https://www.procoshh.co.uk/training/video/labelling-of-substances---chip-and-ghs-symbols https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/822.mp4 CLP Regulations Overview of CLP Regulation: European Regulation (EC) No 1272/2008 Introduction to CLP Regulation The European Regulation (EC) No 1272/2008, known as the CLP Regulation, was implemented across all EU member states, including the UK, on 20 January 2010. Main Goals of CLP Regulation Adoption of Globally Harmonised System (GHS): The primary aim of the CLP Regulation is to adopt the Globally Harmonised System (GHS) within the EU for the classification and labelling of chemicals. Transition and Application The CLP Regulation is being phased in through a transitional period, extending until 1 June 2015: Application Timeline: It applies to substances from 1 December 2010 and to mixtures or preparations from 1 June 2015. Direct Application: The regulation applies directly in all EU member states without the need for national legislation and is overseen by the European Chemicals Agency (ECHA). Replacement of CHIP Regulations CLP will replace the Chemicals (Hazard Information and Packaging for Supply) Regulations 2009, also known as CHIP regulations, effective from 1 June 2015. Key Features and Changes Similarity to CHIP: The intention of CLP is similar to CHIP, focusing on appropriate classification, labelling, and packaging of substances and mixtures in the market. Adoption of GHS: CLP adopts the GHS, facilitating global uniformity in classifications and labelling over time. New Hazard Pictograms: CLP introduces new hazard pictograms, distinguished by shape, design, and colour, including symbols for various hazards such as toxicity, flammability, and corrosiveness. Exemptions and Special Cases CLP Regulation does not apply to certain substances and chemicals: Excluded Substances: Exemptions include radioactive substances, substances under customs supervision, non-isolated intermediaries, and those for scientific research and development under controlled conditions. Final User Exclusions: The regulation excludes finished chemicals intended for final users, such as medicines, medical devices, veterinary medicines, cosmetics, and food products. https://d3imrogdy81qei.cloudfront.net/video_images/2403/CLP_regulations-01.jpg Yes 187 https://www.procoshh.co.uk/training/video/what-is-a-hazardous-substance https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/804.mp4 What is a hazardous substance under COSHH Hazardous Substances in the Workplace: Risks and Control Understanding Hazards and Hazardous Substances A hazard is any factor that can potentially cause harm, while a hazardous substance is one that poses a risk of harm upon contact. Impact of Hazardous Substances: Hazardous substances can lead to various health issues, including lung diseases such as asthma, cancer, and dermatitis. Costs: These illnesses result in significant costs to industries, societies, and individuals due to medical treatments, disability allowances, and job losses. Employer Responsibilities Employers bear the responsibility of implementing effective measures to control exposure and safeguard the health of workers. Benefits of Control Measures: Implementing control measures not only protects health but can also enhance production efficiency and reduce waste. Types and Forms of Hazardous Substances Hazardous substances can manifest in various forms and are not limited to chemicals. Forms: These substances can exist as liquids, vapours, dust, or smoke. Effects: They can cause illness, environmental damage, fire, explosion, or biological hazards. Assessing Risk and Mitigation Not all hazardous substances are obvious, and risk assessment is crucial in identifying and mitigating potential dangers. Unforeseen Risks: Even seemingly innocuous substances like flour, when in dust form, can pose significant health risks such as respiratory disorders. Chemical Interactions: Some chemicals may not be hazardous on their own but can become risky when combined with other substances or environmental factors. Comprehensive Evaluation: Every substance used in the workplace should undergo risk assessment to determine its hazardous nature and implement appropriate control measures. https://d3imrogdy81qei.cloudfront.net/video_images/2071/What_is_a_hazardous_substance_under_COSHH-01.jpg Yes 109 https://www.procoshh.co.uk/training/video/coshh-risk-assessing https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/824.mp4 COSHH risk assessing Risk Assessments and COSHH Regulations The Importance of Risk Assessments When conducting risk assessments, it's crucial to understand their significance: Not Just Paperwork: Risk assessments are more than just paperwork. Preventing Ill Health: They aim to prevent ill health by taking sensible precautions. Assessing Exposure: Knowing how workers are exposed and to what extent is essential. COSHH Regulations Compliance The COSHH Regulations outline the responsibilities of employers: Risk Assessment Requirement: Employers must assess risks and adequately control them. Task Variability: Risk levels vary based on the task and exposure to harmful substances. Record-Keeping: Recording assessments is mandatory for employers with five or more employees. Control Measures and Resources Implementing effective control measures and accessing resources: Identifying Measures: Determine necessary control measures and their implementation timeline. Examples and Guidance: Utilize HSE's website for industry-specific risk assessment examples. Online Tool: Access the free internet tool, coshh-essentials.org.uk, for control practice identification. Professional Assistance: Seek advice from suppliers, trade associations, or professional sources for complex assessments. https://d3imrogdy81qei.cloudfront.net/video_images/2065/COSHH_Risk_Assessing.jpg Yes 120 https://www.procoshh.co.uk/training/video/explosive-material https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/815.mp4 Explosive Material Understanding Explosive Atmospheres: Risks and Regulations Exploring the Hazard Explosive atmospheres can arise from flammable gases, mists, vapours, or combustible dust. When mixed with air and ignited, these substances pose a significant risk of explosion. Dangerous Substances and Explosive Atmospheres Regulations (DSEAR) The Dangerous Substances and Explosive Atmospheres Regulations 2002 (DSEAR) specifically address this hazard. While detailed coverage of these regulations is beyond the scope of this course, additional information is available on the HSE website. Workplace Hazards and Risks Each year, workplace accidents involving flammable substances cause injuries or explosions. Any work involving chemicals, vapours, liquids, gases, solids, or dust that can burn or explode is inherently hazardous. Impact of Explosions and Fires The consequences of workplace explosions or fires can be severe, resulting in loss of lives, injuries, property damage, environmental harm, and disruption to business operations. Forms of Dangerous Substances Various materials, in different forms, can become explosive: Liquids: Flammable liquids, such as petrol and solvents, emit vapours that can ignite when mixed with air. They are classified based on their flashpoints and boiling points. Dust: Dust from everyday materials like coal, wood, flour, and metals can form explosive atmospheres. Industries like food, chemicals, woodworking, and metal processing are particularly at risk. Gases: Stored under pressure, gases like liquefied petroleum gas (LPG) or methane can ignite if released uncontrollably. Solids: Materials such as plastic foam and textiles can burn fiercely, emitting dense black smoke. Regulatory Compliance and Risk Assessment Compliance with DSEAR regulations requires employers to assess fire and explosion risks associated with work involving dangerous substances: Risk Assessment: A thorough risk assessment according to DSEAR guidelines helps identify necessary controls and equipment before commencing work. Storage and Handling: Correct storage and handling of chemicals are essential to prevent dangerous reactions. Fire and Explosion Risks: Flammable gases and oxygen used in hot work pose inherent fire and explosion risks, necessitating careful consideration and control measures. Enforcement of DSEAR and related regulations falls under the jurisdiction of the HSE and local authorities, ensuring compliance and safety in workplaces with potentially explosive atmospheres. https://d3imrogdy81qei.cloudfront.net/video_images/2639/Explosive_Material-01.jpg Yes 289 https://www.procoshh.co.uk/training/video/introduction-coshh https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/802.mp4 Course Introduction Welcome to COSHH Level 2 Online Course Introduction Welcome to the Control of Substances Hazardous to Health (COSHH) Level 2 online course by ProTrainings. Important Notes Before proceeding, please ensure to consult your managers regarding workplace policies and procedures. Course Overview During this course, you'll: Watch Videos: Engage with a series of instructional videos. Answer Questions: Complete knowledge review questions. Take Test: Conclude with a short completion test. Key features of the course: You can pause and resume at your convenience. Accessible on any device. Pin video for simultaneous text reading. Subtitles available for video content. Course Completion Upon passing the test: Download Certificate: Print your completion certificate. Access Resources: Explore additional resources and links. Extended Access: Enjoy course access for eight months. Additional Support We provide: Company Solutions: Free company dashboards available. Continuous Updates: Regularly updated content. Weekly Emails: Skill-refreshing emails with new content. Enjoy Your Course Thank you for choosing ProTrainings. Wishing you success in your training! https://d3imrogdy81qei.cloudfront.net/video_images/1775/Course_Introduction-01.jpg Yes 137 https://www.procoshh.co.uk/training/video/employee-and-employer-duties https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/821.mp4 Employer Duties Under COSHH Employer Duties According to HSE Guidelines Overview The HSE outlines specific duties for employers regarding the management of hazardous substances: Key Duties Inclusion of Workers: Employers' responsibilities extend to contractors, sub-contractors, and self-employed individuals. Self-Employed Individuals: They share duties akin to both employers and employees, except for certain monitoring and health surveillance regulations. Employers' Responsibilities Employers are mandated by the HSE to: Establish Procedures: Procedures should ensure the proper usage and effectiveness of control measures, including personal protective equipment (PPE). Procedural Inclusions: These procedures should cover: (a) Visual checks and observations for tasks involving COSHH substances. (b) Provision of appropriately fitting PPE, promptly replacing when necessary. (c) Ensuring compatibility of different PPE items worn simultaneously. (d) Supervising employees to ensure adherence to defined work methods. (e) Promptly taking remedial action as required. (f) Monitoring employee health and providing necessary medical care. https://d3imrogdy81qei.cloudfront.net/video_images/2273/Employer_Duties_Under_COSHH.jpg Yes 80 https://www.procoshh.co.uk/training/video/coshh-regulations https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/809.mp4 Control of Major Accidents Hazards Regulations 2015 Overview of the Control of Major Accidents Hazards Regulations 2015 Introduction The Control of Major Accidents Hazards Regulations 2015 came into effect on the 1st of June, 2015. These regulations aim to prevent major accidents involving dangerous substances and mitigate their impact on people and the environment. Compliance and Responsibility It is essential to ensure compliance with these regulations to manage risks effectively. Individuals responsible for creating hazards must fulfil their obligations in managing them. Emergency Preparedness The regulations mandate workplaces to have robust emergency arrangements in place and ensure their effectiveness. Protection of Surrounding Areas Operators of major hazard establishments must consider the safety of nearby residents and workers, as well as the environmental impact. Safety Signage Clear and prominent safety signs are required in workplaces to aid both employees and customers in identifying hazardous substances. Public Information Workplaces are obligated to provide basic information about their sites for public viewing, as per the legislation. https://d3imrogdy81qei.cloudfront.net/video_images/2405/Control_of_Major_Accidents_Hazards_Regulations_2015.jpg Yes 66 https://www.procoshh.co.uk/training/video/gases-and-vapours https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/813.mp4 Gases and Vapours Dangers of Gases and Vapours: Risks and Protection Understanding Gas and Vapour Hazards Gases and vapours pose significant dangers, often invisible to the naked eye. Not only are they potentially harmful, but they can also be flammable or explosive. Despite lacking a distinct smell, when mixed, they can amplify the danger. Sources of Gases and Vapours Gases can originate from various sources, including leaking pressurised gas cylinders, gas pipes, or emissions from sewage pits. Vapour, on the other hand, emanates from substances and can immediately impact health. Visibility and Detection While gases and vapours may not always be visible, some signs such as a slight shimmer in the air around a chemical may offer a warning. However, this is not consistent. Additionally, gases and vapours, being sometimes heavier than air, can accumulate in lower areas like pits or buildings. Protective Measures To safeguard against gas and vapour hazards: Avoid areas where gases or vapours may be present. Always wear appropriate personal protective equipment (PPE) when risks are known. Utilise gas detection alarms to alert you to the presence of hazardous substances. In certain work environments, gas detection alarms are mandatory and can be portable or permanently installed throughout the site. https://d3imrogdy81qei.cloudfront.net/video_images/2745/Gases_and_Vapours-01.jpg Yes 73 https://www.procoshh.co.uk/training/video/liquids https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/814.mp4 Liquids Understanding the Risks of Liquids in the Workplace Definition of Liquids A liquid is a substance that exists in a state between solid and gas, typically at temperatures between freezing and boiling points. Liquids in the Workplace In health and safety regulations, liquids are referred to as fluids. They encompass various chemicals, including paints, cleaning agents, pesticides, and more. Impact and Risks Liquids pose several risks in workplaces due to their fluid nature and potential for contamination. Assessing these risks is crucial for implementing appropriate control measures. Key Considerations: Storage Requirements: Evaluate if liquids require specific storage conditions, such as temperature or light exposure. Labeling and Signage: Determine if there are any requirements for labeling or signage to indicate hazards. Chemical Mixing Risks: Assess the risks associated with mixing different chemicals and potential reactions. Emission of Fumes or Gases: Consider if liquids emit fumes or gases that could pose health hazards. Spray or Pressurization: Evaluate the safety measures needed when spraying or pressurizing liquids. Flammability: Determine if the liquid is flammable and implement appropriate precautions. Spillage Management: Assess the need for spillage trays or double skin containers to contain spills. Splash and Spray Risks: Consider the risk of splashes or sprays when filling containers and take necessary precautions. https://d3imrogdy81qei.cloudfront.net/video_images/2411/Liquids-01.jpg Yes 85 https://www.procoshh.co.uk/training/video/routes-of-entry-to-the-body https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/819.mp4 Routes of entry to the body Routes of Entry for Hazardous Substances Understanding the Routes Overview: This video explores the various pathways through which hazardous substances can enter the body. Inhalation Definition: Inhalation occurs when substances are breathed in. Examples: Biological agents (e.g., fungi), chemicals (e.g., solvents). Risks: Airborne substances can penetrate the lungs and bloodstream, affecting multiple organs. Absorption Definition: Absorption happens when substances penetrate the skin. Examples: Tetanus, benzene. Risks: Skin contact allows substances to enter through pores or wounds. Ingestion Definition: Ingestion involves swallowing substances, leading to entry into the digestive system. Risks: Poor personal hygiene can contribute to accidental ingestion. Injection Definition: Injection occurs when substances enter the body through accidental hypodermic needle injuries. Risks: Accidental needle incidents pose risks; proper infection control and waste disposal are crucial. https://d3imrogdy81qei.cloudfront.net/video_images/2309/Routes_of_entry_to_the_body-01.jpg Yes 93 https://www.procoshh.co.uk/training/video/workplace-exposure-limits https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/826.mp4 Workplace Exposure Limits Understanding Workplace Exposure Limits: Importance and Implementation Introduction to Workplace Exposure Limits In workplaces, certain substances are harmless in small doses but can be harmful if exposure exceeds recommended levels. These thresholds are known as workplace exposure limits. Significance of Workplace Exposure Limits Workplace exposure limits are crucial for preventing excessive inhalation, skin absorption, ingestion, or direct skin contact with harmful substances. They address both immediate and long-term health risks. Risk Assessment and Control Measures A risk assessment evaluates exposure limits and their impact on employees. However, it is best practice to avoid exposure to maximum limits altogether. Employers must implement control measures to eliminate or minimize risks and exposure under COSHH regulations. Companies should introduce control measures wherever employees are at risk, ensuring all planning related to exposure limits is documented in data sheets and risk assessments. Application to Self-Employed and Contractors Workplace exposure limits typically apply to self-employed individuals and contractors working within a business. The company holds responsibility for their safety under health and safety legislation. https://d3imrogdy81qei.cloudfront.net/video_images/2063/Workplace_Exposure_Limits-01.jpg Yes 83 https://www.procoshh.co.uk/training/video/stages-of-a-coshh-risk-assessment https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/827.mp4 Stages of a COSHH risk assessment COSHH Risk Assessment Stages 1. Assessing the Risk Key considerations during the risk assessment process: Identifying Substances: Determine all substances present in the workplace. Assessment Factors: Evaluate substance properties, exposure risks, and potential harm. Precautions: Include relevant information on safety datasheets and precautions. Action Plan: Decide on necessary actions to eliminate or reduce risks, with documentation. 2. Record and Review Recording and reviewing findings for ongoing compliance: Documenting: Record all assessments and reviews for future reference. Review Schedule: Establish timelines for reviews and designate responsible personnel. Validity: Reviews are conducted when risks are no longer applicable or significant changes occur. 3. Prevent and Control Implementing preventive measures and control strategies: Prevention: Aim to eliminate or substitute hazardous substances where reasonably practicable. Control Measures: Implement engineering controls, ventilation, and personal protective equipment (PPE). Exposure Limits: Adhere to Workplace Exposure Limits (WELs) to ensure safe exposure levels. 4. Ensure Control Measures are Used and Maintained Enforcing proper usage and maintenance of control measures: Staff Compliance: Ensure all employees understand and adhere to control measures. Training: Provide comprehensive training to identify, report, and maintain control measures. Regular Checks: Conduct routine inspections and promptly address any issues or defects. 5. Monitor Exposure Continuous monitoring of hazardous substance exposure: Exposure Measurement: Measure exposure levels where risks are present or control measures may fail. Data Recording: Document exposure monitoring results for compliance and future reference. 6. Monitor Health Checks Regular health assessments for employees exposed to health risks: Health Review: Conduct periodic health checks to detect and prevent health issues early. Employer Responsibility: Fulfill legal obligations to safeguard workers' health and well-being. 7. Staff Training and Supervision Providing comprehensive training and supervision on substance handling: Training Requirements: Deliver suitable training on substances, precautions, PPE, and emergency procedures. Supervision: Ensure proper supervision to enforce adherence to control measures and safety protocols. https://d3imrogdy81qei.cloudfront.net/video_images/2069/Stages_of_a_COSHH_Risk_Assessment.jpg Yes 282 https://www.procoshh.co.uk/training/video/accidental-exposure https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/817.mp4 Accidental Exposure to a Substance under COSHH UK COSHH Protocols: Managing Accidental Exposure The Significance of COSHH in the UK The UK's COSHH serves as a pivotal health and safety regulation, designed to curtail risks associated with hazardous materials, thereby safeguarding worker health. Nevertheless, despite stringent measures, unforeseen exposure incidents can arise. Being adept with an immediate and effective response procedure becomes paramount. Immediate Actions upon Accidental Exposure 1. Prioritise Immediate Safety Instantaneously move the impacted individual to an area with fresh air, ensuring further exposure is minimised. 2. Turn to Safety Data Sheets (SDSs) Immediately consult the respective SDS to discern first aid measures related to the particular substance. 3. Response to Skin Contact If the substance makes contact with the skin, thoroughly rinse with ample water and a mild soap (where deemed appropriate). It's essential to sidestep the use of hot water, which might exacerbate absorption by dilating skin pores. 4. Addressing Eye Contact In the event of eye exposure, consistently flush with tepid, uncontaminated water for no less than 20 minutes. Exercise caution to ensure the rinse avoids the other eye. Desist from attempting the removal of any trapped particles within the eye. 5. Measures for Ingestion Should the substance be consumed, immediately refer to the SDS for specific actions. Refrain from inducing vomiting, unless explicitly directed to. 6. Securing Medical Attention Upon dispensing immediate first aid, it's paramount to promptly obtain professional medical intervention. When engaging healthcare practitioners, impart a clear account of the substance (if identifiable) and precise details of the exposure, such as the mode (be it inhalation, skin contact, or ingestion) and preliminary first aid measures executed. Conclusion Adhering to these steps post-accidental exposure under the UK's COSHH ensures a diligent, informed response, prioritising safety and health. Staying prepared is key. https://d3imrogdy81qei.cloudfront.net/video_images/10952/Accidental_Exposure_to_a_Substance_under_COSHH-01.jpg Yes 111 https://www.procoshh.co.uk/training/video/coshh-risk-assessment-reviews https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/828.mp4 COSHH risk assessment reviews Importance of Reviewing COSHH Risk Assessments Regular Reviewing of Assessments COSHH risk assessments require ongoing review and updates: Review Schedule: Assessments specify when they need reviewing based on various factors. Factors for Review: Changes in substances, processes, workforce, or other significant factors necessitate a review. Documentation: All reviews must be documented, detailing reasons, actions, and responsible parties. Recording and Documentation Importance of recording and maintaining review records: Evidence: Written records provide evidence of assessments, reviews, and decisions made. Incident Response: Recorded findings aid in addressing incidents by referencing past assessments and actions taken. Employer Guidance: Seek guidance from your employer regarding the review process specific to your workplace. https://d3imrogdy81qei.cloudfront.net/video_images/2067/COSHH_Risk_Assessment_Reviews.jpg Yes 58 https://www.procoshh.co.uk/training/video/reporting-and-management https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/818.mp4 Post-Exposure Actions under COSHH Guidance on Post-Exposure Measures for Hazardous Substances Immediate Aftercare: Key Steps to Follow Upon experiencing substance exposure, even after the initial care, specific crucial actions ensure maximum safety and organisational adherence to regulations. 1. Report the Occurrence Always notify the health and safety officials within your establishment. Their duty includes mandatory reporting to regulatory entities if deemed necessary and orchestrating a thorough incident examination to forestall similar future episodes. 2. Meticulous Documentation Chronicle all particulars of the incident, encompassing time, location, implicated substance, mode of exposure, persons affected, observed symptoms, first aid and medical interventions availed, and swift measures deployed to curtail the source of exposure. 3. Medical Surveillance Based on the substance and the gravity of exposure, prolonged medical supervision might be necessitated. This could comprise routine health examinations to track potential lasting impacts of the exposure. 4. Reassessment of Risk In light of the incident, re-evaluate the risk assessment tied to the implicated substance. Decipher the failure points of the prevailing control systems and contemplate potential enhancements. Prevention: The Foremost Aim Though proficiency in responding to exposure is pivotal, prevention remains paramount. Comprehensive training in hazardous substance management, meticulous utilisation of personal protective gear, and adherence to safeguarded operational methodologies markedly diminish inadvertent exposure odds. Frequent risk appraisals, mirroring the directives of the COSHH Regulations, remain indispensable for pinpointing threats and assuring fitting control strategies. Shared Onus of Health and Safety Remember, the mantle of health and safety is collective. All stakeholders must be equipped with the right knowledge and readiness to respond adeptly to unintentional exposure scenarios. Armed with the correct insights and actions, we can curtail risks, rendering workspaces safer for all. https://d3imrogdy81qei.cloudfront.net/video_images/10954/Post-Exposure_Actions_under_COSHH-01.jpg Yes 122 https://www.procoshh.co.uk/training/video/clean-up-procedures https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/825.mp4 Clean up procedures Guidelines for Handling Chemical Spills Importance of Proper Treatment Minor chemical spills must be treated correctly to avoid injury or damage. Wearing Personal Protective Equipment (PPE) You must ensure PPE is worn regardless of the spillage size. Following Procedures Ensure you follow your company's policies and the manufacturer's recommendations to execute the correct procedures for cleaning up the spill. Cleaning Up Safely Prevent the spread of dust and vapours. Neutralize acids and bases if possible. Control the spread of the liquid. Collect and contain the clean-up residues. Dispose of waste correctly. Decontaminate the area and equipment used. Availability of Clean-Up Kits Clean-up kits should be readily available with sufficient products and tools to deal with any potential spill. Kit Selection and Maintenance Assess hazards and select appropriate kits for potential risks. Ensure clean-up kits are checked and always fit for purpose. Record-Keeping In many workplaces, spills must be recorded. Consult your manager regarding spill record-keeping procedures at your workplace. https://d3imrogdy81qei.cloudfront.net/video_images/5713/Clean_up_procedures-01.jpg Yes 74 https://www.procoshh.co.uk/training/video/permit-to-work https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/999.mp4 Permit to Work Understanding Permit to Work Procedures: Importance and Application Development and Application The permit to work procedure originates from the chemical industry but is applicable across various sectors for managing complex risks. Principles of Permit to Work The core principle is that certain operations require specific permission from a responsible manager after thorough safety checks to ensure work can proceed safely. Responsibilities and Controls For high-risk work, strict controls are necessary, and workers must adhere to the safeguards outlined in the permit. Training and monitoring ensure the system operates effectively, with the site manager retaining overall responsibility. Contents of Permit to Work A permit to work document typically includes details such as the nature of work, authorized personnel, location, identified risks, safety precautions, and validity period. Examples Requiring Permits Instances requiring permits may include work in confined spaces, asbestos handling, roof work, and tasks involving naked flames like welding. Completion and Certification The person responsible for the authorized work usually certifies completion, confirming the plant or machinery's re-acceptance. Real-life Application During filming at a Petrol Plant, a permit to work was necessary due to high risks involved with camera and sound equipment usage. Detailed documentation accompanied the team, and upon completion, the permit was signed, allowing departure. Eliminating Hazards Efforts should be made to eliminate hazards, especially in routine tasks, reducing the need for permits and ensuring safer working conditions. https://d3imrogdy81qei.cloudfront.net/video_images/2311/Permit_to_work-01.jpg Yes 155 https://www.procoshh.co.uk/training/video/coshh-control-measures https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1173.mp4 COSHH Control Measures Optimising Workplace Safety Through Effective Control Measures Implementing the right mix of control measures is essential for reducing exposure to hazards. This involves a synergy between equipment and operational methodologies. Without proper usage, even the most practical measures may fail. Therefore, it's imperative to combine the right equipment with the appropriate procedures, ensuring that workers are well-instructed, trained, and supervised. Establishing Effective Control Measures Continual effectiveness is key — control measures must be efficient throughout the entire workday. The Health and Safety Executive (HSE) outlines a hierarchy of control measures prioritised as follows: Elimination: Substitute harmful products or substances with safer alternatives. Substitution: Opt for safer forms of the product, e.g., paste over powder. Process Modification: Adapt processes to reduce substance emission. Enclosure: Contain the process to prevent product escape. Localised Extraction: Remove substance emissions at the source. Minimisation of Exposure: Limit the number of exposed workers. Personal Protective Equipment (PPE): Provide essential PPE like gloves, coveralls, and respirators, ensuring proper fit. Understanding Control Equipment Control equipment varies widely, from ventilation systems that extract dust, mist, and fumes, to specialised enclosures like glove boxes and fume cupboards. The use of water to minimise dust and disinfection systems for cooling water are also crucial. It's vital that suppliers provide a comprehensive user manual for each piece of equipment, detailing maintenance schedules and parts replacement. In absence of such manuals, professional assistance should be sought to develop one. Maintenance of Control Measures Maintaining control measures is crucial for ongoing safety. Employers are responsible for ensuring that both the equipment and procedural aspects of control measures remain functional. Appointing a dedicated individual to oversee the maintenance and functionality of control measures is advised. This is especially important for local exhaust ventilation (LEV) and personal protective equipment (PPE), where regular checks and maintenance are vital for their effectiveness. https://d3imrogdy81qei.cloudfront.net/video_images/2049/COSHH_Control_Measures-01.jpg Yes 137 https://www.procoshh.co.uk/training/video/emergency-procedures https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1208.mp4 Emergency Procedures Emergency Planning in Workplaces: Procedures and Considerations Importance of Emergency Planning Workplaces must prepare for emergencies as part of health and safety measures, including thorough risk assessment. Components of an Emergency Plan The plan should detail procedures for various incidents, including explosion, flood, poisoning, electrocution, fire, release of radioactivity, and chemical spills, among others. Documentation and Records Records should include procedures for emergencies, responsible personnel, training details, maintenance records for emergency equipment, and evacuation drills. Established Procedures Procedures should cover raising the alarm, escape routes, assembly points, contacting emergency services, and evacuating disabled individuals. Assigned Responsibilities Designated individuals should handle specific tasks during emergencies, such as liaising with emergency services, fire wardens, first aiders, and personnel responsible for machinery shutdown. Additional Considerations Considerations may include shared buildings, involvement of other businesses in the plan, hazards related to chemical storage, and reporting requirements to the fire rescue service. Training and Practice Regular training and practice of emergency procedures enhance reliable responses. Plans should be clear, regularly reviewed, and improved based on identified shortcomings. Seeking Assistance In case of doubts, assistance should be sought from emergency services or professional organizations. https://d3imrogdy81qei.cloudfront.net/video_images/2161/Emergency_Procedures-01.jpg Yes 141 https://www.procoshh.co.uk/training/video/biological-agents https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1210.mp4 Biological agents Special Regulations for Handling Biological Agents Understanding Biological Agent Regulations Special regulations govern the handling of biological agents due to their significant risks to workers and the environment. These regulations fall under COSHH, which requires meticulous handling and special risk assessment planning. Approved List of Biological Agents Biological agents listed in the Health and Safety Commission's Approved List are categorised based on their hazard group, as specified in the agency-approved Code of Practice. These agents include: Microorganisms: Such as bacteria, viruses, and fungi. Parasites: Microscopic infections and larger parasites. Cell Cultures: Containing harmful properties that could cause infection, allergy, toxicity, or other health hazards. Nucleic Acid and Health Hazards Although nucleic acid is not classified as a biological agent, it can still pose health hazards. In such cases, COSHH provisions apply to ensure safety. Classification of Biological Agents Biological agents are classified into different hazard groups based on several factors: Ability to cause infection. Severity of resulting diseases. Risk of community spread. Availability of vaccines and treatment. Control Measures and Risk Assessment Even non-infectious biological agents may require substantial control measures depending on their other harmful properties. Risk assessments are crucial to determine appropriate handling procedures. https://d3imrogdy81qei.cloudfront.net/video_images/2127/Biological_agents-01.jpg Yes 125 https://www.procoshh.co.uk/training/video/coshh-safety-data-sheets https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1245.mp4 COSHH Safety Data Sheets Safety Data Sheets: Importance and Contents Understanding Safety Data Sheets Definition: Safety data sheets (SDS) provide crucial information on chemical or hazardous substances that may pose health risks in the workplace. Scope: SDS cover substances hazardous in their original form or when altered, such as wood dust from cut boards. Usage: Employers utilize SDS during risk assessments to gather details on assessed products, including hazards, handling, storage, and emergency procedures. Compliance with HSE Guidelines The HSE-approved code of practice mandates employers to consider supplier-provided SDS when assessing activities involving hazardous substances. Exploring a Safety Data Sheet (Example: Bleach) Identification: The SDS begins with supplier details and emergency contacts. Hazard Identification: This section outlines substance hazards, labeling requirements, and associated risks. Composition: Details the substance's ingredients. First Aid Measures: Provides essential guidance for medical emergencies. Fire Risks: Identifies fire hazards and firefighting instructions. Accidental Release Measures: Addresses environmental concerns and cleanup procedures. Handling and Storage: Specifies proper storage conditions and handling precautions. Exposure Controls: Outlines control parameters and necessary protective equipment. Physical and Chemical Properties: Describes substance characteristics. Toxicological Information: Covers health effects upon inhalation, ingestion, or skin/eye contact. Transportation Precautions: Advises on safe transportation practices. Importance of Safety Data Sheets Significance: Each product requires a separate SDS, essential for risk assessments and preventing chemical mishaps. Storage and Reference: Maintain SDS securely and review them regularly, especially when assessing potential chemical interactions. Consultation: In case of uncertainty, contact the manufacturer or supplier for clarification or additional information. https://d3imrogdy81qei.cloudfront.net/video_images/2305/COSHH_Safety_Data_Sheets.jpg Yes 228 https://www.procoshh.co.uk/training/video/reasonably-practicable https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1209.mp4 Reasonably practicable Understanding "Reasonably Practicable" in Health and Safety Introduction If you've undertaken any Health and Safety courses, you've likely encountered the phrase "so far as is reasonably practicable." In this video, we'll delve into the meaning of this phrase in the context of Health and Safety at Work. Assessing Risks When conducting a risk assessment, the severity and likelihood of an incident, along with the number of people exposed, are crucial considerations. These factors are weighed against the costs, both in terms of time and finances, required to implement control measures. Application of "Reasonably Practicable" For instance, if there's a high-risk scenario affecting numerous individuals, it's deemed reasonable for the employer to invest significant resources in risk reduction measures. Conversely, if the risk is minimal, it wouldn't be practical for the employer to incur substantial expenses for mitigation. Varied Interpretations While it may seem straightforward to determine what actions are reasonably practicable, there are no fixed rules. Each business situation differs, and what's feasible for one may not be for another. Disputes over this matter are often resolved in court. Objective Decision-Making It's crucial to note that the judgement on what's reasonably practicable is objective, focusing on health risks rather than the employer's size or financial status. https://d3imrogdy81qei.cloudfront.net/video_images/2133/Reasonably_Practicable.jpg Yes 102 https://www.procoshh.co.uk/training/video/coshh-health-surveillance https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1244.mp4 COSHH Health Surveillance Importance of Health Surveillance in the Workplace: Guidelines and Procedures Understanding Health Surveillance Monitoring employees' health is crucial for early problem detection and intervention. Definition by HSE The Health and Safety Executive (HSE) defines health surveillance as any activity that gathers information about employees' health to protect them from work-related health risks. Objectives of Effective Health Surveillance The main goals include: Early detection of adverse changes or diseases. Collecting data to detect or evaluate health hazards. Evaluating the effectiveness of control measures in place. Distinguishing Health Surveillance It's important to note that health surveillance differs from general health screening or promotion activities. Risks Requiring Surveillance Risks such as noise, vibration, solvents, dust, fumes, biological agents, asbestos, lead, compressed air work, and ionising radiation necessitate health surveillance to prevent issues like asthma, dermatitis, or cancer. Implementation and Action Health surveillance involves planned assessments of workers' health, including tests or examinations. However, it's not enough to conduct tests; results must be interpreted, and action taken to eliminate or further control exposure. Roles and Responsibilities Occupational health service physicians or competent healthcare professionals like doctors or nurses may conduct health surveillance. Employers must ensure competent professionals perform these tasks. HSE Guidelines The HSE recommends a four-stage approach for employers: Determine if there's a health risk. Evaluate the need for occupational health monitoring. Identify the best provider for health surveillance. Assess the effectiveness of implemented measures. Record-Keeping Records of health surveillance must be securely stored in compliance with data protection regulations. Essential details include individuals' names, National Insurance Numbers, exposure details, testing outcomes, and frequency. https://d3imrogdy81qei.cloudfront.net/video_images/2271/COSHH_Health_Surveillance-01.jpg Yes 171 https://www.procoshh.co.uk/training/video/ghs-regulations https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1349.mp4 GHS Regulations GHS Regulations: Globally Harmonised System Overview Introduction to GHS Regulations The GHS regulations, an abbreviation of the Globally Harmonised System of Classification and Labelling of Chemicals, represent an international agreement rather than a law. Challenges of Chemical Classification Different countries have varied laws for classifying hazardous properties of chemicals, leading to discrepancies in hazard descriptions and impeding international trade. Development and Purpose of GHS The GHS was developed by the United Nations in response to the need for a unified system to classify and communicate chemical hazards globally. Key Features of GHS Worldwide Classification: GHS provides consistent criteria for classifying chemicals based on health, environmental, and physical hazards. Hazard Communication: GHS standardizes requirements for labelling and safety data sheets. Non-legally Binding Agreement: GHS is not a formal treaty but requires countries to adopt local legislation for implementation. Objectives of GHS Implementation The implementation of GHS aims to: Enhance Health and Environmental Protection: By ensuring comprehensive hazard communication worldwide. Provide Framework for Countries: Particularly beneficial for nations lacking a classification system. Streamline Chemical Trade: By reducing the need for extensive testing and facilitating international trade. Future of GHS The UN continues to refine GHS, with expectations of simplifying mixture classification, reducing costs, improving accuracy, and increasing flexibility for classifiers. https://d3imrogdy81qei.cloudfront.net/video_images/2407/GHS_Regulations.jpg Yes 200 https://www.procoshh.co.uk/training/video/storage-of-chemicals https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1356.mp4 Storage of Chemicals Safe Storage of Chemicals in the Workplace Importance of Safe Chemical Storage Overview: Proper storage of chemicals in the workplace is crucial to prevent accidents and hazards. Considerations for Safe Storage When storing chemicals, follow these guidelines: Manufacturer's Instructions: Adhere to the manufacturer’s instructions and relevant regulations. Risk Assessments: Base storage location on necessity and associated risks. Hazard Suitability: Storage areas should address potential fire risks and restrict access to authorised personnel. Segregation: Separate chemicals that may react together and contain spills or leaks. HSE Guidelines for Chemical Storage The Health and Safety Executive (HSE) offers the following guidance: Only trained workers should access chemical storage. Keep storage containers locked. Provide adequate washing facilities and ventilation. Ensure sufficient air changes per hour in areas prone to fumes. Maintain spill clean-up kits nearby. Additional Storage Recommendations Proper Labeling: Face container labels forwards for easy identification. Record Keeping: Maintain records of stored chemicals. Container Placement: Place heavier items and corrosive chemicals on lower shelves. Container Design: Use containers that are easy to pour from and prevent spills. Avoidance of Open Containers: Never store chemicals in open containers or reuse concentrate containers. Personal Protective Equipment (PPE) Use appropriate PPE when handling chemicals: Follow product label instructions. Consult safety-clothing supplier for suitable PPE. Consider respiratory protective equipment (RPE) for potential spills. Reporting and Maintenance If you encounter issues with chemical storage or handling: Report concerns to your supervisor immediately. Clean up spills promptly using appropriate measures and PPE. Ensure proper controls are in place and regularly checked. https://d3imrogdy81qei.cloudfront.net/video_images/2419/Storage_of_Chemicals-01.jpg Yes 187 https://www.procoshh.co.uk/training/video/asbestos-and-its-dangers https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1332.mp4 Asbestos and its dangers Understanding Asbestos Risks and Regulations in the UK Overview of Asbestos Hazards Asbestos stands as the leading cause of work-related deaths in the UK, with its fibres ubiquitous in the environment, posing potential risks to individuals. Increased Risk Factors Working near or on sites with damaged asbestos-containing material significantly escalates fibre exposure, heightening the risk of asbestos-related diseases. Health Impacts Exposure to asbestos fibres can lead to various diseases, including: Lung cancer Asbestosis Effects may not manifest immediately but could emerge later in life. Regulatory Compliance All asbestos-related work must adhere to: Control of Asbestos Regulations Approved Code of Practice Asbestos Licensing Regulations for removal processes. https://d3imrogdy81qei.cloudfront.net/video_images/2391/Asbestos_and_its_dangers-01.jpg Yes 67 https://www.procoshh.co.uk/training/video/different-types-of-dust https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1362.mp4 Different types of dust Understanding Dust Risks in the Workplace Types and Sources of Dust Dust in the workplace can originate from various substances and forms, including: Wood Dust: Generated from cutting wood in timber yards or using wood-based products. Concrete Dust: Common on construction sites and poses respiratory and slip hazards. Flour Dust: Found in bakeries and can contaminate work areas and products. Impact and Hazards Dust poses significant risks, not only as a respiratory hazard but also as a contaminant and slip hazard. Construction is particularly affected, with silica dust being a major concern. Main Types of Dust: Silica Dust: Commonly found in construction materials like concrete and stone, poses severe health risks. Wood Dust: Generated from cutting or processing wood, leading to respiratory issues. Health Risks and Statistics Exposure to dust can lead to serious health issues, including lung cancer, silicosis, COPD, and asthma. Construction workers are at high risk due to prolonged exposure. Key Statistics: Over 500 deaths annually are attributed to silica exposure in construction. Approximately 4000 deaths yearly from COPD linked to workplace dust exposure. Prevention and Control Measures Effective control of dust involves proactive measures to limit its production and prevent airborne dispersion. Control Strategies: Material Selection: Opt for building materials requiring less cutting or preparation to reduce dust generation. Tool Usage: Employ less powerful tools or alternative methods to minimize dust production. Dust Suppression: Use water to dampen dust clouds during operations, ensuring adequate moisture levels. Vacuum Extraction: Utilize industrial vacuum units to extract dust at the source, suitable for various industries. Use of Personal Protective Equipment (PPE) While masks and respirators offer protection, they should complement dust control measures, not replace them entirely. Considerations: Proper Usage: Masks should be face-fit tested and worn correctly to ensure effectiveness. Limitations: Masks may not provide adequate protection in high-risk tasks or when filters become clogged. Conclusion Reducing dust exposure requires a multifaceted approach, including control measures, proper equipment usage, and environmental considerations. https://d3imrogdy81qei.cloudfront.net/video_images/2445/Different_types_of_dust-01.jpg Yes 340 https://www.procoshh.co.uk/training/video/radioactive-substances https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1335.mp4 Radioactive substances Understanding Radiation Safety Regulations in the UK Radiation Applications and Risks Radiation is utilised in various sectors across the UK, but it poses potential exposure risks that require effective control. Types of Radiation There are two main types of radiation: Ionising radiation: Includes electromagnetic rays (e.g., X-rays, gamma rays) and particles (e.g., alpha, beta particles). Non-ionising radiation (NIR): Encompasses optical radiation (e.g., UV, visible, infrared) and electromagnetic fields (e.g., power frequencies, microwaves, radio frequencies). Regulations and Dose Limits To protect workers and the public from ionising radiation, dose limits are set to balance risks and benefits. These limits are defined in UK legislation. HSE Regulations and Guidance The Health and Safety Executive (HSE) regulates work involving radiation exposure. Their policies are influenced by organisations such as the World Health Organisation and the International Commission on Non-Ionizing Radiation Protection. Pregnancy and Radiation Exposure It's advisable to inform your employer if you're pregnant to ensure necessary protection measures are applied, although it's not legally required. https://d3imrogdy81qei.cloudfront.net/video_images/2423/Radioactive_substances-01.jpg Yes 202 https://www.procoshh.co.uk/training/video/lead-and-its-dangers https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1334.mp4 Lead and its dangers Understanding Lead Regulations and Health Protection Lead Regulations Overview Lead falls outside COSHH regulations, with separate guidelines addressing lead-related issues, prevalent across various workplaces beyond construction. Workplace Lead Sources Various industrial processes generate lead dust, fume, or vapour, including: Stripping old lead paint Lead recovery from scrap Manufacturing lead-acid batteries and recycling Leaded-glass production Painting buildings or vehicles Recycling electronics containing Cathode Ray Tubes Health Protection Measures To safeguard health, individuals should: Obtain adequate information and training Utilize provided equipment as instructed Ensure proper fit and condition of protective gear Dispose of lead waste responsibly Practice personal hygiene, avoiding lead contamination Employer Responsibilities Employers must: Conduct thorough risk assessments Implement and record control measures Monitor air quality and employee exposure Ensure hygiene standards and provide suitable facilities Arrange medical surveillance for significant exposure cases Investigate and review measures if action levels are exceeded https://d3imrogdy81qei.cloudfront.net/video_images/2421/Lead_and_its_dangers-01.jpg Yes 165 https://www.procoshh.co.uk/training/video/catergories-of-chemical https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1472.mp4 Categories of Chemical Workplace Chemical Safety: Categories & Precautions Understanding Chemical Properties & Categories For enhanced workplace safety, it's paramount to be well-acquainted with the attributes and classifications of chemicals. Every chemical category presents distinct dangers and necessitates specific handling and storage methods. Flammable Chemicals Compounds such as ethanol, methanol, and kerosene are exceedingly inflammable. It's imperative to: Keep them distanced from heat and ignition sources: sparks, power tools, or open flames from actions like smoking. Store in purpose-built cabinets. Remember, the fumes from these chemicals are both health hazards and fire threats. Oxidising Chemicals Such chemicals readily react with other compounds. Their storage: Should be restricted with similar oxidising agents. Is crucial, given their capacity to amplify a fire's ferocity. Ordinary substances like fertilisers may exhibit oxidising traits, sometimes responding with explosive energy. Corrosive Chemicals Acids and related substances can corrode materials, sometimes triggering explosive interactions. Key points include: Avoiding direct skin contact due to high injury risk. Ensuring proper storage to prevent container degradation and potential environmental harm. Irritants These chemicals can cause skin or eye irritation. This can stem from direct contact or exposure to the substance's fumes. Toxins Poisonous substances can inflict harm through various means, such as ingestion or inhalation. Their impact fluctuates depending on factors like one's age, physique, and the toxin's potency. Explosives These might be solid or liquid substances/mixtures that produce gas via chemical reactions, thereby causing nearby destruction. Concluding Note on Chemical Handling Recognising the chemicals in your possession, discerning their dangers, and storing them as per the manufacturer's directives is essential. https://d3imrogdy81qei.cloudfront.net/video_images/2635/Categories_of_Chemical-01-01.jpg Yes 138 https://www.procoshh.co.uk/training/video/solvents https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1563.mp4 Solvents Solvent Safety: Risks, Effects, and Precautions Understanding Solvents Solvents are chemical substances used to dissolve or dilute other materials and substances. They are often found in industrial settings under various trade names, sometimes referring to the same chemical substance. Industries at Risk Individuals working in industries such as engineering, construction, chemicals, printing, rubber, plastics, pharmaceutical manufacturing, woodworking, dry cleaning, and paint manufacturing are most likely to encounter solvents. However, exposure can occur in various environments, including offices where solvents are used for cleaning purposes. Health Effects Solvents can enter the body through inhalation of vapors and fumes, direct skin contact, or ingestion. Short-term effects may include: Eye irritation Lung irritation Skin irritation and dermatitis Headaches Nausea Dizziness and lightheadedness Prolonged exposure or exposure to high concentrations can lead to impaired coordination, unconsciousness, and even death. Long-term effects vary depending on the solvent but may include dermatitis and other health complications. Protective Measures Implementing precautionary measures can help mitigate risks associated with solvent exposure: Receive comprehensive information and training on solvent hazards and precautions from your employer. Refer to safety data sheets and container labels provided by suppliers for guidance. Wear respiratory protective equipment (RPE) as supplied by your employer. Store protective equipment in a clean and accessible location. Maximize natural ventilation by opening doors and windows where appropriate. Minimize solvent evaporation by using the minimum required amount for tasks and keeping containers sealed. Dispose of solvent-contaminated materials properly in closed containers. Preferentially use solvent-free or reduced-solvent materials. Ensure adequate ventilation and wear appropriate PPE when working in confined spaces. Seeking Assistance If you believe your health is affected by solvent exposure or if safety precautions are inadequate, communicate your concerns to your supervisor, safety representative, or doctor for appropriate action. https://d3imrogdy81qei.cloudfront.net/video_images/2747/Solvents-01.jpg Yes 217 https://www.procoshh.co.uk/training/video/cbrn-masks https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/5782.mp4 CBRN Masks Guide to Using CBRN Masks for Comprehensive Protection Understanding CBRN Masks In high-risk environments, advanced masks like CBRN (Chemical Biological Radioactive and Nuclear) masks offer comprehensive protection for the face and airway against various airborne substances. Filter Options CBRN masks come with different filter options: Choose between one or two filters for enhanced breathing ease. Ensure to use filters suitable for the hazards faced to maintain effectiveness. Filter Installation Follow these steps for correct filter installation: Ensure using the correct filter type and carefully screw it into the mask without over-tightening to prevent damage. Remove the ceiling cap from the mask and allow air into the filter by removing the cap on the other side. Maintenance and Care To maintain the mask's effectiveness: Protect the transparent shield from scratches to maintain visibility and prevent unfiltered air intake. Keep the mouth and nose section clean and utilize the drinks tube if available for fluid intake. Correct Fit Ensure proper fit and seal by adjusting the straps: Position the mask correctly over the face and adjust the straps accordingly. Check for a secure seal without any hair or clothing obstruction. Verify breathing ability and consider fitting a second filter if needed. Manufacturer's Instructions Always follow the manufacturer's instructions for specific mask guidelines and usage details. https://d3imrogdy81qei.cloudfront.net/video_images/10325/CBRN_Masks-01.jpg Yes 162 https://www.procoshh.co.uk/training/video/coshh-course-overview- https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1968.mp4 Course overview COSHH Course Overview Introduction Before commencing the course, let's explore the content covered in this training. Course Structure The course is structured as follows: Categories: Divided into sections. Videos: Multiple videos within each category. Pause and Review: Ability to pause and re-watch videos. Regular Updates: Courses are regularly updated. Course Content Key categories covered in the course include: Hazardous Substances: Definitions, risk assessment, and regulatory frameworks. COSHH Regulations: CLP and GHS regulations, safety data sheets. Types of Hazardous Substances: Dust, liquids, gases, vapours, and their effects. Protection and Exposure: Hierarchy of control, exposure limits, emergency procedures, and storage. Radioactive Substances, Lead, and Asbestos: Dangers and precautions. Contact Us If you have any queries during the course: Communication Channels: Contact us via phone, email, or online chat. Conclusion Thank you for choosing our COSHH course. Let's begin with an overview of the content. https://d3imrogdy81qei.cloudfront.net/video_images/3995/Course_overview-01.jpg Yes 100 https://www.procoshh.co.uk/training/video/personal-protective-equipment-at-work-regulations-2022 https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/6199.mp4 Personal Protective Equipment at Work Regulations 2022 Insight into PPER 2022: Extended PPE Regulations in the UK Introduction to PPER 2022 On 6th April 2022, the Personal Protective Equipment at Work Amendment Regulations 2022 (PPER 2022) were enacted. These amendments expanded upon the PPER 1992 by broadening the scope to include both Limb A and Limb B workers. Decoding Limb A and Limb B Workers Per the UK's Employment Rights Act 1996, Section 230, Part 3, the term 'worker' has two distinct classifications: Limb A: Pertains to workers under a contract of employment. They're recognised as employees by the Health and Safety at Work etc Act 1974 and were already encompassed in the PPER 1992. Limb B: Encompasses workers with a more informal employment relationship, working under a contract for services. Until PPER 2022, they weren't included in the PPER 1992's purview. Characteristics of Limb B Workers Workers typically falling under the Limb B classification: Engage in casual or regular work across multiple organisations. Receive holiday pay post one month of continuous service but lack other employment rights. Primarily undertake work they're inclined to and possess limited delegation rights. Hold contracts, whether verbal or written, for personal service provision in exchange for compensation. Operate outside the scope of independent business owners. Responsibilities Under PPER 2022 While the core duties from PPER 1992 remain intact, PPER 2022 augments them to cover Limb B workers: If PPE is mandated, employers must equip workers with comprehensive information, guidance, and training on PPE usage. Limb B workers must utilise PPE per received training and ensure its return to designated storage areas. Upon deducing PPE necessity through risk assessment for a Limb B worker, employers must perform a PPE aptness check, supply PPE without charge, and oversee its maintenance and storage. Workers must diligently use PPE based on employer-provided training and report any issues or losses promptly. Note: These modifications exclude staff with self-employed status. https://d3imrogdy81qei.cloudfront.net/video_images/11068/Personal_Protective_Equipment_at_Work_Regulations_2022-01.jpg Yes 184 https://www.procoshh.co.uk/training/video/health-safety-equipment https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/375.mp4 Personal protective equipment (PPE) Personal Protective Equipment (PPE): Essential for Workplace Safety During a risk assessment, the necessity and type of Personal Protective Equipment (PPE) is determined. PPE is vital for protecting employees from harm or discomfort at work and can also enhance work efficiency and comfort. Importance of Proper PPE Usage It's mandatory for employees to wear PPE provided by the employer and ensure its proper maintenance. Damaged or ill-fitting PPE can be hazardous and should be reported and not used. Types of Personal Protective Equipment Head Protection Includes hard hats or reinforced caps to guard against falling objects or impacts. May feature visors for eye protection or earmuffs for hearing protection. Ear Defenders Protect against short and long-term hearing damage. Varieties include foam plugs and full defenders attached to hard hats. Overalls Prevent entanglement, contamination, and can be fire or chemical-resistant. Often include high visibility strips. Cold Weather Clothing Provides protection from cold and rain, enhancing comfort and safety. May include safety and high visibility features. Gloves Offer protection from various hazards like infection, sharp objects, and chemicals. Designed for specific purposes like warmth, grip, and dryness. Protective Footwear Includes features like steel toe caps, good grip, and chemical resistance. Can be wellington boots or work boots. High Visibility Clothing Increases visibility for safety around people and vehicles. Includes coats, vests, and armbands. Respiratory Protection Ranges from simple paper masks to complex face masks with filters. Prevents harmful particles from entering the respiratory system. Eye Protection Safety goggles or glasses shield eyes from dust, liquids, and debris. Safety Harnesses Required for work at heights or in dangerous areas. Special training is needed for effective use. Lifejackets Necessary when working near or on water. Consultation with Employers on PPE There are many other types of PPE available. Employees should discuss with their employers the specific PPE required for their roles. https://d3imrogdy81qei.cloudfront.net/video_images/697/PPE-01.jpg Yes 204 https://www.procoshh.co.uk/training/video/coshh-in-the-office https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1221.mp4 COSHH in the office Hazardous Substances in Office Environments: Risks and Precautions Identifying Risks in Office Settings While office environments may seem safe, there are potential hazards that workers should be aware of: Toner Cartridges Toner cartridges for printers contain chemicals and dust, posing risks when replaced. Precautions include: Use gloves to prevent skin contact during cartridge changes. Clean spillages thoroughly and dispose of empty cartridges in sealed bags. Photocopiers Photocopiers emit emissions and solvent fumes, requiring: Good ventilation in the area where photocopiers are situated. Use of protective gloves for handling solvents and proper disposal. Paper Shredders Paper shredders can produce dust, necessitating: Careful consideration of disposal methods and ventilation. Maintaining tidy work areas to reduce dust accumulation. Office Cleaning Chemicals Cleaning chemicals in office kitchens require: Assessment of COSHH data sheets for risk evaluation. Establishment of control measures and provision of personal protective equipment if necessary. Additional Areas for Assessment Other areas to assess include: Toilets and storerooms for potential hazardous substances. Items stored in desks or drawers, like glue or correction fluid. Personal items brought into the office by employees, such as household cleaning chemicals. Conclusion Completing a thorough risk assessment ensures that all potential hazards in office environments are identified and appropriate precautions are taken to safeguard workers' health and safety. https://d3imrogdy81qei.cloudfront.net/video_images/2125/COSHH_in_the_office-01.jpg Yes 203 https://www.procoshh.co.uk/training/video/reach https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/6365.mp4 REACH REACH: Regulation of Chemicals in the EU and UK REACH, an acronym for Registration, Evaluation, Authorisation and Restriction of Chemicals, is a critical legislative framework for controlling chemicals in the EU, effective in the UK since June 1, 2007. Objectives and Requirements of REACH REACH aims to enhance the safety of chemical manufacture, supply, and use. Understanding its requirements is crucial for all companies, as any could be affected by this legislation. Key Aspects of REACH Under REACH: Suppliers must register chemicals, which are then assigned a registration number. This number is included on Safety Data Sheets alongside Exposure Scenarios, detailing safe use conditions for each chemical. Users must adhere to the provided safety guidelines or demonstrate their own measures meet or exceed these standards. Who Needs to Provide a Safety Data Sheet? Safety Data Sheets are typically required from: Suppliers of substances or mixtures classified as hazardous under CLP Regulations. Suppliers of substances that are persistent, bio-accumulative and toxic, or very persistent and very bio-accumulative. Suppliers of substances listed by the European Chemicals Agency as of very high concern. This list is not exhaustive and more information can be found on the HSE website. Compliance with REACH Compliance with REACH is mandatory for businesses dealing with chemicals, ensuring the protection of human health and the environment. Further Information and Resources For more detailed information on REACH and its implications, visit hse.gov.uk/reach. Conclusion REACH plays a pivotal role in ensuring the safe handling and use of chemicals within the EU and UK, making compliance a priority for relevant businesses. https://d3imrogdy81qei.cloudfront.net/video_images/11338/REACH-01.jpg Yes 109 https://www.procoshh.co.uk/training/video/coshh-regulations-2 https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3242.mp4 COSHH Regulations Guide to the Control of Substances Hazardous to Health Regulations 2002 (COSHH) The COSHH Regulations provide crucial guidelines for managing substances hazardous to health in the workplace, ensuring employee safety and legal compliance. Overview of COSHH Regulations COSHH is a regulatory framework for controlling hazardous substances in the workplace. It was amended in 2004, with the changes taking effect in 2005. Key Measures Under COSHH Employers must: Identify health hazards associated with substances Carry out risk assessments to prevent or reduce harm Implement and maintain control measures Provide information, instruction, and training to employees Conduct monitoring and health surveillance as needed Prepare for emergency situations Recognising and Handling Hazardous Substances Businesses must be aware of the potential risks associated with: Substances or products containing mixtures of substances Processes that create harmful substances Assessing New Technologies and Work Processes With new technologies and work processes, it's crucial to: Thoroughly understand the risks of new materials or substances Implement additional precautions where necessary Conclusion The COSHH Regulations play a vital role in safeguarding workers from the risks posed by hazardous substances in the workplace. Employers are required to actively manage these risks through comprehensive assessment and control measures. https://d3imrogdy81qei.cloudfront.net/video_images/5669/COSHH_REGULATIONS-01.jpg Yes 99 https://www.procoshh.co.uk/training/video/mixing-of-chemicals https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1351.mp4 Mixing of Chemicals Risks of Mixing Chemicals in the Workplace Understanding Chemical Reactions It's crucial to recognize the dangers associated with mixing chemicals in the workplace. Even seemingly harmless combinations can pose significant risks. Unforeseen Reactions Some chemicals, when combined, can undergo reactions leading to explosive or corrosive outcomes, which may not have been anticipated in risk assessments. Case Study: Chlorine Gas Incident An illustrative example is the tragic case of an office cleaner who inadvertently mixed bleach-based cleaners, resulting in the production of chlorine gas, a highly toxic substance. Health Effects of Chlorine Gas Exposure Exposure to chlorine gas can cause severe respiratory and mucous membrane irritation, leading to coughing, breathing difficulties, and in extreme cases, even death. Immediate symptoms: Burning eyes, throat, and nose, coughing, breathing problems. Severe effects: Chest pain, vomiting, pneumonia, fluid in the lungs, potential fatality. Skin effects: Pain, inflammation, swelling, blistering upon contact. Preventing Accidents Accidents involving chemical mixing can be prevented by adhering to safety precautions and avoiding the combination of incompatible substances. General Advice for Chemical Safety Do's and Don'ts: Do not mix bleach and ammonia. Avoid mixing bleach with acids. Do not combine different drain cleaners. Consulting Safety Measures If unsure about chemical compatibility, always refer to safety data sheets and seek guidance from managers or chemical manufacturers. https://d3imrogdy81qei.cloudfront.net/video_images/2393/Mixing_of_Chemicals.jpg Yes 184 https://www.procoshh.co.uk/training/video/handling-of-chemicals https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1354.mp4 Handling of Chemicals Safe Handling of Chemicals in the Workplace: Essential Guidelines Understanding Chemical Hazards Handling chemicals in the workplace requires careful attention to safety: Variety of Chemicals Workplaces handle a diverse range of chemicals, from cleaning substances in offices to flammable liquids in factories. Regardless of the type, correct handling is crucial to prevent injuries and mitigate risks. Key Guidelines for Safe Chemical Handling Identify Chemicals: Know the chemicals you're handling. Read Safety Data Sheets: Review SDS for essential information and keep them accessible. Labeling: Ensure all chemical containers are properly labelled with necessary information. Know Safe Uses: Understand the approved applications of chemicals. Follow Handling Instructions: Adhere to safe handling practices and use appropriate personal protective equipment (PPE). Avoid Chemical Mixing: Be cautious of chemical reactions and potential hazards. Practice Good Hygiene: Wash thoroughly after handling chemicals and avoid eating, drinking, or smoking during handling. Dispose Properly: Dispose of chemicals correctly to prevent contamination. Be Vigilant: Stay focused when carrying chemicals and handle them with care. Use Specialized Equipment: Utilize machinery or designated areas for handling specific chemicals. Store Safely: Return chemicals to designated storage areas after use. Legal Obligations and Personal Protective Equipment (PPE) The Personal Protective Equipment Regulations 1992 mandate employers to provide and employees to use appropriate PPE. Consult your manager if you have any concerns or uncertainties. https://d3imrogdy81qei.cloudfront.net/video_images/2409/Handling_of_Chemicals-01.jpg Yes 197 https://www.procoshh.co.uk/training/video/employee-duties-under-coshh https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1280.mp4 Employee Duties Under COSHH Understanding Employee Responsibilities for Health and Safety The Health and Safety Executive (HSE) outlines specific duties for employees in the workplace to ensure compliance with safety regulations. These responsibilities are crucial for maintaining a safe working environment. Main Duties of Employees Employees have five principal duties: Co-operation: Work with employers to meet safety obligations, such as following procedures to minimise risk exposure. Use and Report on Control Measures: Properly utilise control measures, including PPE, and report any defects. Equipment Management: Return equipment to designated storage and report defects immediately. Health Monitoring: Attend medical examinations when required and provide necessary health information to medical inspectors. Incident Reporting: Report any incidents that may have released a biological agent causing severe human disease. Detailed Breakdown of Employee Duties Utilising Control Measures: Use provided control measures for materials, plant, and processes. Adhering to Work Methods: Follow established work methods. PPE Management: Wear PPE correctly as per manufacturer's instructions and store it in the provided accommodation when not in use. Hygiene Practices: Maintain high personal hygiene standards, using provided facilities for washing and eating. Defect Reporting: Promptly report any defects in control measures or PPE to the appointed person, such as a foreman, supervisor, or safety representative. https://d3imrogdy81qei.cloudfront.net/video_images/2275/Employee_duties_under_COSHH-01.jpg Yes 116 https://www.procoshh.co.uk/training/video/what-is-not-covered-by-coshh https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1333.mp4 What is not covered by COSHH Understanding Exemptions from COSHH Regulations Overview of COSHH Exemptions The Control of Substances Hazardous to Health (COSHH) regulations cover various hazardous substances, but certain exemptions exist due to separate regulations addressing specific risks. Key Areas Not Covered The three primary areas not included under COSHH are: Asbestos Lead products Radioactive substances Workers dealing with these substances must adhere to additional regulations to ensure compliance. Other Uncovered Substances Additionally, COSHH does not cover substances: Considered simple asphyxiants Under high pressure or extreme temperatures With explosive or flammable properties Biological agents not directly work-related, such as flu transmission among workers Access to Further Information The Health and Safety Executive (HSE) website offers comprehensive details on all substances, serving as an invaluable resource for additional information. https://d3imrogdy81qei.cloudfront.net/video_images/2417/What_is_not_covered_by_COSHH-01.jpg Yes 81 https://www.procoshh.co.uk/training/video/course-summary- https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4803.mp4 Course Summary Completing Your Course and Taking the Test with ProTrainings Congratulations on completing your course! Before taking the test, review the student resources section and refresh your skills. Student Resources Section Free student manual: Download your manual and other resources. Additional links: Find helpful websites to support your training. Eight-month access: Revisit the course and view any new videos added. Preparing for the Course Test Before starting the test, you can: Review the videos Read through documents and links in the student resources section Course Test Guidelines No time limit: Take the test at your own pace, but complete it in one sitting. Question format: Choose from four answers or true/false questions. Adaptive testing: Unique questions for each student, with required section passes. Retake option: Review materials and retake the test if needed. After Passing the Test Once you pass the test, you can: Print your completion certificate Print your Certified CPD statement Print the evidence-based learning statement Additional ProTrainings Courses ProTrainings offers: Over 350 courses at regional training centres or your workplace Remote virtual courses with live instructors Over 300 video online and blended courses Contact us at 01206 805359 or email support@protrainings.uk for assistance or group training solutions. Thank you for choosing ProTrainings and good luck with your test! https://d3imrogdy81qei.cloudfront.net/video_images/8553/Course_Summary-01.jpg Yes 127 https://www.procoshh.co.uk/training/video/medical-and-dental-waste-products https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/911.mp4 Medical and Dental Waste Products Dental Practice Waste Disposal: Guidelines and Resources Introduction Within a dental practice, various items require specific disposal methods. Let's explore how to dispose of individual items correctly. Disposal of Silver Amalgam Silver amalgam is a common material in dental practices. Here's how to dispose of it: Residue: Dispose of residue in a waste amalgam storage bin. Capsules: Discard used capsules in a capsule storage bin, then empty into a larger container when full. Disposal of Other Materials Additional items requiring special disposal methods include: Old gold and precious metals: Dispose of in designated bins. X-rays: Lead foil from x-ray film goes into a lead foil container, while spent developer and fixer are disposed of in special bins. Resources for Waste Disposal Information If you need further guidance on waste disposal, consider the following: Contact waste disposal companies for specific advice and services. Visit the Environment Agency website for information on legal responsibilities and disposal methods. Refer to resources provided by the British Dental Association, including handouts and website links. https://d3imrogdy81qei.cloudfront.net/video_images/1587/Medical_and_Dental_Waste_Products-01.jpg Yes 172 https://www.procoshh.co.uk/training/video/hierarchy-of-control https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1350.mp4 Hierarchy of Control Hierarchy of Control for Managing Risks: A Comprehensive Guide Understanding the Hierarchy of Control The Hierarchy of Control is a structured approach used to manage risks effectively: Elimination Elimination involves assessing if the risk can be completely removed. Consider alternative substances or methods that may eliminate the need for the hazardous substance altogether. Reduction Reduction focuses on minimizing the amount of the substance required for the task. Proper measurement and delivery methods can help reduce exposure and spillage. Enclosure Enclosure aims to limit exposure by confining the substance to specific areas or using barriers to restrict access. Engineering Controls Engineering Controls involve implementing machinery or systems to handle the substance, reducing direct human contact and minimizing risks. Personal Protective Equipment (PPE) Personal Protective Equipment (PPE) is the last resort and includes equipment like gloves, goggles, or masks. While essential in some cases, PPE should not be the primary method of control. Implementing Control Measures Employers must adhere to COSHH regulations and implement appropriate control measures: Employees should use control measures provided by employers. Any issues or concerns regarding control measures should be reported to a manager. Conclusion By following the Hierarchy of Control and ensuring compliance with regulations, workplaces can effectively manage risks associated with hazardous substances, safeguarding the health and safety of employees. https://d3imrogdy81qei.cloudfront.net/video_images/2395/Hierarchy_of_Control-01.jpg Yes 151 https://www.procoshh.co.uk/training/video/adr-kit https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3263.mp4 ADR Kit and transporting chemicals on commercial vehicles Understanding ADR Kit Requirements for Hazardous Load Transport Introduction to ADR Kit The ADR kit is a mandatory requirement for vehicles transporting hazardous loads and contains various essential components. Components of the ADR Kit The ADR kit comprises several key items: Large items: Wheel chocks, broom, shovel, fire extinguisher, and spill kit, typically stored outside the vehicle for easy access. Spill kit: Contains necessary items to contain small spills and includes personal protective equipment (PPE) pack. PPE pack: Includes a torch with spare batteries, full-face mask respirator with spare filter, chemical gloves, and a hard hat. Additional items: High visibility vest (usually carried by the driver). Importance of Paperwork Drivers must carry essential paperwork, including driving license and supporting ADR qualification licenses, along with written instructions according to ADR regulations. These instructions provide crucial information for emergency responders. Compliance with ADR Regulations It's important to note that carrying an ADR kit is a legal requirement for transporting dangerous goods. https://d3imrogdy81qei.cloudfront.net/video_images/5711/ADR_Kit_and_transporting_chemicals_on_commercial_vehicles-01.jpg Yes 137 https://www.procoshh.co.uk/training/video/chemical-spill-kits https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3272.mp4 Chemical Spill Kits Chemical Spill Kits: Types and Usage Guidelines Introduction We will explore chemical spill kits, discussing their types and proper usage. Types of Chemical Spill Kits Maintenance Kit: Contains coolants, solvents, oils, mild acids, and mild alkalines. Oil Kit: Specifically for oil-type spills, suitable for oils, fuels, diesel, petroleum, and petroleum-based solvents. Chemical Kit: Suitable for acids, alkaline solvents, coolants, and oils, capable of handling stronger acids and alkalines. Importance of Correct Kit Selection It is crucial to choose the correct spill kit for the specific job to ensure effective cleanup. Contents of Chemical Spill Kits Each kit typically includes: Instruction Leaflet: Provides information on kit usage. Protective Equipment (PPE): Essential for personal safety, including gloves, respirator, and overalls. Socks: Lightweight, high-absorbency material used to contain or divert spills. Mats: Specially designed to absorb chemicals; used to cover spills. Disposal Bag: For collecting waste products. Granules: Absorbent material sprinkled onto spills for absorption. Usage Guidelines When using spill kits: Follow instructions carefully for effective cleanup. Dispose of waste according to workplace policies. Wear appropriate PPE at all times. Seek assistance when handling waste products, especially for heavy items. Disposal Dispose of waste in accordance with workplace policies and procedures. Conclusion Always prioritize safety when handling chemical spills, and ensure proper disposal of waste. https://d3imrogdy81qei.cloudfront.net/video_images/5731/Chemical_Spill_Kits-01.jpg Yes 235 https://www.procoshh.co.uk/training/video/the-european-six-pack https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/6366.mp4 The European six pack The European "Six Pack" Directives and Their Impact on UK Health and Safety The European "Six Pack" comprises six directives aimed at standardising and enhancing workplace health and safety across EU member states, including their significant influence on the UK's HSE regulations. Overview of the European "Six Pack" Directives The six directives cover various aspects of workplace health and safety: Workplace Health, Safety, and Welfare: Minimum standards for work environments. Provision of Work Equipment: Safety requirements for machinery and equipment. Manual Handling Operations: Reducing risks associated with manual handling. Display Screen Equipment: Protecting workers from risks of prolonged use of display screens. Personal Protective Equipment (PPE): Mandating appropriate PPE provision. Health and Safety of Pregnant Workers: Protecting pregnant workers and those who have recently given birth or are breastfeeding. Integration into UK Regulations In the UK, these directives have been integrated into national regulations, influencing key HSE regulations: The Management of Health and Safety at Work Regulations The Workplace (Health, Safety, and Welfare) Regulations The Provision and Use of Work Equipment Regulations The Manual Handling Operations Regulations The Health and Safety (Display Screen Equipment) Regulations The Personal Protective Equipment at Work Regulations Post-Brexit Continuation of EU-Derived Legislation Despite Brexit, the UK continues to retain much of the EU-derived legislation in health and safety, acknowledging its crucial role in worker protection. Significance of the European Six Pack in the UK The European Six Pack directives have shaped workplace health and safety standards in the UK, ensuring a high level of protection for workers in a variety of environments. Conclusion The European Six Pack serves as a cornerstone for workplace health and safety legislation in the EU and continues to influence UK regulations, reinforcing the commitment to maintaining high safety standards for workers. https://d3imrogdy81qei.cloudfront.net/video_images/11336/The_European_six_pack-01.jpg Yes 200 https://www.procoshh.co.uk/training/video/storage-and-hazards-of-chemicals-near-food https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1340.mp4 Storage and hazards of chemicals near food Chemical Safety in Food Areas Understanding Chemical Risks Overview: Chemicals pose a risk of food contamination if not handled and stored properly. Chemicals Found in Kitchens Bleach Dishwasher cleaner Washing up liquid Pest control chemicals or bait stations Soaps Oven cleaner Floor cleaners Precautions to Take When handling chemicals in food areas, take the following precautions: Proper Storage: Store chemicals in correctly labelled containers and keep them away from food storage and preparation areas. Avoid Contamination: Ensure chemicals are not stored in empty food containers to prevent accidental ingestion. Use of PPE: Wear appropriate personal protective equipment when handling chemicals. Correct Disposal: Dispose of chemicals and cleaning equipment properly. Follow Instructions: Adhere to the manufacturer's instructions for using chemicals. Separate Transport: Transport cleaning chemicals separately from food. Secure Storage: Keep chemical storage areas locked. Prevent Mixing: Ensure pest control products do not mix near food. Risks and Hazards The risks associated with chemicals in food areas include: Contamination of foods Tainting of foods by fumes and smells Dangers to staff working with or near chemicals Accidental mixing of chemicals leading to harmful substances or fumes Hazards from dust or spray mist during chemical use Contamination from cleaning materials Reducing Risks To mitigate risks and hazards, follow these guidelines: Proper Training: Ensure staff receive correct training and supervision. Alert Supervisors: Report suspected chemical contamination to a supervisor and halt food production if necessary. Approved Suppliers: Purchase food and supplies from approved suppliers. Safe Handling: Cover or store food away during cleaning activities. Correct Labelling: Label chemicals appropriately and avoid using food containers for chemical storage. Food Grade Containers: Use only food grade storage containers. https://d3imrogdy81qei.cloudfront.net/video_images/2415/Storage_and_hazards_of_chemicals_near_food-01.jpg Yes 155 https://www.procoshh.co.uk/training/video/acid-spill-kit https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/7134.mp4 Acid spill kit Acid Spill Kits in the Workplace If you use battery-operated forklift trucks or handle acid-based products in your workplace, there is always a risk of an acid spill. For example, a forklift battery cell may rupture, or a battery could be dropped, cracked, and leak acid onto the floor. Similarly, workplaces that store or use acids as part of their processes face the same potential hazard. In all of these situations, having a dedicated acid spill kit readily available is essential. What an Acid Spill Kit Contains This is one example of a typical acid spill kit. Inside, you will find a range of items designed to safely control, absorb, and dispose of acid spills. Absorbent Socks (or Booms) The long, sausage-shaped absorbent material is used to contain the spread of acid. If liquid is flowing in a particular direction, you can place these around or in front of the spill to stop it spreading further. This is especially important in environments such as warehouses, where acid could flow towards drains or walkways. Absorbent Granules The kit also contains acid-absorbing granules. These are sprinkled directly onto the spill, where they absorb and neutralise the acid, making it safer to handle. In higher-risk areas, such as near forklift charging stations or locations where acids are used frequently, you may also have larger sacks of granules stored nearby. These provide greater capacity than the smaller containers included in standard kits. This particular kit includes two tubs of granules. Personal Protective Equipment (PPE) To protect the person dealing with the spill, the kit includes appropriate PPE: Safety goggles to protect the eyes Long nitrile gloves to protect the hands and arms from acid contact You should always put PPE on before attempting to manage an acid spill. Cleaning and Disposal Equipment The kit also includes: A hazardous waste bag for disposal A dustpan and brush to sweep up the used granules Absorbent mats that can be placed directly onto liquid acid to soak it up Once used, the absorbent socks, mats, and granules are placed into the hazardous waste bag. Test Strips and Instructions Most kits also include: Clear instructions on how to use the contents safely Acid test strips, which allow you to confirm whether a liquid is acidic and assess its strength if you are unsure After Using the Spill Kit Acid spill kits are generally single-use. Once the spill has been dealt with: All contaminated materials are placed into the hazardous waste bag The bag is sealed using the provided cable tie The entire kit is treated as contaminated waste Do not dispose of the waste in general rubbish bins unless your local policy explicitly allows it. Disposal requirements can vary, so always follow your organisation’s procedures and local regulations for hazardous waste. Having the correct spill kit, knowing where it is stored, and understanding how to use it properly can significantly reduce risk and help keep everyone safe in the event of an acid spill. https://d3imrogdy81qei.cloudfront.net/video_images/12920/Acid_spill_kit.jpg Yes 187 https://www.procoshh.co.uk/training/video/preparing-your-respirator https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/7131.mp4 Preparing Your Respirator Using a Full Face Respirator A full face respirator offers a high level of protection because it safeguards both your lungs and your eyes. Unlike a standard half-mask respirator combined with separate eye protection, a full face respirator seals around the entire face, keeping hazards out more effectively. The main advantage is that dust, particles, splashes, and airborne contaminants are kept outside the mask. This prevents substances from entering your lungs and stops debris or chemicals from reaching your eyes. While full face respirators are more expensive than basic respirators and face shields, they combine all protection into a single, reliable unit. This example shows one brand of full face respirator. There are many brands available, but the principles of use and safety checks are the same. Filters and Preparation Before use, make sure you have the correct filters for the task. Different filters protect against different hazards, such as dust, vapours, or biological contaminants. Filters come sealed in packaging with full instructions. Always: Read the manufacturer’s instructions Check the filter type is suitable for the hazard Confirm the CE markings Check the expiry date, as filters degrade over time If you keep spare filters, always store them in their original packaging. Do not leave filters loose or exposed, as this can damage them or reduce their effectiveness. Inspecting the Mask Before fitting the respirator, carry out a visual inspection: Check the face seal is intact and undamaged Ensure there are no cracks or splits in the mask body Check the visor is clear and free from heavy scratches Confirm the exhalation valve is unobstructed The internal seal around the mouth and nose improves breathing efficiency and helps prevent fogging of the visor. If the seal is damaged, the mask must be replaced. Removing Protective Film New respirators are supplied with protective plastic film on the visor: Peel off the outer protective film Remove the inner protective film using the pull tab Once removed, ensure the visor is completely clear. Fitting the Filters Filters attach to both sides of the mask: Align the filter with the connector Push and rotate until it clicks into place Repeat on the opposite side Both filters must be fitted. Using only one filter allows unfiltered air to enter through the open side and makes the respirator ineffective. Preparing to Fit the Mask Before putting the respirator on: Loosen all head harness straps Ensure the mask is clean and dry Check the seal area once more for damage Once fitted, the mask should sit comfortably and securely, creating a firm seal around the face. Storage and Care Full face respirators should be stored carefully to prevent damage. The visor is usually made from Perspex and can scratch easily. When not in use: Store the mask in a protective bag or box Wrap it in a soft cloth or towel if necessary Keep it away from sharp objects and direct sunlight Key Safety Points Always use the correct filter for the hazard Check expiry dates on filters Inspect the mask before every use Fit filters on both sides of the respirator Replace the mask if seals or visor are damaged A correctly fitted and well-maintained full face respirator provides excellent protection and significantly reduces the risk of inhalation or eye exposure to hazardous substances. https://d3imrogdy81qei.cloudfront.net/video_images/12922/Preparing_your_respirator.jpg Yes 226 https://www.procoshh.co.uk/training/regulated/video/reasonably-practicable https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1209.mp4 Reasonably practicable Understanding "Reasonably Practicable" in Health and Safety Introduction If you've undertaken any Health and Safety courses, you've likely encountered the phrase "so far as is reasonably practicable." In this video, we'll delve into the meaning of this phrase in the context of Health and Safety at Work. Assessing Risks When conducting a risk assessment, the severity and likelihood of an incident, along with the number of people exposed, are crucial considerations. These factors are weighed against the costs, both in terms of time and finances, required to implement control measures. Application of "Reasonably Practicable" For instance, if there's a high-risk scenario affecting numerous individuals, it's deemed reasonable for the employer to invest significant resources in risk reduction measures. Conversely, if the risk is minimal, it wouldn't be practical for the employer to incur substantial expenses for mitigation. Varied Interpretations While it may seem straightforward to determine what actions are reasonably practicable, there are no fixed rules. Each business situation differs, and what's feasible for one may not be for another. Disputes over this matter are often resolved in court. Objective Decision-Making It's crucial to note that the judgement on what's reasonably practicable is objective, focusing on health risks rather than the employer's size or financial status. https://d3imrogdy81qei.cloudfront.net/video_images/2133/Reasonably_Practicable.jpg Yes 102 https://www.procoshh.co.uk/training/regulated/video/personal-protective-equipment-at-work-regulations-2022 https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/6199.mp4 Personal Protective Equipment at Work Regulations 2022 Insight into PPER 2022: Extended PPE Regulations in the UK Introduction to PPER 2022 On 6th April 2022, the Personal Protective Equipment at Work Amendment Regulations 2022 (PPER 2022) were enacted. These amendments expanded upon the PPER 1992 by broadening the scope to include both Limb A and Limb B workers. Decoding Limb A and Limb B Workers Per the UK's Employment Rights Act 1996, Section 230, Part 3, the term 'worker' has two distinct classifications: Limb A: Pertains to workers under a contract of employment. They're recognised as employees by the Health and Safety at Work etc Act 1974 and were already encompassed in the PPER 1992. Limb B: Encompasses workers with a more informal employment relationship, working under a contract for services. Until PPER 2022, they weren't included in the PPER 1992's purview. Characteristics of Limb B Workers Workers typically falling under the Limb B classification: Engage in casual or regular work across multiple organisations. Receive holiday pay post one month of continuous service but lack other employment rights. Primarily undertake work they're inclined to and possess limited delegation rights. Hold contracts, whether verbal or written, for personal service provision in exchange for compensation. Operate outside the scope of independent business owners. Responsibilities Under PPER 2022 While the core duties from PPER 1992 remain intact, PPER 2022 augments them to cover Limb B workers: If PPE is mandated, employers must equip workers with comprehensive information, guidance, and training on PPE usage. Limb B workers must utilise PPE per received training and ensure its return to designated storage areas. Upon deducing PPE necessity through risk assessment for a Limb B worker, employers must perform a PPE aptness check, supply PPE without charge, and oversee its maintenance and storage. Workers must diligently use PPE based on employer-provided training and report any issues or losses promptly. Note: These modifications exclude staff with self-employed status. https://d3imrogdy81qei.cloudfront.net/video_images/11068/Personal_Protective_Equipment_at_Work_Regulations_2022-01.jpg Yes 184 https://www.procoshh.co.uk/training/regulated/video/health-safety-equipment https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/375.mp4 Personal protective equipment (PPE) Personal Protective Equipment (PPE): Essential for Workplace Safety During a risk assessment, the necessity and type of Personal Protective Equipment (PPE) is determined. PPE is vital for protecting employees from harm or discomfort at work and can also enhance work efficiency and comfort. Importance of Proper PPE Usage It's mandatory for employees to wear PPE provided by the employer and ensure its proper maintenance. Damaged or ill-fitting PPE can be hazardous and should be reported and not used. Types of Personal Protective Equipment Head Protection Includes hard hats or reinforced caps to guard against falling objects or impacts. May feature visors for eye protection or earmuffs for hearing protection. Ear Defenders Protect against short and long-term hearing damage. Varieties include foam plugs and full defenders attached to hard hats. Overalls Prevent entanglement, contamination, and can be fire or chemical-resistant. Often include high visibility strips. Cold Weather Clothing Provides protection from cold and rain, enhancing comfort and safety. May include safety and high visibility features. Gloves Offer protection from various hazards like infection, sharp objects, and chemicals. Designed for specific purposes like warmth, grip, and dryness. Protective Footwear Includes features like steel toe caps, good grip, and chemical resistance. Can be wellington boots or work boots. High Visibility Clothing Increases visibility for safety around people and vehicles. Includes coats, vests, and armbands. Respiratory Protection Ranges from simple paper masks to complex face masks with filters. Prevents harmful particles from entering the respiratory system. Eye Protection Safety goggles or glasses shield eyes from dust, liquids, and debris. Safety Harnesses Required for work at heights or in dangerous areas. Special training is needed for effective use. Lifejackets Necessary when working near or on water. Consultation with Employers on PPE There are many other types of PPE available. Employees should discuss with their employers the specific PPE required for their roles. https://d3imrogdy81qei.cloudfront.net/video_images/697/PPE-01.jpg Yes 204 https://www.procoshh.co.uk/training/regulated/video/course-introduction-tquk-coshh-risk-assessment https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/4607.mp4 Course Introduction Welcome to the TQUK Level 2 Award in COSHH Risk Assessment (RQF) Thank you for choosing ProTrainings for your TQUK Level 2 Award in COSHH Risk Assessment (RQF) course. This is a comprehensive online video course designed to help you achieve the full regulated qualification without the need for classroom attendance. Course Structure and Requirements Throughout this course, you will: Watch a series of informative videos. Complete knowledge review questions. Take a short completion test. The course can be accessed on any device. You can start on your computer and finish on your smartphone or tablet. You are free to start, stop, and return to the course at your convenience, with the ability to review any videos or materials as needed. Test and Qualification Once you have completed the course content, you will need to: Download and complete the open response test in Word format. Digitally sign and email the test to marking@protrainings.uk. We will mark your work and provide feedback if necessary. Schedule a Zoom video meeting for any final questions and an ID check. The test must be completed in one sitting, with no time limit. It consists of multiple-choice and true/false questions. If you answer incorrectly, additional help will be provided, and you can select another answer without affecting your final score. Our adaptive testing system ensures a unique set of questions for each learner, requiring you to pass each section of the course. Resources and Support Upon passing the test, you can print your completion certificate, Certified CPD statement, and evidence-based learning statement from the course homepage. The course provides access to a variety of resources and links to support your learning. We update our courses regularly, so check back for new material. Your course access lasts for eight months from the start date, even after passing the test. Company Solutions and Ongoing Support We offer free company dashboards for staff training management. For more information about our company solutions or to discuss group training options, please contact us: Phone: 01206-805359 Email: support@protrainings.uk Online Chat: Available on our website Stay Updated To keep your skills fresh and stay informed about new videos and updates, you will receive an email every Monday morning. These emails also include news from our blog. You can choose to receive or opt-out of these emails at any time. Thank You and Good Luck! We hope you enjoy the course. Thank you for choosing ProTrainings. Good luck with your test! https://d3imrogdy81qei.cloudfront.net/video_images/8309/Course_Introduction-01.jpg Yes 152 https://www.procoshh.co.uk/training/regulated/video/adr-kit https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3263.mp4 ADR Kit and transporting chemicals on commercial vehicles Understanding ADR Kit Requirements for Hazardous Load Transport Introduction to ADR Kit The ADR kit is a mandatory requirement for vehicles transporting hazardous loads and contains various essential components. Components of the ADR Kit The ADR kit comprises several key items: Large items: Wheel chocks, broom, shovel, fire extinguisher, and spill kit, typically stored outside the vehicle for easy access. Spill kit: Contains necessary items to contain small spills and includes personal protective equipment (PPE) pack. PPE pack: Includes a torch with spare batteries, full-face mask respirator with spare filter, chemical gloves, and a hard hat. Additional items: High visibility vest (usually carried by the driver). Importance of Paperwork Drivers must carry essential paperwork, including driving license and supporting ADR qualification licenses, along with written instructions according to ADR regulations. These instructions provide crucial information for emergency responders. Compliance with ADR Regulations It's important to note that carrying an ADR kit is a legal requirement for transporting dangerous goods. https://d3imrogdy81qei.cloudfront.net/video_images/5711/ADR_Kit_and_transporting_chemicals_on_commercial_vehicles-01.jpg Yes 137 https://www.procoshh.co.uk/training/regulated/video/emergency-procedures https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1208.mp4 Emergency Procedures Emergency Planning in Workplaces: Procedures and Considerations Importance of Emergency Planning Workplaces must prepare for emergencies as part of health and safety measures, including thorough risk assessment. Components of an Emergency Plan The plan should detail procedures for various incidents, including explosion, flood, poisoning, electrocution, fire, release of radioactivity, and chemical spills, among others. Documentation and Records Records should include procedures for emergencies, responsible personnel, training details, maintenance records for emergency equipment, and evacuation drills. Established Procedures Procedures should cover raising the alarm, escape routes, assembly points, contacting emergency services, and evacuating disabled individuals. Assigned Responsibilities Designated individuals should handle specific tasks during emergencies, such as liaising with emergency services, fire wardens, first aiders, and personnel responsible for machinery shutdown. Additional Considerations Considerations may include shared buildings, involvement of other businesses in the plan, hazards related to chemical storage, and reporting requirements to the fire rescue service. Training and Practice Regular training and practice of emergency procedures enhance reliable responses. Plans should be clear, regularly reviewed, and improved based on identified shortcomings. Seeking Assistance In case of doubts, assistance should be sought from emergency services or professional organizations. https://d3imrogdy81qei.cloudfront.net/video_images/2161/Emergency_Procedures-01.jpg Yes 141 https://www.procoshh.co.uk/training/regulated/video/handling-of-chemicals https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1354.mp4 Handling of Chemicals Safe Handling of Chemicals in the Workplace: Essential Guidelines Understanding Chemical Hazards Handling chemicals in the workplace requires careful attention to safety: Variety of Chemicals Workplaces handle a diverse range of chemicals, from cleaning substances in offices to flammable liquids in factories. Regardless of the type, correct handling is crucial to prevent injuries and mitigate risks. Key Guidelines for Safe Chemical Handling Identify Chemicals: Know the chemicals you're handling. Read Safety Data Sheets: Review SDS for essential information and keep them accessible. Labeling: Ensure all chemical containers are properly labelled with necessary information. Know Safe Uses: Understand the approved applications of chemicals. Follow Handling Instructions: Adhere to safe handling practices and use appropriate personal protective equipment (PPE). Avoid Chemical Mixing: Be cautious of chemical reactions and potential hazards. Practice Good Hygiene: Wash thoroughly after handling chemicals and avoid eating, drinking, or smoking during handling. Dispose Properly: Dispose of chemicals correctly to prevent contamination. Be Vigilant: Stay focused when carrying chemicals and handle them with care. Use Specialized Equipment: Utilize machinery or designated areas for handling specific chemicals. Store Safely: Return chemicals to designated storage areas after use. Legal Obligations and Personal Protective Equipment (PPE) The Personal Protective Equipment Regulations 1992 mandate employers to provide and employees to use appropriate PPE. Consult your manager if you have any concerns or uncertainties. https://d3imrogdy81qei.cloudfront.net/video_images/2409/Handling_of_Chemicals-01.jpg Yes 197 https://www.procoshh.co.uk/training/regulated/video/identify-those-who-may-be-harmed https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1177.mp4 2. Identifying Those Who May Be Harmed Hazard Assessment and Identifying Potential Harm 1. Understanding Hazard-Related Risks Clarity on Potential Harm for Each Hazard Learn how to assess hazards by understanding who might be at risk: 2. Group Identification Recognizing Groups at Risk Identifying groups of individuals who could be affected, e.g., storeroom workers or warehouse dispatch personnel: **Group Classification:** Instead of naming individuals, categorize workers into groups. 3. Assessing Potential Harm Evaluating Types of Injury or Ill Health Examine the potential injuries or health issues resulting from specific hazards: **Examples:** Link specific hazards with potential injuries, like 'back injury for shelf stackers due to repetitive box lifting'. 4. Diverse Workforce Considerations Recognizing Varied Worker Capabilities Acknowledge that not all workers are equally capable and consider factors such as: **Medical Problems:** Some workers may have medical issues that affect their capabilities. **Disabilities:** Disabled employees may require unique considerations. **Age Differences:** Young or older workers may face distinct challenges. **Pregnancy:** Special care is needed for pregnant employees. 5. Tailored Actions for Diverse Groups Customizing Actions for Different Groups Develop actions that suit the specific needs of identified groups: **Group-Specific Measures:** Tailor actions to address the unique requirements of each group. 6. Expanding the Scope Considering the Entire Work Environment Expand your perspective beyond immediate observations to encompass all individuals at potential risk: **Shift Workers:** Remember those on different shifts or work patterns. **Visitors and Contractors:** Include individuals not regularly present in the workplace. **Maintenance Workers:** Think about those involved in facility maintenance. **Public Safety:** Assess how your activities may affect members of the public. **Interconnected Workplaces:** Consider how other businesses and visitors impact your staff and vice versa. 7. Open Communication Promoting Dialogue and Feedback Encourage communication with staff and stakeholders to ensure comprehensive risk assessment: **Inclusivity:** Involve staff, and seek input to identify any overlooked individuals. https://d3imrogdy81qei.cloudfront.net/video_images/2055/Identifying_Those_Who_May_Be_Harmed-01.jpg Yes 98 https://www.procoshh.co.uk/training/regulated/video/review-your-assessment-and-update-if-necessary https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1180.mp4 5. Reviewing and Updating Your Assessment Ongoing Workplace Safety: The Importance of Regular Reviews 1. Introduction Adapting to Evolving Workplace Conditions Workplaces are dynamic environments that continually evolve, often introducing new equipment, substances, and procedures that may carry new risks. This underscores the importance of ongoing reviews to maintain safety and prevent potential hazards. 2. Annual or Periodic Reviews Regular Assessments to Ensure Continuous Improvement Conducting a formal review of your workplace, ideally on an annual or biannual basis, is vital to ensure that your safety measures remain effective and up to date. Use this opportunity to reevaluate your risk assessment and look for any modifications or improvements. 3. Monitoring for Changes Adapting to Changing Circumstances Be proactive in monitoring your workplace for changes. Consider whether your employees have identified potential issues, if accidents or near misses have provided learning opportunities, and if there have been any alterations in your working environment. 4. Maintaining an Up-to-Date Risk Assessment Ensuring Relevance and Effectiveness Your risk assessment should remain current to be effective. Avoid the common pitfall of neglecting your risk assessment until an incident occurs. Set a specific review date for your risk assessment, record it, and schedule it as an annual event in your diary to maintain accountability. 5. Immediate Updates for Significant Changes Flexibility and Timely Adjustments If a substantial change occurs within your workplace during the year, don't delay. Review your risk assessment promptly and make necessary amendments. It's advisable to factor risk assessments into your planning process when introducing changes, ensuring a proactive approach to safety. https://d3imrogdy81qei.cloudfront.net/video_images/2061/Reviewing_and_Updating_Your_Assessment-01.jpg Yes 83 https://www.procoshh.co.uk/training/regulated/video/routes-of-entry-to-the-body https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/819.mp4 Routes of entry to the body Routes of Entry for Hazardous Substances Understanding the Routes Overview: This video explores the various pathways through which hazardous substances can enter the body. Inhalation Definition: Inhalation occurs when substances are breathed in. Examples: Biological agents (e.g., fungi), chemicals (e.g., solvents). Risks: Airborne substances can penetrate the lungs and bloodstream, affecting multiple organs. Absorption Definition: Absorption happens when substances penetrate the skin. Examples: Tetanus, benzene. Risks: Skin contact allows substances to enter through pores or wounds. Ingestion Definition: Ingestion involves swallowing substances, leading to entry into the digestive system. Risks: Poor personal hygiene can contribute to accidental ingestion. Injection Definition: Injection occurs when substances enter the body through accidental hypodermic needle injuries. Risks: Accidental needle incidents pose risks; proper infection control and waste disposal are crucial. https://d3imrogdy81qei.cloudfront.net/video_images/2309/Routes_of_entry_to_the_body-01.jpg Yes 93 https://www.procoshh.co.uk/training/regulated/video/coshh-course-summary https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/805.mp4 Course summary Congratulations on Completing Your Course! Well done on successfully finishing your course! Please take a moment to explore the student resources section, where you can access your free student manual, additional downloads, and links to helpful websites that may support your continued learning. Access and Refresh Your Skills You have access to the course for eight months, allowing you to revisit and refresh your skills at any time. You can also view any new videos that we add during this period. Next Steps: Completing Your Course Test To finalise your course, you need to complete the course test. Before beginning the test, you can: Review any of the videos and documents in the student resources section. Read through the provided links for additional information. The test must be completed in one sitting, though there is no time limit. It includes a mix of multiple-choice and true/false questions. If you answer a question incorrectly, you will receive additional help to guide you towards the correct answer. Choosing another answer will not affect your final score, but it will ensure you understand the material. Our adaptive testing system provides a unique set of questions for each participant. You must pass each section of the test, and additional questions will be provided if necessary. If you do not pass, you can review the course materials and retake the test. Receiving Your Certification Once you pass the test, you can print your completion certificate, Certified CPD statement, and evidence-based learning statement from the course homepage. Additional Courses and Support At ProTrainings, we offer over 200 classroom courses nationwide through our network of over 1,000 instructors, as well as over 170 online video courses. For assistance in finding a course or to discuss group training solutions, please contact us: Phone: 01206-805359 Email: support@protrainings.uk Thank you for choosing ProTrainings. We wish you the best of luck with your test! https://d3imrogdy81qei.cloudfront.net/video_images/1407/Course_summary-01.jpg Yes 88 https://www.procoshh.co.uk/training/regulated/video/hierarchy-of-control https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1350.mp4 Hierarchy of Control Hierarchy of Control for Managing Risks: A Comprehensive Guide Understanding the Hierarchy of Control The Hierarchy of Control is a structured approach used to manage risks effectively: Elimination Elimination involves assessing if the risk can be completely removed. Consider alternative substances or methods that may eliminate the need for the hazardous substance altogether. Reduction Reduction focuses on minimizing the amount of the substance required for the task. Proper measurement and delivery methods can help reduce exposure and spillage. Enclosure Enclosure aims to limit exposure by confining the substance to specific areas or using barriers to restrict access. Engineering Controls Engineering Controls involve implementing machinery or systems to handle the substance, reducing direct human contact and minimizing risks. Personal Protective Equipment (PPE) Personal Protective Equipment (PPE) is the last resort and includes equipment like gloves, goggles, or masks. While essential in some cases, PPE should not be the primary method of control. Implementing Control Measures Employers must adhere to COSHH regulations and implement appropriate control measures: Employees should use control measures provided by employers. Any issues or concerns regarding control measures should be reported to a manager. Conclusion By following the Hierarchy of Control and ensuring compliance with regulations, workplaces can effectively manage risks associated with hazardous substances, safeguarding the health and safety of employees. https://d3imrogdy81qei.cloudfront.net/video_images/2395/Hierarchy_of_Control-01.jpg Yes 151 https://www.procoshh.co.uk/training/regulated/video/coshh-regulations-2 https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3242.mp4 COSHH Regulations Guide to the Control of Substances Hazardous to Health Regulations 2002 (COSHH) The COSHH Regulations provide crucial guidelines for managing substances hazardous to health in the workplace, ensuring employee safety and legal compliance. Overview of COSHH Regulations COSHH is a regulatory framework for controlling hazardous substances in the workplace. It was amended in 2004, with the changes taking effect in 2005. Key Measures Under COSHH Employers must: Identify health hazards associated with substances Carry out risk assessments to prevent or reduce harm Implement and maintain control measures Provide information, instruction, and training to employees Conduct monitoring and health surveillance as needed Prepare for emergency situations Recognising and Handling Hazardous Substances Businesses must be aware of the potential risks associated with: Substances or products containing mixtures of substances Processes that create harmful substances Assessing New Technologies and Work Processes With new technologies and work processes, it's crucial to: Thoroughly understand the risks of new materials or substances Implement additional precautions where necessary Conclusion The COSHH Regulations play a vital role in safeguarding workers from the risks posed by hazardous substances in the workplace. Employers are required to actively manage these risks through comprehensive assessment and control measures. https://d3imrogdy81qei.cloudfront.net/video_images/5669/COSHH_REGULATIONS-01.jpg Yes 99 https://www.procoshh.co.uk/training/regulated/video/coshh-safety-data-sheets https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1245.mp4 COSHH Safety Data Sheets Safety Data Sheets: Importance and Contents Understanding Safety Data Sheets Definition: Safety data sheets (SDS) provide crucial information on chemical or hazardous substances that may pose health risks in the workplace. Scope: SDS cover substances hazardous in their original form or when altered, such as wood dust from cut boards. Usage: Employers utilize SDS during risk assessments to gather details on assessed products, including hazards, handling, storage, and emergency procedures. Compliance with HSE Guidelines The HSE-approved code of practice mandates employers to consider supplier-provided SDS when assessing activities involving hazardous substances. Exploring a Safety Data Sheet (Example: Bleach) Identification: The SDS begins with supplier details and emergency contacts. Hazard Identification: This section outlines substance hazards, labeling requirements, and associated risks. Composition: Details the substance's ingredients. First Aid Measures: Provides essential guidance for medical emergencies. Fire Risks: Identifies fire hazards and firefighting instructions. Accidental Release Measures: Addresses environmental concerns and cleanup procedures. Handling and Storage: Specifies proper storage conditions and handling precautions. Exposure Controls: Outlines control parameters and necessary protective equipment. Physical and Chemical Properties: Describes substance characteristics. Toxicological Information: Covers health effects upon inhalation, ingestion, or skin/eye contact. Transportation Precautions: Advises on safe transportation practices. Importance of Safety Data Sheets Significance: Each product requires a separate SDS, essential for risk assessments and preventing chemical mishaps. Storage and Reference: Maintain SDS securely and review them regularly, especially when assessing potential chemical interactions. Consultation: In case of uncertainty, contact the manufacturer or supplier for clarification or additional information. https://d3imrogdy81qei.cloudfront.net/video_images/2305/COSHH_Safety_Data_Sheets.jpg Yes 228 https://www.procoshh.co.uk/training/regulated/video/radioactive-substances https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1335.mp4 Radioactive substances Understanding Radiation Safety Regulations in the UK Radiation Applications and Risks Radiation is utilised in various sectors across the UK, but it poses potential exposure risks that require effective control. Types of Radiation There are two main types of radiation: Ionising radiation: Includes electromagnetic rays (e.g., X-rays, gamma rays) and particles (e.g., alpha, beta particles). Non-ionising radiation (NIR): Encompasses optical radiation (e.g., UV, visible, infrared) and electromagnetic fields (e.g., power frequencies, microwaves, radio frequencies). Regulations and Dose Limits To protect workers and the public from ionising radiation, dose limits are set to balance risks and benefits. These limits are defined in UK legislation. HSE Regulations and Guidance The Health and Safety Executive (HSE) regulates work involving radiation exposure. Their policies are influenced by organisations such as the World Health Organisation and the International Commission on Non-Ionizing Radiation Protection. Pregnancy and Radiation Exposure It's advisable to inform your employer if you're pregnant to ensure necessary protection measures are applied, although it's not legally required. https://d3imrogdy81qei.cloudfront.net/video_images/2423/Radioactive_substances-01.jpg Yes 202 https://www.procoshh.co.uk/training/regulated/video/record-your-findings-and-implement-them https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1179.mp4 4. Recording and Implementing Your Findings Implementing Your Risk Assessment: Best Practices 1. Introduction Translating Risk Assessment into Effective Action Putting your risk assessment results into practice is crucial for safeguarding people and your business. This involves documenting your findings and sharing them with your team to encourage action. 2. Recording Your Results Why Documenting Your Risk Assessment Matters If your workforce has fewer than five employees, writing your results down isn't mandatory, but it's a valuable practice for future reference and adaptability to changing circumstances. Keep your documentation simple and concise, avoiding unnecessary complexity. 3. Ensuring Suitable and Sufficient Assessments Criteria for Effective Risk Assessments Risk assessments need not be perfect, but they must be suitable and sufficient. Demonstrating that you've carried out a thorough check, identified potential impact on individuals, addressed significant hazards, adopted reasonable precautions, reduced remaining risks, and involved staff or their representatives is essential. 4. Utilizing HSE Templates Accessing HSE Risk Assessment Templates The HSE provides a risk assessment template on their website, accessible from the student downloads section of this course, to streamline your risk assessment process. 5. Prioritizing Actions Effective Action Planning Upon completing your risk assessment, you might identify a variety of potential improvements, both large and small. It's not necessary to address everything simultaneously unless there's a high-risk issue. Developing a strategic action plan focusing on the most critical aspects is the best approach. 6. Acknowledgment and Proof of Effort Recognition by Health and Safety Inspectors Health and safety inspectors acknowledge businesses that actively seek improvements. By documenting your risk assessments and following an action plan, you provide evidence that you're proactively addressing issues. In some cases, a temporary plan may precede more permanent controls. 7. Progress Tracking and Accountability Monitoring and Record-Keeping As you work through your action plan, prioritize and tackle the most critical tasks first. Each completed action can be checked off your plan, creating a record of your proactive approach. https://d3imrogdy81qei.cloudfront.net/video_images/2059/Recording_and_Implementing_Your_Findings-01.jpg Yes 127 https://www.procoshh.co.uk/training/regulated/video/storage-of-chemicals https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1356.mp4 Storage of Chemicals Safe Storage of Chemicals in the Workplace Importance of Safe Chemical Storage Overview: Proper storage of chemicals in the workplace is crucial to prevent accidents and hazards. Considerations for Safe Storage When storing chemicals, follow these guidelines: Manufacturer's Instructions: Adhere to the manufacturer’s instructions and relevant regulations. Risk Assessments: Base storage location on necessity and associated risks. Hazard Suitability: Storage areas should address potential fire risks and restrict access to authorised personnel. Segregation: Separate chemicals that may react together and contain spills or leaks. HSE Guidelines for Chemical Storage The Health and Safety Executive (HSE) offers the following guidance: Only trained workers should access chemical storage. Keep storage containers locked. Provide adequate washing facilities and ventilation. Ensure sufficient air changes per hour in areas prone to fumes. Maintain spill clean-up kits nearby. Additional Storage Recommendations Proper Labeling: Face container labels forwards for easy identification. Record Keeping: Maintain records of stored chemicals. Container Placement: Place heavier items and corrosive chemicals on lower shelves. Container Design: Use containers that are easy to pour from and prevent spills. Avoidance of Open Containers: Never store chemicals in open containers or reuse concentrate containers. Personal Protective Equipment (PPE) Use appropriate PPE when handling chemicals: Follow product label instructions. Consult safety-clothing supplier for suitable PPE. Consider respiratory protective equipment (RPE) for potential spills. Reporting and Maintenance If you encounter issues with chemical storage or handling: Report concerns to your supervisor immediately. Clean up spills promptly using appropriate measures and PPE. Ensure proper controls are in place and regularly checked. https://d3imrogdy81qei.cloudfront.net/video_images/2419/Storage_of_Chemicals-01.jpg Yes 187 https://www.procoshh.co.uk/training/regulated/video/accidental-exposure https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/817.mp4 Accidental Exposure to a Substance under COSHH UK COSHH Protocols: Managing Accidental Exposure The Significance of COSHH in the UK The UK's COSHH serves as a pivotal health and safety regulation, designed to curtail risks associated with hazardous materials, thereby safeguarding worker health. Nevertheless, despite stringent measures, unforeseen exposure incidents can arise. Being adept with an immediate and effective response procedure becomes paramount. Immediate Actions upon Accidental Exposure 1. Prioritise Immediate Safety Instantaneously move the impacted individual to an area with fresh air, ensuring further exposure is minimised. 2. Turn to Safety Data Sheets (SDSs) Immediately consult the respective SDS to discern first aid measures related to the particular substance. 3. Response to Skin Contact If the substance makes contact with the skin, thoroughly rinse with ample water and a mild soap (where deemed appropriate). It's essential to sidestep the use of hot water, which might exacerbate absorption by dilating skin pores. 4. Addressing Eye Contact In the event of eye exposure, consistently flush with tepid, uncontaminated water for no less than 20 minutes. Exercise caution to ensure the rinse avoids the other eye. Desist from attempting the removal of any trapped particles within the eye. 5. Measures for Ingestion Should the substance be consumed, immediately refer to the SDS for specific actions. Refrain from inducing vomiting, unless explicitly directed to. 6. Securing Medical Attention Upon dispensing immediate first aid, it's paramount to promptly obtain professional medical intervention. When engaging healthcare practitioners, impart a clear account of the substance (if identifiable) and precise details of the exposure, such as the mode (be it inhalation, skin contact, or ingestion) and preliminary first aid measures executed. Conclusion Adhering to these steps post-accidental exposure under the UK's COSHH ensures a diligent, informed response, prioritising safety and health. Staying prepared is key. https://d3imrogdy81qei.cloudfront.net/video_images/10952/Accidental_Exposure_to_a_Substance_under_COSHH-01.jpg Yes 111 https://www.procoshh.co.uk/training/regulated/video/gases-and-vapours https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/813.mp4 Gases and Vapours Dangers of Gases and Vapours: Risks and Protection Understanding Gas and Vapour Hazards Gases and vapours pose significant dangers, often invisible to the naked eye. Not only are they potentially harmful, but they can also be flammable or explosive. Despite lacking a distinct smell, when mixed, they can amplify the danger. Sources of Gases and Vapours Gases can originate from various sources, including leaking pressurised gas cylinders, gas pipes, or emissions from sewage pits. Vapour, on the other hand, emanates from substances and can immediately impact health. Visibility and Detection While gases and vapours may not always be visible, some signs such as a slight shimmer in the air around a chemical may offer a warning. However, this is not consistent. Additionally, gases and vapours, being sometimes heavier than air, can accumulate in lower areas like pits or buildings. Protective Measures To safeguard against gas and vapour hazards: Avoid areas where gases or vapours may be present. Always wear appropriate personal protective equipment (PPE) when risks are known. Utilise gas detection alarms to alert you to the presence of hazardous substances. In certain work environments, gas detection alarms are mandatory and can be portable or permanently installed throughout the site. https://d3imrogdy81qei.cloudfront.net/video_images/2745/Gases_and_Vapours-01.jpg Yes 73 https://www.procoshh.co.uk/training/regulated/video/labelling-of-substances---chip-and-ghs-symbols https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/822.mp4 CLP Regulations Overview of CLP Regulation: European Regulation (EC) No 1272/2008 Introduction to CLP Regulation The European Regulation (EC) No 1272/2008, known as the CLP Regulation, was implemented across all EU member states, including the UK, on 20 January 2010. Main Goals of CLP Regulation Adoption of Globally Harmonised System (GHS): The primary aim of the CLP Regulation is to adopt the Globally Harmonised System (GHS) within the EU for the classification and labelling of chemicals. Transition and Application The CLP Regulation is being phased in through a transitional period, extending until 1 June 2015: Application Timeline: It applies to substances from 1 December 2010 and to mixtures or preparations from 1 June 2015. Direct Application: The regulation applies directly in all EU member states without the need for national legislation and is overseen by the European Chemicals Agency (ECHA). Replacement of CHIP Regulations CLP will replace the Chemicals (Hazard Information and Packaging for Supply) Regulations 2009, also known as CHIP regulations, effective from 1 June 2015. Key Features and Changes Similarity to CHIP: The intention of CLP is similar to CHIP, focusing on appropriate classification, labelling, and packaging of substances and mixtures in the market. Adoption of GHS: CLP adopts the GHS, facilitating global uniformity in classifications and labelling over time. New Hazard Pictograms: CLP introduces new hazard pictograms, distinguished by shape, design, and colour, including symbols for various hazards such as toxicity, flammability, and corrosiveness. Exemptions and Special Cases CLP Regulation does not apply to certain substances and chemicals: Excluded Substances: Exemptions include radioactive substances, substances under customs supervision, non-isolated intermediaries, and those for scientific research and development under controlled conditions. Final User Exclusions: The regulation excludes finished chemicals intended for final users, such as medicines, medical devices, veterinary medicines, cosmetics, and food products. https://d3imrogdy81qei.cloudfront.net/video_images/2403/CLP_regulations-01.jpg Yes 187 https://www.procoshh.co.uk/training/regulated/video/employee-and-employer-duties https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/821.mp4 Employer Duties Under COSHH Employer Duties According to HSE Guidelines Overview The HSE outlines specific duties for employers regarding the management of hazardous substances: Key Duties Inclusion of Workers: Employers' responsibilities extend to contractors, sub-contractors, and self-employed individuals. Self-Employed Individuals: They share duties akin to both employers and employees, except for certain monitoring and health surveillance regulations. Employers' Responsibilities Employers are mandated by the HSE to: Establish Procedures: Procedures should ensure the proper usage and effectiveness of control measures, including personal protective equipment (PPE). Procedural Inclusions: These procedures should cover: (a) Visual checks and observations for tasks involving COSHH substances. (b) Provision of appropriately fitting PPE, promptly replacing when necessary. (c) Ensuring compatibility of different PPE items worn simultaneously. (d) Supervising employees to ensure adherence to defined work methods. (e) Promptly taking remedial action as required. (f) Monitoring employee health and providing necessary medical care. https://d3imrogdy81qei.cloudfront.net/video_images/2273/Employer_Duties_Under_COSHH.jpg Yes 80 https://www.procoshh.co.uk/training/regulated/video/chemical-spill-kits https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/3272.mp4 Chemical Spill Kits Chemical Spill Kits: Types and Usage Guidelines Introduction We will explore chemical spill kits, discussing their types and proper usage. Types of Chemical Spill Kits Maintenance Kit: Contains coolants, solvents, oils, mild acids, and mild alkalines. Oil Kit: Specifically for oil-type spills, suitable for oils, fuels, diesel, petroleum, and petroleum-based solvents. Chemical Kit: Suitable for acids, alkaline solvents, coolants, and oils, capable of handling stronger acids and alkalines. Importance of Correct Kit Selection It is crucial to choose the correct spill kit for the specific job to ensure effective cleanup. Contents of Chemical Spill Kits Each kit typically includes: Instruction Leaflet: Provides information on kit usage. Protective Equipment (PPE): Essential for personal safety, including gloves, respirator, and overalls. Socks: Lightweight, high-absorbency material used to contain or divert spills. Mats: Specially designed to absorb chemicals; used to cover spills. Disposal Bag: For collecting waste products. Granules: Absorbent material sprinkled onto spills for absorption. Usage Guidelines When using spill kits: Follow instructions carefully for effective cleanup. Dispose of waste according to workplace policies. Wear appropriate PPE at all times. Seek assistance when handling waste products, especially for heavy items. Disposal Dispose of waste in accordance with workplace policies and procedures. Conclusion Always prioritize safety when handling chemical spills, and ensure proper disposal of waste. https://d3imrogdy81qei.cloudfront.net/video_images/5731/Chemical_Spill_Kits-01.jpg Yes 235 https://www.procoshh.co.uk/training/regulated/video/coshh-health-surveillance https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1244.mp4 COSHH Health Surveillance Importance of Health Surveillance in the Workplace: Guidelines and Procedures Understanding Health Surveillance Monitoring employees' health is crucial for early problem detection and intervention. Definition by HSE The Health and Safety Executive (HSE) defines health surveillance as any activity that gathers information about employees' health to protect them from work-related health risks. Objectives of Effective Health Surveillance The main goals include: Early detection of adverse changes or diseases. Collecting data to detect or evaluate health hazards. Evaluating the effectiveness of control measures in place. Distinguishing Health Surveillance It's important to note that health surveillance differs from general health screening or promotion activities. Risks Requiring Surveillance Risks such as noise, vibration, solvents, dust, fumes, biological agents, asbestos, lead, compressed air work, and ionising radiation necessitate health surveillance to prevent issues like asthma, dermatitis, or cancer. Implementation and Action Health surveillance involves planned assessments of workers' health, including tests or examinations. However, it's not enough to conduct tests; results must be interpreted, and action taken to eliminate or further control exposure. Roles and Responsibilities Occupational health service physicians or competent healthcare professionals like doctors or nurses may conduct health surveillance. Employers must ensure competent professionals perform these tasks. HSE Guidelines The HSE recommends a four-stage approach for employers: Determine if there's a health risk. Evaluate the need for occupational health monitoring. Identify the best provider for health surveillance. Assess the effectiveness of implemented measures. Record-Keeping Records of health surveillance must be securely stored in compliance with data protection regulations. Essential details include individuals' names, National Insurance Numbers, exposure details, testing outcomes, and frequency. https://d3imrogdy81qei.cloudfront.net/video_images/2271/COSHH_Health_Surveillance-01.jpg Yes 171 https://www.procoshh.co.uk/training/regulated/video/explosive-material https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/815.mp4 Explosive Material Understanding Explosive Atmospheres: Risks and Regulations Exploring the Hazard Explosive atmospheres can arise from flammable gases, mists, vapours, or combustible dust. When mixed with air and ignited, these substances pose a significant risk of explosion. Dangerous Substances and Explosive Atmospheres Regulations (DSEAR) The Dangerous Substances and Explosive Atmospheres Regulations 2002 (DSEAR) specifically address this hazard. While detailed coverage of these regulations is beyond the scope of this course, additional information is available on the HSE website. Workplace Hazards and Risks Each year, workplace accidents involving flammable substances cause injuries or explosions. Any work involving chemicals, vapours, liquids, gases, solids, or dust that can burn or explode is inherently hazardous. Impact of Explosions and Fires The consequences of workplace explosions or fires can be severe, resulting in loss of lives, injuries, property damage, environmental harm, and disruption to business operations. Forms of Dangerous Substances Various materials, in different forms, can become explosive: Liquids: Flammable liquids, such as petrol and solvents, emit vapours that can ignite when mixed with air. They are classified based on their flashpoints and boiling points. Dust: Dust from everyday materials like coal, wood, flour, and metals can form explosive atmospheres. Industries like food, chemicals, woodworking, and metal processing are particularly at risk. Gases: Stored under pressure, gases like liquefied petroleum gas (LPG) or methane can ignite if released uncontrollably. Solids: Materials such as plastic foam and textiles can burn fiercely, emitting dense black smoke. Regulatory Compliance and Risk Assessment Compliance with DSEAR regulations requires employers to assess fire and explosion risks associated with work involving dangerous substances: Risk Assessment: A thorough risk assessment according to DSEAR guidelines helps identify necessary controls and equipment before commencing work. Storage and Handling: Correct storage and handling of chemicals are essential to prevent dangerous reactions. Fire and Explosion Risks: Flammable gases and oxygen used in hot work pose inherent fire and explosion risks, necessitating careful consideration and control measures. Enforcement of DSEAR and related regulations falls under the jurisdiction of the HSE and local authorities, ensuring compliance and safety in workplaces with potentially explosive atmospheres. https://d3imrogdy81qei.cloudfront.net/video_images/2639/Explosive_Material-01.jpg Yes 289 https://www.procoshh.co.uk/training/regulated/video/reporting-and-management https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/818.mp4 Post-Exposure Actions under COSHH Guidance on Post-Exposure Measures for Hazardous Substances Immediate Aftercare: Key Steps to Follow Upon experiencing substance exposure, even after the initial care, specific crucial actions ensure maximum safety and organisational adherence to regulations. 1. Report the Occurrence Always notify the health and safety officials within your establishment. Their duty includes mandatory reporting to regulatory entities if deemed necessary and orchestrating a thorough incident examination to forestall similar future episodes. 2. Meticulous Documentation Chronicle all particulars of the incident, encompassing time, location, implicated substance, mode of exposure, persons affected, observed symptoms, first aid and medical interventions availed, and swift measures deployed to curtail the source of exposure. 3. Medical Surveillance Based on the substance and the gravity of exposure, prolonged medical supervision might be necessitated. This could comprise routine health examinations to track potential lasting impacts of the exposure. 4. Reassessment of Risk In light of the incident, re-evaluate the risk assessment tied to the implicated substance. Decipher the failure points of the prevailing control systems and contemplate potential enhancements. Prevention: The Foremost Aim Though proficiency in responding to exposure is pivotal, prevention remains paramount. Comprehensive training in hazardous substance management, meticulous utilisation of personal protective gear, and adherence to safeguarded operational methodologies markedly diminish inadvertent exposure odds. Frequent risk appraisals, mirroring the directives of the COSHH Regulations, remain indispensable for pinpointing threats and assuring fitting control strategies. Shared Onus of Health and Safety Remember, the mantle of health and safety is collective. All stakeholders must be equipped with the right knowledge and readiness to respond adeptly to unintentional exposure scenarios. Armed with the correct insights and actions, we can curtail risks, rendering workspaces safer for all. https://d3imrogdy81qei.cloudfront.net/video_images/10954/Post-Exposure_Actions_under_COSHH-01.jpg Yes 122 https://www.procoshh.co.uk/training/regulated/video/asbestos-and-its-dangers https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1332.mp4 Asbestos and its dangers Understanding Asbestos Risks and Regulations in the UK Overview of Asbestos Hazards Asbestos stands as the leading cause of work-related deaths in the UK, with its fibres ubiquitous in the environment, posing potential risks to individuals. Increased Risk Factors Working near or on sites with damaged asbestos-containing material significantly escalates fibre exposure, heightening the risk of asbestos-related diseases. Health Impacts Exposure to asbestos fibres can lead to various diseases, including: Lung cancer Asbestosis Effects may not manifest immediately but could emerge later in life. Regulatory Compliance All asbestos-related work must adhere to: Control of Asbestos Regulations Approved Code of Practice Asbestos Licensing Regulations for removal processes. https://d3imrogdy81qei.cloudfront.net/video_images/2391/Asbestos_and_its_dangers-01.jpg Yes 67 https://www.procoshh.co.uk/training/regulated/video/clean-up-procedures https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/825.mp4 Clean up procedures Guidelines for Handling Chemical Spills Importance of Proper Treatment Minor chemical spills must be treated correctly to avoid injury or damage. Wearing Personal Protective Equipment (PPE) You must ensure PPE is worn regardless of the spillage size. Following Procedures Ensure you follow your company's policies and the manufacturer's recommendations to execute the correct procedures for cleaning up the spill. Cleaning Up Safely Prevent the spread of dust and vapours. Neutralize acids and bases if possible. Control the spread of the liquid. Collect and contain the clean-up residues. Dispose of waste correctly. Decontaminate the area and equipment used. Availability of Clean-Up Kits Clean-up kits should be readily available with sufficient products and tools to deal with any potential spill. Kit Selection and Maintenance Assess hazards and select appropriate kits for potential risks. Ensure clean-up kits are checked and always fit for purpose. Record-Keeping In many workplaces, spills must be recorded. Consult your manager regarding spill record-keeping procedures at your workplace. https://d3imrogdy81qei.cloudfront.net/video_images/5713/Clean_up_procedures-01.jpg Yes 74 https://www.procoshh.co.uk/training/regulated/video/medical-and-dental-waste-products https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/911.mp4 Medical and Dental Waste Products Dental Practice Waste Disposal: Guidelines and Resources Introduction Within a dental practice, various items require specific disposal methods. Let's explore how to dispose of individual items correctly. Disposal of Silver Amalgam Silver amalgam is a common material in dental practices. Here's how to dispose of it: Residue: Dispose of residue in a waste amalgam storage bin. Capsules: Discard used capsules in a capsule storage bin, then empty into a larger container when full. Disposal of Other Materials Additional items requiring special disposal methods include: Old gold and precious metals: Dispose of in designated bins. X-rays: Lead foil from x-ray film goes into a lead foil container, while spent developer and fixer are disposed of in special bins. Resources for Waste Disposal Information If you need further guidance on waste disposal, consider the following: Contact waste disposal companies for specific advice and services. Visit the Environment Agency website for information on legal responsibilities and disposal methods. Refer to resources provided by the British Dental Association, including handouts and website links. https://d3imrogdy81qei.cloudfront.net/video_images/1587/Medical_and_Dental_Waste_Products-01.jpg Yes 172 https://www.procoshh.co.uk/training/regulated/video/evaluate-the-risks-and-decide-on-precaution https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1178.mp4 3. Evaluating the Risks and Deciding on Precaution Managing Workplace Hazards: A Comprehensive Guide 1. Introduction Addressing Hazards in the Workplace Learn how to identify and deal with hazards to ensure a safe working environment. 2. Understanding 'Reasonably Practicable' Legal Obligations for Workplace Safety Explore the concept of 'reasonably practicable' and its implications for safeguarding employees. Guidelines by HSE Refer to HSE's guidance for determining what is 'reasonably practicable'. **Comparing with Good Practice:** Evaluate your existing safety measures against industry best practices. **Sources of Good Practice:** Utilize resources like HSE's website to access good practice standards. 3. Risk Control Principles Minimizing Workplace Risks When deciding how to manage hazards and control risks, follow these key principles: **Exploring Less Risky Alternatives:** Whenever possible, opt for less hazardous alternatives, such as switching to safer chemicals. **Preventing Access to Hazards:** Implement guarding measures to restrict access to potential hazards. **Organizing Work Safely:** Rearrange work processes to reduce exposure to risks, such as adding barriers between pedestrians and traffic. **Providing Protective Equipment:** Supply essential personal protective equipment like clothing, footwear, and goggles. **Offering Welfare Facilities:** Ensure the availability of welfare facilities, including first aid and decontamination stations. 4. Cost-Effective Safety Measures Prioritizing Cost-Efficient Safety Discover that improving health and safety need not be expensive: **Low-Cost Precautions:** Implement cost-effective measures, like placing mirrors to enhance visibility at hazardous corners. **Financial Consequences:** Neglecting basic precautions can result in substantial costs in case of accidents. 5. Involving All Staff Collaborative Risk Management Engage your workforce to ensure practical, hazard-free solutions: **Staff Involvement:** Include all employees in the decision-making process to validate the effectiveness of proposed safety measures. **New Hazard Prevention:** Ensure that new safety measures do not introduce fresh hazards into the workplace. https://d3imrogdy81qei.cloudfront.net/video_images/2057/Evaluating_the_Risks_and_Deciding_on_Precaution-01.jpg Yes 123 https://www.procoshh.co.uk/training/regulated/video/coshh-control-measures https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1173.mp4 COSHH Control Measures Optimising Workplace Safety Through Effective Control Measures Implementing the right mix of control measures is essential for reducing exposure to hazards. This involves a synergy between equipment and operational methodologies. Without proper usage, even the most practical measures may fail. Therefore, it's imperative to combine the right equipment with the appropriate procedures, ensuring that workers are well-instructed, trained, and supervised. Establishing Effective Control Measures Continual effectiveness is key — control measures must be efficient throughout the entire workday. The Health and Safety Executive (HSE) outlines a hierarchy of control measures prioritised as follows: Elimination: Substitute harmful products or substances with safer alternatives. Substitution: Opt for safer forms of the product, e.g., paste over powder. Process Modification: Adapt processes to reduce substance emission. Enclosure: Contain the process to prevent product escape. Localised Extraction: Remove substance emissions at the source. Minimisation of Exposure: Limit the number of exposed workers. Personal Protective Equipment (PPE): Provide essential PPE like gloves, coveralls, and respirators, ensuring proper fit. Understanding Control Equipment Control equipment varies widely, from ventilation systems that extract dust, mist, and fumes, to specialised enclosures like glove boxes and fume cupboards. The use of water to minimise dust and disinfection systems for cooling water are also crucial. It's vital that suppliers provide a comprehensive user manual for each piece of equipment, detailing maintenance schedules and parts replacement. In absence of such manuals, professional assistance should be sought to develop one. Maintenance of Control Measures Maintaining control measures is crucial for ongoing safety. Employers are responsible for ensuring that both the equipment and procedural aspects of control measures remain functional. Appointing a dedicated individual to oversee the maintenance and functionality of control measures is advised. This is especially important for local exhaust ventilation (LEV) and personal protective equipment (PPE), where regular checks and maintenance are vital for their effectiveness. https://d3imrogdy81qei.cloudfront.net/video_images/2049/COSHH_Control_Measures-01.jpg Yes 137 https://www.procoshh.co.uk/training/regulated/video/biological-agents https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1210.mp4 Biological agents Special Regulations for Handling Biological Agents Understanding Biological Agent Regulations Special regulations govern the handling of biological agents due to their significant risks to workers and the environment. These regulations fall under COSHH, which requires meticulous handling and special risk assessment planning. Approved List of Biological Agents Biological agents listed in the Health and Safety Commission's Approved List are categorised based on their hazard group, as specified in the agency-approved Code of Practice. These agents include: Microorganisms: Such as bacteria, viruses, and fungi. Parasites: Microscopic infections and larger parasites. Cell Cultures: Containing harmful properties that could cause infection, allergy, toxicity, or other health hazards. Nucleic Acid and Health Hazards Although nucleic acid is not classified as a biological agent, it can still pose health hazards. In such cases, COSHH provisions apply to ensure safety. Classification of Biological Agents Biological agents are classified into different hazard groups based on several factors: Ability to cause infection. Severity of resulting diseases. Risk of community spread. Availability of vaccines and treatment. Control Measures and Risk Assessment Even non-infectious biological agents may require substantial control measures depending on their other harmful properties. Risk assessments are crucial to determine appropriate handling procedures. https://d3imrogdy81qei.cloudfront.net/video_images/2127/Biological_agents-01.jpg Yes 125 https://www.procoshh.co.uk/training/regulated/video/the-5-stages-of-the-risk-assessment https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1175.mp4 The 5 stages of the Risk Assessment 5 Steps of Risk Assessment: A Guide by HSE Introduction The Health and Safety Executive (HSE) provides a straightforward process for risk assessment, known as the 5 steps of a risk assessment. Important: Links to further information are available in the student download area. This process is standard and applicable to all businesses, regardless of size or type. Adhering to HSE guidelines ensures maximum compliance. The 5 Steps Step 1: Identify the Hazards Step 2: Determine Potential Harm Step 3: Evaluate Risks and Precautions Step 4: Record Findings and Implementation Step 5: Review and Update Conducting a Risk Assessment It's crucial not to overcomplicate the risk assessment process. In many cases, risks are well-known and control measures are easily applicable. If conducting a risk assessment for the first time, you may have already taken reasonable precautions to prevent injury. For Small Organisations: If you understand the process and your organization's needs, you can conduct the assessment yourself. Health and safety expertise is not mandatory. For Larger Organizations: Consider involving a health and safety advisor if needed. Involvement of Staff: Ensure staff or their representatives are included in the process. Their insights into daily operations can enhance the thoroughness and effectiveness of the assessment. Understanding Hazards and Risks When conducting a risk assessment, keep in mind: Hazard: Anything with potential to cause harm, such as chemicals, electricity, or working from ladders. Risk: The likelihood and severity of harm caused by hazards, ranging from minor cuts to serious injuries. A comprehensive risk assessment involves identifying workplace hazards, evaluating potential harm, and determining necessary control measures to minimize risks. https://d3imrogdy81qei.cloudfront.net/video_images/2051/The_5_steps_of_risk_assessment-01.jpg Yes 150 https://www.procoshh.co.uk/training/regulated/video/coshh-risk-assessment-reviews https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/828.mp4 COSHH risk assessment reviews Importance of Reviewing COSHH Risk Assessments Regular Reviewing of Assessments COSHH risk assessments require ongoing review and updates: Review Schedule: Assessments specify when they need reviewing based on various factors. Factors for Review: Changes in substances, processes, workforce, or other significant factors necessitate a review. Documentation: All reviews must be documented, detailing reasons, actions, and responsible parties. Recording and Documentation Importance of recording and maintaining review records: Evidence: Written records provide evidence of assessments, reviews, and decisions made. Incident Response: Recorded findings aid in addressing incidents by referencing past assessments and actions taken. Employer Guidance: Seek guidance from your employer regarding the review process specific to your workplace. https://d3imrogdy81qei.cloudfront.net/video_images/2067/COSHH_Risk_Assessment_Reviews.jpg Yes 58 https://www.procoshh.co.uk/training/regulated/video/permit-to-work https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/999.mp4 Permit to Work Understanding Permit to Work Procedures: Importance and Application Development and Application The permit to work procedure originates from the chemical industry but is applicable across various sectors for managing complex risks. Principles of Permit to Work The core principle is that certain operations require specific permission from a responsible manager after thorough safety checks to ensure work can proceed safely. Responsibilities and Controls For high-risk work, strict controls are necessary, and workers must adhere to the safeguards outlined in the permit. Training and monitoring ensure the system operates effectively, with the site manager retaining overall responsibility. Contents of Permit to Work A permit to work document typically includes details such as the nature of work, authorized personnel, location, identified risks, safety precautions, and validity period. Examples Requiring Permits Instances requiring permits may include work in confined spaces, asbestos handling, roof work, and tasks involving naked flames like welding. Completion and Certification The person responsible for the authorized work usually certifies completion, confirming the plant or machinery's re-acceptance. Real-life Application During filming at a Petrol Plant, a permit to work was necessary due to high risks involved with camera and sound equipment usage. Detailed documentation accompanied the team, and upon completion, the permit was signed, allowing departure. Eliminating Hazards Efforts should be made to eliminate hazards, especially in routine tasks, reducing the need for permits and ensuring safer working conditions. https://d3imrogdy81qei.cloudfront.net/video_images/2311/Permit_to_work-01.jpg Yes 155 https://www.procoshh.co.uk/training/regulated/video/workplace-exposure-limits https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/826.mp4 Workplace Exposure Limits Understanding Workplace Exposure Limits: Importance and Implementation Introduction to Workplace Exposure Limits In workplaces, certain substances are harmless in small doses but can be harmful if exposure exceeds recommended levels. These thresholds are known as workplace exposure limits. Significance of Workplace Exposure Limits Workplace exposure limits are crucial for preventing excessive inhalation, skin absorption, ingestion, or direct skin contact with harmful substances. They address both immediate and long-term health risks. Risk Assessment and Control Measures A risk assessment evaluates exposure limits and their impact on employees. However, it is best practice to avoid exposure to maximum limits altogether. Employers must implement control measures to eliminate or minimize risks and exposure under COSHH regulations. Companies should introduce control measures wherever employees are at risk, ensuring all planning related to exposure limits is documented in data sheets and risk assessments. Application to Self-Employed and Contractors Workplace exposure limits typically apply to self-employed individuals and contractors working within a business. The company holds responsibility for their safety under health and safety legislation. https://d3imrogdy81qei.cloudfront.net/video_images/2063/Workplace_Exposure_Limits-01.jpg Yes 83 https://www.procoshh.co.uk/training/regulated/video/ghs-regulations https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1349.mp4 GHS Regulations GHS Regulations: Globally Harmonised System Overview Introduction to GHS Regulations The GHS regulations, an abbreviation of the Globally Harmonised System of Classification and Labelling of Chemicals, represent an international agreement rather than a law. Challenges of Chemical Classification Different countries have varied laws for classifying hazardous properties of chemicals, leading to discrepancies in hazard descriptions and impeding international trade. Development and Purpose of GHS The GHS was developed by the United Nations in response to the need for a unified system to classify and communicate chemical hazards globally. Key Features of GHS Worldwide Classification: GHS provides consistent criteria for classifying chemicals based on health, environmental, and physical hazards. Hazard Communication: GHS standardizes requirements for labelling and safety data sheets. Non-legally Binding Agreement: GHS is not a formal treaty but requires countries to adopt local legislation for implementation. Objectives of GHS Implementation The implementation of GHS aims to: Enhance Health and Environmental Protection: By ensuring comprehensive hazard communication worldwide. Provide Framework for Countries: Particularly beneficial for nations lacking a classification system. Streamline Chemical Trade: By reducing the need for extensive testing and facilitating international trade. Future of GHS The UN continues to refine GHS, with expectations of simplifying mixture classification, reducing costs, improving accuracy, and increasing flexibility for classifiers. https://d3imrogdy81qei.cloudfront.net/video_images/2407/GHS_Regulations.jpg Yes 200 https://www.procoshh.co.uk/training/regulated/video/coshh-in-the-office https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1221.mp4 COSHH in the office Hazardous Substances in Office Environments: Risks and Precautions Identifying Risks in Office Settings While office environments may seem safe, there are potential hazards that workers should be aware of: Toner Cartridges Toner cartridges for printers contain chemicals and dust, posing risks when replaced. Precautions include: Use gloves to prevent skin contact during cartridge changes. Clean spillages thoroughly and dispose of empty cartridges in sealed bags. Photocopiers Photocopiers emit emissions and solvent fumes, requiring: Good ventilation in the area where photocopiers are situated. Use of protective gloves for handling solvents and proper disposal. Paper Shredders Paper shredders can produce dust, necessitating: Careful consideration of disposal methods and ventilation. Maintaining tidy work areas to reduce dust accumulation. Office Cleaning Chemicals Cleaning chemicals in office kitchens require: Assessment of COSHH data sheets for risk evaluation. Establishment of control measures and provision of personal protective equipment if necessary. Additional Areas for Assessment Other areas to assess include: Toilets and storerooms for potential hazardous substances. Items stored in desks or drawers, like glue or correction fluid. Personal items brought into the office by employees, such as household cleaning chemicals. Conclusion Completing a thorough risk assessment ensures that all potential hazards in office environments are identified and appropriate precautions are taken to safeguard workers' health and safety. https://d3imrogdy81qei.cloudfront.net/video_images/2125/COSHH_in_the_office-01.jpg Yes 203 https://www.procoshh.co.uk/training/regulated/video/identify-the-hazard https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1176.mp4 1. Identifying the Hazard Identifying Workplace Hazards: A Comprehensive Guide 1. Introduction Understanding the Imperative of Hazard Identification First and foremost, it's crucial to identify the potential sources of harm within your workplace. In the routine of daily work, certain hazards can be easily overlooked. To ensure comprehensive coverage, take a proactive approach by conducting a thorough examination of your workplace. This includes physically walking through the premises and considering anything that could reasonably pose a threat. Additionally, seek input from employees, managers, and contractors, as their constant presence in the environment may lead to insights that aren't immediately apparent to you. 2. Utilizing External Resources Enhancing Your Hazard Awareness To expand your hazard identification efforts, consult external resources for guidance and information. An invaluable source of insights is the Health and Safety Executive (HSE) website at www.hse.gov.uk, where you can discover additional ideas and information. The HSE also publishes practical guidance on hazard locations and control methods. In the student document section of this course, you'll find a convenient link to access this material. If you're a member of a trade association, it's advisable to reach out to them, as many associations offer helpful guidance notes. 3. Equipment and Chemical Evaluation Thorough Examination of Tools and Substances Delve into the specifics of your workplace by examining the instructions provided by equipment manufacturers. Pay close attention to user manuals and stay updated by frequently checking the manufacturers' websites for risk-related information. Data sheets for chemicals used in your workplace can be particularly valuable, as they explicitly outline the associated hazards and place them in the context of the overall environment. 4. Learn from the Past Reviewing Workplace Accident and Illness Records An effective way to gain deeper insights into your workplace is to scrutinize your historical workplace accident and illness records. By doing so, you can identify patterns and uncover hazards that may have gone unnoticed. Remember that your focus should extend beyond short-term accidents to encompass long-term hazards, such as workplace illnesses, respiratory problems, and hearing damage. https://d3imrogdy81qei.cloudfront.net/video_images/2053/Identifying_the_Hazard-01.jpg Yes 107 https://www.procoshh.co.uk/training/regulated/video/employee-duties-under-coshh https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1280.mp4 Employee Duties Under COSHH Understanding Employee Responsibilities for Health and Safety The Health and Safety Executive (HSE) outlines specific duties for employees in the workplace to ensure compliance with safety regulations. These responsibilities are crucial for maintaining a safe working environment. Main Duties of Employees Employees have five principal duties: Co-operation: Work with employers to meet safety obligations, such as following procedures to minimise risk exposure. Use and Report on Control Measures: Properly utilise control measures, including PPE, and report any defects. Equipment Management: Return equipment to designated storage and report defects immediately. Health Monitoring: Attend medical examinations when required and provide necessary health information to medical inspectors. Incident Reporting: Report any incidents that may have released a biological agent causing severe human disease. Detailed Breakdown of Employee Duties Utilising Control Measures: Use provided control measures for materials, plant, and processes. Adhering to Work Methods: Follow established work methods. PPE Management: Wear PPE correctly as per manufacturer's instructions and store it in the provided accommodation when not in use. Hygiene Practices: Maintain high personal hygiene standards, using provided facilities for washing and eating. Defect Reporting: Promptly report any defects in control measures or PPE to the appointed person, such as a foreman, supervisor, or safety representative. https://d3imrogdy81qei.cloudfront.net/video_images/2275/Employee_duties_under_COSHH-01.jpg Yes 116 https://www.procoshh.co.uk/training/regulated/video/coshh-risk-assessing https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/824.mp4 COSHH risk assessing Risk Assessments and COSHH Regulations The Importance of Risk Assessments When conducting risk assessments, it's crucial to understand their significance: Not Just Paperwork: Risk assessments are more than just paperwork. Preventing Ill Health: They aim to prevent ill health by taking sensible precautions. Assessing Exposure: Knowing how workers are exposed and to what extent is essential. COSHH Regulations Compliance The COSHH Regulations outline the responsibilities of employers: Risk Assessment Requirement: Employers must assess risks and adequately control them. Task Variability: Risk levels vary based on the task and exposure to harmful substances. Record-Keeping: Recording assessments is mandatory for employers with five or more employees. Control Measures and Resources Implementing effective control measures and accessing resources: Identifying Measures: Determine necessary control measures and their implementation timeline. Examples and Guidance: Utilize HSE's website for industry-specific risk assessment examples. Online Tool: Access the free internet tool, coshh-essentials.org.uk, for control practice identification. Professional Assistance: Seek advice from suppliers, trade associations, or professional sources for complex assessments. https://d3imrogdy81qei.cloudfront.net/video_images/2065/COSHH_Risk_Assessing.jpg Yes 120 https://www.procoshh.co.uk/training/regulated/video/catergories-of-chemical https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1472.mp4 Categories of Chemical Workplace Chemical Safety: Categories & Precautions Understanding Chemical Properties & Categories For enhanced workplace safety, it's paramount to be well-acquainted with the attributes and classifications of chemicals. Every chemical category presents distinct dangers and necessitates specific handling and storage methods. Flammable Chemicals Compounds such as ethanol, methanol, and kerosene are exceedingly inflammable. It's imperative to: Keep them distanced from heat and ignition sources: sparks, power tools, or open flames from actions like smoking. Store in purpose-built cabinets. Remember, the fumes from these chemicals are both health hazards and fire threats. Oxidising Chemicals Such chemicals readily react with other compounds. Their storage: Should be restricted with similar oxidising agents. Is crucial, given their capacity to amplify a fire's ferocity. Ordinary substances like fertilisers may exhibit oxidising traits, sometimes responding with explosive energy. Corrosive Chemicals Acids and related substances can corrode materials, sometimes triggering explosive interactions. Key points include: Avoiding direct skin contact due to high injury risk. Ensuring proper storage to prevent container degradation and potential environmental harm. Irritants These chemicals can cause skin or eye irritation. This can stem from direct contact or exposure to the substance's fumes. Toxins Poisonous substances can inflict harm through various means, such as ingestion or inhalation. Their impact fluctuates depending on factors like one's age, physique, and the toxin's potency. Explosives These might be solid or liquid substances/mixtures that produce gas via chemical reactions, thereby causing nearby destruction. Concluding Note on Chemical Handling Recognising the chemicals in your possession, discerning their dangers, and storing them as per the manufacturer's directives is essential. https://d3imrogdy81qei.cloudfront.net/video_images/2635/Categories_of_Chemical-01-01.jpg Yes 138 https://www.procoshh.co.uk/training/regulated/video/coshh-regulations https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/809.mp4 Control of Major Accidents Hazards Regulations 2015 Overview of the Control of Major Accidents Hazards Regulations 2015 Introduction The Control of Major Accidents Hazards Regulations 2015 came into effect on the 1st of June, 2015. These regulations aim to prevent major accidents involving dangerous substances and mitigate their impact on people and the environment. Compliance and Responsibility It is essential to ensure compliance with these regulations to manage risks effectively. Individuals responsible for creating hazards must fulfil their obligations in managing them. Emergency Preparedness The regulations mandate workplaces to have robust emergency arrangements in place and ensure their effectiveness. Protection of Surrounding Areas Operators of major hazard establishments must consider the safety of nearby residents and workers, as well as the environmental impact. Safety Signage Clear and prominent safety signs are required in workplaces to aid both employees and customers in identifying hazardous substances. Public Information Workplaces are obligated to provide basic information about their sites for public viewing, as per the legislation. https://d3imrogdy81qei.cloudfront.net/video_images/2405/Control_of_Major_Accidents_Hazards_Regulations_2015.jpg Yes 66 https://www.procoshh.co.uk/training/regulated/video/what-is-a-hazardous-substance https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/804.mp4 What is a hazardous substance under COSHH Hazardous Substances in the Workplace: Risks and Control Understanding Hazards and Hazardous Substances A hazard is any factor that can potentially cause harm, while a hazardous substance is one that poses a risk of harm upon contact. Impact of Hazardous Substances: Hazardous substances can lead to various health issues, including lung diseases such as asthma, cancer, and dermatitis. Costs: These illnesses result in significant costs to industries, societies, and individuals due to medical treatments, disability allowances, and job losses. Employer Responsibilities Employers bear the responsibility of implementing effective measures to control exposure and safeguard the health of workers. Benefits of Control Measures: Implementing control measures not only protects health but can also enhance production efficiency and reduce waste. Types and Forms of Hazardous Substances Hazardous substances can manifest in various forms and are not limited to chemicals. Forms: These substances can exist as liquids, vapours, dust, or smoke. Effects: They can cause illness, environmental damage, fire, explosion, or biological hazards. Assessing Risk and Mitigation Not all hazardous substances are obvious, and risk assessment is crucial in identifying and mitigating potential dangers. Unforeseen Risks: Even seemingly innocuous substances like flour, when in dust form, can pose significant health risks such as respiratory disorders. Chemical Interactions: Some chemicals may not be hazardous on their own but can become risky when combined with other substances or environmental factors. Comprehensive Evaluation: Every substance used in the workplace should undergo risk assessment to determine its hazardous nature and implement appropriate control measures. https://d3imrogdy81qei.cloudfront.net/video_images/2071/What_is_a_hazardous_substance_under_COSHH-01.jpg Yes 109 https://www.procoshh.co.uk/training/regulated/video/stages-of-a-coshh-risk-assessment https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/827.mp4 Stages of a COSHH risk assessment COSHH Risk Assessment Stages 1. Assessing the Risk Key considerations during the risk assessment process: Identifying Substances: Determine all substances present in the workplace. Assessment Factors: Evaluate substance properties, exposure risks, and potential harm. Precautions: Include relevant information on safety datasheets and precautions. Action Plan: Decide on necessary actions to eliminate or reduce risks, with documentation. 2. Record and Review Recording and reviewing findings for ongoing compliance: Documenting: Record all assessments and reviews for future reference. Review Schedule: Establish timelines for reviews and designate responsible personnel. Validity: Reviews are conducted when risks are no longer applicable or significant changes occur. 3. Prevent and Control Implementing preventive measures and control strategies: Prevention: Aim to eliminate or substitute hazardous substances where reasonably practicable. Control Measures: Implement engineering controls, ventilation, and personal protective equipment (PPE). Exposure Limits: Adhere to Workplace Exposure Limits (WELs) to ensure safe exposure levels. 4. Ensure Control Measures are Used and Maintained Enforcing proper usage and maintenance of control measures: Staff Compliance: Ensure all employees understand and adhere to control measures. Training: Provide comprehensive training to identify, report, and maintain control measures. Regular Checks: Conduct routine inspections and promptly address any issues or defects. 5. Monitor Exposure Continuous monitoring of hazardous substance exposure: Exposure Measurement: Measure exposure levels where risks are present or control measures may fail. Data Recording: Document exposure monitoring results for compliance and future reference. 6. Monitor Health Checks Regular health assessments for employees exposed to health risks: Health Review: Conduct periodic health checks to detect and prevent health issues early. Employer Responsibility: Fulfill legal obligations to safeguard workers' health and well-being. 7. Staff Training and Supervision Providing comprehensive training and supervision on substance handling: Training Requirements: Deliver suitable training on substances, precautions, PPE, and emergency procedures. Supervision: Ensure proper supervision to enforce adherence to control measures and safety protocols. https://d3imrogdy81qei.cloudfront.net/video_images/2069/Stages_of_a_COSHH_Risk_Assessment.jpg Yes 282 https://www.procoshh.co.uk/training/regulated/video/storage-and-hazards-of-chemicals-near-food https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1340.mp4 Storage and hazards of chemicals near food Chemical Safety in Food Areas Understanding Chemical Risks Overview: Chemicals pose a risk of food contamination if not handled and stored properly. Chemicals Found in Kitchens Bleach Dishwasher cleaner Washing up liquid Pest control chemicals or bait stations Soaps Oven cleaner Floor cleaners Precautions to Take When handling chemicals in food areas, take the following precautions: Proper Storage: Store chemicals in correctly labelled containers and keep them away from food storage and preparation areas. Avoid Contamination: Ensure chemicals are not stored in empty food containers to prevent accidental ingestion. Use of PPE: Wear appropriate personal protective equipment when handling chemicals. Correct Disposal: Dispose of chemicals and cleaning equipment properly. Follow Instructions: Adhere to the manufacturer's instructions for using chemicals. Separate Transport: Transport cleaning chemicals separately from food. Secure Storage: Keep chemical storage areas locked. Prevent Mixing: Ensure pest control products do not mix near food. Risks and Hazards The risks associated with chemicals in food areas include: Contamination of foods Tainting of foods by fumes and smells Dangers to staff working with or near chemicals Accidental mixing of chemicals leading to harmful substances or fumes Hazards from dust or spray mist during chemical use Contamination from cleaning materials Reducing Risks To mitigate risks and hazards, follow these guidelines: Proper Training: Ensure staff receive correct training and supervision. Alert Supervisors: Report suspected chemical contamination to a supervisor and halt food production if necessary. Approved Suppliers: Purchase food and supplies from approved suppliers. Safe Handling: Cover or store food away during cleaning activities. Correct Labelling: Label chemicals appropriately and avoid using food containers for chemical storage. Food Grade Containers: Use only food grade storage containers. https://d3imrogdy81qei.cloudfront.net/video_images/2415/Storage_and_hazards_of_chemicals_near_food-01.jpg Yes 155 https://www.procoshh.co.uk/training/regulated/video/what-is-not-covered-by-coshh https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1333.mp4 What is not covered by COSHH Understanding Exemptions from COSHH Regulations Overview of COSHH Exemptions The Control of Substances Hazardous to Health (COSHH) regulations cover various hazardous substances, but certain exemptions exist due to separate regulations addressing specific risks. Key Areas Not Covered The three primary areas not included under COSHH are: Asbestos Lead products Radioactive substances Workers dealing with these substances must adhere to additional regulations to ensure compliance. Other Uncovered Substances Additionally, COSHH does not cover substances: Considered simple asphyxiants Under high pressure or extreme temperatures With explosive or flammable properties Biological agents not directly work-related, such as flu transmission among workers Access to Further Information The Health and Safety Executive (HSE) website offers comprehensive details on all substances, serving as an invaluable resource for additional information. https://d3imrogdy81qei.cloudfront.net/video_images/2417/What_is_not_covered_by_COSHH-01.jpg Yes 81 https://www.procoshh.co.uk/training/regulated/video/solvents https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1563.mp4 Solvents Solvent Safety: Risks, Effects, and Precautions Understanding Solvents Solvents are chemical substances used to dissolve or dilute other materials and substances. They are often found in industrial settings under various trade names, sometimes referring to the same chemical substance. Industries at Risk Individuals working in industries such as engineering, construction, chemicals, printing, rubber, plastics, pharmaceutical manufacturing, woodworking, dry cleaning, and paint manufacturing are most likely to encounter solvents. However, exposure can occur in various environments, including offices where solvents are used for cleaning purposes. Health Effects Solvents can enter the body through inhalation of vapors and fumes, direct skin contact, or ingestion. Short-term effects may include: Eye irritation Lung irritation Skin irritation and dermatitis Headaches Nausea Dizziness and lightheadedness Prolonged exposure or exposure to high concentrations can lead to impaired coordination, unconsciousness, and even death. Long-term effects vary depending on the solvent but may include dermatitis and other health complications. Protective Measures Implementing precautionary measures can help mitigate risks associated with solvent exposure: Receive comprehensive information and training on solvent hazards and precautions from your employer. Refer to safety data sheets and container labels provided by suppliers for guidance. Wear respiratory protective equipment (RPE) as supplied by your employer. Store protective equipment in a clean and accessible location. Maximize natural ventilation by opening doors and windows where appropriate. Minimize solvent evaporation by using the minimum required amount for tasks and keeping containers sealed. Dispose of solvent-contaminated materials properly in closed containers. Preferentially use solvent-free or reduced-solvent materials. Ensure adequate ventilation and wear appropriate PPE when working in confined spaces. Seeking Assistance If you believe your health is affected by solvent exposure or if safety precautions are inadequate, communicate your concerns to your supervisor, safety representative, or doctor for appropriate action. https://d3imrogdy81qei.cloudfront.net/video_images/2747/Solvents-01.jpg Yes 217 https://www.procoshh.co.uk/training/regulated/video/liquids https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/814.mp4 Liquids Understanding the Risks of Liquids in the Workplace Definition of Liquids A liquid is a substance that exists in a state between solid and gas, typically at temperatures between freezing and boiling points. Liquids in the Workplace In health and safety regulations, liquids are referred to as fluids. They encompass various chemicals, including paints, cleaning agents, pesticides, and more. Impact and Risks Liquids pose several risks in workplaces due to their fluid nature and potential for contamination. Assessing these risks is crucial for implementing appropriate control measures. Key Considerations: Storage Requirements: Evaluate if liquids require specific storage conditions, such as temperature or light exposure. Labeling and Signage: Determine if there are any requirements for labeling or signage to indicate hazards. Chemical Mixing Risks: Assess the risks associated with mixing different chemicals and potential reactions. Emission of Fumes or Gases: Consider if liquids emit fumes or gases that could pose health hazards. Spray or Pressurization: Evaluate the safety measures needed when spraying or pressurizing liquids. Flammability: Determine if the liquid is flammable and implement appropriate precautions. Spillage Management: Assess the need for spillage trays or double skin containers to contain spills. Splash and Spray Risks: Consider the risk of splashes or sprays when filling containers and take necessary precautions. https://d3imrogdy81qei.cloudfront.net/video_images/2411/Liquids-01.jpg Yes 85 https://www.procoshh.co.uk/training/regulated/video/different-types-of-dust https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1362.mp4 Different types of dust Understanding Dust Risks in the Workplace Types and Sources of Dust Dust in the workplace can originate from various substances and forms, including: Wood Dust: Generated from cutting wood in timber yards or using wood-based products. Concrete Dust: Common on construction sites and poses respiratory and slip hazards. Flour Dust: Found in bakeries and can contaminate work areas and products. Impact and Hazards Dust poses significant risks, not only as a respiratory hazard but also as a contaminant and slip hazard. Construction is particularly affected, with silica dust being a major concern. Main Types of Dust: Silica Dust: Commonly found in construction materials like concrete and stone, poses severe health risks. Wood Dust: Generated from cutting or processing wood, leading to respiratory issues. Health Risks and Statistics Exposure to dust can lead to serious health issues, including lung cancer, silicosis, COPD, and asthma. Construction workers are at high risk due to prolonged exposure. Key Statistics: Over 500 deaths annually are attributed to silica exposure in construction. Approximately 4000 deaths yearly from COPD linked to workplace dust exposure. Prevention and Control Measures Effective control of dust involves proactive measures to limit its production and prevent airborne dispersion. Control Strategies: Material Selection: Opt for building materials requiring less cutting or preparation to reduce dust generation. Tool Usage: Employ less powerful tools or alternative methods to minimize dust production. Dust Suppression: Use water to dampen dust clouds during operations, ensuring adequate moisture levels. Vacuum Extraction: Utilize industrial vacuum units to extract dust at the source, suitable for various industries. Use of Personal Protective Equipment (PPE) While masks and respirators offer protection, they should complement dust control measures, not replace them entirely. Considerations: Proper Usage: Masks should be face-fit tested and worn correctly to ensure effectiveness. Limitations: Masks may not provide adequate protection in high-risk tasks or when filters become clogged. Conclusion Reducing dust exposure requires a multifaceted approach, including control measures, proper equipment usage, and environmental considerations. https://d3imrogdy81qei.cloudfront.net/video_images/2445/Different_types_of_dust-01.jpg Yes 340 https://www.procoshh.co.uk/training/regulated/video/coshh-course-overview- https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1968.mp4 Course overview COSHH Course Overview Introduction Before commencing the course, let's explore the content covered in this training. Course Structure The course is structured as follows: Categories: Divided into sections. Videos: Multiple videos within each category. Pause and Review: Ability to pause and re-watch videos. Regular Updates: Courses are regularly updated. Course Content Key categories covered in the course include: Hazardous Substances: Definitions, risk assessment, and regulatory frameworks. COSHH Regulations: CLP and GHS regulations, safety data sheets. Types of Hazardous Substances: Dust, liquids, gases, vapours, and their effects. Protection and Exposure: Hierarchy of control, exposure limits, emergency procedures, and storage. Radioactive Substances, Lead, and Asbestos: Dangers and precautions. Contact Us If you have any queries during the course: Communication Channels: Contact us via phone, email, or online chat. Conclusion Thank you for choosing our COSHH course. Let's begin with an overview of the content. https://d3imrogdy81qei.cloudfront.net/video_images/3995/Course_overview-01.jpg Yes 100 https://www.procoshh.co.uk/training/regulated/video/lead-and-its-dangers https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1334.mp4 Lead and its dangers Understanding Lead Regulations and Health Protection Lead Regulations Overview Lead falls outside COSHH regulations, with separate guidelines addressing lead-related issues, prevalent across various workplaces beyond construction. Workplace Lead Sources Various industrial processes generate lead dust, fume, or vapour, including: Stripping old lead paint Lead recovery from scrap Manufacturing lead-acid batteries and recycling Leaded-glass production Painting buildings or vehicles Recycling electronics containing Cathode Ray Tubes Health Protection Measures To safeguard health, individuals should: Obtain adequate information and training Utilize provided equipment as instructed Ensure proper fit and condition of protective gear Dispose of lead waste responsibly Practice personal hygiene, avoiding lead contamination Employer Responsibilities Employers must: Conduct thorough risk assessments Implement and record control measures Monitor air quality and employee exposure Ensure hygiene standards and provide suitable facilities Arrange medical surveillance for significant exposure cases Investigate and review measures if action levels are exceeded https://d3imrogdy81qei.cloudfront.net/video_images/2421/Lead_and_its_dangers-01.jpg Yes 165 https://www.procoshh.co.uk/training/regulated/video/mixing-of-chemicals https://d3imrogdy81qei.cloudfront.net/videos/course_videos/en/1351.mp4 Mixing of Chemicals Risks of Mixing Chemicals in the Workplace Understanding Chemical Reactions It's crucial to recognize the dangers associated with mixing chemicals in the workplace. Even seemingly harmless combinations can pose significant risks. Unforeseen Reactions Some chemicals, when combined, can undergo reactions leading to explosive or corrosive outcomes, which may not have been anticipated in risk assessments. Case Study: Chlorine Gas Incident An illustrative example is the tragic case of an office cleaner who inadvertently mixed bleach-based cleaners, resulting in the production of chlorine gas, a highly toxic substance. Health Effects of Chlorine Gas Exposure Exposure to chlorine gas can cause severe respiratory and mucous membrane irritation, leading to coughing, breathing difficulties, and in extreme cases, even death. Immediate symptoms: Burning eyes, throat, and nose, coughing, breathing problems. Severe effects: Chest pain, vomiting, pneumonia, fluid in the lungs, potential fatality. Skin effects: Pain, inflammation, swelling, blistering upon contact. Preventing Accidents Accidents involving chemical mixing can be prevented by adhering to safety precautions and avoiding the combination of incompatible substances. General Advice for Chemical Safety Do's and Don'ts: Do not mix bleach and ammonia. Avoid mixing bleach with acids. Do not combine different drain cleaners. Consulting Safety Measures If unsure about chemical compatibility, always refer to safety data sheets and seek guidance from managers or chemical manufacturers. https://d3imrogdy81qei.cloudfront.net/video_images/2393/Mixing_of_Chemicals.jpg Yes 184