Lazar Lešnjak

FIRE EXPLOSION AND RISK ASSESMENT PROCESS AND TECHNICAL SAFETY ADVISORY, CONSULTANCY AND ENGINEERING RISK ASSESSMENTS Fire, Thermal, Explosion and Chemical Risk Assessments; Process Hazard Analysis. #RA #FRA #FERA #FireRisk #RiskAssessments #FireRiskAssessment #FireandExplosionRisk

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As Low As Reasonably Practicable (ALARP) ALARP, which stands for "As Low As Reasonably Practicable," is a risk management principle that is commonly used in various industries to assess and mitigate potential risks within a certain project or operation. The concept of ALARP revolves around the idea of reducing risks to the lowest possible level while considering factors such as cost, time, and feasibility. While the ALARP principle is not a specific regulation or standard, it is widely considered a best practice in risk management and is often used to guide decision-making processes in different organizations. One of the key elements of the ALARP principle is the concept of "reasonably practicable," which implies that risks should be reduced to a level that is achievable within the constraints of the specific situation. This means that organizations should not aim to completely eliminate risks, as this may not be feasible or cost-effective. Instead, they should focus on implementing measures that reduce risks to a level that is both acceptable and achievable given the circumstances. The ALARP principle is particularly relevant in industries such as construction, engineering, healthcare, and manufacturing, where potential risks can have serious consequences if not properly managed. By applying the ALARP principle, organizations can identify potential hazards, assess their likelihood and severity, and implement appropriate control measures to minimize risks to an acceptable level. This proactive approach to risk management helps to protect the safety and well-being of employees, customers, and the general public, while also safeguarding the organization's reputation and financial stability. In practice, the ALARP principle involves a systematic approach to risk management that includes the following steps: 1. Identifying hazards: Organizations must first identify potential hazards and risks that may arise from their operations. 2. Assessing risks: Once hazards have been identified, organizations must assess the likelihood and severity of potential risks associated with each hazard. 3. Implementing control measures: Based on the results of the risk assessment, organizations must then implement appropriate control measures to reduce risks to an acceptable level. 4. Monitoring and review: Finally, organizations must regularly monitor the effectiveness of the control measures implemented and review their risk management processes to ensure that risks are being managed effectively. In conclusion, the ALARP principle is a valuable tool for organizations to manage risks effectively and protect the safety of their employees, customers, and stakeholders. By following a systematic approach to risk management and implementing appropriate control measures, organizations can reduce risks to an acceptable level while still operating efficiently and effectively. #ALARP #riskassessment #risks #protect #efficiently #effectively #systematic #practicable

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ILO-WHO Occupational Safety & Health in Public Health Emergencies This manual provides an overview of the main OSH risks faced by emergency responders during disease outbreaks and other emergencies, such as natural disasters, chemical incidents, radiological emergencies and emergencies involving conflicts. The intent is to assist organizations and workplaces to better prepare and respond to these events. The manual, which is particularly focused on needs in low-resource settings, provides technical guidance on good practices and procedures in establishing systems that can: 1) reduce occupational exposures, injury, illness and death among response workers 2) decrease stress and reduce fears; and 3) promote the health and well-being of health-care and other response workers.

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This webinar will explain what Occupational Exposure Limits (OELs) are and how, when, and by whom they are established. It will also explain the differences between Occupational Exposure Bands (OEBs)/Occupational Health Categories (OHCs) and OELs and the relevance of OEL to support the adequate control of workplace exposure to APIs and the protection of workers. #PSCI #OEL #OEB #TPMC #HSE #Health #OELs

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13-07-2024 Post Today #Safety 41 Safety is Crucial for Maintaining Our Well-being and Protecting Ourselves from Potential Hazards. Question: How to Analyze unsafe conditions and unsafe act? Checking and Analyzing a Site for Unsafe Acts and Conditions: 1. General Information: - Site Details: Name, location, and description of the site. - Inspection Date and Time: Record the date and time. - Inspector Information: Name, designation, and contact details. 2. Identification Parameters: - Unsafe Acts: Look for actions that can cause harm, such as not wearing PPE, improper use of equipment, or bypassing safety protocols. - Unsafe Conditions: Identify hazards like exposed wires, slippery floors, poor lighting, and obstructed pathways. 3. Observation and Documentation: - Detailed Observations: Note any unsafe acts or conditions observed. - Photographic Evidence: Take photos to document observations. - Context: Describe the context in which the unsafe acts or conditions were observed. 4. Analysis: - Root Cause Analysis: Determine the underlying causes of unsafe acts and conditions. - Trend Analysis: Use historical data to identify patterns and recurring issues. - Risk Assessment: Evaluate the severity and likelihood of potential incidents. 5. Recommendations: - Corrective Actions: Suggest immediate steps to address unsafe acts and conditions. - Preventive Measures: Recommend strategies to prevent future occurrences. 6. Follow-Up Actions: - Action Plan: Outline steps for implementing corrective and preventive measures. - Responsibility Assignment: Assign tasks to specific individuals or teams. - Timeline: Set deadlines for completing actions. 7. Continuous Improvement: - Training: Provide training to staff on identifying and avoiding unsafe acts and conditions. - Regular Inspections: Schedule regular site inspections to maintain safety. - Feedback Loop: Encourage reporting of unsafe acts and conditions to continuously improve safety. These points will help you thoroughly check for potential unsafe acts and conditions, analyze the findings, and implement necessary actions to maintain a safe environment. Be proactive, ask questions, and communicate effectively to ensure safety. Have you started identifying and analyzing unsafe acts and conditions at your site? Regards, Piyush Tripathi EHS&F HSE-RM SOLUTIONS Your Partner In Safety... #SafetyFirst #SiteInspection #WorkplaceSafety #HSE #StaySafe #UnsafeActs #UnsafeConditions #SafetyAnalysis #RiskAssessment #SafetyManagement

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Fire and Explosion Safety Strategy A comprehensive Fire and Explosion Safety Strategy incorporates a range of measures aimed at protecting personnel during fire or explosion incidents. 🚪 Escape routes should be marked with high-visibility signs and well-lit, with backup emergency lighting in case of power failure. 🛑 These routes must be wide enough to accommodate all personnel and designed to ensure safe evacuation, even under adverse conditions. 🚧 The installation should be compartmentalized with firewalls to prevent fire from spreading between sections. 🔥 Each area should have multiple escape routes, all of which need to be protected against the effects of fire and explosion. 🔗 During the design phase, minimizing flanged pipework and reducing the inventory of hazardous substances can significantly lower the risk of leaks and fire hazards. 🚒 Emergency ShutDown (ESD) systems should be housed in fireproof casings, while water deluge skids should be located away from the areas they protect to avoid damage in a fire. 🚪 Access doors to accommodation areas should have automatic closers to prevent smoke and flames from entering. 🌪️ Enclosures for rotating equipment and electric drives must be equipped with Very Early Smoke Detection Apparatus (VESDA) to detect fires early. 🏢 Furthermore, accommodation and control rooms should be placed away from production processes to reduce exposure to potential hazards, and High Integrity Pipeline Protection Systems (HIPPS) should be installed where necessary to enhance safety. #FireSafety #ExplosionPrevention #IndustrialSafety #EmergencyPlanning #ProcessSafety #FireProtection #EscapeRoutes #SafetyStrategy #HazardMitigation #OccupationalSafety

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GOOD HOUSEKEEPING IS GOOD SAFETY ! According to the article, Benefits of Good Housekeeping Practices, published by https://www.osha.gov, good housekeeping is not just about cleanliness; it lays the basic foundation for accident and fire prevention. It requires attention to details, such as the layout of the worksite or facility, identification and marking of physical hazards, ensuring the adequate number of storage facilities, and routine maintenance. Many benefits that can be gained when implementing good workplace housekeeping: Improved Worker Safety Fewer trip and slip incidents where walkways and working surfaces are free of clutter and spills. Decreased fire hazards as a result of the reduction or elimination of waste, dust, debris, and other flammable materials. Reduced number of workers being struck by objects through organized and careful storage of materials, tools, and equipment. Fewer worker injuries as a result of defective or malfunctioning parts through timely maintenance of machinery, equipment, or systems. Improved Worker Health Reduced worker exposure to hazardous substances, such as dust and vapor buildup, by following a regular cleaning schedule. Improved working conditions and worker health through regular servicing, cleaning, and supplying sanitation facilities. Increased Worker Productivity/Reduced Costs Safe work environments lead to healthier workers, higher worker morale, and increased productivity. Workplace cleanup and maintenance, including worker training, will ensure better control over tools and materials as well as the inventory of supplies. Tidy and clean work areas allow for more effective use of space. Improved preventive maintenance can reduce property damage. Increased worker participation in general housekeeping helps reduce the workload and cost of janitorial staff.

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Understanding the #NFPA_Diamond: A Quick Guide The #NFPA_Diamond (NFPA 704 label) is a vital tool for identifying material hazards during emergencies. Developed by the National Fire Protection Association, it uses a color-coded, four-quadrant system to represent: 🔹 Blue (Health Hazard): Risk to health (0 = no risk, 4 = severe). 🔹 Red (Flammability): Flammability levels (0 = non-flammable, 4 = highly flammable). 🔹 Yellow (Reactivity): Likelihood of violent reactions (0 = stable, 4 = explosive). 🔹 White (Special Hazards): Specific warnings (e.g., OX for oxidizers). This simple yet effective system ensures quick decision-making for safety and emergency response. Do you utilize NFPA labels in your workplace? Let me know in the comments! Attached: A detailed PDF guide to the NFPA Diamond.

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