Harold “Boston” Wright’s Post

Safety First: Essential Practices for Electrical Business Operations https://lnkd.in/gDyMYTDi #fsm #fieldax #fieldservicemanagement #fieldservice #fieldservicesoftware #fieldservicejobs #hvac #fieldservicelightning #fieldengineer #schedulingsoftware #scheduler #ServiceManagement

As a small team leader with experience in 33KV/MV substations, one of the biggest challenges we face is working in the basement, which comes with various hazards such as electricity, confined space, low oxygen, sharp edges, low ceiling, tight working areas, and a humid atmosphere. This challenge is also influenced by the age and design of the substation we are working with. To mitigate these challenges and ensure a safe work environment, we have implemented the following actions in addition to approved safety procedures,PPE and High voltage testing : 1- Open all entrance and exit points: ensure all entrance and exit points are open and accessible to facilitate easy evacuation in case of emergencies. 2- Establish suitable storage areas: find safe and suitable locations to store tools, first aid kits, and fire extinguishers before starting work, ensuring quick access when needed. 3- Manage waste storage : establish designated areas for storing waste generated during work to maintain cleanliness and prevent hazards. 4- Assign specific roles : assign specific roles to team members to ensure efficient and safe work execution: A- Main worker and assistants: responsible for main tasks such as maintenance, installation, and dismantling. B- Light Holder: responsible for holding and aiming lights during work to ensure proper visibility. C- Team Watcher: responsible for monitoring the main workers, ensuring they avoid sudden movements, and issuing warnings when necessary. D- Tools Coordinator: responsible for bringing and replacing tools from the designated tool storage area. E- Housekeeping Personnel: responsible for managing waste disposal and maintaining cleanliness during work. F- Team Leader: responsible for supervising the team, ensuring everyone performs their tasks correctly, coordinating with the operating team, scheduling rest periods, and closing operations after completing work. Finally we take these actions combined with approved safety procedures which was created by specialists and professionals based on internationally accredited studies and experiences #ElectricalSupervisor #ElectricalEngineering #ElectricalSafety #PowerDistribution #HighVoltage #MaintenanceManagement #TeamLeadership #SafetyFirst #FacilityManagement #IndustrialElectrical #WorkplaceSafety #EnergyManagement #ConstructionManagement #UtilitiesManagement #OperationsManagement #ElectricalSystems #ProjectManagement #TechnicalSkills #EngineeringManagement #CareerDevelopment

Who can approve ENERGIZED ELECTRICAL WORK... The GM, HSE Manager or Superintendent? At most places, I'd argue none of them. -- At least not on their own. Energized Electrical Work is probably the most misunderstood thing about electrical safety. Some companies are starting to realize you need a permitting process for it... But, they still don't have a very good process for approval. So, what's the big deal? The big deal, is that in order to give the OK for someone to work energized (and feel good about it), you probably need to have a good handle on the work. Which means you need to be "qualified" to be able to approve this work. What makes you qualified? Two things: - having skills and knowledge related to the equipment being worked on; and - understand the safety related work practices relevant to the job. So you might be the GM, HSE Manager or the Superintendent, but without being qualified (or having someone on the approval process who is) then you really shouldn't be approving the Energized Electrical Work. -- Still confused? Read more here: https://buff.ly/3vJxjA7 #electricalsafety #electricians #arcflash

Workers face numerous hazards on construction sites, from falls and electrical accidents to exposure to hazardous materials and equipment failure. Leaders must prioritize safety at every stage of the project. This includes providing adequate training for all workers, ensuring that all equipment is in good working order, and enforcing strict safety protocols. Some additional measures that can help improve safety include: 1. Conducting regular safety inspections and quickly addressing any identified hazards. 2. Implementing a comprehensive safety program that outlines all procedures and protocols. 3. Providing workers with the appropriate personal protective equipment (PPE) for their specific job tasks. 4. Providing regular safety training and refresher courses for all workers. 5. Maintaining accurate records of all safety incidents and using this information to improve future safety practices. By prioritizing safety every day, leaders can minimize the risk of accidents and injuries and ensure that their teams go home safely after each shift. We are hiring experienced Electricians to join our team. hr@apolloorlando.com State Licensed EC13001524 #safety #safetyfirst #construction #electrician #estimator #electrical #hiring #leaders #stage #team #job #future #training #hr #help #email #projectmanagers #projectmanager #project #apollo

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Toolbox Talk: Electrical Substation Safety Introduction Electrical substations are critical areas where electrical energy is distributed to operational assets within facilities. However, they pose significant safety risks due to the presence of high voltages, substantial incident energy, and electrical equipment at ground level. This toolbox talk will cover the essential safety precautions to follow when working in or around substations. Key Hazards High Voltages: Substations operate with extremely high voltages, which can be life-threatening. Incident Energy: The potential for explosions and severe burns due to high incident energy. Ground-Level Equipment: Electrical equipment is often located at ground level, increasing the risk of accidental contact. Safety Precautions Maintain Safe Distances: Qualified Personnel: Maintain a minimum allowable distance, which can be just a few feet, depending on the task. Non-Qualified Personnel: Maintain a distance of at least 10 feet or more from substation equipment. Assessment: Before entering a substation, qualified personnel should assess the work area to ensure that the required distance is maintained. Transformer Safety: Explosion Risk: Transformers, which contain oil in sealed tanks, pose an explosion risk if there is an internal fault. Vigilance: Heat Signs: Be alert to signs of excessive heat, tank expansion, or oil leaks on transformers. Unusual Sounds: Listen for any uncommon sounds within the substation or transformer, as they may indicate an imminent failure. Oil Leaks: Check for fresh oil leaks, which could signal a developing problem. Engage Only if Qualified: Proper Qualification: Only engage with electrical equipment if you are properly qualified to do so. Equipment Condition: Ensure that the equipment is in a safe state before starting any work. Personal Protective Equipment (PPE): Always wear the appropriate PPE for the task, including insulated gloves, face shields, and flame-resistant clothing. Conclusion Working in or around electrical substations requires strict adherence to safety protocols due to the high risks involved. Always maintain safe distances, remain vigilant for signs of transformer issues, and only engage in electrical tasks if you are fully qualified and properly equipped. By following these precautions, you can help ensure a safe working environment in and around substations. #safety #tbt #HSE  #HSEOfficer

🔧⚡ Ensuring Workplace Safety: The Importance of Electrical Safety Audits ⚡🔧   In the dynamic field of electrical engineering, prioritizing safety is non-negotiable. Today, let's shed light on the significance of Electrical Safety Audits in maintaining a secure working environment. 🛡️💼   1️⃣   **Preventing Hazards:**   - Electrical Safety Audits are proactive measures to identify and rectify potential electrical hazards. By addressing issues before they escalate, we safeguard both personnel and assets.   2️⃣   **Compliance Matters:**   - Stay compliant with industry regulations and standards. Electrical Safety Audits ensure that your electrical systems align with the latest safety guidelines, minimizing legal risks and ensuring a smooth operation.   3️⃣   **Risk Mitigation:**   - Understanding and mitigating risks is at the core of safety audits. By assessing electrical systems comprehensively, we can pinpoint vulnerabilities and implement strategies to mitigate risks effectively.   4️⃣   **Equipment Reliability:**   - Regular audits contribute to the reliability of electrical equipment. Ensuring that your systems are in top-notch condition enhances efficiency, reduces downtime, and extends the lifespan of crucial assets.   5️⃣   **Empowering Employees:**   - An educated workforce is a safe workforce. Electrical Safety Audits provide an opportunity to train and educate employees on best practices, emergency procedures, and the importance of adherence to safety protocols.   6️⃣   **Energy Efficiency:**   - Beyond safety, audits contribute to energy efficiency. Identifying and rectifying inefficiencies in electrical systems not only reduces environmental impact but also leads to cost savings.   7️⃣   **Continuous Improvement:**   - Safety is an ongoing commitment. Regular audits create a culture of continuous improvement, where feedback from assessments is used to enhance safety measures, emergency response plans, and overall electrical infrastructure.   Let's prioritize electrical safety and empower our teams to work in an environment that is not only productive but, above all, safe. ⚠️💡 #ElectricalSafety #SafetyFirst #WorkplaceSafety #ElectricalEngineering #SafetyAudit #electricalsafetystandards #electricalsafetyaudit #electricalsafety #hazards #electricalsystemaudit #Electricalsafety #inspectionservices VB® Engineering (I) Pvt Ltd   https://lnkd.in/dEGyZrRf   @vb groups