Presentation is loading. Please wait.

Presentation is loading. Please wait.

1 University of Manitoba WHMIS Revised November 2011.

Similar presentations

Presentation on theme: "1 University of Manitoba WHMIS Revised November 2011."— Presentation transcript:

1 1 University of Manitoba WHMIS Revised November 2011

2 2 W orkplace H azardous M aterials I nformation S ystem W orkplace H azardous M aterials I nformation S ystem WHMIS Stands for…

3 3 The Workplace Hazardous Materials Information System is a Canada-wide system designed to give employers and workers information about hazardous materials used in the workplace. WHMIS standards are coordinated between both Federal and Provincial governments. Manitoba Workplace Safety and Health Act and Regulations sets the WHMIS requirements. WHMIS is…

4 4 WHMIS has 3 Main Parts Labels – provide information about the hazards of the product Material Safety Data Sheets (MSDS) – provide further detailed information Education – how to use the information provided

5 Identify 6 Classes of Controlled Products Understand the Main Hazards associated with each class Recognize and understand the two types of WHMIS labels Understand how to use Material Safety Data Sheets The GOAL is…

6 6 A Controlled Product is… A Controlled Product is any substance or material which meets any of the criteria for inclusion in one or more of the six WHMIS Hazard Classes as defined in the Federal Controlled Product Regulation. Under WHMIS, there is no comprehensive list of controlled products but only a list of hazard criteria.

7 When WHMIS does not apply there may be another Act or regulation that does. WHMIS does not apply to controlled products that are: Wood or a product made of wood Tobacco or a product made of tobacco A manufactured item that will not release chemicals Products transported under the Transportation of Dangerous Goods Act – for more information regarding TDG: WHMIS Does Not Apply

8 WHMIS does not apply to products covered by: Explosives Act Food and Drugs Act Pest Control Products Act Certain products in the Hazardous Products Act Nuclear Safety and Control Act WHMIS Does Not Apply

9 WHMIS labels and MSDS are still required for: Mixtures of radioactive nuclide(s) and a non-radioactive carrier material where: The carrier material is greater than 1.0 ml / 1 g The carrier material poses a carcinogenic, toxic, reactive, or infectious hazard WHMIS Applies for For more information regarding Radiation Safety:

10 Hazard Classes & Symbols There are 6 Hazard Classes

11 Hazard Classes & Symbols Class A : Compressed Gases Risks Physical hazard (120kg) Explosive hazard Content hazard Examples CO 2 cylinders N 2 cylinders O 2 cylinders acetylene

12 Hazard Classes & Symbols Class A : Compressed Gases Handling and Use Secure cylinder upright with valve cap on when not in use Use gas specific regulator Test connections for leaks Avoid heat & ignition sources Transport using specialized cart Store in cool ventilated area

13 Hazard Classes & Symbols Class A : Liquid N 2 & Dry Ice Risks Frostbite Samples may explode Asphyxiation Handling and Use Avoid skin contact Wear insulated gloves and eye protection Store in a well ventilated room Transport securely to prevent accidental spillage Store Liquid N 2 in a vented dewar

14 Hazard Classes & Symbols Class B : Flammable & Combustible Six Subdivisions 1. Flammable gas 2. Flammable liquid 3. Combustible liquid 4. Flammable solid 5. Flammable aerosol 6. Reactive flammable material

15 Hazard Classes & Symbols Class B : Flammable & Combustible Risks Fire hazard – will burn if ignited Could ignite spontaneously Could ignite upon mixing with water or other chemicals Many are poisonous

16 Hazard Classes & Symbols Class B : Flammable & Combustible Examples 1. Flammable gas – hydrogen, methane 2. Flammable liquid [flash pt <37.8C] – gasoline, ether 3. Combustible liquid [flash pt >37.8C] – kerosene, varsol 4. Flammable solid – magnesium metal, aluminum dust 5. Flammable aerosol – propane, butane, isobutane 6. Reactive flammable material – phosphorus, sodium metal

17 Hazard Classes & Symbols Class B : Flammable & Combustible Handling and Use Avoid contact with flames, heat, & ignition sources Cap tightly for storage, vapours are flammable Avoid inhalation and skin contact Ground and bond when dispensing from 25L container Store in flammable storage cabinets if in excess of 50L Transport separate from oxidizing materials Transport securely using secondary containment

18 Hazard Classes & Symbols Class C : Oxidizing Material Risks Increase fire and explosion hazard May cause combustibles to explode or react violently May burn skin and eyes on contact Most are corrosive and poisonous Examples Peroxides Nitrates Persulfates Hypochlorites (bleach)

19 Hazard Classes & Symbols Class C : Oxidizing Material Handling and Use Wear the recommended protective equipment and clothing Store away from sources of heat and ignition Many oxidizers are shock sensitive, handle carefully Store and transport separately from flammables and organics Store in non-corroding containers Transport securely

20 20 Division 1 – Materials Causing Immediate and Serious Toxic Effects (acute) Division 2 – Materials Causing Other Toxic Effects (chronic, delayed) Division 3 – Biohazardous Infectious Material Hazard Classes & Symbols Class D : Poisonous and Infectious

21 Hazard Classes & Symbols Class D : Poisonous and Infectious Division 1 Risks Small quantities may be harmful or lethal May be toxic not only if ingested but also if inhaled or absorbed through skin or eyes Many acute toxic compounds act as carcinogens at lower levels Examples Carbon monoxide All halogens Cyanides

22 Hazard Classes & Symbols Class D : Poisonous and Infectious Division 2 Risks Materials which have harmful effects after repeated exposures or over long periods of time Damage could include: Permanent injury or death Birth defects Cancer Organ damage Sensitization and allergies Examples Asbestos Formaldehyde, benzene Ammonia

23 Hazard Classes & Symbols Class D : Poisonous and Infectious Division 3 Risks Infectious materials which may cause disease resulting in illness or death Examples Blood, tissue, and body fluids Tissue culture Experimental cultures

24 Hazard Classes & Symbols Class D : Poisonous and Infectious Handling and Use Wear protective clothing to avoid all exposures: skin, inhalation, ingestion, and injection Work in a fume hood or BSC Avoid creating dust, vapours, and aerosols Obtain appropriate immunizations Handle exterior containers as though it is contaminated Store and transport securely to prevent accidental spillage

25 Hazard Classes & Symbols Class E : Corrosive Material Risks Will burn human tissue including skin, eyes, nose mouth, throat & lungs Will corrode many lab related materials particularly metals Fumes may damage the environment Examples Strong acids & bases Hydrogen fluoride Hydrogen chloride

26 Hazard Classes & Symbols Class E : Corrosive Material Handling and Use Wear appropriate protective clothing When possible work in the fume hood Open containers slowly When diluting acids, always add acid to water Store in non-corroding containers, on non-corroding trays (secondary containers ) Store away from combustibles, organics, and sources of heat and ignition Transport separate from flammables Transport securely using secondary containment

27 Hazard Classes & Symbols Class F : Dangerously Reactive Risks May be unstable or vigorously polymerize May react with water to release a toxic or flammable gas May self-react when shocked or heated Highly reactive with incompatible materials May burn eyes and skin on contact Examples Ether Acrylates 1,3-butadiene Metal azides

28 Hazard Classes & Symbols Class F : Dangerously Reactive Handling and Use Follow MSDS recommendations for use and storage Wear protective clothing, especially eye protection Open slowly and carefully & use in fume hood Ensure lab equipment is clean and free of impurities Store away from incompatible chemicals Keep away from heat and ignition sources; avoid sudden temperature changes May require inhibitors to prevent reaction during storage Examine storage containers frequently Store & transport securely

29 29 Supplier Labels Workplace Labels U of M Waste Tag Label Types

30 Labels Supplier Labels The following must be included on a supplier label: Product Name WHMIS Symbols Risk Phrases Precautionary Measures First Aid Measures MSDS Reference Supplier Name All information must be within a hatched border

31 31 3) Symbol Labels Laboratory Supply House - Supplier Label

32 Labels Workplace Labels The following must be included on a workplace label: Product Name Safe Handling Instructions MSDS Reference

33 Must be present on: Products decanted or transferred from an original container Product where original label is lost or becomes illegible Products produced and used at the workplace You can print your own WHMIS workplace labels Labels Workplace Labels

34 Labels Workplace Labels – Hazardous Waste The following must be included on a hazardous waste label: Product Name Concentration Hazard

35 Print your own hazardous waste labels Waste Tags must: Be present on containers that do not have a correct supplier label Must list any chemical over 1% or any quantity if it poses a significant hazard Use only chemical names (no trade names, abbreviations, or formulas) Labels Workplace Labels – Hazardous Waste

36 36 Provides detailed information on the hazards of a controlled product An important element for developing safe work procedures and control measures Must be provided by the supplier, or If you have created a product, you must prepare a MSDS Risk Group 2 and higher biological agents also require a MSDS or a Pathogen Safety Data Sheet (PSDS) Material Safety Data Sheets (MSDS) Must be replaced every 3 years All MSDS must be kept for 30 years

37 MSDS Information Provided Product Information This section identifies product name, manufacturer and suppliers names, addresses, and emergency phone numbers, and the intended use of the product. Hazardous Ingredients This section lists All potentially hazardous ingredients, with the approximate amount (percent), and toxicity data for the individual ingredients. Information regarding the LD50 and LC50 (the amount of a chemical that is expected to kill 50% of a test animal population within a specified time) will also be given. The lower the value the greater the poisoning potential.

38 MSDS Information Provided Physical Data Provides information on the physical and chemical properties such as odour, boiling point, and vapour density. Fire or Explosion Hazard Data Provides the conditions under which the product may catch fire or explode, as well as information for developing strategies and procedures to deal with fire and explosion hazards. First Aid Measures Lists the procedures for emergency first aid.

39 MSDS Information Provided Reactivity Data Provides information regarding stability, self-reactivity, hazardous decomposition products, and conditions to avoid when using the product. Toxicological Properties Identifies how the substance can enter the body and the possible health effects from short term (acute) exposures such as irritation, sensitization; and long-term (chronic) such as liver or kidney damage, sensitization, cancer, or reproductive effects. Known exposure limits will also be given.

40 MSDS Information Provided Preventative Measures Provides preventive measures you can take to protect yourself from exposure including: extra ventilation, personal protective equipment (PPE), safe use, handling, storage, disposal, transport, and spill control. Preparation information Indicated who was responsible for preparation and date of preparation of MSDS. It is 3 years from this date when the MSDS needs to be renewed. Information may be labeled as Trade Secret if a claim has been filed. The information is released to medical professionals in case of emergency.

41 MSDS Example




45 MSDS Location, Location, Location

46 The University has well established guidelines and procedures to deal with hazardous waste disposal EHSO provides hazardous waste disposal services at no charge to the University faculties and departments Incorporate waste disposal into lab procedures or experiments NO disposal of Hazardous Waste is permitted down the drain or regular trash can Remember that your end point is someones starting point Refer to the EHSO webpage for details Hazardous Waste Disposal Procedures

47 If a spill occurs that poses an immediate risk to people, or if someone is injured – it is an EMERGENCY – call 555 Minor spills should be cleaned up by trained staff Spills must never be cleaned up by untrained staff Under no circumstance shall caretakers be instructed to clean up any lab spills The best time to learn about and practice cleaning up a spill is before it happens – read the MSDS EHSO is also available to assist with the cleanup of non-emergency spills beyond the capabilities of available staff Information on spills cleanup can be found on the EHSO website Spill Clean-up Chemical, Radiological, or Biological

48 Chemical Storage General Chemical Organization Organize by compatibility not alphabetically Separate each compatible group In separate cabinets or on separate shelves Or in secondary containers in same cabinet or shelf Make sure all containers are properly closed Containers must be labeled and tightly capped

49 Chemical Storage General Chemical Organization FlammablesStore in flammable storage cabinets BasesStore separately OxidizersStore separately AcidsStore in corrosive resistant acid cabinet EXCEPT: chromic, nitric, and perchloric acids which should be stored separately Glacial acetic acid should be stored as a flammable

50 Chemical Storage Potentially Explosive Chemicals Picric Acid and Nitro Compounds Dry picric acid may explode if subjected to heat, shock, or friction (opening the lid) Picric acid must be stored under wet. Some nitro compounds may have similar requirements Peroxide Forming Compounds Example ethers, dioxanes, sodium amide Peroxide formation may be initiated by light or air Peroxides are prone to explosive decomposition when subjected to heat, shock, or friction (opening the lid) Evaluate the conditions of these chemicals regularly Refer to MSDS for storage and handling requirements

51 Chemical Storage General Chemical Segregation Do Not Store:With: OxidizersFlammables Alkali metalsWater, CO 2, CO, or CCl 4 Acetic AcidChromic, nitric or perchloric acid, peroxides, permanganates, or hydroxides i.e. KOH AcetoneConcentrated sulphuric or nitric acids HypochloritesAcids ChlorineAmmonia, acetylene, butadiene, benzene, petroleum derivatives, or sodium carbides Cyanides (Alkaline)Acids Potassium chlorateAcids Chlorates (ClO 3 )Ammonium salts, acids, metal powders, sulphur, or carbon Hydrogen SulphideNitric acid H2O2H2O2 Flammables, Cu, Cr, Fe, or respective salts Chromic AcidAcetic acid, alcohol, naphthalene, glycerine, or other flammable liquids Annhydrous AmmoniaHalogens, Hg, HF, or CaClO 4 Acids (conc.)Bases (conc.)

52 Chemical Storage General Chemical Organization & Segregation Do Not: Do not place heavy materials, liquid chemicals, and large containers above eye level Do not store chemicals on the floor Do not store items in fume hoods Do not expose stored chemicals to direct heat or sunlight

53 53 As part of the Manitoba Workplace Safety and Health Act and Regulations, an inventory of chemicals is required at the University. The University provides the EHS Assistant database. It can be accessed from the EHSO website. Chemical Inventory U of M Chemical Inventory Database

54 Your supervisor or a designate is responsible for worksitespecific education that includes: Hazard information for the controlled products used at your work site Safe use, storage and handling of specific controlled products used at your work site Dealing with fugitive emissions and emergencies at your work site MSDS location

Download ppt "1 University of Manitoba WHMIS Revised November 2011."

Similar presentations

Ads by Google