PptxGenJS Presentation

[Virtual Presenter] Welcome to our WHMIS 2015 and GHS regulations training video. This training aims to provide you with the necessary knowledge and skills to safely handle hazardous materials in the workplace. Throughout this hour, we will cover the key aspects of WHMIS 2015, which is Canada's system for communicating workplace hazards. This includes important topics such as labeling, navigating safety data sheets, and educating workers. We will also discuss the specific requirements for WHMIS 2015 and GHS compliance at the federal and provincial levels. By the end of this training, you will have a comprehensive understanding of hazard symbols, SDS navigation, and emergency response procedures. Our training will be led by TradeCerts and will incorporate content from the Government of Canada, ensuring that you receive accurate and current information. Let's now begin our first topic: understanding WHMIS 2015 and GHS regulations in Canada. Thank you for joining us, and let's get started..

[Audio] This training video focuses on safely handling hazardous materials in the workplace. The main topic is the Safety Data Sheet (SDS), which provides important information in a 16-section format for easy access. The 16 sections are divided into three key areas, with critical information listed first, followed by other important details and regulatory requirements. The first four sections are for emergency response, which is crucial for quick access in case of an emergency involving hazardous materials. The remaining sections cover handling, storage, personal protection measures, and other important details for the specific substance. These sections are important for the safety and well-being of those working with hazardous materials. The final sections include ecological, disposal, transport, and regulatory requirements, which are essential to understand and adhere to in order to prevent harm to the environment and comply with regulations. This training, provided by TradeCerts in collaboration with the Government of Canada, will equip you with the necessary knowledge and skills to handle hazardous materials in the workplace. By understanding WHMIS 2015 and GHS regulations, you will be able to handle any hazardous material situation safely and effectively. More valuable information will be presented in the remaining sections of this presentation..

[Audio] Slide 3 of our presentation covers the background and timeline of WHMIS 2015 and its alignment with the Globally Harmonized System (GHS) for hazard communication. WHMIS, which stands for the Workplace Hazardous Materials Information System, has been a crucial tool for worker safety for over 30 years. Its purpose is to provide consistent labeling and documentation to ensure workers are aware of the risks and can take appropriate safety precautions. In 2015, WHMIS was updated to align with GHS, standardizing hazard classification and communication elements across different countries. This allows for safer international trade and maintains safety standards for Canadian workers. The transition to the updated WHMIS 2015 standards took place from 2015 to 2018, providing businesses with a phased implementation timeline to comply with the new standards. By providing crucial information and standardizing communication, WHMIS aims to improve workplace safety and ensure access to important information about hazardous materials. For more information, please continue to the next slide..

[Audio] This training will cover important information on safely handling hazardous materials in the workplace by focusing on the key elements of WHMIS 2015 and GHS regulations. The training will be led by TradeCerts and incorporate content from the Government of Canada. Slide number four discusses the alignment with GHS. The Globally Harmonized System (GHS) provides a standardized approach to classifying hazardous materials, ensuring global consistency. This is particularly beneficial for businesses that operate internationally, as they will have the same criteria for identifying and communicating hazards. Key features of GHS include hazard classification, which helps us understand the level of risk associated with a specific chemical. This information is communicated through warning labels, providing clear and easy-to-understand information about potential hazards. GHS also requires readily available safety data sheets for all hazardous materials, providing important information on the product, including potential hazards, safety precautions, and emergency response procedures. This ensures that workers have easy access to vital safety information. In addition, precautionary statements are in place for risk management, helping us understand the potential risks associated with a hazardous material and how to effectively manage them. The implementation of GHS in our workplace has many benefits, such as enhancing safety practices, improving risk communication, allowing for clearer hazard identification, and promoting effective risk management to ensure the safety of workers. Thank you for watching this portion of our training, and we hope you found it informative and helpful in understanding the importance of aligning with GHS. Stay tuned for more important information on WHMIS 2015 and GHS regulations in the upcoming slides..

[Audio] WHMIS, or the Workplace Hazardous Materials Information System, is an essential aspect of workplace safety in Canada. Its introduction in 1988 aimed to provide workers with crucial information on hazardous materials they may encounter on the job. In 2015, WHMIS underwent a significant update to align with the Globally Harmonized System (GHS) for chemical classification and labeling. This aligning has led to a more consistent and effective approach in communicating hazards internationally. The system continues to evolve with international standards, ensuring workers have the most up-to-date information for their safety. This progress is made possible through the collaborative efforts of suppliers, employers, supervisors, and workers themselves. Suppliers, such as manufacturers, importers, and distributors, hold a critical role in WHMIS. They are responsible for classifying hazardous products, creating compliant labels, and developing Safety Data Sheets (SDS). Their responsibility is to communicate accurate hazard information with all products they sell or import. Employers and supervisors have the duty of ensuring that all hazardous products are correctly labeled, SDSs are accessible to workers, and providing education and training on hazards and safe work procedures. This also includes implementing specific workplace training and controls to address potential hazards. Furthermore, workers and joint Health and Safety committees have a significant contribution to WHMIS. Workers must participate in training, follow safe work procedures, and report any hazards. Joint Health and Safety committees play a crucial role in identifying hazards, investigating incidents, and ensuring WHMIS compliance through regular workplace inspections. By collaborating, all parties involved in WHMIS can reap the benefits it provides, resulting in a safer and healthier workplace for all. Thank you for watching and please continue on to the next part of our training..

[Audio] The main goal of WHMIS is to safeguard workers and decrease the likelihood of illness and injury caused by coming into contact with dangerous substances. This is accomplished by raising awareness among workers about the potential hazards associated with the materials they interact with in their workplace. Additionally, WHMIS contributes to reducing chemical-related health issues by enhancing understanding of the risks. By implementing standardized hazard communication across all Canadian workplaces, WHMIS ensures consistent labeling and information sharing. This improved hazard communication also facilitates faster emergency response in the case of an accident, as workers will have easy access to vital safety information..

[Audio] The Workplace Hazardous Materials Information System aims to safeguard workers and minimize the possibility of illness and injury caused by exposure to dangerous materials. It provides essential information to workers about these materials, ensuring that they are fully aware of their associated risks. Key elements of WHMIS include ongoing training for workers on how to safely handle hazardous materials, detailed technical information on the hazards and safe handling of specific products, visually recognizable symbols that convey the type of hazard, and product identification and hazard warnings. Together, these components equip workers with the necessary knowledge and resources to protect themselves when working with hazardous materials..

[Audio] The Hazardous Products Act (HPA) in Canada regulates hazardous products. Suppliers must classify their products and label them accordingly, as well as create safety data sheets. Understanding the HPA can help organizations comply with regulations and reduce risks associated with hazardous products. The Occupational Health and Safety Acts (OHSA) outline the responsibilities of employers and workers in maintaining a safe workplace through proper training, equipment, and procedures. Complying with the OHSA demonstrates an organization's commitment to worker safety. The Hazardous Products Regulations (HPR) provide specific guidelines for suppliers on product classification, labeling, and safety data sheets, ensuring proper handling and storage of hazardous products to protect workers from harm. Overall, the HPA, HPR, and OHSA work together to create a comprehensive system for managing hazardous products in Canadian workplaces, with a focus on compliance and responsible practices..

[Audio] This training video discusses the safe handling of hazardous materials in the workplace. Employers play a crucial role in ensuring the safety of their workers and have specific responsibilities. These include providing thorough training on hazards and safety procedures, maintaining proper workplace labels on all containers, keeping safety data sheets easily accessible, and supplying appropriate personal protective equipment. It is both a legal and moral responsibility for employers to follow these guidelines and they are also protecting the health and safety of their workers. Let's move on to the next slide to learn more about WHMIS 2015 and GHS regulations..

[Audio] It is necessary to include CAS numbers when listing hazardous ingredients, especially if they exceed concentration thresholds. Proprietary additives should also be revealed, regardless of their concentration levels being below certain thresholds, in order to comply with confidentiality claims..

[Audio] In this training video on hazardous material safety, we will discuss the important responsibilities of workers in regards to workplace safety. As we have previously mentioned, mishandling of hazardous materials can pose a serious risk to our health and safety. Therefore, it is crucial for workers to receive proper training to understand the hazards in their work environment. This is the primary responsibility of workers. In addition to training, workers must also use the required personal protective equipment (PPE) correctly to ensure their safety. This includes wearing appropriate gloves and protective clothing while handling hazardous materials, as well as using respiratory and eye protection when necessary. Furthermore, workers must strictly adhere to all safe work procedures and protocols. These procedures are put in place to minimize the risk of accidents and create a safe working environment. It is the responsibility of workers to follow these procedures to ensure their own safety and that of their colleagues. It is also critical for workers to immediately report any hazards or safety incidents to their supervisors. Reporting in a timely manner can prevent further harm and maintain a safe work environment. In the following slide, we will discuss SDS section 4, which covers important first-aid measures in case of exposure to hazardous materials. It is essential for workers to be familiar with these measures as they could potentially save lives. In case of inhalation, using respiratory protection is crucial to prevent harmful effects on the lungs. For skin exposure, appropriate gloves and protective clothing must be worn, and for eye exposure, eye protection is necessary when dealing with chemicals. Thank you for watching this video and we hope you have gained valuable knowledge and skills for handling hazardous materials safely at work. This training has been provided by TradeCerts and incorporates content from the Government of Canada. Thank you and have a safe work day..

[Audio] "Section 5 of our training, covering fire-fighting measures for handling hazardous materials, will be discussed on slide number 12. It is essential to have knowledge and skills to handle these materials safely in the workplace. The training, provided by TradeCerts and incorporating Government of Canada content, will prepare you for potential hazards. Suitable extinguishing media including foam, dry chemical, and CO₂ will be covered first, as they are effective in extinguishing fires caused by hazardous materials. It is important to avoid using water jets as they can spread the fire. In the event of a fire, toxic gases and smoke may be produced, making it crucial to have proper protection. Fire-fighters should wear self-contained breathing apparatus (SCBA) and protective gear to prevent exposure to hazardous combustion products. Safety should always be the top priority when handling hazardous materials. Let's move on to the next slide.".

[Audio] Slide 13 will discuss the key elements of WHMIS 2015 and GHS regulations. WHMIS stands for Workplace Hazardous Materials Information System and is Canada's hazard communication standard. It is essential for workers to have a basic understanding of WHMIS to handle hazardous materials safely at work. One of the key elements of WHMIS is the classification of hazardous materials into three categories: physical hazards, health hazards, and biohazardous materials. These categories help identify the risks associated with a material and determine necessary precautions. Physical hazards include flammable, explosive, or otherwise dangerous materials that may cause fires or explosions. It is crucial to handle these materials with caution and follow proper storage and handling procedures. Health hazards include toxins, carcinogens, and corrosives that can cause adverse health effects. Understanding and following necessary safety measures is crucial when handling these materials. Biohazardous materials are a unique category in the Canadian WHMIS system and include infectious agents and biological toxins that can cause disease. This is an important addition to the global GHS system and emphasizes the need for proper handling and protection. A good understanding of these hazard classes is vital for safely handling and storing hazardous materials in the workplace. The next key element is personal protection and evacuation in case of a spill or release. It is important to wear appropriate personal protective equipment and evacuate non-essential personnel. The next step is containment and cleanup, which involves creating a barrier around the spill and collecting it with inert material in a properly labeled container. This helps prevent the spread of the hazardous material and minimizes the risk to workers and the environment. Finally, it is vital to follow proper protocols for disposing of hazardous materials and report any incidents to the appropriate authorities..

[Audio] This training video will cover the safe handling of hazardous materials in the workplace. We will focus on the key elements of WHMIS 2015 and GHS regulations related to physical hazards. Physical hazards can cause harm through fire, explosion, or pressure. On this slide, we will discuss four types of physical hazards: flammable gases/liquids, explosives, oxidizers, and gases under pressure. Flammable gases and liquids, like gasoline and propane, can easily catch fire. Explosives such as dynamite and TNT can explode under certain conditions and must be handled with extreme caution. Oxidizers, like oxygen tanks and chlorine, can cause or intensify fires. Gases under pressure, such as helium and nitrogen tanks, can cause explosions or cold burns. To ensure safety, it is important to follow recommended handling tips and avoid eating or drinking in designated work zones. Proper storage is also crucial, and hazardous materials should be stored in a cool, dry, and well-ventilated area away from incompatible materials and sources of ignition. These precautions will help prevent accidents and ensure a safe work environment. In conclusion, physical hazards can have serious consequences, so it is important to be aware of them and follow safety guidelines for handling and storage..

[Audio] Slide number 15 of our training focuses on the safe handling of hazardous materials in the workplace. This section discusses the types of health hazards and the importance of recognizing and protecting against them. The first type of hazard is carcinogens, which are substances that have the potential to cause cancer. Some common examples include asbestos and benzene. It is important to be aware of these substances and take proper precautions to avoid exposure. Reproductive toxins are another potential hazard that can harm both the reproductive system and fetal development. Lead and mercury are two well-known examples. It is imperative to be cautious and protect against these hazards, especially for pregnant individuals in the workplace. Sensitizers are substances that can cause allergic reactions with repeated exposure, such as isocyanates and latex. It is essential to be aware of these substances and take necessary steps to prevent allergic reactions. Corrosives are substances that can cause damage or destruction to living tissue upon contact, such as strong acids and bases. It is crucial to handle these substances with caution and use appropriate personal protective equipment. To protect against these hazards, it is important to recognize and assess the risks associated with the hazardous materials in the workplace. Based on the risk assessment, appropriate measures must be taken, such as using local exhaust ventilation, wearing chemical-resistant gloves and respirator, or implementing engineering controls like hoods and enclosures. The safety and well-being of workers should always be the top priority. By being knowledgeable and taking proper precautions, we can create a safe and healthy working environment. Thank you for watching slide number 15. Let's continue to the next section of our training..

[Audio] We will now discuss a case study on interpreting an SDS excerpt, focusing on the storage temperature of a hazardous material, specifically Acetone. As stated in the SDS, the storage temperature should not exceed 25°C to prevent a fire risk due to Acetone's high flammability. To control this risk, proper engineering controls, including a local exhaust hood, should be installed to remove harmful vapors at the source. Let's apply our knowledge in a scenario where we need to handle a 50 L container of Acetone in a lab. It is crucial to refer to the SDS and follow recommended safety measures to ensure the safety of yourself and others. This case study highlights the importance of proper handling and storage procedures for hazardous materials and the potential consequences of not following them. As we continue with this training, we will further discuss key elements of WHMIS 2015 and GHS regulations and how TradeCerts, incorporating Government of Canada content, can equip you with the necessary knowledge and skills to handle these materials safely..

[Audio] Slide number 17 out of 24. This section discusses the visual representation of hazard categories and how to interpret them. The slide features a visual scale from 1 to 5, with icons representing decreasing levels of risk. The eye icon represents category 1 hazards, which pose the highest risk and require strict controls and precautions. Category 2 hazards are denoted by the thermometer icon and still require careful handling and safety measures. Categories 3 and above, indicated by the test tube, flame, and water drop icons, have lower risk levels but still require proper safety measures. This visual scale helps understand the relative risk levels of different hazards in the workplace. It's important to remember that the properties of chemicals can change under different conditions, affecting their risk levels. To anticipate hazards and implement appropriate controls, consult this section before handling unfamiliar chemicals. It's also necessary to refer to Safety Data Sheets (SDS) for full details. Let's move on to the next section..

[Audio] This section discusses the WHMIS pictograms and their role as a visual language for identifying hazardous materials without the use of words. The 10 standard WHMIS pictograms are easily recognizable by their red diamond borders and are consistent across Canada. It is important for workers to familiarize themselves with all of them to ensure workplace safety. Each pictogram is linked to specific hazard classes, allowing workers to take appropriate precautions. It is crucial for workers to memorize all the symbols to comply with WHMIS and GHS regulations. Moving on to section 10, we will be covering stability and reactivity. It is important for workers to understand chemical stability and potential reactions under specific conditions to prevent incidents. By understanding this, workers can properly store, handle, and respond to emergencies. The WHMIS pictograms also aid in risk identification and choosing protective measures. They align with the GHS and have red diamond borders and black symbols. To maintain a safe work environment, workers must memorize all 10 pictograms and understand stability and reactivity. Thank you for listening, and we look forward to the next section..

[Audio] This section will cover the toxicology of hazardous materials. It is crucial to understand and be aware of the potential harmful effects of these materials in order to safely handle them in the workplace. The main route of exposure for these materials is through inhalation, which means that breathing in the material is the most critical way it can enter the body. When coming into contact with these materials, individuals may experience acute effects, such as severe skin burns or damage to the eyes. Therefore, it is essential to take necessary precautions and avoid direct contact with these materials. Additionally, it is important to note the potential long-term effects, as some of these materials are classified as suspected carcinogens and have the potential to cause cancer. Thus, it is crucial to handle these materials with caution and follow safety protocols. It is also important to understand which organs may be targeted by these materials, with the respiratory system being particularly vulnerable. Exposure to these materials can lead to damage and long-term health issues. In conclusion, having a thorough understanding of toxicology and the potential risks of hazardous materials is crucial for safely handling and storing them in the workplace..

[Audio] In this presentation, we will be discussing the recognition rates for different WHMIS pictograms, which are used to communicate hazards in the workplace and ensure worker safety. The most recognized pictogram is the skull and crossbones, with a 95% recognition rate, indicating a serious health hazard. Other symbols, such as the health hazard, exclamation mark, biohazard, and environment, also have high recognition rates, ranging from 78% to 91%. This is a result of incorporating Government of Canada content in the training, providing workers with the necessary knowledge and skills to handle hazardous materials safely. It emphasizes the importance of using clear, well-recognized symbols to effectively communicate safety information. While optional, sections 12-15, including ecological, disposal, and transport information, play a crucial role in environmental protection, proper waste management, safe transportation, and regulatory compliance. For example, eco-toxicity data and proper waste management are essential for protecting the environment, while the UN number and shipping class are important for safe transportation and regulatory compliance. It is important for workers to be aware of these sections for the sake of safety and compliance. Finally, we will discuss the proper use and handling of hazardous materials, providing practical tips and guidelines for safe and efficient work. Thank you for your attention and commitment to workplace safety..

[Audio] Slide number 21 is part of our comprehensive training on the handling of hazardous materials in the workplace. This section focuses on the key pictogram categories used to communicate hazards on chemical labels and safety data sheets. These categories are an important aspect of understanding and safely handling hazardous materials in accordance with WHMIS 2015 and GHS regulations. There are four main categories of pictograms: physical hazards, health hazards, biohazardous infectious materials, and environmental hazards. Each pictogram represents a different type of hazard, such as fire, explosions, toxicity, and irritation. Accompanying each pictogram is a brief description of the specific hazard it represents, providing a clear understanding of the potential risks associated with handling hazardous materials. In the upcoming sections, we will delve deeper into each pictogram category and explore their specific meanings and requirements. By the end of this training, our goal is for our audience to have a thorough understanding of the hazard communication system and be able to handle hazardous materials safely in the workplace. The content in this training is reliable and up-to-date, as it is based on Government of Canada information. With the knowledge and skills gained, we can work towards creating a safer and healthier work environment for ourselves and those around us. Let's now continue to our final section on Other Information. Thank you..

[Audio] Towards the end of this training, it is important to discuss the significance of keeping up-to-date with new and changing safety information. This is necessary for the safe handling of hazardous materials in the workplace. Safety Data Sheets, or SDSs, offer vital information about the dangers and safety precautions for each product. They outline handling procedures, emergency measures, and control methods that workers must be aware of. It is the responsibility of suppliers to make SDSs available for all hazardous products, and it is the employer's duty to ensure they are accessible to workers who may be exposed. Additionally, it is crucial to note that SDSs must be regularly updated. Suppliers are required to revise them within 90 days of receiving significant new data that alters a product's hazard classification or control measures. The same applies to labels, which must also be updated within 180 days. But what constitutes "significant new data"? It refers to any new information that changes a product's hazard classification, safety precautions, or control measures. This can include new research findings, updated regulatory requirements, or incident reports that affect safety protocols. The 90-day revision requirement for SDSs is in place to guarantee timely communication of crucial safety information to employers and workers. This timeline represents the maximum allowable period, as responsible suppliers often update their documentation more promptly to safeguard workers and meet due diligence requirements. Overall, it is essential to have a thorough understanding of the information provided in SDSs and to stay informed of any updates. This is crucial for the safety and well-being of workers who handle hazardous materials. Let's continue to strive for safe and responsible handling of these materials..

[Audio] This training video focuses on the safe handling of hazardous materials at work. We will discuss the Safety Data Sheet (SDS) in an emergency situation. The SDS is a critical document that contains important information about hazardous materials. It is legally required for all hazardous products and follows a standardized 16-section format to ensure consistency. It is necessary for the SDS to be kept up-to-date, with the information no more than 3 years old. It must be updated as new hazard data becomes available. In Canada, SDSs should be available in both English and French using clear and understandable language for easy access by all workers. Quick access to safety information in an emergency can prevent injuries and save lives. It is essential to know how to navigate an SDS efficiently as a workplace safety skill. Sections 4, 5, and 6 contain immediate response procedures for first aid, fire-fighting, and accidental releases. It is crucial to be familiar with these sections before an emergency occurs to enable rapid action. It is important to compare workplace emergency procedures with relevant SDS sections to ensure they are aligned. This helps to identify any discrepancies and address them before an incident occurs. Having both physical and digital copies of SDSs is recommended. Physical binders should be clearly labeled and accessible, while digital systems should be backed up, searchable, and accessible without internet in case of system outages. In conclusion, easy access to SDSs for hazardous products is vital for the safety of workers in an emergency. We hope this training video has provided valuable knowledge and skills in handling hazardous materials in the workplace..

[Audio] As we near the end of this presentation, we hope that you have acquired valuable knowledge and skills in the safe handling of hazardous materials in the workplace. The comprehensive training provided by TradeCerts, which includes content from the Government of Canada, has covered the important aspects of WHMIS 2015 and GHS regulations. In addition to understanding these regulations, it is crucial to have a strong understanding of safety data sheets or material safety data sheets for all chemical products. These sheets contain vital information for the proper handling of hazardous materials. Section 1 of the SDS includes the product name, supplier contact information, recommended uses, and emergency phone numbers. Section 2 outlines the product's hazards, including its hazard classification and labeling elements. Furthermore, Section 7 covers handling and storage requirements, such as safe handling precautions, storage conditions, and incompatible materials. Section 8 addresses exposure controls and personal protective equipment, including exposure limits, engineering controls, and PPE requirements. A thorough understanding of these key sections is essential for safely working with chemical products. We hope that this training has equipped you with the necessary knowledge and skills to handle hazardous materials with ease and confidence. Thank you for your attention and participation in this training. We wish you the best in all your future endeavors..