Road Safety Revolution: Top Techniques Every Paver Should Follow

Engaging introduction

Paving is precision work under pressure. Crews juggle hot materials, heavy machinery, tight deadlines, and fast-moving traffic. One lapse can have life-changing consequences. A true road safety revolution starts with everyday habits: planning before breaking ground, separating people from plant, protecting crews from heat and noise, and communicating clearly when conditions shift.

This guide distills proven best practices from European standards and on-the-ground lessons road crews live by. Whether you pave city streets in Bucharest, mill night runs through Cluj-Napoca, roll new asphalt on the Timisoara ring road, or maintain hilly sections near Iasi, you will find practical, step-by-step techniques for safer, smoother, and more predictable operations. We will cover PPE, temporary traffic management, machine and plant safety, materials handling, environmental exposures, training, documentation, and the human side of safety culture. You will also see salary benchmarks in Romania, employer types, and scenarios that connect these rules to real sites.

The goal is simple: zero harm, zero shortcuts, and zero surprises.

The case for safety-first paving

Human, legal, and financial reasons to get it right

Human: Workers and road users depend on consistent control measures. A single blind spot or missed cone can cascade into tragedy.
Legal: European rules for temporary or mobile construction sites, PPE requirements, and machine safety place clear duties on employers and contractors. In Romania, local regulations and traffic codes require correct work-zone signaling and worker protection.
Financial: Incidents bring downtime, claims, rework, and reputation damage. Conversely, safe work boosts productivity and quality by minimizing stops, confusion, and rework.

How safety raises quality and productivity

Fewer stoppages: Clear traffic plans reduce last-minute holds and conflicts between trucks, rollers, and public traffic.
Better compaction windows: Predictable truck flow and good lighting keep asphalt within temperature targets for proper density, reducing later maintenance and warranty claims.
Sharper coordination: Radios, pre-shift briefings, and role clarity prevent overlaps and idle time.

Know your work zone: design it before you arrive

The most powerful safety technique is to control the space. Set the rules of engagement between workers, plant, and public traffic by designing the work zone layout long before the first truck arrives.

The anatomy of a safe road work zone

A classic work zone includes four parts:

Advance warning area: Signs and speed reductions prepare drivers. Use progressive messages and consistent spacing.
Transition area: Cones and a taper guide vehicles out of lanes you need.
Activity area: Where the crew actually works, including buffer space between traffic and the work.
Termination area: A return-to-normal sign and cone taper bring drivers back to standard traffic patterns.

Actionable tips:

Use a site-specific traffic management plan (TMP) that shows sign types, cone spacing, pedestrian routes, and vehicle access points.
Protect entry and exit: Designate a safe ingress route for tippers and suppliers, separate from public traffic and pedestrian paths if possible.
Buffer zones: Keep a clear buffer of cones or barriers between live traffic and crews. Extend buffers near high-risk points like curves or bridges.
Sign clarity: Choose signs that drivers can understand in two seconds. Remove outdated or conflicting signs immediately.

Day vs night works

Day: Rely more on physical separation and clear signage; watch glare and shadow contrast.
Night: Increase retroreflection, illuminate work tasks, and add conspicuity (high-visibility garments with reflective tape, light towers, lit plant). Use fewer, clearer messages to reduce driver confusion in reduced visibility.

Urban, peri-urban, and rural differences

Urban (Bucharest, Cluj-Napoca): Expect heavy pedestrian movement, cyclists, parking maneuvers, and bus stops. Mark detours for bicycles and pedestrians and physically separate them from plant.
Peri-urban (Timisoara ring road): Higher speeds and higher truck volumes. Use longer tapers, more robust barriers, and consider truck mounted attenuators (TMAs) if available.
Rural/hilly (Iasi surroundings): Sight distances can be short. Place advance warning signs further back and add flaggers on crests and sharp bends.

Personal protective equipment (PPE) that fits the task

PPE is the last line of defense and must match task risks. Select PPE that meets recognized European standards, ensure correct sizing, and maintain or replace it promptly.

Visibility

High-visibility clothing compliant with recognized standards (for example, EN ISO 20471) appropriate to speed environment:
- Class 2 for urban and lower-speed works with traffic controls.
- Class 3 for high-speed or night operations.
Ensure vests and jackets remain clean and reflective. Replace faded or damaged garments.

Head, eye, and face protection

Hard hats (commonly EN 397 type) with chin straps when near moving plant.
Safety glasses or goggles (typically EN 166). Use sealed goggles when milling, cutting, or in dusty conditions.
Face shields when handling hot bitumen or during cutting/grinding.

Hands and feet

Gloves rated for cut resistance or heat as needed. Keep a dedicated pair of heat-resistant gloves for handling hot materials or tools around the screed.
Safety footwear with toe protection and slip-resistant soles. Consider metatarsal guards where heavy objects or pinch points exist.

Hearing and respiratory protection

Ear plugs or muffs (suitable SNR rating) around pavers, rollers, milling machines, and generators.
Respiratory protection when milling or in dusty environments. Use water suppression and local extraction as primary controls; use masks with appropriate particulate filters as needed.

Weather and comfort

Sunscreen, neck shades, and breathable, moisture-wicking base layers for hot weather.
Insulated gloves and thermal layers for winter, non-slip overshoes for icy surfaces.

Fit and training

Ensure PPE fits the individual; ill-fitting gear can be worse than none.
Train workers to inspect PPE and report defects. Keep spares ready in a clean storage box on site.

Traffic management and flagging done right

Road users are part of your risk landscape. Treat temporary traffic management (TTM) with the same discipline as machine controls.

Build a robust traffic management plan

Map the work area, traffic lanes, emergency access routes, and delivery paths.
Define speed management: temporary limits, speed cameras or radar-speed displays if available, and buffer zones.
Choose devices: cones, barriers, bollards, delineators, portable message signs, and TMAs where justified.
Stage plan: If you need multiple phases, draw each stage. Include how you will switch stages safely.

Flagging and spotter practices

Assign trained flaggers with radios. Provide relief rotations every 1 to 2 hours, especially in heat or cold.
Use clear, standardized hand signals and stop-slow paddles where required.
Position flaggers where they are visible and protected by barriers or a vehicle shadow if possible.
Spotters: For reversing trucks and rollers near edges, post a trained spotter who never enters the blind spot and keeps eye contact with the operator.

Cone and barrier layout fundamentals

Cone spacing: Closer spacing for higher speeds and curves. In urban zones, shorter spacing improves driver comprehension.
Tapers: Use a long, gradual taper for lane closures, then reinforce with delineators at consistent intervals.
Pedestrians and cyclists: Provide a safe, signed detour with ramps and barriers. Never push pedestrians into live traffic without protection.

Night visibility and lighting

Light towers: Aim lights to illuminate tasks without blinding drivers. Tilt lights down and across the work area.
Plant lighting: Ensure all machines have working headlights, work lights, beacons, and reflective tape.
Crew conspicuity: High-vis with reflective strips, and consider additional clip-on lights or armbands for night works.

Machine and plant safety: eliminate blind spots and pinch points

Heavy plant can do more damage in one second than a hand tool in an hour. Treat every machine movement as high risk.

Universal plant rules

Pre-use inspections: Operators complete a daily checklist for brakes, steering, backup alarms, lights, mirrors, cameras, tires/drums, hydraulic leaks, guards, and fire extinguishers.
Communication: Use radios and hand signals. The operator should not move until signals are clear and acknowledged.
Exclusion zones: Mark a safe distance around pavers, rollers, and milling machines. Only authorized crew enter the zone.
Reversing: Avoid where possible. If reversing is necessary, post a spotter and use alarms and cameras. Consider proximity sensors where available.
Parking: Chock wheels on slopes, lower attachments, remove keys, and isolate energy sources when shut down.

Pavers and screeds

Load zone: Keep crew away from the pinch point between truck and paver during docking. Use a stop bar on the truck if available.
Hot surfaces: The screed, augers, and handrails can be hot. Wear heat-resistant gloves and long sleeves; place heat warnings on the machine.
Platform safety: Maintain three points of contact when mounting and dismounting. Keep decks clear of tools and spills.
Emergency stops: Know the location of E-stops and test them during pre-shift checks.

Rollers (steel and pneumatic)

Edge protection: When rolling near edges, stay a safe distance from drop-offs. Use a second pass approach rather than creeping onto unsupported edges.
Vibration control: Use vibration judiciously near utilities and structures to avoid damage or worker discomfort.
Seat belts and ROPS: Always wear seat belts and keep rollover protective structures in place.

Milling machines and cutting equipment

Dust control: Use water suppression and enclosed cabs with filtration if available. Plan cut sequences to minimize airborne dust across the crew.
Cutting zone: Keep non-essential crew out of the cutting path and chip throw. Use guards and do not remove them while cutting.
Lockout: Before maintenance or clearing jams, isolate power and perform lockout-tagout.

Trucks and delivery vehicles

Site brief: Every driver gets inducted with site rules, speed, route, and tip points.
Tipping: Level ground, spotter guidance, and hard hats on the ground. Raise beds slowly; stop if unstable.
Queue management: Staging areas away from the public lane avoid tailbacks that put crews at risk.

Bitumen sprayers and small plant

Pre-heat and pressure: Follow manufacturer heat-up curves. Keep people clear during pressurization and spraying.
Hand tools: Rakes, lutes, and screed shovels need handles intact and correct length to reduce back strain.

Materials and environmental exposures: control what you breathe and feel

Paving exposes crews to heat, fumes, dust, noise, and weather. Manage the environment as a core task.

Heat stress and hydration

Work-rest cycles: Shorten cycles as temperature and humidity rise. Rotate tasks to reduce continuous exposure near the screed.
Water: Place cool water at multiple points; aim for small, frequent drinks. Avoid diuretics before shifts.
Shade and cool-down: Provide pop-up shade, cooling towels, and air-conditioned cabs for breaks.
Early symptom response: Headache, dizziness, nausea, and confusion require immediate cooling and monitoring.

Cold stress and winter hazards

Layering: Moisture-wicking base, insulating mid-layer, and windproof outer layer. Avoid cotton.
Footing: Grit icy patches, use non-slip overshoes, and slow plant movements.
Visibility: Short winter days demand better lighting earlier in the shift.

Asphalt fumes and burns

Ventilation: Stay upwind where possible and avoid leaning over hot material unnecessarily.
Burns: Keep a dedicated burn kit with cool gel dressings on site. For small burns, cool with clean, cool water for at least 20 minutes; seek medical assessment for significant burns.
Temperature: Handle tools and perform raking with heat-resistant gloves and long sleeves to prevent contact burns.

Dust and silica when milling or cutting

Suppression: Run water spray systems, maintain filters, and avoid dry sweeping.
Respirators: Use appropriate particulate filters if suppression is insufficient.

Noise and vibration

Hearing conservation: Provide hearing protection zones near pavers, rollers, milling machines, and generators. Post signage.
Anti-vibration measures: Maintain tools, limit exposure time, and provide anti-vibration gloves where appropriate.

Lighting for night work

Task lighting: Focus on the paver hopper, screed, and joint edges.
Ambient lighting: Spread light towers to avoid dark gaps and reduce glare for drivers.
Maintenance: Assign one person to check lights at the start and mid-shift.

Plan the work: RAMS, permits, and toolbox talks

Planning transforms risks into controlled steps. The more complex the job, the more detailed the method.

Risk Assessment and Method Statement (RAMS)

Identify activity steps: Delivery, milling, tack coat, paving, rolling, joint cutting, traffic switch.
List hazards: Live traffic, reversing, burns, dust, noise, heat, poor lighting, underground utilities, overhead lines.
Controls: Detail site setup, PPE, exclusion zones, supervision, machine checks, emergency arrangements.
Sign-off: Supervisors and crew acknowledge understanding.

Job Hazard Analysis (JHA) at the task level

Break each task into 3 to 5 steps.
For each step, ask: What could go wrong? What are we doing to prevent it? Who is responsible?
Keep it simple, visible, and updated when conditions change.

Permits and coordination

Road occupancy or right-of-way permits: Coordinate with city or regional authorities.
Hot work and live traffic permits as required.
Utility checks: Mark and verify utilities; call-in services where available.

Toolbox talks and pre-shift briefings

Daily 10-minute talk: Weather, changes to TMP, new crew, near-miss learnings.
Role assignments: Who flags, who spots, who leads traffic switches, who monitors hydration.
Communication check: Radio channels and hand signals.

Emergency readiness and incident response

When the unexpected happens, seconds matter. Prepare your crew to respond calmly and correctly.

On-site emergency kit

First aid kit with trauma supplies and burn dressings.
Fire extinguishers rated for flammable liquids near sprayers and fuel points.
Eyewash bottles or station where dust or chemicals are present.
Spill kit for fuel and oil leaks.

Incident response basics

Stop the work: Make the scene safe by halting plant and securing traffic with flaggers.
First aid: Trained responders stabilize the injured within their competence; call emergency services without delay.
Information: Keep maps and coordinates ready to guide responders.
Preserve evidence: Do not move equipment unless needed for safety.

Post-incident review

Debrief within 24 hours.
Capture root causes and corrective actions.
Share lessons during toolbox talks and update RAMS.

Digital tools and tech that make safety easier

Technology makes good habits consistent.

Telematics and geofencing: Create slow zones for plant and alert on boundary breaches.
Proximity alarms and wearables: Vibrating tags for workers when a machine nears within a set radius.
Cameras and 360-degree systems: Expand visible zones for operators; pair with spotters.
Digital permits and checklists: Mobile apps that require sign-off before equipment usage or stage changes.
E-learning and microlearning: Short refresher modules on flagging, hydration, or lockout procedures.

City-by-city scenarios: applying best practice in Romania

Bucharest: night resurfacing on a multi-lane boulevard

Context: Dense urban traffic, bus lanes, pedestrians, and shopfronts.
Plan: Work at night with reduced traffic. Use a stage plan that maintains at least one lane for emergency access.
Setup: Deploy high-reflectivity signs, cones, and barriers. Illuminate pedestrian crossings. Protect bus stop areas with barriers and detours.
Operations: Deliver asphalt with timed truck arrivals to avoid double-parking. Use spotters for truck docking at the paver. Assign a pedestrian marshal near side streets.
Wrap-up: Sweep debris, restore road markings where feasible, and remove or cover signs that no longer apply.

Cluj-Napoca: milling and paving near a tram corridor

Context: Interaction with rail vehicles and catenary lines.
Plan: Coordinate power isolation and service schedules. Set physical barriers between work zone and live tracks.
Setup: Add additional signage warning of rail operations. Post a rail-aware spotter dedicated to tram interactions.
Operations: Control dust using water suppression. Keep workers clear of chip throw and maintain line-of-sight with the milling operator.
Wrap-up: Verify track clearance, remove stray materials from flangeways, and notify the transport authority before reopening.

Timisoara: ring road upgrade with high-speed traffic

Context: Higher approach speeds and heavy truck flows.
Plan: Longer advance warning and transition zones. Consider TMAs to shield crews during lane closures.
Setup: Use barriers instead of cones where exposure is prolonged. Provide up-ramp and down-ramp protection for truck ingress and egress.
Operations: Strict radio discipline. Assign a truck coordinator to stage deliveries in a protected laydown area.
Wrap-up: Use a sweep truck to remove debris. Ensure terminal devices transition drivers back to normal safely.

Iasi: hillside maintenance with limited sight distances

Context: Curves, crests, and variable shoulders.
Plan: Add remote advance warning signs and a mobile flagger upstream of the crest. Post speed reduction early.
Setup: Increase buffer zones and use additional delineation on the inside of curves. Consider temporary convex mirrors at blind intersections.
Operations: Keep plant further from edges, reduce vibration near steep drop-offs, and anchor barriers.
Wrap-up: Inspect slopes and shoulders for damage or debris.

Practical, actionable advice: checklists you can use today

Pre-shift crew briefing checklist

Weather and environmental risks for the shift
Stage and TMP for today, including any changes
Individual roles: flaggers, spotters, truck coordinator, first aider, lighting lead
Radio channel and backup communication method
Hydration plan and break schedule
Emergency routes and hospital location
Quality targets: layer thickness, rolling pattern, joint plan

Site setup checklist

Signs placed in logical order, correct height, and not obscured
Cones or barriers deployed with correct spacing and taper length
Pedestrian and cyclist detours in place, with ramps and barriers
Entry and exit points for plant defined and guarded
TMAs or shadow vehicles positioned if in use
Lighting placed and tested; aim and glare checked
Road markings managed: lines covered or replaced as needed

Machine start-up checklist

Daily inspection completed and recorded
Guards, alarms, beacons, and lights functional
Mirrors, cameras, and sensors clean and aligned
Fire extinguisher present and in date
Fuel, DEF (if applicable), water suppression systems filled
Radios and backup battery checked

During operations

Maintain exclusion zones; stop work if a member of the public breaches the zone
Use spotters for reversing and truck docking every time
Keep walkways and decks clean; remove spilled bitumen or aggregate quickly
Monitor crew for heat or fatigue; rotate tasks before symptoms escalate
Verify compaction temperatures and rolling patterns at agreed intervals

End-of-shift and changeover

Remove or cover any signs that no longer apply
Secure plant, lower attachments, and isolate energy
Inventory PPE and replenish water and first aid supplies
Quick incident and near-miss review; capture corrective actions
Housekeeping: return tools, clear debris, and secure materials

Training, competency, and safety culture

Training is not a one-off license; it is continuous.

Role-based training

Operators: Certification on specific machine types and periodic refreshers; understanding of blind spots and stability limits.
Flaggers and spotters: Formal training on signals, positioning, and radio use.
Supervisors: TMP design, RAMS authoring, incident investigation, and leadership behaviors.
All crew: PPE, manual handling, heat stress, fire safety, first aid basics, and stop-work authority.

Competency validation

Practical assessments observed on site.
Short quizzes after toolbox talks.
Peer mentoring for new hires.

Safety culture practices

Stop-work authority: Any worker can pause operations if they see a hazard.
Near-miss credit: Recognize and reward reporting; treat it as a learning opportunity.
Simple language: Use plain, direct terms in briefings. Avoid jargon.
Visual management: Maps, photos, and cones tell the story better than long text.

Regulations and standards: know the framework

This guide is practical, not legal advice. Always consult current laws and your client or authority specifications. In Europe:

Temporary or mobile construction sites: Consider the requirements set by EU rules that expect coordinated safety and health planning among contractors and clients.
PPE: Follow European norms for certification and selection of high-visibility, head, eye, hand, foot, and hearing protection.
Machinery safety: Equipment must meet safety requirements and be properly maintained.
Road work signage and layouts: National guidelines and standards in each country (including Romania) dictate sign types, spacing, and device use for temporary works.

In Romania, align with road traffic regulations and national standards for signaling road works, worker protection on temporary sites, and operator licensing. Employers should integrate local authority conditions attached to permits for occupying the road. For Middle Eastern projects, check each country or emirate authority (for example, roads and transport authorities or public works) and follow their manuals for traffic control and construction safety.

Common mistakes and how to fix them fast

Problem: Signs placed too close to the work area, giving drivers no time to react.
- Fix: Move advance warning signs further upstream; add a second sign with a simpler message.
Problem: Reversing trucks without spotters.
- Fix: Institute a hard rule that trucks do not move without a spotter and a clear radio confirmation.
Problem: Conflicting signs at detours.
- Fix: Remove or cover outdated signs immediately during stage switches.
Problem: Crew fatigue and dehydration in heat.
- Fix: Enforce breaks, supply cool water and electrolyte options, and rotate hot-zone roles.
Problem: Milling dust affecting nearby businesses and residents.
- Fix: Increase water suppression, adjust cutting speed, and add perimeter dust screens near sensitive areas.
Problem: Poor night lighting causing shadows and glare.
- Fix: Reposition towers to cross-light the area and use shields or lower tilt angles.

Continuous improvement and KPIs to track

Total Recordable Incident Rate (TRIR): Track over time and by project phase.
Near-miss reporting rate: Aim for high reporting with strong close-out actions.
Stop-work interventions: Count and celebrate successful interventions.
Compliance checks: Percentage of shifts that completed pre-use inspections and toolbox talks.
Quality links: Rework percentage on paving layers; correlate with traffic and lighting plan quality.

Review weekly and integrate into performance meetings. Share good catches and lessons across crews and regions.

Careers, pay, and employers in Romanian road works

Demand for skilled pavers, roller operators, and site leaders is steady across Romania and nearby EU markets. Pay varies by region, experience, and project nature (night, highway, or airport works often command premiums).

Entry-level paver or laborer: Approximately 3,500 to 5,500 RON net per month (about 700 to 1,100 EUR), plus meal tickets and travel allowances.
Experienced paver operator or roller operator: Approximately 6,000 to 9,000 RON net per month (about 1,200 to 1,800 EUR), with overtime and night-shift premiums.
Foreman or site supervisor: Approximately 9,000 to 13,000 RON net per month (about 1,800 to 2,600 EUR), with performance bonuses depending on contractor policies.
International or cross-border assignments: Daily rates can range from 90 to 150 EUR per day net, plus accommodation and travel, depending on the client and country.

Typical employer types in Romania and across Europe and the Middle East include:

Municipal and regional public works departments and city halls (for example, local authorities in Bucharest, Cluj-Napoca, Timisoara, and Iasi) for maintenance and resurfacing programs.
National road authorities and concessionaires delivering highway projects.
Large general contractors and specialist road builders active in the region (examples include international groups operating in Romania such as Strabag, Colas, PORR, and companies engaged on Romanian road programs alongside capable local road builders).
Asphalt mix producers with integrated paving crews.
Specialized subcontractors for milling, traffic management, and line marking.

For candidates, safety credentials and a clean incident record are differentiators. Employers increasingly ask for evidence of toolbox talk participation, equipment checklists, and near-miss reporting, not just machine hours.

Putting it all together: a model day on site

06:30 - Supervisor reviews the TMP, checks permit conditions, and walks the site with the traffic manager.
06:45 - Crew briefing: roles, hazards, weather, hydration, and quality targets. Radios tested; PPE checked.
07:00 - Traffic setup: signs from upstream to downstream, tapers built, pedestrian detours opened. Lighting tested if dawn/dusk.
07:30 - Machine checks: paver, rollers, milling machine, and sprayer inspected and logged.
08:00 - Operations begin: milling with dust suppression; tack coat applied; paving starts with controlled truck flow.
10:00 - Hydration break; brief review of issues; adjust cone spacing at a curve after observing driver behavior.
12:00 - Rolling in coordination with mat temperature targets; adjust pattern when wind picks up cooling the surface faster.
14:30 - Quality check: joint straightness, layer thickness, and density samples scheduled.
15:00 - Begin stage switch; remove or cover signs not needed; reopen an extra lane as planned.
16:00 - End-of-shift checks; plant secured; housekeeping; near-miss review. Plan for night shift if required.

Conclusion and call-to-action

A safer paving site is not an accident. It is the product of disciplined planning, visible boundaries, alert crews, and machines that work exactly as expected. When you separate people from plant, communicate with purpose, and respect heat, dust, and noise, you create the conditions for excellent asphalt, on-time delivery, and everyone going home safe.

If you are building crews or looking for your next role in Romania, Europe, or the Middle East, ELEC can help. We connect safety-focused pavers, roller operators, traffic managers, and supervisors with employers who value zero harm and quality results. Talk to ELEC about staffing your next project or advancing your roadworks career. Together we can turn safety-first into standard practice on every street and motorway.

Frequently asked questions

1) What is the number one safety rule for pavers?

Never move plant without positive communication and a clear, enforced exclusion zone. That means radios on, spotters in position, and everyone visible in high-vis. If you are not sure, stop and reset.

2) How can small crews manage traffic safely in tight urban areas?

Simplify and scale. Use fewer, clearer signs, tighter cone spacing, and robust pedestrian barriers. Assign one person as traffic lead to manage stage changes and coordinate with delivery drivers. Where possible, schedule night or off-peak work.

3) What PPE is essential for night paving?

High-visibility Class 3 garments, safety boots, gloves, eye protection, and hearing protection are baseline. Add extra conspicuity such as clip-on lights, and ensure plant beacons and work lights are fully functional. Keep a burn kit on hand given the hot material and lower visibility.

4) How do we protect workers from heat stress when paving in summer?

Plan work-rest cycles, supply cool water and electrolytes, set up shade, rotate hot-zone roles, and watch for early symptoms. Encourage crews to pre-hydrate and avoid caffeine overload. Adjust production rates during heat waves.

5) What are the best practices for reversing trucks to a paver?

Post a trained spotter, keep non-essential workers out of the docking zone, use radios for clear instructions, and only move on confirmed signals. Maintain a level approach and use a truck stop bar if fitted. Never rush the last meter.

6) How do we manage dust when milling asphalt?

Use water suppression at the cutter, maintain filters, adjust cutting speed, and keep the crew upwind. If dust clouds persist, pause and correct the controls. Provide respiratory protection if engineering controls are not fully effective.

7) What should be in a roadworks first aid and emergency kit?

A stocked first aid kit with trauma pads, burn dressings and gel, eyewash, nitrile gloves, and resuscitation barrier devices; fire extinguishers near fuel and bitumen sprayers; and a spill kit for oils and diesel. Include emergency contact numbers and a site map with coordinates.