Falls from elevation are the single deadliest hazard in construction: every year, more workers are killed by falls than any other cause on the jobsite. A six-foot fall onto concrete is often fatal or permanently disabling. These fatalities aren't freak accidents; they happen when familiar tasks are rushed and fall protection is skipped just this once.

1. 1Fall protection is required at 6 feet in construction and 4 feet in general industry. No exceptions.
2. 2Inspect your harness before every use: check webbing for fraying or cuts, hardware for corrosion, and lanyards for damage.
3. 3Anchor points must support at least 5,000 lbs per worker. Never tie off to conduit, rebar, or unrated fixtures.
4. 4Maintain 100% tie-off when working at height: use a Y-lanyard or self-retracting lifeline (SRL) to stay connected during movement.
5. 5Guardrails are required at all open-sided floors, platforms, and leading edges 6 feet or more above the lower level.
6. 6Covers over floor openings must be secured, labeled 'HOLE,' and capable of supporting twice the load placed on them.
7. 7If a harness has been in a fall or shows any damage, remove it from service immediately. Never reuse it.

Texas heat is a genuine killer on construction sites. The heat index: how hot it actually feels: can reach dangerous levels before 10 a.m. in July. Heat stroke, the most severe form, can kill within minutes if not treated immediately. New workers and anyone returning from time off are especially vulnerable during their first 7–14 days back on the job.

1. 1Water, rest, shade: the OSHA foundation. Drink at least 1 cup of water every 15–20 minutes, even when you're not thirsty.
2. 2New workers must acclimatize: start at 20% of normal workload on day one and increase by 20% each day for 7–14 days.
3. 3Heat exhaustion signs: heavy sweating, weakness, cold/pale/clammy skin, nausea, dizziness: rest in shade and hydrate immediately.
4. 4Heat stroke is a medical emergency: hot/red/dry skin, confusion, fast pulse, loss of consciousness: call 911 and cool the worker down now.
5. 5Buddy system: check on your crew frequently. A worker with heat illness may not realize how impaired they are.
6. 6OSHA's Heat Illness Prevention standard activates at 80°F: know this site's heat action plan and who is monitoring the heat index today.
7. 7Avoid alcohol and sugary drinks during hot shifts. Electrolyte drinks help during extended outdoor work.

Ladders are so common on jobsites that workers stop treating them as a hazard. The familiar becomes invisible, and that's when people fall. Most ladder fatalities happen on ladders under 10 feet, from improper setup or positioning that takes seconds to fix.

1. 1Three points of contact at all times: two hands and one foot, or two feet and one hand. Face the ladder while climbing.
2. 2Set the ladder at the correct angle: the '4:1 rule': for every 4 feet of height, the base is 1 foot from the wall (about 75 degrees).
3. 3Extend the ladder at least 3 feet above the landing point. Never step off at a level without proper ladder support.
4. 4Secure ladders at the top AND bottom before climbing. On smooth floors, use ladder feet or have a second person hold the base.
5. 5Inspect every ladder before use: check rungs for damage, feet for wear, and side rails for cracks or bends. Tag and remove damaged ladders.
6. 6Never carry tools or materials in your hands while climbing. Use a tool belt, bucket hook, or hoist line.
7. 7Do not stand on the top two rungs of a stepladder or the top rung of an extension ladder.

Trench collapses are almost always fatal: a worker buried to the chest faces compression asphyxiation within minutes. OSHA's trench fatality rate has not improved significantly in decades. The problem is predictability: nearly every collapse happens in a trench that a competent person should have flagged as unsafe.

1. 1A competent person must inspect all excavations at the start of each shift, after rain or other hazard-increasing conditions, and as needed throughout the day.
2. 2All trenches 5 feet or deeper require a protective system: sloping, shoring, or a trench box/shield. No exceptions.
3. 3Know your soil type: Type A (clay) is strongest; Type B and C (sand, gravel, wet soil) collapse faster and require different protection levels.
4. 4Keep spoil piles and equipment at least 2 feet back from the edge of the trench at all times.
5. 5Provide safe entry/egress: ladders, steps, or ramps: within 25 feet of every worker in a trench 4 feet or deeper.
6. 6Test the atmosphere in excavations 4 feet or deeper for oxygen levels, flammable gases, and toxic substances before entry and continuously during work.
7. 7Never enter an unprotected trench, even briefly. 'Just for a second' is how trench fatalities happen.

Electricity is invisible and it travels instantly. By the time you feel the current, your muscles may already be locked to the source: you can't let go. Proper lockout/tagout eliminates the hazard at its source; without it, you're trusting that someone else left the equipment de-energized.

1. 1LOTO before you work: Lockout/Tagout means physically locking out every energy source before working on or near equipment: electrical, pneumatic, hydraulic, and gravity all count.
2. 2'Test before touch': after locking out, attempt to start the equipment and test all conductors with a meter to verify zero energy. Never assume it's off.
3. 3GFCI protection is required on all temporary power sources on construction sites. Test GFCI devices at least monthly: a bad GFCI looks fine until it fails.
4. 4Stay at least 10 feet from overhead power lines unless de-energized and visibly grounded. 20+ feet for lines over 50kV.
5. 5Inspect cords and power tools before each use. Damaged insulation, bare wires, or missing ground prongs must be removed from service immediately.
6. 6Never bypass safety guards on electrical panels. When working near a panel, keep one hand behind your back. Never both hands inside.
7. 7Extension cords are temporary: not permanent wiring. Keep them off the ground, away from water, and fully uncoiled to prevent overheating.

Personal Protective Equipment is the last line of defense: not the first. When engineering and administrative controls have already been applied, PPE is what stands between a worker and a recordable injury. But PPE that's cracked, expired, or doesn't fit properly fails silently: you won't know it's failed until it's too late.

1. 1Inspect all PPE before each shift: not once a week. A cracked hard hat or frayed harness can fail at the worst possible moment.
2. 2Hard hats: check for cracks, dents, and UV fading. Stickers and paint can mask damage: remove them. Replace every 2–5 years or after any significant impact.
3. 3Safety glasses and face shields: replace lenses with deep scratches: they reduce impact resistance. Confirm side protection is present.
4. 4Gloves: match the glove to the hazard (cut-resistant for sharp edges, chemical-resistant for solvents, leather for heat). Inspect for holes, tears, and worn seams.
5. 5Foot protection: steel-toed boots must have no separation between sole and upper. Electrical Hazard (EH) rated boots are required near energized equipment.
6. 6Hearing protection: foam earplugs must be rolled tightly and inserted fully. Reusable earplugs must be clean: wax buildup reduces effectiveness.
7. 7Respirators: N95 and P100 respirators must be fit-tested annually. A beard prevents a proper face seal: plan accordingly before the task starts.

A worker in the swing radius of an excavator or in the blind spot of a reverse-moving dump truck has seconds to react, and often can't. High-visibility vests and clear spotter communication aren't optional; they're the difference between a close call and a fatality investigation.

1. 1Never enter the swing radius of heavy equipment: excavators, cranes, concrete trucks: without direct eye contact with the operator and a clear go signal.
2. 2High-visibility clothing (ANSI Class 2 minimum for most construction, Class 3 near roadways) is required whenever working near equipment or vehicle traffic.
3. 3Spotters are required when equipment has a limited field of view or when backing in congested areas. Establish communication signals before work begins.
4. 4Tools at height must be tethered. A dropped wrench from 30 feet hits with more force than a rifle bullet. Use tool lanyards and toe boards on scaffolds.
5. 5Establish exclusion zones beneath cranes, hoist areas, and elevated work. Mark with barricade tape and hard barriers, and enforce them.
6. 6Truck drivers must exit the cab before loads are dumped near workers. Never stand behind or beside a backing vehicle.
7. 7Never walk under a suspended load, even briefly. Crane load limits include the rigging weight: verify sling ratings before each lift.

Scaffolding failures are catastrophic and almost always the result of shortcuts taken during erection or inspections skipped when conditions changed. A properly erected scaffold is one of the safest working platforms on a jobsite: an improperly erected one is a trap waiting to be sprung.

1. 1Scaffolding must be erected, moved, disassembled, or altered only by a competent person, and inspected by a competent person before every shift.
2. 2All planks must be tightly decked with no gaps. Use scaffold-grade planks or manufactured decking. Never dimensional lumber as a makeshift platform.
3. 3Guardrails are required on all scaffolds 10 feet or more above the lower level: top rail, mid-rail, and toe board are all required.
4. 4Know your scaffold's rated capacity before loading. The scaffold must support its own weight plus four times the maximum intended load.
5. 5Never use a scaffold during high winds, ice, snow, or electrical storms. Inspect after any storm before resuming work.
6. 6Access must be provided by a built-in ladder, staircase, or frame access. Climbing on cross-braces is never permitted.
7. 7Tie the scaffold to the structure at regular intervals: every 26 feet of height for tube-and-coupler and frame scaffolds: to prevent overturning.

Silica is in concrete, brick, mortar, and many types of rock. When cut, drilled, ground, or crushed, it becomes airborne as fine particles impossible to see: fine enough to reach deep into the lungs. Silicosis can take 10–30 years to develop, which means workers rarely connect their symptoms to the dust they breathed on jobsites years earlier.

1. 1Know the silica tasks: cutting, grinding, drilling, jackhammering, or mixing concrete and masonry dry all generate silica above safe levels.
2. 2Engineering controls come first: wet method (water suppression), local exhaust ventilation (LEV with HEPA filter), or enclosed cabs with filtered air: before relying on respirators.
3. 3A half-face respirator with P100 cartridges is the minimum for most silica work. N95 alone is not sufficient for high-exposure tasks like dry cutting.
4. 4No dry sweeping. Sweeping silica dust re-suspends it in the air. Use a vacuum with a HEPA filter or wet sweeping methods only.
5. 5Decontaminate before breaks: remove dusty clothing or HEPA-vacuum it, and wash hands and face before eating, drinking, or smoking.
6. 6Workers with regular silica exposure must be in a medical surveillance program: pulmonary function tests and chest X-rays at regular intervals.
7. 7Post 'SILICA: KEEP OUT' signs around the work area and restrict entry to only those who must be there.

No one thinks they'll slip on a piece of conduit or trip over an extension cord: until they do. Housekeeping injuries are the most preventable on any jobsite because the fix costs nothing: move the material, coil the cord, clean up the debris. The hazard doesn't require engineering or a permit to fix: just discipline.

1. 1Clear walkways and aisles before starting work each day. If you're the last crew out, you're responsible for any hazard you leave for the next shift.
2. 2Extension cords and air hoses must never cross walkways at ground level without being taped down, run overhead, or covered by a cord protector.
3. 3Dispose of debris throughout the shift: not just at end of day. A bag of demolition material left in a walkway for three hours is three hours of trip hazard.
4. 4Floor openings must be covered with material that supports twice the intended load, secured so it can't be kicked out, and labeled 'HOLE.'
5. 5Adequate lighting is a housekeeping requirement: if you can't clearly see the floor surface, you can't identify trip hazards. Report and fix inadequate lighting before work starts.
6. 6Stack materials stably and away from walkways, leading edges, and overhead work areas. Secure loose materials against wind.
7. 7Clean up liquid spills immediately: water, hydraulic fluid, concrete slurry, and barricade the area until the surface is dry.

Confined spaces are one of the most deceptive hazards in construction. A space that appears safe can accumulate deadly gases within minutes after a worker enters. The majority of confined space fatalities happen not to the original victim but to coworkers who entered without protection to attempt a rescue. No entry without a permit, atmospheric testing, and a trained attendant outside is the non-negotiable rule.

1. 1A permit-required confined space has at least one of these: potential to trap, hazardous atmosphere, or another recognized serious safety or health hazard.
2. 2Atmospheric testing is mandatory BEFORE entry and continuously throughout: oxygen (19.5–23.5%), flammable gas (<10% LEL), toxic contaminants (CO <35 ppm, H₂S <1 ppm).
3. 3Never enter to rescue a downed worker without proper equipment and a trained attendant outside, most confined space deaths are rescuers.
4. 4The entry permit must be completed, signed, and posted at the entry point before anyone descends.
5. 5A trained attendant must remain outside at all times. They never enter the space and are authorized to initiate rescue procedures.
6. 6Ventilation does not replace atmospheric testing, always test first, ventilate, then re-test before entry.
7. 7If the permit is canceled or conditions change during entry, all workers must exit immediately.

Familiarity breeds complacency with hand and power tools. The tasks that have been done a thousand times without incident are exactly the ones where guards get removed, inspections get skipped, and injuries happen. Tool injuries range from lacerations and crush injuries to amputations and electrocutions, and most are entirely preventable with inspection and proper technique.

1. 1Inspect every tool before use: check for cracked housing, damaged cords, missing guards, and proper blade or bit condition.
2. 2Never remove or defeat a guard. Guards exist because the tool can and will hurt you without them.
3. 3Grounding and GFCIs protect you from electrical shock. A missing or bent ground prong is not a minor issue, tag the tool out of service.
4. 4Use the right tool for the right job. Using a tool for unintended purposes is one of the most common causes of tool injuries.
5. 5Keep cutting tools sharp, dull blades require more force and are more likely to slip and cause lacerations.
6. 6Secure your workpiece with clamps or a vise rather than holding it by hand when cutting, drilling, or grinding.
7. 7Damaged or malfunctioning tools must be tagged out of service immediately. Never set them aside for someone else to find and use.

Construction sites are filled with the three elements of the fire triangle: combustible materials, ignition sources from hot work and electrical equipment, and unlimited oxygen. A fire that starts small can engulf a structure within minutes when wall cavities and open framing provide unobstructed paths for fire travel. Every worker needs to know the fire triangle, how to use an extinguisher, and exactly when to evacuate instead of fight.

1. 1The fire triangle: heat, fuel, and oxygen. Remove any one element and the fire cannot start or sustain.
2. 2A hot work permit is required for any welding, cutting, or grinding near combustible materials. No permit, no work.
3. 3Fire watch must stay in place for at least 30 minutes after hot work ends. Smoldering fires can reignite long after sparks appear to be out.
4. 4Know your extinguisher classes: A (ordinary combustibles), B (flammable liquids), C (electrical), K (cooking). ABC dry chemical covers most jobsite fires.
5. 5PASS technique: Pull the pin, Aim at the base of the fire, Squeeze the handle, Sweep side to side.
6. 6Only fight a fire if it is small (wastebasket size or smaller), you have a clear exit behind you, and you have already called 911.
7. 7Know the location of every extinguisher in your work area. Verify it is charged (green zone on gauge) before starting work.

Chemical hazards on construction sites are easy to overlook because many exposures are invisible, no immediate pain, no obvious symptom, until years of cumulative exposure cause permanent lung damage, liver disease, or cancer. The Hazard Communication standard exists so every worker has the information they need to protect themselves before exposure occurs, not after.

1. 1Every chemical on the jobsite must have an SDS (Safety Data Sheet) accessible to all workers before they begin work with or near it.
2. 2GHS container labels must show: product identifier, hazard pictograms, signal word (Danger vs. Warning), hazard statements, precautionary statements, and supplier info.
3. 3The 9 GHS pictograms communicate specific hazard types: flame, skull and crossbones, exclamation mark, health hazard, corrosion, and others, learn what each means.
4. 4SDS Section 8 tells you the required PPE. Section 4 tells you first aid measures. Section 6 covers accidental release (spill response).
5. 5Never transfer a chemical to an unlabeled container, even temporarily. An unlabeled container is a violation and a hazard.
6. 6Know where the nearest eyewash station and emergency shower are located before starting any work with chemical exposure risk.
7. 7Report any chemical spill or exposure to a supervisor immediately, some chemicals have delayed symptoms that won't appear until hours after exposure.

Cold stress is underestimated because its symptoms develop gradually and can resemble fatigue. A worker experiencing mild hypothermia may feel tired and confused without realizing they are in medical danger. By the time shivering stops, hypothermia has progressed to a dangerous stage. Supervisors and coworkers are often the first line of detection, which means everyone on the crew needs to know the warning signs.

1. 1Cold stress occurs when the body cannot maintain its core temperature. Wind, wet clothing, and fatigue dramatically accelerate the risk.
2. 2Early hypothermia signs: shivering, difficulty with fine motor tasks, mild confusion. Advanced signs: shivering stops, slurred speech, loss of coordination, call 911.
3. 3Frostbite affects extremities first: fingers, toes, ears, and nose. White or grayish-yellow skin that feels hard or waxy requires immediate medical attention.
4. 4Dress in three layers: moisture-wicking base layer, insulating mid-layer, and a wind- and water-resistant outer shell.
5. 5Schedule heavy physical work during the warmest part of the day. Bring workers inside to warm up periodically during extreme cold.
6. 6Buddy system: watch your crew for confusion or slurred speech. A worker with hypothermia may not realize they are impaired.
7. 7Caffeine and alcohol both accelerate body heat loss. Hot beverages and high-calorie food help maintain core temperature.

Eye injuries on the jobsite range from irritating to permanently blinding. Flying debris, grinding sparks, chemical splash, and UV exposure from welding arcs all pose serious risks, and the majority of injured workers were either not wearing eye protection or wearing the wrong type for the hazard. Vision loss from a jobsite injury is irreversible. The two seconds it takes to put on safety glasses is always worth it.

1. 1Safety glasses must meet ANSI Z87.1+ and carry the Z87 marking. Regular prescription glasses provide NO impact protection.
2. 2Match the protection to the hazard: safety glasses for impact, chemical splash goggles for liquids, face shields for grinding or large debris, welding lenses for arc flash.
3. 3A face shield is a supplement, not a substitute, always wear safety glasses or goggles underneath a face shield.
4. 4Inspect eyewear before each use. Scratched lenses reduce visibility and structural integrity. Replace them.
5. 5Side shields matter: overhead work or grinding operations require wrap-around goggles or glasses with side shields.
6. 6Contact lenses are NOT protective. In chemical environments, contacts can trap chemicals against the eye. Wear goggles over contacts if contacts are necessary.
7. 7Chemical eye exposure: flush immediately within 10 seconds at an eyewash station for a minimum of 15–20 minutes. Do not rub the eye.

Aerial work platforms feel stable and familiar after a few uses, which is when complacency sets in. Tip-overs happen suddenly, often on ground that looked solid. Platform ejections happen when a worker leans out past the guardrail or when the machine contacts an overhead obstruction. Neither scenario allows any reaction time. Pre-use inspection and ground assessment before every lift are the only reliable prevention.

1. 1Only trained and authorized operators may use aerial work platforms. Training must cover the specific make and model being operated.
2. 2Complete the daily pre-use inspection before operating: brakes, tires, hydraulics, controls, platform guardrails, and the emergency descent system.
3. 3Scissor lifts: wear a fall-restraint system anchored to the designated point on the platform. The gate or chain must be secured before elevating.
4. 4Boom lifts: a full-body harness and lanyard are required, tip-overs can eject operators even from within the platform guardrails.
5. 5Never travel with the platform fully elevated unless the machine is specifically rated for that operation. Consult the data plate.
6. 6Survey the path before moving: soft ground, slopes, floor openings, and overhead obstructions (power lines, pipes, beams) cause most serious incidents.
7. 7Maintain a minimum of 10 feet clearance from overhead power lines unless formally qualified and authorized to work closer.

Caught-in/between hazards are unique in their speed: a rotating shaft or pinch point can pull in a limb before a worker can react. Unlike struck-by incidents where a worker can sometimes dodge, caught-in incidents provide zero margin for error. Understanding where these hazards exist, machinery, equipment swing zones, trenching, and excavation, and maintaining absolute separation from them is the only reliable protection.

1. 1Never enter the operating radius of heavy equipment. Assume the operator cannot see you unless you have confirmed direct eye contact.
2. 2Never reach into running machinery, even to clear a jam. De-energize and lockout/tagout first, every time, no exceptions.
3. 3Keep hair, loose clothing, and gloves away from rotating equipment. Rotating parts can catch loose material faster than any human reaction.
4. 4Lockout/Tagout (LOTO) is mandatory before any maintenance, cleaning, or unjamming of equipment that stores or uses energy.
5. 5Trench and excavation cave-ins: never enter an unprotected excavation over 5 feet deep. At 4+ feet, the competent person must evaluate cave-in potential before any entry.
6. 6Establish and enforce clear exclusion zones around heavy equipment during active operations.
7. 7If a coworker is caught in a machine, do NOT attempt to pull them out. Cut power, call 911, and wait for emergency services. Attempting extraction can cause additional injury.

Respiratory hazards are invisible and painless. Silica dust, asbestos fibers, paint vapors, and welding fumes cause no immediate discomfort, but years of exposure lead to irreversible lung disease. By the time a worker develops symptoms of silicosis or occupational asthma, permanent damage has already occurred. Respiratory protection is one of the few cases where the protection you need is entirely invisible on the day it matters most.

1. 1Respiratory protection is the last line of defense. Engineering controls (ventilation, enclosure, water suppression) must be evaluated first.
2. 2N95 respirators filter 95% of airborne particles but provide NO protection against vapors, gases, or oxygen-deficient atmospheres.
3. 3Half-face and full-face air-purifying respirators require cartridges matched to the specific hazard: P100 for particles, OV for organic vapors, acid gas cartridges for specific chemicals.
4. 4A written Respiratory Protection Program is required by OSHA before any employee uses a respirator, including voluntary N95 use.
5. 5Fit testing is required annually for tight-fitting respirators. A beard where the mask contacts your face prevents a proper seal and voids the protection.
6. 6Medical clearance from a physician is required before wearing respiratory protection. Some conditions make respirator use dangerous.
7. 7In oxygen-deficient atmospheres (<19.5%) or IDLH conditions, only self-contained breathing apparatus (SCBA) is acceptable. Air-purifying respirators will not protect you.

Most workers have never had to activate an emergency action plan in a real incident. When something serious happens, people freeze, panic, or take actions that make things worse, calling a supervisor before 911, moving an injured worker, altering the scene. The only way to respond correctly under pressure is to know the plan before you need it. This talk covers what to do in the first 60 seconds, and why near-miss reporting may be the most important safety habit on your site.

1. 1Know your site's Emergency Action Plan before you need it: evacuation routes, assembly points, who calls 911, and the nearest hospital address.
2. 2In a serious injury: call 911 first, then notify your supervisor. Do not move the injured worker unless they are in immediate danger from the environment.
3. 3OSHA requires employers to report any work-related fatality within 8 hours, and any inpatient hospitalization, amputation, or eye loss within 24 hours.
4. 4Near-misses must be reported, they are warnings the system is about to fail. Companies that investigate near-misses prevent fatalities. No punishment for reporting.
5. 5Document the scene immediately: photos, positions, witness names, what was happening when the incident occurred. This is critical for investigation.
6. 6Do not alter the scene of a serious incident before OSHA arrives, except to remove hazards that put other workers at immediate risk.
7. 7Workers have the legal right to report injuries without retaliation. Employer retaliation for injury reporting is a federal violation under Section 11(c) of the OSH Act.

Working in a remote location, an island, a pipeline corridor, a project site hours from the nearest town, strips away the social fabric most people rely on without realizing it. The absence of family, routine, and normal social interaction accumulates over weeks into real cognitive and emotional strain. This isn't weakness; it's a documented physiological response to isolation. And because it affects judgment, reaction time, and decision-making, it is a safety hazard, not just a personal problem.

1. 1Isolation is a safety hazard: it degrades judgment, reaction time, and decision-making, the same way fatigue does. It compounds over weeks, not days.
2. 2Signs in yourself: poor or disrupted sleep, persistent irritability, withdrawing from the crew, loss of interest in things you normally enjoy, feelings of hopelessness.
3. 3Signs in a coworker: going unusually quiet, giving away personal items, making comments about not being around anymore, dramatic mood changes.
4. 4Daily routine is your anchor. Keep the same wake time, meals, and wind-down schedule even on days off, routine provides structure when your environment doesn't.
5. 5Schedule calls home at set times and keep them. Consistency matters more than frequency: predictable contact reduces anxiety for both you and your family.
6. 6Move your body every day. Physical activity is the most effective mood stabilizer available without a prescription, even 20 minutes changes brain chemistry measurably.
7. 7If you or someone on your crew is in crisis, call or text 988 (Suicide & Crisis Lifeline). It works from a satellite phone. Do not leave someone in crisis alone.

On a remote island or isolated worksite, the nearest hospital may be a helicopter ride away. A medical emergency, severe weather event, or communication failure doesn't give you time to figure out the plan, you either have one or you improvise. Improvised emergency response kills people. The difference between a managed incident and a tragedy is almost always preparation: who knew what to do in the first 15 minutes. This talk makes sure everyone on this crew knows before they need to.

1. 1Establish your communication backup before you need it: satellite phone, radio frequency, and a set check-in schedule. Everyone must know who calls who, and at what interval, if primary communication fails.
2. 2Minimum emergency supply per person (FEMA standard): 1 gallon of water per person per day for 3 days, a 3-day supply of non-perishable food, first aid kit, flashlight with extra batteries, and a battery-powered weather radio.
3. 3Know both plans, your evacuation route AND your shelter-in-place plan. Severe weather or equipment failure may make leaving impossible. Decide in advance which conditions trigger each response.
4. 4Designate your on-site emergency coordinator and medical lead on day one, not during the crisis. Post their names and contact information where every worker can see them.
5. 5Post emergency contacts visibly on site: nearest hospital address, medevac landing zone coordinates, site emergency line, and local emergency management number.
6. 6Anyone with a prescription medication must carry a minimum 72-hour supply on-site at all times. A medical emergency combined with an empty prescription is a preventable fatality.
7. 7Practice your muster and headcount protocol before it matters. Everyone must know the assembly point and who runs accountability, an unverified headcount in a real emergency means someone gets left behind.

Isolation, boredom, and the absence of normal social accountability create the conditions where alcohol and drug use go from occasional to habitual. On a remote site, there are no bars that close, no drive home to sober up, and often no clear policy on what's permitted. Workers self-medicate loneliness, and the pattern compounds: isolation leads to drinking, drinking leads to worse sleep and lower mood, which leads to more drinking. An impaired worker making safety decisions in a hazardous environment is not a personal problem, it is a life-safety risk for everyone on site.

1. 1Being impaired at work is an OSHA violation, not just a company rule. Liability for a substance-related incident falls on the employer who knew, or should have known, that a worker was impaired.
2. 2Know the self-medication cycle: isolation leads to boredom and anxiety, which leads to substance use to cope, which leads to worse sleep and lower mood, which leads to more use. Each step makes the next harder to break.
3. 3Signs of impairment in a coworker: slurred speech, bloodshot eyes, smell of alcohol, impaired coordination or balance, mood swings, or disappearing from post.
4. 4Signs to check in yourself: needing a drink to fall asleep, counting hours until you can have one, drinking more than you planned, or using to manage anxiety and loneliness rather than for enjoyment.
5. 5Dry site rules are non-negotiable. Bringing alcohol onto a designated dry site is termination-level conduct. One impaired person changes the risk profile for the entire crew.
6. 6Do not cover for an impaired coworker. Remove them from the hazardous task and report it to supervision. Covering for someone delays consequences while increasing risk to everyone, including you.
7. 7Help is available anywhere: SAMHSA National Helpline 1-800-662-4357 is free, confidential, 24/7, and works from a satellite phone. Asking for help before it becomes a crisis gets better results than waiting.