Power Outage Safety Tips Every WA Worker Should Know

Picture this: you're in the middle of a busy shift, machinery is humming, computers are running, and then suddenly, everything goes dark. Power outages can strike without warning, and when they do, knowing how to respond can make the difference between a minor inconvenience and a serious workplace incident.

For workers across Western Australia, from bustling city offices to remote mine sites, understanding power outage safety tips isn't just useful knowledge, it's essential. Whether you've dealt with a few outages before or you're looking to sharpen your emergency response skills, having a solid plan in place keeps you and your colleagues out of harm's way.

In this post, we've put together a practical list of power outage safety tips that every WA worker should have in their back pocket. You'll learn how to stay safe in the immediate moments after an outage, how to handle equipment correctly, and what your responsibilities are while the lights are out. Let's get into it.

Why Power Outages Are Becoming More Common in WA

If you've been caught off guard by a blackout recently, you're not alone. Power outages across Western Australia are happening more often, lasting longer, and affecting more people than they used to. And the data backs that up.

In December 2025, a severe storm system tore through Perth and the Midwest, knocking out power to approximately 115,000 Western Power customers at its peak. That single event was described as the largest outage WA had seen in 15 years, since the devastating 2010 hailstorms. Geraldton alone had around 23,000 customers affected, with restoration taking days in some areas. Powerlines were down, equipment was damaged, and essential services felt the pressure. It was a sharp reminder that WA's grid is not immune to severe weather events.

Then came the January 2026 heatwave, which pushed national electricity demand to a record 25 gigawatts. That extraordinary figure, driven by air conditioning loads, data centre growth, and a population dealing with extreme heat, placed the entire Australian grid under serious strain. On top of that, 108 outages were recorded at coal-fired plants across the National Electricity Market between October 2025 and February 2026, with 90 of those being unplanned. Ageing infrastructure and peak demand are a difficult combination.

Closer to home, localised outages have been hammering specific WA communities too. Bullsbrook, a northern Perth suburb, reportedly experienced around 16 outages in a single month during hot weather in early 2026. Residents and businesses faced spoiled food, generator costs, and genuine frustration. Similar stories have come out of the Perth metro area and regional shires throughout the past year.

The pattern is clear. Power outages in WA are no longer rare or isolated events. Whether you're at home with a fridge full of food or on a worksite where ventilation systems and lighting keep people safe, having a solid plan is no longer optional. It's essential.

Build Your Emergency Kit Before the Outage Hits

Getting caught without supplies during a blackout is no fun, and with outages becoming more frequent across Australia, putting together an emergency kit before severe weather hits is one of the smartest things you can do. The key word here is before. Once warnings are issued, it's already too late to scramble.

Here's what to keep on hand:

• A torch with spare batteries or a hand-crank radio. Your phone screen drains fast and won't last long in an extended outage. A dedicated torch keeps you moving safely around the house, while a battery-powered or hand-crank radio keeps you across emergency broadcasts without chewing through your phone battery.

• Non-perishable food and drinking water. Stock canned goods, dried foods, and ready-to-eat meals that don't need refrigeration. For water, Australian emergency preparedness guidance recommends at least one litre of drinking water per person per day as a baseline, though storing more is always better, especially during Perth's brutal summer heat.

• Medications, a first aid kit, and portable phone chargers. Keep these together and accessible. Power banks should be fully charged and ready to go, not flat at the bottom of a drawer.

• Know your switchboard location. Every person in your household should know where the switchboard and main utility shutoffs are and how to use them safely. A tripped breaker is often behind a blackout, and checking it first can save a lot of unnecessary stress.

• Charge devices before forecast events. Keep an eye on weather trends and grid reliability data and charge everything fully when storms or heatwaves are on the horizon. Waiting until a warning is issued usually means you're already behind.

Store your kit somewhere easy to reach, and check it every six months to rotate food, replace batteries, and top up supplies.

What to Do When the Power Goes Out at Home

When the lights go out, knowing what to do in those first few minutes can make a real difference. Here are the five most important actions to take straight away.

1. Stay away from downed power lines

If a storm has caused lines to fall, keep well clear and never assume they are de-energised. A downed line can still be live even if it looks harmless or isn't sparking. Stay back and keep others away. If you spot a fallen line, report it to Western Power on 13 13 51 around the clock, or call 000 if there is immediate danger to life.

2. Unplug your appliances

Power surges are common when electricity is restored, and they can quietly fry your electronics. Unplug computers, TVs, and other sensitive gear, but leave one light switched on so you know the moment supply comes back.

3. Grab a torch, not a candle

Candles are a genuine fire hazard during outages, especially in the dark and confusion. Keep a battery-powered torch handy as your go-to power outage safety lighting option.

4. Keep the fridge and freezer closed

Resist the urge to check inside. A closed fridge stays safe for around four hours, while a full freezer holds temperature for up to 48 hours. Every time you open the door, you lose precious cold air.

5. Check on your neighbours

During extended summer outages in Perth, heat stress can become dangerous quickly, particularly for elderly, ill, or isolated residents. A quick knock on the door or a phone call could genuinely save a life.

Generator Safety and Carbon Monoxide Risks

One of the most serious risks during a power outage is carbon monoxide (CO) poisoning from generators, camp stoves, and barbecues. CO is completely odourless and colourless, which means you won't know it's building up until symptoms hit. It can be fatal within minutes in enclosed spaces, so this is one area where the rules are non-negotiable.

Never run a generator, camp stove, or barbecue indoors, in a garage, or in any enclosed area. This applies even if doors or windows are open. Ventilation attempts like cracking a window simply don't provide enough airflow to prevent dangerous CO buildup. Keep all fuel-burning equipment fully outside, positioned well away from windows, doors, and vents so exhaust can't drift back into your home.

Australian standards back this up. AS/NZS 3010:2017 (Electrical Installations: Generating Sets) covers safe installation and location requirements for generators, emphasising proper placement and isolation from living spaces. State-level guidance from bodies like Electrical Safety Queensland and NT WorkSafe consistently reinforces keeping generators outside on a dry, stable surface and away from any building openings. Any permanent generator setup should be installed by a licensed electrician in line with AS/NZS 3000 (Wiring Rules).

If anyone near a running generator develops a headache, dizziness, or nausea, treat it as an emergency. Get everyone outside immediately and call 000. Don't wait to see if symptoms pass.

As part of your emergency preparedness kit, invest in a battery-powered carbon monoxide detector. Test it regularly and replace batteries on schedule. It's a small investment that could genuinely save lives during an extended outage.

Food Safety During and After a Power Outage

Keeping food safe during a blackout is simpler than you might think, as long as you know the rules and act on them quickly. Here are the key food safety tips to follow before, during, and after a power outage.

1. Keep your fridge door closed A closed fridge will hold a safe temperature for around four hours after power is lost. Every time you open the door, you let that precious cold air escape, so resist the urge to peek. Treat it like a cooler and only open it when absolutely necessary.

2. Your freezer buys you more time A full freezer stays safe for up to 48 hours, while a half-full freezer gives you roughly 24 hours. Group items together to help them retain cold longer, and keep that door firmly shut.

3. Discard food held above 4°C for more than two hours Once power is restored, check your fridge temperature promptly. In line with FSANZ food safety guidance, any perishable food that has sat above 4 degrees Celsius for more than two hours should be thrown out. This includes meat, dairy, eggs, and leftovers.

4. Never trust your senses alone Food can look and smell perfectly fine while still carrying dangerous bacteria. The golden rule here is simple: when in doubt, throw it out. Do not taste-test questionable food to decide.

5. Keep a fridge thermometer handy An inexpensive appliance thermometer stored in your fridge or freezer takes all the guesswork out of post-outage decisions. It gives you an accurate reading the moment power returns, so you can make confident, informed choices about what is safe to keep.

Confined Spaces and Ventilation Failure During a Power Outage

For workers in confined spaces, a power outage is far more than an inconvenience. It can quickly become a life-threatening situation, and here's why.

Most mechanical ventilation systems used in confined spaces like tanks, silos, sewers, pits, and ducts are electrically powered. When the power goes out, that forced airflow stops immediately. Unlike open workspaces, confined spaces have very limited natural ventilation, small internal volumes, and often contain materials or conditions that generate gases on their own. That combination means atmospheric conditions can deteriorate rapidly, sometimes within just a few minutes of ventilation stopping.

Hazardous Gases Don't Wait Around

Without continuous airflow, gases including hydrogen sulphide (H₂S), carbon monoxide (CO), and methane (CH₄) can accumulate to dangerous levels very quickly. Oxygen deficiency or enrichment can also occur depending on the environment. These gases may come from decaying organic matter, chemical reactions, leaks, or displacement by other substances already present in the space. Because you can't see or smell most of these hazards at dangerous concentrations, the risk is easy to underestimate and that's exactly what makes it so deadly.

No Re-Entry Without a Fresh Atmospheric Test

This is non-negotiable. Workers must not re-enter a confined space following a power outage without completing a fresh atmospheric test, regardless of how brief the outage was. Atmospheric conditions can shift unpredictably, and what was safe thirty minutes ago may no longer be safe now. Testing must be carried out using calibrated equipment capable of detecting oxygen levels, flammable gases (LEL), and toxic contaminants, conducted at multiple levels to account for gas stratification.

Under the Work Health and Safety Act 2020 (WA) and the WA Code of Practice for Confined Spaces (last updated November 2024), there is a clear obligation for gas testing to be performed by competent personnel. The relevant unit of competency for atmospheric testing is MSMWHS217 – Gas Test Atmospheres, and workers performing this role must hold current, nationally recognised training to meet their obligations under the Act.

If ventilation cannot be confirmed as fully restored and functioning before entry, work simply does not proceed. No exceptions, no shortcuts. Any uncertainty means re-testing, permit re-issuance where applicable, and full verification of atmospheric safety before anyone sets foot inside. Standby personnel, rescue plans, and communication systems must also be confirmed as operational before entry resumes.

If your team works in or around confined spaces, ensuring your people hold the right gas testing competency before an outage scenario occurs is one of the most practical steps you can take right now.

Working at Heights When the Power Goes Out

Working at heights during a power outage is one of the most serious scenarios any worker or supervisor can face. When you combine reduced visibility, failing equipment, and compromised rescue capabilities, the risk of a fatal fall increases dramatically. Falls from height already account for around 13% of all workplace fatalities in Australia, making them the second leading cause of worker deaths. A power outage only stacks the odds further against you.

Stop Work When Lighting Fails

If artificial lighting goes out on an elevated platform, tower, scaffold, or roof structure and natural light is not sufficient to work safely, stop work immediately. This is not a judgment call you make on the fly; it needs to be a clearly documented procedure in your risk assessment and safe work method statement. Workers should descend using established procedures and wait until adequate lighting, whether battery-powered or generator-supplied, is confirmed before resuming.

EWPs and Hoists Can Leave Workers Stranded

Electrically assisted access equipment like elevated work platforms (EWPs), scissor lifts, and hoists can fail without warning during an outage. Workers left suspended at height without a controlled means of descent face serious risks, including prolonged suspension and secondary fall hazards if they attempt to self-rescue. Every EWP on site should have a functioning manual lowering system, and operators must be trained to use it before they ever get in the basket.

Your Emergency Plan Must Work Without Power

Powered winches and rescue platforms are useless during an outage. Your site emergency response plan must document non-powered rescue alternatives, covering manual rope systems, buddy rescue, and ground-based assistance. Regular drills that simulate power failure are essential to make sure every worker knows their role when things go wrong.

Safe Work Australia's Model Code of Practice for Managing the Risk of Falls at Workplaces, adopted under the WA WHS framework and enforced by WorkSafe WA, provides clear guidance on fall risk controls and emergency rescue requirements. PCBUs are legally obligated to address these scenarios, including lighting failure and equipment dependency, as part of their risk management obligations.

If your team needs practical, hands-on skills for working at heights safely, including power-failure scenarios and rescue planning, the Working at Heights training at Safety Heights and Rescue Training is built specifically for WA industries and delivers nationally recognised qualifications.

Tower and Rope Rescue Complications in Outage Conditions

Tower rescues are already one of the most technically demanding operations in high-risk work. Add a power outage to the mix, and the complexity jumps significantly. When the grid goes down, radio repeaters and powered intercoms are among the first systems to fail. Cell towers typically run on battery backup for only four to eight hours before going dark, and during widespread outages, network congestion makes reliable communication almost impossible. For tower workers operating at height, that loss of real-time contact between climbers, ground crews, and external responders isn't just frustrating; it's genuinely dangerous.

This is exactly why rescue teams working on towers and tall structures need documented, manual, non-powered rescue protocols that don't rely on grid power at all. Your emergency response plan should work just as well in a blackout as it does on a normal day. That means pre-rigged manual rope systems, clearly assigned roles, and step-by-step procedures your team has actually practised, not just read once in an induction.

Your tower worksite emergency response plan should also include independent battery-backed lighting and communications as non-negotiable inclusions. Helmet-mounted lights, portable LED work lights, and handheld radios with fresh batteries should be staged and ready before any work at height begins. Darkness and communication failure together create a compounded risk profile that most standard rescue plans simply don't account for.

If your team works on towers, Tower and Rope Rescue training through Safety Heights and Rescue Training gives workers the hands-on skills to manage exactly these conditions safely.

Low Voltage Rescue and Electrical Incidents During Outages

Here's something that catches a lot of workers and supervisors off guard: a power outage doesn't make electrical hazards disappear. If anything, the restoration phase can be one of the most dangerous windows for anyone working near electrical infrastructure. When power is restored, voltage surges can energise equipment, switchboards, and circuits without any visible warning. Workers carrying out fault-finding, inspections, or repairs during or after an outage may suddenly find themselves exposed to live circuits, even when they believed the system was isolated. Residual charges in capacitors, back-feeds from generators, and uncontrolled re-energisation all add layers of risk that can't be ignored.

Why a Trained LVR Must Be On-Site

If a worker makes contact with a live electrical source, every second matters. A trained Low Voltage Rescuer (LVR) must be on-site and ready to respond immediately. This isn't a box-ticking exercise; it's a genuine life-safety requirement. The rescuer needs to safely approach the scene, isolate the circuit where possible, and remove the casualty from the live source using appropriate insulated equipment, without becoming a second victim. From there, it's straight into CPR and first aid.

Under the Work Health and Safety Act 2020 (WA), PCBUs have a primary duty of care under Section 19 to ensure, so far as is reasonably practicable, the health and safety of all workers. This duty extends to unplanned outage scenarios. Failing to have trained LVR personnel available during electrical work could constitute a serious breach, and electric shock incidents are classified as notifiable incidents under WA WHS legislation.

LVR competency is delivered under unit UETDRMP018 (Perform Rescue from a Live Low Voltage Panel), a nationally recognised unit listed on training.gov.au. This unit covers hazard identification, rescue kit use, PPE requirements, and integration with workplace emergency procedures. Always verify the current unit code and requirements directly with WorkSafe WA or Building and Energy WA before publishing or delivering training.

LVR should never stand alone. It must always be paired with current CPR competency under HLTAID009 (Provide Cardiopulmonary Resuscitation), which aligns with Australian Resuscitation Council guidelines. Electric shock frequently causes cardiac arrest, and the window for effective CPR is narrow. Combined LVR and CPR training is standard practice for electrical workers and safety observers across WA industry. If your team needs to get current, check out our LVR and CPR training page for nationally recognised options delivered right here in Perth.

Breathing Apparatus When Atmospheric Safety Is Compromised

When a power outage disables ventilation systems in chemical storage facilities, sewage infrastructure, or underground utilities, the atmosphere can turn dangerous within minutes. Hydrogen sulphide, methane, and oxygen depletion don't wait around, and in these environments, self-contained breathing apparatus (SCBA) is not optional. It's the difference between a worker going home and a rescue team going in.

That said, owning SCBA equipment means nothing if your team can't use it correctly under pressure. BA competency must be current, regularly refreshed, and formally assessed. Pre-use checks, donning and doffing procedures, face seal verification, and emergency protocols all require hands-on practice in realistic conditions. These skills degrade without regular training, and no amount of reading a manual makes up for that gap.

Supervisors carry a real responsibility here. Before any task where ventilation failure is a credible risk, BA equipment must be confirmed operationally ready, cylinder pressure checked, harnesses inspected, and PASS devices functional. Equipment should be accessible without anyone needing to enter the hazard zone to retrieve it.

From a regulatory standpoint, the Work Health and Safety (General) Regulations 2022 (WA) address respiratory protective equipment obligations under Part 3.2, with specific duties on PCBUs to provide suitable RPE, ensure proper use, and deliver adequate training. RPE must also meet AS/NZS 1715 and AS/NZS 1716 standards.

If your team needs formal, nationally recognised BA training, Safety Heights and Rescue Training delivers the MSMWHS216 Operate Breathing Apparatus unit right here in Perth.

What WA Businesses and Supervisors Need to Have in Place

If you're a supervisor or PCBU in a high-risk WA industry, the previous sections in this article have covered the "what happens" side of a power outage. This section is about what you need to have locked in before any of that happens.

1. Documented emergency shutdown procedures that cover power outages specifically

Generic emergency plans aren't enough. Every high-risk workplace, whether it involves confined spaces, work at heights, towers, or hazardous atmospheres, must have documented emergency shutdown procedures that specifically account for unplanned power outages. Under WHS Regulation 43, these plans need to include clear role assignments so every person on site knows exactly what they're responsible for when the grid goes down. Communication protocols must cover what happens when powered systems fail, including backup methods like two-way radios, runners, or pre-arranged signals. Plans should be tested through drills, reviewed after incidents, and developed in consultation with workers as required under sections 47 to 49 of the WHS Act 2020 (WA).

2. Generator backup plans that prioritise safety systems first

A lot of businesses plan generator backup around keeping operations running. The priority needs to be the other way around. Backup power must cover critical safety systems first: mechanical ventilation in confined spaces, emergency lighting for safe evacuation and navigation, gas detection and atmospheric monitoring systems, and communications infrastructure including alarms and PA systems. Operational equipment comes second. Generators need to be correctly sized, regularly tested, adequately fuelled, and positioned safely to avoid carbon monoxide risks. After the December 2025 storm event that knocked out power for approximately 115,000 Western Power customers across Perth metro and the Midwest, the businesses that kept workers safe were the ones with backup systems already tested and ready.

3. Training currency must be verified and kept current

A power outage is absolutely the wrong time to discover that someone's Low Voltage Rescue ticket lapsed three months ago. PCBUs have a clear obligation under section 19 of the WHS Act 2020 (WA) to ensure workers hold current, verified competencies. That means LVR, CPR, confined space entry, gas testing, and breathing apparatus training must all be checked regularly, not just ticked off once and forgotten. Keep records, schedule refreshers proactively, and run drills that simulate outage conditions so workers are practising in realistic scenarios.

4. PCBU duties under the WHS Act 2020 (WA)

The WHS Act 2020 (WA) places the primary duty of care squarely on the PCBU. Section 19 requires that you ensure, so far as is reasonably practicable, the health and safety of your workers during all work activities, including emergency events like unplanned outages. "Reasonably practicable" considers the likelihood and severity of harm alongside available controls. Cost alone does not justify inaction where serious risk exists. Officers of the PCBU also carry due diligence obligations, and in the most serious cases, breaches can carry significant penalties under WA law.

5. Workers need to know the plan before the outage hits

Every worker on site should know how to report an outage or related hazard to their supervisor, including what to do when the usual communication channels aren't working. They need to know how emergency communications function when powered systems fail, and they need to know exactly who the designated emergency response team is, including roles, contacts, and assembly points. This isn't just good practice; it's part of the PCBU's duty to inform and consult workers. A well-trained team that knows the plan will always outperform a site relying on improvisation in the dark.

What to Do Once the Power Comes Back On

The power coming back on feels like a relief, but this is actually a moment to slow down and be deliberate. Rushing to restore everything at once can cause load spikes that destabilise the local grid, trip breakers, or damage sensitive electronics. Instead, turn appliances back on one at a time, starting with the essentials. Wait a few minutes after restoration before reconnecting anything major like air conditioning units, ovens, or water heaters.

1. Restore appliances gradually. Unplug high-draw devices before or during an outage and reconnect them one by one when power returns. This simple habit protects your equipment and helps the grid recover smoothly, which matters more than ever given how frequently WA is experiencing weather-driven outages.

2. Check your food. Following FSANZ guidance, discard any perishable food that has been held above 4 degrees Celsius for more than two hours. If you are unsure how long the outage lasted or whether temperatures were maintained, err on the side of caution and throw it out.

3. Get flood-affected appliances inspected first. Under the Electricity (Licensing) Regulations 1991 (WA), only a licensed electrician may perform electrical work. Never switch on water-damaged appliances or wiring without a professional inspection first.

4. High-risk worksites need a formal restart. Before resuming confined space entry or work at heights, conduct fresh atmospheric tests, confirm ventilation is fully restored, and check all equipment integrity. Power being back on does not automatically mean conditions are safe.

5. Report damage, do not DIY. If you notice burn marks, unusual smells, or tripped breakers that will not reset, contact a licensed electrician. Attempting repairs without the right qualifications puts you at serious risk and may breach WA licensing regulations.

Frequently Asked Questions About Power Outage Safety

Got a few quick questions? Here are the answers to the most common ones we hear about power outage safety.

What should I do first when the power goes out?

Start by unplugging your appliances and sensitive electronics straight away. When power is restored, it often comes back with a surge that can damage equipment. Leave one light switched on so you know when the power returns. Grab a torch rather than lighting candles, since candles are a genuine fire risk in a darkened, unfamiliar space. Next, check whether the outage is just your property or something wider by looking at neighbouring properties or checking Western Power's outage map online. If you need to report the outage or a hazard like a downed line, call Western Power on 13 13 51, available 24 hours a day, seven days a week.

Is it safe to enter a confined space during a power outage?

No. Full stop. A power outage can shut down mechanical ventilation, which allows hazardous gases like hydrogen sulphide or methane to accumulate rapidly. Under WA's Work Health and Safety (General) Regulations, you must conduct a fresh atmospheric test immediately before entry and confirm that ventilation has been fully restored before anyone goes in. A confined space entry permit is required, and rescue resources must be in place. Never assume the atmosphere is safe just because it looks clear.

Do electrical workers in WA need Low Voltage Rescue training?

Yes. Under the Work Health and Safety Act 2020 (WA), nominated rescue personnel must hold competency in UETDRMP018 Perform rescue from a live low voltage panel, typically paired with CPR. This applies to electricians, apprentices, and anyone working near energised low voltage equipment. It is not optional. It is a core duty-of-care obligation, and outage restoration scenarios are exactly when this training matters most.

How long does food last in a fridge without power?

Roughly four hours, provided you keep the door closed. This aligns with FSANZ food safety guidance and the 2-hour/4-hour rule for potentially hazardous foods. If the outage runs longer than four hours and internal temperatures have risen above 5 degrees Celsius, perishable items like meat, dairy, and prepared meals should be discarded. A full freezer holds safe temperatures for up to 48 hours if left unopened.

What are the carbon monoxide risks from using a generator indoors?

They are serious and potentially fatal. Generators produce carbon monoxide, a gas that is completely odourless and colourless. Australian safety guidance is consistent on this: generators must only be operated outdoors, well away from windows, doors, and vents. Running one in a garage, even with the door open, is not safe. Install a battery-operated CO alarm indoors and never connect a generator directly to your household wiring without a proper transfer switch.

Is Your Workplace Ready for a Power Outage?

Power outages across WA are increasing in both frequency and severity, and if you work in a high-risk environment, the standard household advice simply does not cut it. Flickering candles and unplugging the toaster are not going to help you when ventilation fails in a confined space, when a tower rescue needs to happen in the dark, or when an electrical incident occurs during power restoration. The hazards are different, the stakes are higher, and the response needs to match.

The good news is that being genuinely prepared is absolutely achievable. Keeping your team current in Low Voltage Rescue, CPR, confined space entry, gas testing, breathing apparatus, and working at heights is not just a compliance exercise; it is a real and practical outage preparedness measure. These skills are exactly what your workers need when powered safety systems fail and conditions deteriorate fast.

If you are a worker or supervisor in Perth or regional WA, now is a good time to ask: when did your team last train, and do your emergency procedures actually account for a power outage scenario? If you are not sure, that is worth finding out before the next storm rolls in.

Safety Heights and Rescue Training in Perth offers nationally recognised courses across all of these high-risk competencies. You can explore what is available at rescue-training.com.au.

And if you are not sure where your gaps are, the team at Safety Heights is genuinely happy to help you work it out.

Conclusion

Power outages are unpredictable, but your response doesn't have to be. By staying calm in those first critical moments, handling equipment safely, knowing your responsibilities, and following your workplace emergency plan, you put yourself and your team in the best possible position when the lights go out.

Safety on the job is never a one-person effort. It takes preparation, awareness, and a commitment to doing things right even when circumstances are far from ideal.

Take what you've learned here and put it into action. Review your workplace's emergency procedures, talk to your supervisor about any gaps in your current plan, and consider refreshing your first aid or emergency response training. A little preparation today could prevent a serious incident tomorrow. Stay informed, stay prepared, and look out for the people working alongside you.