The latest CPR protocol changes according to ANZCOR (Australian and New Zealand Committee on Resuscitation) prioritise high-quality chest compressions, rescue breaths for certain cases, and post-resuscitation care, all of which are crucial skills for workplace first aid responders. Maintaining the 30:2 compression-to-ventilation ratio ensures that employees are trained in the most up-to-date techniques, promoting workplace safety and compliance.
The emphasis on accessible AEDs in workplaces highlights the importance of having this life-saving equipment readily available and ensuring that staff members are trained in their use. This preparedness is essential for effective emergency response in the event of a cardiac arrest.
Updates covering advanced techniques, special considerations for drowning and paediatric cases, and infection control measures are particularly relevant to workplaces with specific risks or those that cater to children. Proper training and PPE usage are vital for maintaining a safe work environment and minimising the risk of disease transmission during CPR, even though the risk is low.
To ensure compliance and preparedness, workplaces should regularly update their first aid training programs to incorporate the latest CPR guidelines, invest in necessary equipment such as AEDs, and maintain a well-stocked first aid kit. By prioritising these updates and providing comprehensive training, employers can foster a culture of safety and be better prepared to handle emergencies.
Key Latest CPR Protocol Changes From Australian Resuscitation Council (ANZCOR)
The 2025 CPR guidelines introduce significant updates to resuscitation techniques, prioritising evidence-based interventions and refining protocols. Workplaces should ensure their first aid training incorporates these changes to maintain compliance and emergency preparedness.
The guidelines restrict precordial thumps to monitored pulseless ventricular tachycardia (pVT) cases without defibrillation access, emphasising the importance of having accessible defibrillators in the workplace. Percussion pacing is limited to severe bradyarrhythmias lacking alternatives, highlighting the need for advanced first aid skills and equipment.
The increased focus on oxygenation during post-resuscitation care to prevent hypoxia/hyperoxia underscores the significance of proper oxygen administration techniques and monitoring in workplace first aid. The guidelines maintain the 30:2 compression-to-ventilation ratio for all age groups, recognizing the crucial role of rescue breaths in delivering oxygen to the blood during cardiac arrest.
Proper oxygen administration and monitoring techniques are crucial for post-resuscitation care in the workplace to prevent hypoxia and hyperoxia.
The evaluation of mechanical CPR devices for cardiac arrest management suggests that workplaces consider investing in these tools to enhance resuscitation efforts. The emphasis on seizure prophylaxis to handle post-arrest neurological complications stresses the importance of comprehensive first aid training that goes beyond basic CPR.
These updates reflect the latest research, aiming to enhance survival rates and neurological outcomes in the workplace setting. By adapting techniques and prioritising interventions, the 2025 CPR guidelines endeavour to provide the most effective resuscitation strategies for workplace first aid responders.
Employers should ensure their first aid training programs and equipment align with these guidelines to maintain a safe and compliant work environment.
Importance of Rescue Breaths in CPR First Aid for Cardiac Arrest
Rescue breaths are a vital component of effective CPR in the workplace. Barrier protection is recommended by health professionals for better results and safety when delivering rescue breaths.
They’re especially critical in drowning incidents or other situations where breathing has stopped. While some may worry about contamination risks, these are quite low when proper techniques are used.
Ensuring your workplace first aid training covers rescue breathing is essential for compliance with safety regulations and emergency preparedness.
Having designated first aiders skilled in delivering rescue breaths as part of CPR can significantly improve outcomes in life-threatening situations.
Breaths Boost Effectiveness
Rescue breaths remain crucial in workplace first aid training for optimal outcomes during emergencies. They prevent hypoxia during circulatory arrest, protecting brain function by delaying tissue damage. Compressions alone aren’t enough; two breaths after each cycle maintain blood flow to vital organs. This is particularly important in remote work sites common in Australia. Prompt resuscitation can significantly impact survival rates.
ANZCOR recommends breaths for trained first aiders, addressing misconceptions about hands-only CPR. Courses emphasise advanced airway management skills to prevent improper techniques. Workplace training initiatives focus on employee readiness, as one-second breaths ensure sufficient lung inflation. Barrier devices allow safer delivery if the seal is compromised.
The 30:2 compression-to-breath ratio remains standard in 2023 guidelines, with breaths restoring oxygen in drowning incidents, preventing brain injury. Effective breathing techniques improve survival rates. Employers should prioritise first aid training, including rescue breaths, to ensure compliance and emergency preparedness in the workplace.
Critical Drowning Cases
Workplace first aid training should emphasise the critical importance of rescue breaths in drowning emergencies. Rapid oxygen depletion in victims’ lungs, even without visible water inhalation, makes breaths essential for restoring oxygen levels. ANZCOR guidelines encourage action without delay despite concerns.
Saltwater or freshwater inhalation can damage alveoli, requiring breaths to maintain gas exchange and prevent brain hypoxia. Training should cover full CPR with a 30:2 compression-to-breath ratio, which studies show improves survival odds compared to compression-only for drowning cases.
Guidelines recommend preparing for potential aspiration before delivering breaths if the gag reflex is absent while minimising pauses to sustain blood flow.
Workplace first aid courses should stress integrating rescue breaths into CPR sequences for water-related emergencies, and workplace safety compliance and emergency preparedness programs should underscore their inclusion as a drowning-specific mandate.
Low Contamination Risk
Incorporating low-contamination risk techniques into workplace first aid training ensures employees can deliver rescue breaths safely during CPR. Barrier devices and mouth-to-mask methods, emphasised in updated Australian Resuscitation Council guidelines, significantly reduce the risk of infection transmission.
Proper hygiene and positioning techniques, covered in training programs, further minimise contamination risks. Equipping first aiders with these skills allows them to provide critical breaths without compromising their own health, enhancing the effectiveness of CPR, particularly in cases involving drug overdose or breathing abnormalities. Opening the airway is a crucial step before administering rescue breaths to ensure they are effective.
Mastering low-risk breathing methods through simulated scenarios prepares employees to respond confidently in real workplace emergencies.
To ensure compliance with safety regulations and emergency preparedness, every workplace should:
- Maintain proper hygiene standards for first aid equipment and training areas
- Provide barrier devices and mouth-to-mask equipment in first aid kits
- Train employees in low-contamination risk breathing techniques
- Regularly update training to align with current Australian Resuscitation Council guidelines
- Conduct simulated emergency scenarios to reinforce skills and build confidence
Perform CPR Guidelines: Current Chest Compression Recommendations for Advanced Life Support
To ensure workplace safety and emergency preparedness, it’s crucial for every workplace to have trained first aiders who can perform effective chest compressions. The goal is to provide high-quality CPR with minimal disruption.
The current recommendations for chest compressions are:
- Adults: Aim for a compression depth of 5 cm
- Children: Aim for a compression depth of 2.5–5 cm
- Infants: Aim for a compression depth of 3.5 cm (about one-third of the chest depth)
Maintain a compression rate of 100–120 per minute to optimise survival while minimising interruptions.
The standard compressions-to-breaths ratio for all ages remains 30:2.
Compliance with these guidelines and regular training for designated first aiders are essential to meet workplace health and safety regulations.
Ensure your workplace has the necessary first aid equipment and that all staff are aware of emergency procedures.
Compression Depth Standards
When administering CPR in the workplace, ensure you’re compressing the chest to the proper depth for optimal outcomes and compliance with safety standards. For adult colleagues, aim for a depth of ≥5 cm.
If providing CPR to a child in the workplace, adjust the depth to 5 cm or 2.5–5 cm based on their size. In the rare event of an infant needing resuscitation, compress the chest to a depth of 4 cm or approximately 1/3 of their chest depth.
Prioritise deeper compressions for adequate blood flow, as there’s no upper limit for adults due to higher risks from insufficient compressions compared to injury. Guidelines balance circulation and safety.
Target the lower sternum, adapt for mattress firmness if the individual is on a stretcher or floor, and use proper hand placement and body weight for effective compressions. Avoid pressing on the very end of the breastbone (xiphoid process) to prevent internal injuries.
Modify techniques when necessary for pregnant women, children, and obese individuals in the workplace. Providing sufficient depth is crucial to ensure the best possible outcomes in an emergency situation.
Regular first aid training for all staff, well-maintained equipment, and clear emergency protocols are essential for a safe and prepared work environment.
Maintaining Proper Rate
Maintaining the proper chest compression rate is a critical component of delivering high-quality CPR in the workplace. Aiming for a pace between 100-120 compressions per minute is crucial, as rates outside this range correlate with lower survival odds.
To ensure your workplace is prepared:
- Provide training that uses the beat of “Stayin’ Alive” to help employees learn the ideal rhythm and pacing for chest compressions.
- Emphasise the importance of minimising interruptions and rotating rescuers every two minutes to prevent fatigue during CPR.
- Invest in metronomes, manikin sensors, or automated feedback devices to monitor compression rates during training and real-world scenarios.
Conduct regular drills to reinforce muscle memory and maintain compliance with workplace safety standards.
Implement peer coaching and simplified training materials to boost employee awareness and adherence to this life-saving cadence during emergencies.
Ensure your workplace first aid kits are well-stocked and easily accessible to support timely response efforts.
Changes to Advanced Cardiopulmonary Resuscitation Techniques
Oxygen management: Ensure your workplace has an adequate supply of oxygen and that designated first aiders are trained in its proper use during CPR. Never withhold oxygen during resuscitation efforts.
Medications: Regularly check that your workplace first aid kits contain unexpired adrenaline auto-injectors and that first aiders are familiar with the updated dosing schedule of every second CPR cycle.
Consider adding amiodarone to replace outdated multi-drug protocols.
Airway management: Equip your workplace with both supraglottic and tracheal tubes, and ensure first aiders are trained in their use.
Invest in waveform capnography devices for mandatory tube verification to ensure compliance with best practices.
Equipment: While automated compression devices may be impractical for most workplaces, manual CPR training for first aiders is crucial.
Immunotherapy devices aren’t routinely necessary for workplace first aid kits. If feasible, consider acquiring a cardiac ultrasound for advanced resuscitation efforts.
Post-resuscitation care: Train first aiders to prioritise oxygen balance, avoiding both hypoxia and hyperoxia, and to focus on immediate stabilisation of the patient through proper oxygenation, perfusion, and neuroprotection techniques until professional medical help arrives.
Regularly update your workplace first aid training programs to incorporate the latest evidence-based practices and ensure your organisation is well-prepared to handle emergencies effectively, optimising outcomes and maintaining a safe work environment.
Addressing Risk-Challenge Considerations
Despite the low risk of disease transmission during CPR, employee perception and lack of formal training can deter co-workers from taking action in an emergency. You shouldn’t let hearsay advice like “breaths aren’t needed anymore” cause confusion.
Workplace first aid guidelines emphasise that:
- Proper use of barrier devices minimises infection risks
- Adequate ventilation is critical to reduce hypoxia
- Compressions must be prioritised with minimal interruptions
Untrained employees often hesitate due to misconceptions about chest compression resistance and concerns over providing CPR to colleagues.
Limited access to AEDs and training equity gaps in remote worksites present additional hurdles. By addressing these risk-challenge considerations head-on through comprehensive workplace first aid training, you’ll ensure your staff are better prepared to act decisively in an emergency, enhancing workplace safety, compliance, and emergency preparedness.
Governance and International Alignment
Australia’s first aid governance closely aligns with workplace safety standards, ensuring a coordinated approach to emergency care in the workplace. The Australian Resuscitation Council (ARC) collaborates with major stakeholders and ANZCOR to maintain uniformity with workplace safety trends.
By adhering to ILCOR’s CoSTR framework, Australian workplaces have adopted practices like the 30:2 compression-to-ventilation ratio and a “compression-first” approach in first aid training. Shared frameworks with New Zealand ensure consistency across the region, while guidelines integrate ILCOR’s systematic reviews.
Regular revisions to first aid training curricula embed updates like continuous CPR application. Though implementation is voluntary across sectors, the ARC’s rigorous evidence review and endorsement process, along with public resources, support widespread adoption of these aligned protocols in the workplace, allowing for contextual adaptation by member organisations.
Workplaces should have comprehensive first aid kits, trained first aiders, and clear emergency response plans to ensure compliance with safety regulations and preparedness for potential emergencies.
Essential skills for workplace first aiders include CPR, wound management, and the ability to respond to common medical emergencies like asthma attacks, allergic reactions, and cardiac events.
Bystander CPR Initiation and Barriers
Equipping your workforce with hands-only CPR skills is a crucial step in overcoming hesitancy and ensuring swift response during cardiac emergencies.
By providing accessible training and fostering a culture of readiness, you empower employees to act decisively, potentially saving lives.
To strengthen your workplace’s emergency preparedness, consider the following:
- Comprehensive first aid training that covers hands-only CPR, AED usage, and management of common workplace injuries
- Regular refresher courses to maintain skills and confidence
- Clearly marked and easily accessible first aid kits and AEDs throughout the premises
- Designated first aid responders with advanced training
- Well-defined emergency protocols and communication systems
- Encouragement of a proactive safety mindset through ongoing education and drills
Overcoming Psychological Barriers
When faced with a medical emergency in the workplace, employees often hesitate to provide first aid due to psychological barriers, even if they’ve received prior training. Fear of causing harm is a major hurdle, with many workers worried about injuring colleagues during first aid procedures.
To help employees spring into action:
- Emphasise emergency response protocols, providing clear guidelines
- Integrate first aid technology for straightforward, calming instructions
- Encourage teamwork to lessen individual burden and foster a supportive environment
Workplace first aid training programs must focus on psychological preparedness, pairing skills with stress management. Company-wide awareness campaigns are essential for shifting perceptions and reducing stigma around performing first aid.
Employers should explore department-specific needs, post-training reinforcement strategies, and long-term psychological support for responders.
Essential workplace first aid equipment and supplies:
- Fully stocked first aid kits in accessible locations
- Automated External Defibrillators (AEDs) for prompt response to cardiac emergencies
- Emergency eyewash stations and safety showers in high-risk areas
- Clearly marked fire extinguishers and evacuation plans
- Well-maintained personal protective equipment (PPE) for first aiders
Key skills for workplace first aid training:
- CPR and AED use for cardiac emergencies
- Wound care, including bleeding control and burn treatment
- Fracture and sprain management using splints and slings
- Recognition and response to common medical conditions, such as asthma and diabetes
- Psychological first aid for supporting colleagues in distress
Employers must prioritise workplace safety, compliance, and emergency preparedness by:
- Conducting regular risk assessments to identify and mitigate hazards
- Developing comprehensive emergency response plans tailored to the workplace
- Providing ongoing first aid training and refresher courses for employees
- Ensuring compliance with relevant occupational health and safety regulations
- Fostering a culture of safety and empowering employees to take action in emergencies
Chest-Compression-Only Initiation
As part of workplace first aid training, it’s crucial for employees to understand the importance of early intervention in suspected cardiac arrest cases. If a colleague collapses suddenly, immediate initiation of chest compressions by a bystander—even if untrained in CPR—can significantly improve survival outcomes.
Australian guidelines now emphasise a compression-only approach for untrained rescuers, simplifying the process and encouraging more participation. Workplaces should ensure an AED is readily accessible and that staff know its location for prompt deployment alongside compressions.
Employees should feel empowered to act without hesitation, as early CPR is key to maintaining perfusion until emergency services arrive. Comprehensive first aid training, including compression-only CPR, is essential for a prepared and safety-compliant workplace.
Optimising Post-Resuscitation Care
After achieving return of spontaneous circulation (ROSC), optimising post-resuscitation care is crucial in the workplace setting. Key interventions include:
- Adjusting oxygen to target SpO2 94-98%, avoiding excessive or insufficient oxygenation.
- Maintaining blood pressure goals (MAP ≥65–100 mmHg, SBP ≥100 mmHg) to ensure adequate cerebral perfusion.
- Managing high blood glucose levels (>10 mmol/L) with insulin while preventing low blood glucose.
Continue effective antiarrhythmics post-ROSC or start prophylaxis for shockable rhythms.
Implement targeted temperature management for unresponsive patients.
Prompt coronary angiography is vital for STEMI/LBBB cases, while delayed angiography (within 24hrs) is suggested for comatose patients without STEMI.
Monitor sedatives/analgesics to enable neurological assessments and use sedation cessation protocols for daily awakenings/trials.
Workplace first aid training should cover these post-resuscitation care principles to ensure safety, compliance, and emergency preparedness.
First aiders must be skilled in titrating oxygen, maintaining haemodynamic targets, managing glucose levels, administering antiarrhythmics, initiating targeted temperature management when indicated, and monitoring sedation.
Regularly practising these skills through simulated scenarios is essential for competency and confidence in providing optimal post-resuscitation care in the workplace.
Pediatric and Special Case Protocols for Basic Life Support
Key takeaways for your workplace first aid training:
• Ensure first aiders are trained in age-appropriate compression methods, depths, and rates for paediatric patients.
• Stock paediatric-sized equipment, including BVMs and AED pads.
• Equip first aiders to provide paediatric airway management and ventilation.
• Follow the universal 30:2 compression-ventilation ratio for out-of-hospital paediatric arrests.
• Minimise CPR interruptions and summon help immediately for infants.
• Prioritise direct interventions over compression depth adjustments for trauma and drowning cases.
• Regularly audit equipment and train first aiders to maintain safety compliance and emergency preparedness.
Automated External Defibrillator (AED) Program Encouragement
Survival seconds count when a cardiac arrest strikes at work. You can substantially boost a victim’s odds by quickly using an AED.
South Australia’s new Automated External Defibrillators (Public Access) Act promotes workplace safety, compliance, and emergency preparedness with:
- Phased mandates for AED installation in designated buildings and work vehicles
- Registration requirements to track AED locations and accessibility for employees
- Maintenance and security standards to guarantee AEDs are rescue-ready
Early defibrillation improves survival rates by 10-20%. AEDs must be visible in high-traffic work areas for rapid access.
The law addresses gaps in urgent care, empowering you to be an effective first responder in the workplace. So don’t hesitate—if you spot an AED during a work emergency, grab it and follow the voice prompts to save a co-worker’s life!
Ensure your workplace complies with first aid training requirements, including CPR and AED use, to prioritise employee safety and emergency preparedness.
Low Disease Transmission Risks During Adult CPR
Although there’s a low risk of disease transmission during CPR, workplaces should still take precautions to protect first aiders and patients. Systematic reviews found no evidence of hepatitis B, C, or HIV transmission during standard CPR.
ANZCOR guidelines state a low transmission risk under normal circumstances. Still, it’s good practice for workplaces to provide barrier devices for rescue breathing.
For COVID-19 patients, intubation and airway manipulation during CPR are high-risk for aerosol generation. Ensure first aiders use full PPE, cover the patient’s face, and opt for negative-pressure rooms when possible.
Workplaces should consider investing in mechanical chest compression devices to limit direct contact. Balance staff safety with timely resuscitation by rapidly donning PPE. Train first aiders to defibrillate shockable rhythms before starting compressions.
Ultimately, the survival benefits outweigh the low infection risks. Workplaces should ensure compliance with first aid training and equipment requirements to maintain emergency preparedness.
FAQs
Has the recommended CPR compression-to-ventilation ratio changed?
No, the recommended compression-to-ventilation ratio remains at 30 compressions followed by 2 rescue breaths (30:2) for adults, children, and infants. This standard aims to provide adequate circulation and oxygenation during resuscitation efforts.
Is hands-only CPR effective?
Yes, if a rescuer is unable or unwilling to provide rescue breaths, performing chest compressions alone (hands-only CPR) is effective and can significantly increase the chances of survival. However, combining compressions with rescue breaths is considered more beneficial when possible.
How can I stay informed about future CPR guideline updates?
To receive notifications about any updates to the CPR guidelines, you can subscribe to ANZCOR’s mailing list by visiting their official website and signing up with your email address. For detailed information and access to all current guidelines, please refer to ANZCOR’s official guideline.
