Writing Safety Protocols

There ya have it... Just because you don't see them doesn't mean they're not there.. Learning to see hidden hazards in the workplace is imperative to identifying potential dangers in a work environment that may not be immediately obvious, such as poorly designed ergonomics, electrical issues with exposed wires, cluttered walkways causing trip hazards, chemical exposure from improperly stored materials, or even psychological stressors like workplace violence, all of which can lead to injuries if not addressed properly. Key points about hidden workplace hazards:  Not always visible: These hazards might not be readily apparent to the naked eye, requiring a proactive approach to identify them through careful observation and analysis of work processes. Examples: Ergonomic hazards: Poor posture due to unsuitable furniture, repetitive motions causing strain on muscles and joints.  Chemical hazards: Exposure to toxic chemicals without proper ventilation or protective gear.  Electrical hazards: Damaged cords, exposed wires, malfunctioning equipment  Slippery surfaces: Wet floors, spills not cleaned up promptly  Confined spaces: Areas with limited ventilation or potential for hazardous atmospheres  Workplace violence: Threats, harassment, or physical aggression from colleagues or customers How to identify hidden hazards: Regular safety inspections: Conduct routine walkthroughs of the workplace, paying attention to details and potential risks. Employee feedback: Encourage workers to report any potential hazards they observe, as they may have unique insights into their work areas. Job hazard analysis: Analyze each task to identify potential hazards and develop preventive measures. Training and awareness: Educate employees on common hidden hazards and how to report them. What to do when you identify a hidden hazard: Report it immediately: Inform your supervisor or safety officer about the hazard and its location. Take corrective action: If possible, take immediate steps to mitigate the hazard, like cleaning up a spill or isolating faulty equipment. Follow safety procedures: Adhere to established safety protocols and use appropriate personal protective equipment (PPE

HSE INSPECTION It’s about walking the site with open eyes, asking the right questions, and spotting the hazards before they turn into incidents. A good inspection blends three things: 🔹 Safety: Are people working safely with the right PPE, tools, and procedures? 🔹 Health: Are we protecting workers from noise, dust, heat, and poor ergonomics? 🔹 Environment: Are we preventing pollution, managing waste, and controlling emissions? Key tips for effective inspections: ✔ Prepare with the right standards in mind (OSHA, ISO 45001, ISO 14001, local laws) ✔ Engage with workers instead of just observing from a distance ✔ Record both good practices and gaps—both matter for culture building ✔ Follow up until corrective actions are closed and verified #HSE #HealthAndSafety #WorkplaceSafety #ISO45001 #ISO14001 #OSHA #SafetyCulture #Environment #RiskManagement #Inspection #EHS #ZeroHarm #SafetyFirst #IncidentPrevention #SafetyLeadership #ConstructionSafety #ProcessSafety #HSEManagement

🚨 Scheduled Waste Batteries #SW102 - #SW103 in Malaysia. In Malaysia, used batteries are NOT ordinary waste. Under Jadual Pertama, Jabatan Alam Sekitar (JAS), batteries are classified as Scheduled Waste due to their toxic and hazardous components. 1️⃣ SW102 – Waste Lead-Acid Batteries Lead-acid batteries (whole or in part). ✅ Common sources: • Car & truck batteries • Forklift / industrial batteries • UPS & backup power systems ✅ Main hazards: • Lead (Pb) – toxic, neurotoxic • Sulphuric acid – corrosive, causes burns ⚠️ Risk if mismanaged: Acid leakage, soil & water contamination, serious health impact. 2️⃣ SW103 – Waste Batteries Containing Heavy Metals Batteries containing cadmium, nickel, mercury or lithium. ✅ Common sources: • Lithium-ion batteries (phones, laptops, power banks) • Ni-Cd / Ni-MH batteries • Button cells & industrial batteries ✅ Main hazards: Cadmium (Cd) – carcinogenic Mercury (Hg) – highly toxic Lithium (Li) – fire & explosion risk ⚠️ Risk if mismanaged: Fire incidents, toxic emissions, long-term environmental damage. 3️⃣ As a waste generator, we must: ✔️ Identify the correct waste code (SW102 or SW103) ✔️ Store batteries in proper, labelled, compatible containers ✔️ Prevent leakage, short-circuit & fire risks ✔️ Dispose only through DOE-licensed contractors & facilities ✔️ Record movements via eSWIS ✔️ Do NOT mix batteries with general waste or sell to illegal recyclers. 4️⃣ Proper management of battery waste: • Protects human health • Prevents soil & water pollution • Avoids DOE enforcement action & penalties 👷♂️ Mazrul Naim ♻️ Scheduled Waste #Recycling & #Recovery Expert 📲 6011-55017234 📧 mazrul.abduljalil@cenviro.com #️⃣ #sharingbymazim

HOT WORK SAFETY Hot work is any temporary or permanent activity that involves open flames, produces heat, or generates sparks, which acts as a potential source of ignition in the workplace. Common examples include welding, cutting, grinding, soldering, brazing, and torch-applied roofing. HOT WORK PROCEDURES 1. Authorization: A designated responsible person (Permit Issuer/Authorizer) must inspect the equipments, work areas and confirm compliance with safety requirements, and formally sign the permit before work commences. 2. Area Preparation: All flammable or combustible materials must be removed at least 35 feet (10.7 meters) from the work site. If removal is impractical, they must be protected with fire-resistant blankets or shields. Cracks, openings, and ducts that could allow sparks to pass must also be covered. 3. Fire Watch: A trained fire watch must be assigned to monitor the area for sparks and fires, with no other duties. The fire watch is required to remain at the site during the work and for at least 30 to 60 minutes after work is completed to check for smoldering fires. HAZARDS AND SAFETY PRECAUTIONS 1. Fire and Explosion: The most direct risk. Sparks and slag from cutting or grinding can travel horizontally up to 35 feet and fall into unseen cracks, igniting flammable materials, vapors, or dust in the vicinity or on floors below, often hours after the work is completed. 2. Toxic Fumes and Gases: Welding and cutting metal surfaces—especially those coated with paint, galvanizing, or residues—release hazardous fumes (like lead, zinc, and cadmium) that can cause severe respiratory and neurological damage if ventilation is inadequate. 3. Burns and Radiation Exposure: Workers are at risk of severe skin burns from direct contact with molten metal, sparks, or hot equipment. Furthermore, welding arcs emit intense ultraviolet (UV) and infrared (IR) radiation, which can cause permanent eye damage (e.g., "arc eye" or flash burn) and skin damage. PERSONAL PROTECTIVE EQUIPMENT (PPE) REQUIREMENTS 1. Eye and Face Protection: Welding helmets with the correct shade number for radiation protection, or safety goggles and face shields for grinding and cutting. 2. Protective Clothing: Flame-resistant (FR) clothing (e.g., leather or treated cotton) that covers all exposed skin (long sleeves and pants). Clothing should be free of oil or grease. 3. Hand Protection: Welding gloves (usually leather gauntlet-style) to protect hands and forearms from heat, sparks, and burns. 4. Foot Protection: High-top, sturdy safety boots to prevent sparks and slag from entering. Pant legs should be worn over the boots. 5. Respiratory Protection: Respirators or air-fed helmets when working with materials that produce toxic fumes (e.g., lead, cadmium) or in areas with insufficient ventilation. 6. Hearing Protection: Earplugs or earmuffs for noise protection, especially during grinding or high-oxygen burning.

Daily HSE Inspections: A Purpose-Driven Practice Beyond Routine Checks For an HSE professional, daily site inspections are not just about routine walkthroughs – they are about proactively identifying hazards, ensuring safe practices, and protecting lives. Every inspection carries the intention to foster a safer, more compliant workplace. Key Elements of Every Daily Visits: ·        PPE Compliance: Ensuring workers wear the correct protective gear for their tasks. ·        Permit-to-Work (PTW): Verifying that all high-risk activities are being performed under valid and approved permits. ·        Toolbox Talks: Checking that teams begin their shift with safety briefings and hazard awareness. ·        Housekeeping: Ensuring clean workspaces, clear pathways, and organized tools. ·        Barricading & Signage: All hazardous areas should be clearly marked and isolated. ·        Access & Egress: Emergency exits must remain clear and accessible at all times. ·        Fire Safety: Fire extinguishers should be available, in good condition, and properly tagged. ·        First Aid & Emergency Prep: First aid kits must be stocked, and emergency info visible. ·        Electrical Safety: Inspect for damaged wires, sockets, and overloaded circuits. ·        Unsafe Acts/Conditions: Address any unsafe behavior or hazards on the spot. ·        Positive Observations: Acknowledge safe practices and reinforce good behavior. After the Inspection: ·        Record findings clearly and accurately. ·        Immediately act on any urgent risks. ·        Report unresolved issues to relevant teams. ·        Follow up to confirm closures. ·        Use examples in safety meetings to promote awareness. Why It Matters: Regular inspections are the backbone of a strong safety culture. They reduce incidents, strengthen accountability, and create a work environment where safety is a shared responsibility. What we inspect consistently, we protect effectively. #HSE #SafetyCulture #WorkplaceSafety #HSEAwareness #DailyInspections #SafetyFirst #ZeroHarm #PPECompliance #PermitToWork #ToolboxTalk #ProactiveSafety #RiskPrevention #IndustrialSafety #OccupationalHealthAndSafety #HSELeadership #SiteSafety #SafeWorkplace #HSEProfessionals #StaySafe

Safety Walks : A Proactive Approach to Enhance Workplace Safety for Zero Accidents You could prevent accidents by proactively identifying hazards and fostering a culture of safety and that’s the power of Safety Walks : A systematic approach to ensuring a safe working environment by observing, analyzing, and addressing potential risks. 🚨 What is a Safety Walk A Safety Walk is a proactive measure where managers, supervisors, and safety officers tour the workplace to identify potential hazards and risks. It involves observing practices, interacting with employees, and promoting a safety culture. How to Plan a Safety Walk 1️⃣ Determine the Path : Determine checkpoints with a special Focus on high-risk areas or departments with recent incidents. 2️⃣ Select a Diverse Team: Include safety managers, supervisors, and frontline workers for diverse perspectives. 3️⃣ Develop a Checklist: Use detailed templates for PPE, equipment inspection, and facility conditions (example in illustration). How to Conduct a Safety Walk 👣 Briefing: Explain the purpose and review the checklist. 👣 Document Findings: Note hazards, non-compliance, and opportunities for improvement. Taking pictures and attaching them to report is highly recommended. A picture is worth thousand words. 👣 Interact with Employees: Gather insights on safety protocols and concerns. Reporting Findings and Taking Action 1️⃣ Debriefing Session: Analyze findings, prioritize issues, and plan corrective actions. 2️⃣ Categorize and Prioritize: Use risk matrices to focus on high-severity hazards. 3️⃣ Implement Corrective Actions: Assign tasks, set deadlines, and verify implementation. Benefits of Safety Walks ✅ Proactive Risk Management: Identify hazards before they become incidents. ✅ Behavioral Change: Address unsafe behaviors and reinforce safety protocols. ✅ Employee Engagement: Foster a culture where everyone contributes to safety. As our first and foremost priority is workplace safety, remember that Safety Walks are not just about identifying hazards - they’re about fostering a culture of proactive engagement and accountability. By regularly conducting these walks, you empower employees to take ownership of their safety, encourage open communication, and drive continuous improvement. The result? A safer, more resilient workplace where everyone thrives. And Yes, Zero Accidents & Incidents are Definitely Possible !

🔰DAILY HSE INSPECTIONS – MORE THAN JUST A ROUTINE⛑️ - The First Line of Defense in Safety❗️👷🏻 📍Every Site | Every Shift | EveryWorker – Safety First 💪🏻 A Day in the Life of an HSE Professional 🚸👷🏻 Every day on site begins with a purpose — not just to observe, but to protect lives through proactive inspection. As an HSE Officer, my routine is structured to identify hazards, reinforce safe behavior, and ensure every task begins with safety in mind. From PPE compliance and PTW verification to recognizing positive actions and correcting unsafe conditions — daily inspections are the backbone of a strong safety culture. Because what we inspect today… could save a life tomorrow ♻️ ⸻ ✅ Core Focus Areas in Every Daily HSE Inspection: 🔹 PPE Compliance – Ensuring all workers are using the right protective equipment for the task. 🔹 Permit-to-Work Verification – Making sure that high-risk activities are controlled with approved, valid PTWs. 🔹 Toolbox Talk Check – Verifying whether the day started with hazard communication and awareness. 🔹 Housekeeping Review – Clean and obstruction-free walkways, organized work zones, and proper waste disposal. 🔹 Barricading & Signage – All hazards must be isolated, marked, and made clearly visible to workers. 🔹 Access & Egress Check – Emergency routes should always be clear, with no obstructions or blockages. 🔹 Fire Safety Review – Fire extinguishers in place, tagged, and fire zones kept free of flammable items. 🔹 First Aid & Emergency Readiness – Kits should be fully stocked; muster points and contacts clearly displayed. 🔹 Electrical Safety – Loose wires, broken sockets, and overloaded boards should be eliminated. 🔹 Unsafe Acts & Conditions – Any behavior or condition that poses a risk should be immediately addressed. 🔹 Positive Observations – Recognize and promote teams or individuals who follow safety best practices. ⸻ 📋After the Walkthrough: What Happens Next? ✔ Document every observation (positive or negative)🗂️ ✔ Take action on unsafe conditions immediately ✔ Report unresolved or critical issues to the responsible team ✔ Follow up to ensure closeout✅ ✔ Educate the team — use real-time examples for the next Toolbox Talk 📚 ⸻ 📌 Why Does It Matter? ❗️Because a strong inspection culture leads to: ✔ Fewer injuries and near-misses ✔ Better accountability among workers and supervisors ✔ A safe and efficient working environment ⸻ 💬 Remember: What we inspect regularly is what we protect consistently. Your presence as an HSE Officer can be the difference between an unsafe act and a safe decision. #HSE #WorkplaceSafety #DailyInspection #ZeroAccident #BehaviorBasedSafety #SafetyCulture #PermitToWork #NEBOSH #HSELeadership #PPECompliance #IndustrialSafety #HSEOfficer #FirstLineOfDefense #WorkplaceSafety #SafetyLeadership Denholm Yam Contracting Company LLC DENHOLM YAM Denholm Energy Services DENHOLM VALVECARE LIMITED IOSH NEBOSH

The Critical Role of Daily HSE Inspections: Why Every Check Matters 🦺 As HSE Officers and Inspectors, our daily routine isn’t just a checklist—it’s a commitment to ensuring every worker returns home safely. Morning Site Inspections: The Foundation of Safety Starting before 7:00 AM, our site entry checkpoint and toolbox talks (TET) set the tone for the entire day. These aren’t formalities—they’re opportunities to: ✅ Identify potential hazards before work begins ✅ Ensure proper PPE compliance ✅ Address specific risks relevant to that day’s activities ✅ Engage workers in safety conversations Example: “Today we’re working near scaffolding—full-body harness and tag inspection required before climbing.” This simple briefing can prevent fatal falls. Site Walkabouts: Eyes on the Ground Walking through the site with the foreman and safety team allows us to spot what others might miss: 🔍 Unsafe acts in real-time 🔍 Electrical cable hazards 🔍 Blocked emergency exits 🔍 Fire extinguisher accessibility These walkabouts build trust with workers and show that safety is everyone’s responsibility. Midday Monitoring: Staying Vigilant Permit-to-Work (PTW) monitoring ensures high-risk activities—work at height, hot work, electrical isolation—are properly authorized and controlled. Checking on heat stress, noise levels, and housekeeping prevents gradual deterioration of safety standards throughout the shift. The Power of Intervention When we see unsafe actions, we don’t just document—we intervene with respect: “Brother, please fix your helmet strap properly for your safety.” This approach saves lives while building a positive safety culture. End-of-Shift Accountability Our daily HSE reports aren’t paperwork—they’re records that: 📊 Track safety trends 📊 Document near-misses before they become incidents 📊 Provide evidence of due diligence 📊 Create learning opportunities for continuous improvement The Bottom Line Every toolbox talk attended, every site inspection completed, every permit verified, and every report filed contributes to a safer workplace. These daily responsibilities aren’t routine—they’re the difference between incidents and prevention. To my fellow HSE professionals: What daily practice has made the biggest impact in your workplace safety culture? To employers and site managers: Supporting your HSE team’s daily routines is investing in your most valuable asset—your people.

SECTION 37 OF THE OHS ACT Section 37 of the Occupational Health and Safety Act, 1993 (“OHS Act”) deals with criminal liability of an employer for the acts or omissions of employees (37.1) and contractors (37.2). This is also known as the vicarious liability clause. Vicarious liability may be described as the liability of one person for the wrongful conduct by another. Section 37(1) deals with the conduct of employees and states that any act or omission committed by an employee, that constitutes an offence in terms of the OHS Act, will be ascribed to his/her employer unless the employer can prove that: - He/she acted without permission of the employer; - He/she acted outside the scope of their employment; - The employer took reasonable steps to prevent such an act or omission. In the event that the employer cannot prove all three of the above elements, the employer will be regarded as having committed the act, and may be sentenced and convicted on the terms thereof. Section 37(2), on the other hand, deals with the conduct of contractors, and states that the above provisions of section 37(1) will apply unless the parties agree in writing to the arrangements between them with respect to compliance by the contractor, to the OHS Act. In practice, this arrangement is known as the 37.2 Agreement. The purpose of the 37.2 Agreement is: - to confirm that the contractor will be regarded as an employer in their own right; - stipulate the obligations of the contractor in terms of the OHS Act and applicable Regulations; - that the contractor must comply with all of the on-site health and safety rules. Various other matters may be included in the agreement, and it can further be used as an umbrella contract binding the contractor to: - mandatory compliance audits; - inspections; - pre-start checklists; and whatever else may be required to ensure the health and safety of employees on-site. This may all be regarded as ‘reasonable steps’ taken by the employer in averting vicarious criminal liability. It is, however, very important to note that the 37.2 Agreement is not an indemnity against prosecution. If a contractor incident occurs, and evidence points towards the employer contributing to such an incident, the employer may be convicted alongside the contractor. Section 9 of the OHS Act places a duty on employers to ensure that persons other than those in his employment who may be directly affected by his activities are not thereby exposed to hazards to their health or safety. Employers must therefore ensure that contractor employees are not exposed to hazards to their health and safety, irrespective of the existence of a 37.2 Agreement. #compliance #healthandsafety #contractormanagement

In the dynamic world of #OccupationalSafety and Health (#HSE), safety isn't just about the finished structure; it’s about the integrity of every single component. I created this visual guide to illustrate the critical link between knowing your equipment and applying the correct #SafetyStandards on-site. Ensuring compliance with #OSHA Standard 1926.451, here are the 8 Key Safety Conditions visualized in this image: 1️⃣ Stable Foundation: The scaffold rests on Base Plates and Mud Sills. This is crucial for distributing the load in any #Construction site to prevent sinking. 2️⃣ Complete Guardrail System: A three-part system (Top, Mid, and Toe Board) is essential for effective #FallProtection, preventing both falls and falling objects. 3️⃣ Full Planking: The working platform is fully planked with #Scaffolding grade wood, leaving no gaps >1 inch to ensure a solid working surface. 4️⃣ Safe Access: A proper ladder is provided, ensuring safe #WorkAtHeight without climbing cross-braces. 5️⃣ Inspection & Tagging: The Green Tag clearly indicates the structure has been inspected by a Competent Person, a vital part of #RiskManagement. 6️⃣ Personal Fall Arrest System (PFAS): The worker is wearing a #SafetyHarness properly anchored. This is the critical backup if engineering controls fail. 7️⃣ Standard PPE: Beyond the harness, the worker is equipped with a Hard Hat and High-Vis Vest, standard procedure for personal #Safety. 8️⃣ Area Isolation: Danger Tape surrounds the base to warn others, maintaining a secure zone. Building a robust #SafetyCulture is about attention to detail. Missing just one "Mud Sill" or failing to anchor a harness can compromise the entire system. Let’s discuss: In your daily inspections, which of these points do you find is most often overlooked by erection crews? #Engineering #CivilEngineering #SafetyFirst #JobSiteSafety