Did you know? Nearly 3 million workers die every year from work-related accidents and diseases, according to the ILO. While not every workplace incident is fatal, the outcome can depend heavily on how quickly and effectively people respond when an emergency occurs.

It’s a busy afternoon shift at an industrial plant and an electrical incident occurs. An electrical injury is sustained, and a worker collapses. Staff members rush to their assistance, but no one knows where the first aid kit is or who is trained to respond on the shift.

Industrial and commercial companies can suffer workplace injury in a single instant. A well-organised first aid system can enable employees to respond quickly to injuries and medical emergencies until professional help is available.

 What Is a Workplace First Aid System? 

Workplace first aid not only entails having a basic first aid kit mounted on a wall but constitutes a well-structured framework of medical items, trained staff members, communication channels in case of an emergency, and procedures to be followed.

 Three Main Goals of Workplace First Aid 

First aid care has three main goals that are often referred to as the 3 Ps:

  • Preservation of Life: Perform quick life-saving actions like CPR or control of bleeding.

  • Prevention of Deterioration: Prevent worsening of a victim’s health condition in transit.

  • Promotion of Recovery: Offer a hygienic initial treatment to reduce the consequences of injury.

 Why Every Workplace Needs a Structured First Aid System 

Immediate first aid is crucial to the survival rate and recovery time after any occupational injury.

 Overcoming the Time Gap Until the Paramedics Arrive 

There may be traffic delays and long distances that delay external ambulance services’ arrival. An internal team provides first aid and stops major bleeding until external assistance arrives.

 Legal and Regulatory Compliance 

Setting up a structured system of medical assistance is required by the following regulations:

  1. Factories Act, 1948, Section 45: Factories must provide first-aid boxes or cupboards containing the prescribed contents, with at least one for every 150 workers ordinarily employed. The applicable requirements for trained first-aid personnel should also be considered based on the relevant rules and workplace conditions.

  2. OSHA 29 CFR 1910.151: Where an infirmary, clinic, or hospital is not in near proximity to the workplace, employers must have adequately trained personnel available to render first aid, along with readily available first-aid supplies.

  3. ISO 45001:2018, Clause 8.2: Addresses emergency preparedness and response, including identifying potential emergencies and establishing appropriate response arrangements.

 Components Necessary for an Effective First Aid System 

Creating an effective workplace first-aid system involves four interconnected elements: risk assessment, equipment, trained personnel, and emergency procedures.

Step 1: Identifying Hazards and First Aid Needs 

Every industry is exposed to unique hazards. A software development firm needs different first aid requirements than a chemical factory or an engineering works.

Identify your facility’s hazards:

  1. Mechanical and Manufacturing: There is a high risk of lacerations, crushing, fractures, and eye damage.

  2. Chemical Processing: Chemical burns, inhalation dangers, and skin exposure are the risks involved.

  3. Electrical and Utilities: Potential for burns from arc flash, electrical shock, and fall hazards.

  4. Commercial Real Estate: Risk of falls, heart attack, fainting, and cuts.

Step 2: Optimizing First Aid Kits and Supplies 

Ensure that medical supplies are easily accessible, adequate and clearly labeled in your business.

A. Standard Medical Kit Contents

  • Adhesive bandages and gauze pads (sterile)

  • Triangular bandages used for arm slings and joint stabilization.

  • Antiseptic wipes, burn gel dressings, and eye wash solutions.

  • Trauma scissors, medical tweezers, and medical adhesive paper tape.

  • Nitrile gloves, CPR masks, and biohazardous waste disposal bags.

B. Specialized Medical Equipment

  • Automated External Defibrillator (AED): A portable device that analyses heart rhythms and can deliver an electrical shock when indicated during certain cases of sudden cardiac arrest.

  • Eye Washing Stations: Wall-mounted fluid dispensers located near areas containing hazardous chemicals.

  • Emergency Stretchers: Portable lightweight stretchers to carry injured workers.

C. Kit Placement and Maintenance

  • Employ signage with white crosses against green backgrounds, which serve as internationally recognized signs.

  • Have a safety coordinator perform inventory checks every month and replace any expired drugs and used items.

Step 3: Selecting and Training Certified First Aiders 

However, having well-stocked kits will not amount to anything if there are no staff members trained in their proper usage. First Aid Training should include theory and practical skills assessments which involve the following:

  • Primary Survey: Assessing the scene for danger and checking the casualty’s responsiveness, airway and breathing before providing appropriate first aid.

  • CPR Skills: Chest compressions and rescue breaths using adult dummy mannequins.

  • Use of Automated Defibrillator: Using an automated defibrillator during a suspected sudden cardiac arrest.

  • Control of Bleeding: Applying pressure, dressing wounds and tourniquets to stop the bleeding.

  • Treatment of Burns: Treatment of chemical, heat and electrical burns.

  • Spine & Fracture: Immobilizing the neck, spine or fracture limbs.

How Many First Aiders Does a Workplace Need? 

The size of the first aid team should be based on legal requirements, the size of the work crew, work site hazards, shift patterns, work site layout and access to professional medical assistance. Where the workplace is larger or is at a higher risk, trained first-aiders may be required in more than one department and shift to ensure that there are sufficient trained first-aiders to provide coverage.

Step 4: Establishing Medical Emergency Protocols 

An emergency protocol assists in avoiding any sort of confusion or delay in case of serious injury.

Initial Survey: The first person to arrive at the incident site determines whether there is any immediate danger and then approaches the victim.

  • Call First Aider: Use internal phones, megaphones or walkie-talkies to call up the first aider on duty.

  • Give Treatment: The first aider conducts a primary survey, applies CPR or bleeding control and is able to obtain an AED when necessary.

  • In case of any serious injury, call the local ambulance or take the victim to a network hospital, and increase the level of treatment.

  • Documentation and Reporting: Document and report the incident according to legal requirements and the organisation’s incident reporting procedure.

Common Pitfalls in Workplace First Aid Management 

Avoiding such mistakes ensures effectiveness in your first aid measures:

  1. Locked First Aid Cabinets: Having your first aid boxes locked and handing the key to one manager who may not be present at the time of emergency.

Solution: Utilize break-glass enclosures or pull-seal closures to ensure accessibility without any tampering.

  1. Expiry of Medical Consumables: Keeping the ointment packs, eye wash solutions, antiseptics beyond their expiry period.

Solution: Establish a monthly audit process for checking and replacing the expiring medical supplies.

  1. No Practical Experience: Organizing lectures rather than practical sessions using CPR mannequins or AED machines.

Solution: Provide periodic hands-on refresher training based on training requirements, workplace risks and organisational procedures.

  1. Overlooking Night Shifts: Providing training to only day shifts but forgetting about the night shifts.

Solution: Maintain track of first aid staff on shift basis.

Build Certified Medical Readiness with NIST Global 

Development of an efficient workplace first aid system involves the assistance of professionals and proper training. NIST Global provides tailor-made safety solutions that ensure the creation of true medical preparedness within workplaces:

  • Training Programs in Certified First Aid & CPR: Practical training programs on risk assessment, life support, CPR administration, AED usage, and trauma care.

  • Site-Specific Emergency Flowcharts: Professional assistance in creating medical escalation procedures, setting up first aid stations, and developing emergency flowcharts.

  • Technical Safety Audits: Reviews of medical equipment and facility preparedness for emergencies.

Work with NIST Global Safety Training to safeguard your employees, comply with regulations, and ensure a robust workplace medical response system.

Key Takeaways 

  • Be Prepared: A workplace first-aid system brings together trained people, essential supplies and clear emergency procedures.

  • Assess the Risks: First-aid arrangements should match the workplace hazards, workforce and working conditions.

  • Train People: First-aiders should have practical training in CPR, bleeding control, burns and other relevant emergency responses.

  • Keep Supplies Ready: First-aid kits and emergency equipment should be accessible, checked regularly and replenished when needed.

  • Have a Response Plan: Everyone should know how to raise an alarm, contact a first-aider and get further medical help when needed.

FAQs 

Under Section 45 of the Factories Act, 1948, there should be at least one first-aid box or cupboard for every 150 workers ordinarily employed in the factory. State-specific requirements may also apply.

CPR helps maintain blood circulation and breathing during cardiac arrest. An AED analyses the heart rhythm and can deliver an electrical shock when appropriate.

First-aid kits should be checked regularly to ensure supplies are available, usable and within their expiry dates. Used, damaged or expired items should be replaced promptly.

An AED can support the response to a sudden cardiac arrest while professional medical help is on the way. Its usefulness depends on the workplace, risk assessment, accessibility and availability of trained responders.

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