4936

Potential violence or violent atmosphere:Janice Lavoie (DHSE) @ 1957.

Emergency Procedures &Contact Information

3/33/3

Page 11: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Health, Safety & Environment WEB LOCATION

http://www.usask.ca/dhse

e-mail: [email protected]

Page 12: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Health & Safety Rights

Two Significant Health and

Safety Events in Canada

Page 13: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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In 1970 the Saskatchewan Occupational Health & Safety Act and

Regulations were developed

(updated in 93 & 96)

Page 14: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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In 1984 WHMIS was introduced.

Workplace Hazardous Materials Information System.

Page 15: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Occupational Health & Safety Laws Including WHMIS

• Canada has legislation to protect employee’s health and

safety and the environment

• Federal government allocates some of this responsibility to

each Province (eg WHMIS)

• Provinces have their own legislation that directs the

activities of people and organizations (eg safety orientation

& training must be provided, SOHC, employees rights)

• The regulatory bodies differ (eg WCB or DOL).

Page 16: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Employee’s Rights

All employees in Saskatchewan have three All employees in Saskatchewan have three

basic Health and Safety Rights:basic Health and Safety Rights:

• The right to The right to knowknow

• The right to The right to refuserefuse

• The right to The right to participateparticipate..

Page 17: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Employee's Right to Know• To know about the presence of hazards in the workplace

• To have access to information about the hazardous agents in the workplace (WHMIS)

• To know what safety controls are available and how to use them;– procedural (SOP, ERP)

– engineering (fume hoods etc.)

– PPE.

Page 18: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Section 23 of OHS Act states:

A worker may refuse to perform unusually dangerous work on reasonable grounds

The procedure is laid out as follows:

1) Supervisor

2) Local Safety Committee

3) Dept of Health, Safety and Environment

4) Occupational Health Committee

5) Department of Labour.

Employee's Right to Refuse

Page 19: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Employee's Right to Participate

You have the right to participate in your health and safety program (via election).

Page 20: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Health & Safety Responsibilities

Page 21: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Responsibilities of the University

• employee training (general)

• hazard assessment and audits

• engineering controls (fume hood maintenance etc.)

• training and supervision are provided

• general compliance requirements.

Page 22: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Responsibilities of the Supervisor or Principal Investigator employee training (site specific)

first step in resolving concerns

safety controls provided: SOP, ERP,ECP, PPE

proper supervision

registration or permit in place

meet general compliance requirements.

Page 23: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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comply with OH&S Act & Regulations comply with University Codes & Standards participate in training apply knowledge & use safety equipment

provided.

Responsibilities of the Employee

1/21/2

Page 24: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Responsibilities of the Employee

follow ECP, SOP & ERPs that are in place work in a responsible manner PPE is used and maintained appropriately training and supervision are followed notify their supervisors about unsafe acts

and conditions.2/22/2

Page 25: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Statutory OccupationalHealth Committee

One with overall responsibility

Requirement of the Act & Regulations

Minutes are public and go to DOL

Review accidents, policies and procedures

Provides legislative mechanism to address

unresolved OH&S concerns.

Page 26: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Local Safety CommitteesThere are 24 committees designated as Local Safety Committees.

They form an important role in workplace safety.

They:

Address local safety issues

Send minutes to the statutory committee for review

Have a representative from DHSE.

Page 27: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Any Questions?

Page 28: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Properties of Hazardous Materials and Toxicology

Page 29: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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MSDS Terminology LDLD5050 (mg/Kg): (mg/Kg): LLethal ethal DDoseose

Page 30: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Agent LD50 (mg/Kg)

70 Kg (g)

Acetic Acid 3000 210

Sodium Chloride 2400 168

Ethanol 2000 140

Arsenic 800 56

Methanol 642 45

Cyanide 5 0.35

Botulinum Toxin 0.0002 or 2E-04

0.000014 14E-06

Let’s Look at Some Materials

Page 31: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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MSDS Terminology LDLD5050 (mg/Kg): (mg/Kg): LLethal ethal DDoseose

LCLC5050 (ppm): (ppm): LLethal ethal CConcentrationoncentration

TLV-TWA : 8 hour day/40 hour weekTLV-TWA : 8 hour day/40 hour week TLV-STEL: 15 minutesTLV-STEL: 15 minutes TLV-C: Never ExceededTLV-C: Never Exceeded OT: Odour ThresholdOT: Odour Threshold UEL (LEL): Upper (Lower) Explosion LimitUEL (LEL): Upper (Lower) Explosion Limit Acute: Occurs immediately or after a single doseAcute: Occurs immediately or after a single dose Chronic: Due to long term exposure or after a long time.Chronic: Due to long term exposure or after a long time.

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Relative Hazard Potential

One can get a relative hazard potential by using the One can get a relative hazard potential by using the LD50 or LC50 LD50 or LC50

(acute) but you have to look at the following as well :(acute) but you have to look at the following as well :

Chronic Toxicity - Long Term EffectsChronic Toxicity - Long Term Effects

Does it target or accumulate in a systemDoes it target or accumulate in a system

Physical propertiesPhysical properties

Identifying how it will be used.Identifying how it will be used.

Page 33: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

Properties that Increase Hazard

Boiling Point Boiling Point LowLow

Vapour Pressure Vapour Pressure HighHigh

Odour Threshold Odour Threshold > TLV> TLV

Flash Point Flash Point LowLow

Lower Explosion Limit Lower Explosion Limit LowLow

Flammability RangeFlammability Range Large Large

Targets Certain Systems / ToxicTargets Certain Systems / Toxic

Other PropertiesOther Properties Explosive, Carcinogenic etc.Explosive, Carcinogenic etc.

Page 34: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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WHMIS =WHMIS =

WWorkplaceorkplace

HHazardousazardous

MMaterialaterial

IInformationnformation

SSystemystem

Page 35: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Salient Points to Regulations & WHMIS

• Inventory Required - OHS Reg 303

• MSDSs must be available to all employees - OHS Reg 327

• All “Controlled Products” must be labeled - OHS Reg 319

• Employees must receive training

General safety orientation - OHS Reg 22

Site specific safety orientation - OHS Reg 19

Interpretation of hazard information - OHS Reg 318.

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Exclusions Under WHMIS• The Food and Drug ActThe Food and Drug Act• The Pest Control Products ActThe Pest Control Products Act• Hazardous WastesHazardous Wastes• Consumer Products, Wood Products, Consumer Products, Wood Products,

Tobacco & Manufactured Articles Tobacco & Manufactured Articles • The Explosives ActThe Explosives Act• The Atomic Energy Control Act.The Atomic Energy Control Act.

Page 37: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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WHMIS 3 Main Points

• Training: Training: To do job safely and how WHMIS worksTo do job safely and how WHMIS works

• Labeling:Labeling: Identify the hazards in the workplace Identify the hazards in the workplace

• MSDS: MSDS: Available for hazardous materials, know Available for hazardous materials, know

where they are and what is on them.where they are and what is on them.

Page 38: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Hazard Identification System

• SymbolsSymbols

• Supplier LabelsSupplier Labels

• Workplace LabelsWorkplace Labels

• MSDS – Material Safety Data Sheet.MSDS – Material Safety Data Sheet.

Page 39: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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WHMIS Symbols, Classes and Divisions

ClassClass

DivisionDivision

SymbolSymbol

AA BB CC DD DD DD EE FF

1- 61- 6 11 22 33

Page 40: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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WHMIS Classes A, B & C

A Compressed Gas A Compressed Gas

B Flammable or CombustibleB Flammable or Combustible(Divisions 1 through 6)(Divisions 1 through 6)

C Oxidizing MaterialC Oxidizing Material

Page 41: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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WHMIS Classes D1, D2 &D3

D1 Toxic D1 Toxic

D3 BiohazardD3 Biohazard

D2 Long Term Toxic effectD2 Long Term Toxic effect

Page 42: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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WHMIS Classes E & F

E Corrosive - Acid or BaseE Corrosive - Acid or Base

F Reactive - Water or AirF Reactive - Water or Air

Page 43: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Supplier Label

Provided by Provided by

the Supplierthe Supplier

9 9

requirements:requirements:

1. Hatched Border

2. Product identifier

3. Risk phrases

4. Precautionary measures

5. First Aid

6. Supplier identification

7. Hazard Symbols

8. Reference to MSDS

9. Bilingual.

In all cases, the Label name and the MSDS name must be identical

Page 44: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Supplier Label

TOLUENE SULFONIC ACIDABC Chemicals123 Chemical DriveChemical City1-800-CHE-MICAL

Refer to Material Safety Data Sheet

FRANCAIS AU VERSO

RISK PHRASES:Highly irritating to skin, eyes, and noseHEALTH HAZARD DATA:Strong Acid: Treat as sulphuric acidEFFECTS OF OVEREXPOSURE: ACUTE

PRECAUTIONARY MEASURES:PERSONAL PROTECTIVE EQUIPMENTEYE: Face shield and gogglesGLOVES: RubberOTHER CLOTHING AND EQUIPMENT: Rubber apron, rubber boots

FIRST AID:EYES: Flush with water for 15 minutes. Consult with physicianSKIN: Flush with water as per sulphuric acidINGESTION: Treat as per sulphuric acid. Consult with physician

Page 45: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Workplace Label – ANY FORMAT

Provided by Provided by

knowledgeable knowledgeable

employees using employees using

the materialthe material

Allowed on any Allowed on any

amountamount

3 requirements:3 requirements:

1. Product identifier

2. Risk phrases

3. Reference to

MSDS

Page 46: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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Workplace Label – ANY FORMAT

Refer to Material Safety Data

Sheet

3311

Precautions:Precautions:Use in well ventilated areaUse in well ventilated area

Avoid contact with skin Avoid contact with skin and eyesand eyes

Keep away from spark and Keep away from spark and flameflame

22Methyl Alcohol

Page 47: 1 Health & Safety Orientation and WHMIS Overview for Chemical Engineering January 12, 2006.

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9 Section Canadian MSDS

Sec 1. Product InformationName, CAS Number, PIN Number,Manufacturer information

Sec 2. Hazardous Ingredients

Identifies hazardous ingredients

by name and fraction with LD50/LC50

Sec 3. Physical Data Bp, Vp, Bp, Vd, SpGr, pH

Sec 4. Fire & Explosive Data Fp, LEL, UEL, means of extinction

Sec 5. Reactivity DataStability, incompatibility, reactivity

Sec 6. ToxicologyCarcinogenicity, Reproductive

Toxicity, Teratogenicity, Mutagenicity

Sec 7. Preventative MeasuresHandling Procedures, Engineering

Controls, PPE

Sec 8. First Aid Measures

What to do when….

Sec 9. Preparation Date & Signature

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16 Section ANSI MSDS United States (International)

Sec. 1. Chemical Product & Company InformationSec. 2. Composition/Information on IngredientsSec. 3. Hazards IdentificationSec. 4. First Aid MeasuresSec. 5. Fire Fighting MeasuresSec. 6. Accidental Release MeasuresSec. 7. Handling and StorageSec. 8. Exposure Controls/Personal ProtectionSec. 9. Physical and Chemical PropertiesSec. 10. Stability and ReactivitySec. 11. Toxicological InformationSec. 12. Ecological Information Sec. 13. Disposal Considerations Sec. 14. Transport InformationSec. 15. Regulatory Information Sec. 16. Other Information

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Have a Safe Work Experience

Any Questions ?

Any Questions ?