Essential Safety Protocols Every Construction Equipment Mechanic in Romania Should Follow

Construction equipment mechanics in Romania carry a unique responsibility: they keep the backbone of the country's infrastructure moving while working around powerful, complex, and sometimes unpredictable machines. From a routine inspection on a wheel loader in Bucharest to an emergency hydraulic repair at a quarry near Cluj-Napoca, the stakes are high. One lapse can cause injury, downtime, or worse. The good news is that world-class safety is achievable with consistent protocols, practical habits, and a deep understanding of Romanian and EU requirements.

This comprehensive guide distills proven safety protocols tailored to construction equipment mechanics working across Romania. Whether you are a service technician, shop foreman, field engineer, or fleet manager, you will find detailed, actionable practices to raise your safety game immediately.

Know the Legal Ground You Stand On in Romania

Safety starts with understanding the framework that governs your work. In Romania, construction and equipment maintenance are shaped by national law aligned with European directives. Recognize these as the foundation for company procedures, site rules, and your personal obligations.

Law 319/2006 on Safety and Health at Work (Legea securitatii si sanatatii in munca - SSM): Establishes employer duties, worker rights, risk assessment requirements, and training obligations. As a mechanic, you have the right to refuse unsafe work and the duty to follow safety instructions.
Government Decision HG 300/2006: Sets minimum requirements for temporary or mobile construction sites, including coordination between contractors, fall protection, access, and site traffic control.
Government Decision HG 1146/2006: Addresses minimum health and safety requirements for the use of work equipment by workers, relevant to how machinery is operated, maintained, and inspected.
Government Decision HG 1091/2006: Defines minimum HSE requirements at workplaces, from lighting and ventilation to emergency routes and welfare facilities.
ISCIR requirements: Certain lifting equipment, pressure vessels, forklifts, and hoisting systems fall under ISCIR authorization and inspection regimes. Mechanics who test, adjust, or commission such systems must follow applicable rules and work under authorized supervision where required.
Fire safety legislation (including Law 307/2006): Impacts hot work permits, fire extinguishers, and emergency response.
Environmental rules for waste oils, filters, batteries, and chemical management: Ensure proper segregation, labeling, and disposal through authorized waste handlers.

What this means in practice:

Expect documented risk assessments (JSA, PTW, RAMS) before maintenance and repairs at construction sites.
Participate in SSM training and periodic refreshers. Keep your certifications up to date and accessible.
Follow site-specific rules. Strabag, PORR Romania, Bog'Art, and other major contractors often impose additional controls that exceed the minimum legal standard.
Document your inspections, torque checks, pressure tests, and commissioning steps. Accurate records are both a legal requirement and a lifesaver during audits or incident reviews.

Build a Safety Mindset: The Habits That Prevent Incidents

Procedures matter, but daily habits save lives. Embed these behaviors into your routine:

Stop work authority: If something is unclear or unsafe, speak up and stop. You will never be penalized for preventing harm.
30-second risk scan: Before touching a machine, pause to identify energy sources, pinch points, unstable loads, traffic movement, and weather impacts.
Three points of contact: Mounting and dismounting machines is a major source of injuries. Always use three points of contact and maintain clean, non-slip steps and handholds.
Tool discipline: Inspect tools before use, return them to shadow boards, and lock away torque wrenches and calibrated instruments.
Housekeeping pride: Keep your work area orderly. Spilled oil, stray rags, and uncoiled hoses are trip and fire hazards.
Communication: Confirm your intentions with the operator, rigger, or banksman. Miscommunication around a 25-ton excavator is unforgiving.
Near-miss reporting: Share and log close calls. Trends from near-miss data often point to tomorrow's incident unless corrected today.

Pre-Job Planning and Risk Assessment That Works in the Field

Rushed fixes and roadside improvisation are where many incidents begin. Plan even for small jobs.

A simple but effective sequence:

Scope the task: Identify the component, steps, tools, manuals, and parts. Confirm if any OEM service bulletins or hazard notices apply.
Identify energy sources: Electrical (12/24 VDC or high-voltage on electrified equipment), hydraulic pressure, pneumatic pressure, gravity, mechanical springs (recoil spring in undercarriage), stored heat (aftertreatment), chemical, and vehicle movement.
Control site risks: Traffic routes, overhead power lines, unstable ground, wind, rain, snow or ice (Bucharest winters can be mild, but Iasi and Cluj-Napoca see more freezing conditions), and dust in quarries around Timisoara.
Select controls: Barriers, chocks, lockout points, cribbing blocks, lifting plans, gas detection, fall protection, and a permit-to-work if required (hot work, confined space, work at height).
Brief the team: A 3-minute toolbox talk aligns everyone. Confirm hand signals and radio channels if lifting.
Stage the job: Lay out tools and parts. Pre-fit caps and plugs for hydraulic lines. Position spill kits and fire extinguishers.

Use simple checklists on your phone or laminated sheets. Consistency beats memory.

Lockout, Tagout, and Tryout for Mobile Heavy Equipment

Lockout-tagout-tryout (LOTO-TOTO) saves mechanics from unexpected motion and stored energy release. Adapting LOTO to mobile equipment requires attention to unique hazards.

Follow this structured approach:

Notify and stop: Inform the operator and supervisor. Park on firm, level ground away from traffic. Lower all implements to the ground, apply the parking brake, and neutralize controls.
Chock, block, and secure: Use heavy-duty wheel chocks. For tracked machines, lower and block attachments; use cribbing under booms and buckets. Engage swing lock if fitted.
De-energize electrical systems: Turn off the ignition, remove the key, and disconnect batteries. Remove the negative terminal first, then positive. On 24 V systems with series-connected batteries, isolate both batteries. Use battery isolator switches and apply positive locks where installed.
Dissipate hydraulic and pneumatic energy: Cycle controls to relieve residual pressure, confirm accumulator bleed-down procedures per OEM guidance, and use pressure gauges to verify zero energy. Some systems require a timed wait for accumulator discharge.
Isolate fuel and DEF: Close fuel supply valves on service tanks if available. Plug and cap opened lines immediately to prevent spills and contamination.
Lock and tag: Apply assigned locks and standardized tags at all isolation points. Tag states the name, contact, reason, and date. Keep a log.
Tryout: Verify isolation is effective. Attempt to start, move, or energize in a controlled manner. Confirm hydraulic pressure is at zero via gauges. Only then begin the work.

Special scenarios:

Attachments suspended in the air are never considered safe. Always lower to the ground or secure with load-rated stands and slings.
On equipment with electronic control modules (ECM), residual power may persist for several minutes. Follow OEM guidance for discharge times before disconnecting sensitive connectors.
On hybrid or fully electric machinery, only high-voltage trained personnel should isolate HV circuits. Use insulated gloves rated for the system voltage, insulated mats, and verify zero via approved test equipment.

Work at Height on Machines Without Risking a Fall

Climbing onto excavator booms, loader arms, or crane superstructures is common and dangerous if rushed. Under Romanian rules aligned with EU requirements, fall protection kicks in at low heights on construction sites, and companies often set an internal threshold at 2 meters or less.

Best practices:

Use designated access platforms, stairs, and handrails provided by the OEM. Clean mud and ice before climbing.
For tasks above 2 m without collective protection, wear a full-body harness attached to a rated anchor. Use self-retracting lifelines where possible to reduce fall distance.
Ladder discipline: Right ladder, right angle (4:1 ratio), secure top and bottom, extend 1 m above landing. Maintain three points of contact.
MEWPs (mobile elevating work platforms): Operators and occupants must be trained. Inspect daily, use harnesses with short lanyards, and never climb guardrails.
Weather watch: High winds around Bucharest tower cranes or icy morning conditions in Iasi can turn safe access into a hazard. Postpone when required.

Lifting and Rigging When Removing Heavy Components

Engines, final drives, pumps, and booms demand controlled lifting. Lifting mistakes are catastrophic.

Planning: Create a lift plan with weight calculations and center of gravity. Confirm the crane or hoist capacity at the working radius. Use taglines to control rotation.
Gear selection: Choose slings, chains, and shackles with working load limits (WLL) above the maximum applied load. Account for angle factors on slings. Use rated eyebolts with full thread engagement.
Inspection: Inspect slings for cuts, chain for wear and elongation, shackles for deformation, and hooks for throat opening. Reject suspect gear.
Communication: Assign a single banksman. Agree on hand signals or radio channel. Stop on any loss of visibility.
Exclusion zones: Establish a no-go area under the load. Never walk or stand beneath a suspended component.
Controlled lowering: Land the load on stable dunnage. Keep hands away from pinch points. Remove slings only when the load is stable and pressure-free.

Hydraulic Safety: Pressure, Heat, and Injection Injuries

Hydraulics power almost every motion on heavy machinery. They are also unforgiving.

Pressure relief: Before loosening any fitting, confirm pressure at zero with a gauge. Use OEM-prescribed bleed ports. Some pilot control systems hold pressure even with the engine off.
Blocking and locking: Install mechanical pins and locking bars on booms and sticks if provided. Use rated support stands, not makeshift props.
Hose integrity: Match pressure rating, temperature rating, and bend radius to OEM specs. Replace hoses with damaged covers, exposed wires, or kinks. Torque fittings to spec with calibrated wrenches.
Leak detection: Use cardboard or wood, never hands, to find leaks. High-pressure fluid injection can penetrate skin at tiny pinholes.
Personal protection: Wear eye protection with side shields, cut-resistant gloves when routing hoses, and long sleeves.
First aid for suspected injection: This is a medical emergency. Do not delay. Immobilize the limb, do not squeeze the wound, and get to a hospital urgently. Inform responders that it is a high-pressure injection injury so they can prioritize surgical assessment.
Contamination control: Cap and plug open lines, clean mating surfaces, and flush per OEM procedure to protect pumps and valves from debris.
Heat hazards: Aftertreatment and hydraulic oil can exceed 60 C after heavy use. Allow cool-down time and verify temperatures with a non-contact thermometer.

Electrical Safety: From 24 VDC to High-Voltage Systems

Battery handling: Remove the negative terminal first to prevent short circuits. Use insulated tools and covers. Store batteries upright and secure. Neutralize acid spills with baking soda.
Jump-starting: Follow OEM sequence. Incorrect polarity can destroy ECMs and alternators. Use surge-protected jump packs when possible.
Wiring diagnostics: Avoid piercing insulation unless the OEM procedure requires it, and seal any punctures. Protect looms from chafing after repairs.
High-voltage electric and hybrid machines: Only trained technicians should service HV components. De-energize using service disconnects, lock them out, verify with a CAT III or CAT IV-rated meter, and observe manufacturer-specific discharge times. Wear HV-rated gloves and eye protection.

Fuel, Fire, and Hot Work Controls

Fuel safety: Ground and bond during fueling to dissipate static. No open flames or smoking in the vicinity. Clean spills immediately and dispose of absorbents properly.
Fire watch: Before grinding or welding, remove combustibles, use fire blankets, and have the correct extinguishers (CO2, foam, powder) close at hand. Maintain a post-work fire watch for at least 30 minutes.
DPF and SCR systems: Beware of exhaust temperatures during regeneration cycles. Confirm regeneration status before servicing exhaust components.
Ventilation: In workshops, ensure adequate extraction to control diesel fumes. Use CO and NOx detection in enclosed areas.

Tires and Wheels: Managing Stored Energy and Heavy Mass

Construction equipment tires, especially OTR, hold significant energy and can be lethal if mishandled.

Inspection: Check for cuts, bulges, bead damage, and embedded objects. Tag defects and remove from service.
Inflation safety: Use cage or restraints for split rims and large assemblies. Inflate with a clip-on chuck, long hose, and remote gauge. Stand to the side, out of the trajectory zone.
Torque and sequencing: Follow manufacturer torque specs and star patterns. Re-torque after initial run-in as specified.
Jacking and cribbing: Use rated jacks on stable ground with cribbing. Chock opposite wheels and control the load.

Tracks and Undercarriage: Springs, Tension, and Pinch Points

Tensioning systems: Recoil springs store tremendous energy. Follow OEM procedures for tension release and do not remove guard plates under load.
Lifting track frames: Use proper lifting points and slings. Never place body parts under suspended track components.
Pinch hazards: Guard hands and sleeves near rollers and sprockets. Use drift punches and pry bars with caution and clear communication.

Confined Spaces and Pits

Identify confined spaces: Fuel tanks, engine compartments with limited entry, or maintenance pits may qualify. Test atmosphere where required and ventilate.
Permit-to-work: Use a confined space permit, attendant, and rescue plan for high-risk entries.
Lighting and access: Provide adequate, low-voltage lighting in pits and keep egress ladders clear.

Environmental Protection and Waste Handling

Waste segregation: Collect used oil, coolant, DEF containers, oily rags, and filters separately. Label containers clearly and store on bunded pallets.
Spills: Carry spill kits in field service vehicles - pads, socks, drain covers. Report and document spills per company policy and local rules.
Batteries and electronics: Store spent batteries upright in acid-resistant trays. Use authorized recyclers.
Water protection: Prevent runoff into drains. In cities like Cluj-Napoca or Timisoara, storm drains often lead to natural waterways - protect them with drain covers during repairs.

Workshop Controls: 5S, Equipment Certification, and Ergonomics

5S housekeeping: Sort, set in order, shine, standardize, sustain. Keep walkways marked and floor clean.
Lifting equipment: Inspect overhead cranes, hoists, and slings regularly and keep certificates current. Record inspections in a visible register.
Compressed air: Drain receivers, verify relief valves, and maintain guards. Pressure systems may fall under specific inspection regimes - follow company schedules and regulatory requirements.
Ventilation and lighting: Maintain lux levels appropriate for precision work. Use localized extraction for welding and solvent use.
Ergonomics: Use adjustable benches, lift tables, and position parts at waist height. Rotate tasks to reduce repetitive strain.

Field Service Safety: Roads, Quarries, and Remote Locations

Vehicle readiness: Keep service vans maintained, with winter tires where needed. Secure tools and parts to avoid projectiles in sudden stops.
Driving plans: Avoid fatigue with rest breaks, especially on long routes between Bucharest, Timisoara, and Iasi. Respect site speed limits.
Arrival protocols: Check in at site reception, complete inductions, and follow escort rules in quarries.
Lone work: Use check-in systems with your coordinator. Share your exact location. Romania's national emergency number is 112 - store it in speed dial.
Weather and terrain: In remote mountain sites, prepare for sudden weather changes. Carry warm gear, water, and a headlamp.

Personal Protective Equipment That Matches the Task

PPE complements, not replaces, other controls. Choose based on the hazard.

Head protection: Hard hat with chin strap when working near cranes, booms, or in windy conditions.
Eye and face: Safety glasses with side shields; face shield for grinding, cutting, and hydraulic work under pressure.
Hands: Choose gloves by task - nitrile for oils, cut-resistant for sheet metal, impact gloves for handling heavy parts, insulated for winter work.
Footwear: Safety boots S3 SRC with puncture-resistant midsoles and oil-resistant soles. Consider metatarsal protection around heavy components.
Hearing: Earplugs or earmuffs in high noise zones (compressors, hammers, quarry crushers).
Clothing: Flame-resistant coveralls for hot work, high-visibility vests on active sites, long sleeves for hydraulic safety.
Respiratory: Disposable masks for dust, half-mask with appropriate filters for solvents and fumes.

Tools, Torque, and Calibration Discipline

Calibration: Torque wrenches, pressure gauges, and HV meters must be calibrated on schedule. Keep certificates accessible.
Correct tool for the job: Use line wrenches on hydraulic fittings, insulated tools on batteries, and non-sparking tools near flammables.
Angle and torque: Follow OEM specs. Over-torquing can split housings; under-torquing can leak or loosen over time.
Abrasive wheels: Match RPM ratings, guard in place, and test wheels before use. Face shields are mandatory.

Communication and Documentation That Keep You Safe and Compliant

Job cards and service reports: Record fault, cause, remedy, torque values, pressures, and software versions. Photos help.
Checklists: Pre-start inspections, LOTO logs, and lifting gear checklists reduce oversight.
Handover: Before returning a machine to service, brief the operator on work performed, any temporary restrictions, and follow-up actions.

Training and Credentials That Matter in Romania

Continuous development keeps you safe and employable.

SSM training: Mandatory safety and health at work courses per Law 319/2006, including periodic refreshers.
Working at height: Certification for harness use and fall arrest, especially for mast and MEWP work.
Fire safety and first aid: Fire extinguisher use, hot work permits, and first aid training. The Romanian Red Cross offers accessible first aid courses.
High-voltage awareness: For those servicing electric or hybrid machinery, HV safety training is essential.
OEM training: Caterpillar, Komatsu, Liebherr, and others offer product-specific courses via their Romanian dealers.
ISCIR-related: If your role intersects with testing or commissioning of lifting or pressure systems, ensure work is performed under the appropriate authorization and that you understand documentation requirements.

Emergency Response: When Seconds Count

First aid: Know how to control bleeding, immobilize fractures, and recognize shock. For eye exposures, flush for at least 15 minutes and seek medical evaluation.
Hydraulic injection: Treat as an immediate surgical emergency. Call 112, immobilize the limb, and transport to a hospital. Provide the Material Safety Data Sheet for the fluid if available.
Fire: Raise the alarm, evacuate, and use the correct extinguisher only if trained and safe to do so. Know assembly points on large sites in Bucharest or Timisoara industrial areas.
Spills: Stop the source, contain with socks, protect drains, and notify site management.

Seasonal and Site-Specific Risks Across Romania

Winter: Ice on steps, stiff hoses, battery weakness. Preheat where needed, use anti-slip footwear, and keep de-icer in vehicles.
Summer heat: Hydrate, schedule heavy tasks in the morning, rest in shade, and consider cooling towels in quarries around Cluj-Napoca.
Dust and silica: Use water suppression, enclosed cabs, and appropriate respiratory protection during cutting or drilling near Iasi infrastructure projects.

Real-World Scenarios: Applying Protocols on Romanian Sites

Bucharest tower crane gearbox swap: A lift plan designates a 25-ton mobile crane, synthetic slings with sufficient WLL, and an exclusion zone. The mechanic conducts LOTO on the crane's slewing motors, uses a harness at height, and documents torque and oil specs post-installation.
Cluj-Napoca quarry hydraulic hose replacement: The technician isolates the excavator, verifies zero hydraulic pressure, caps lines, and routes a new hose with abrasion sleeves. A cardboard check confirms no leaks. A brief with the operator ensures slow-motion testing before full duty.
Timisoara road construction field service: A wheel loader with overheating is diagnosed roadside. The van is parked with warning triangle placement, cones, and hi-vis. The fan shroud is removed only after cool-down and battery isolation. The root cause - a blocked cooler pack - is corrected with compressed air and cleaning while wearing eye protection and a respirator.
Iasi urban site under time pressure: A leaking fuel injector line triggers a constrained-area hot work request. The mechanic insists on a hot work permit, shields, fire watch, and nearby extinguishers before any heat is applied. The job concludes without incident, schedule intact.

Employers and Career Context: Where Safety Meets Opportunity

Construction equipment mechanics in Romania find roles with:

Authorized dealers and OEM representatives: Bergerat Monnoyeur (Caterpillar), Marcom RMC 94 (Komatsu), Titan Machinery Romania (Case, New Holland), and Liebherr Romania. These employers invest heavily in safety and OEM training.
Large contractors and fleet owners: Strabag, PORR Romania, Bog'Art, and other civil contractors with mixed fleets and structured SSM systems.
Quarries and building materials: Holcim Romania, Heidelberg Materials Romania, and aggregates producers operating heavy fixed and mobile plants.
Rental and service networks: Companies providing MEWPs, earthmoving, and compact equipment rental with strong maintenance teams.
Multi-brand equipment specialists and used equipment resellers, such as those based around Cluj-Napoca and Bucharest industrial zones.

Salary ranges vary by city, experience, specialization, and shift patterns. As of 2025-2026, typical ranges observed in the market are:

Entry-level shop mechanic: 700 - 1,000 EUR net per month (approx. 3,500 - 5,000 RON net), with overtime potential.
Experienced field service technician: 1,000 - 1,500 EUR net (approx. 5,000 - 7,500 RON net), plus per diem for travel and on-call supplements.
Senior diagnostic or master technician: 1,500 - 2,200 EUR net (approx. 7,500 - 11,000 RON net), potentially higher for specialists in hydraulics, electronics, or high-voltage systems.
Supervisors or service managers: Total compensation can exceed 2,200 EUR net depending on team size, performance bonuses, and city (higher in Bucharest, competitive in Cluj-Napoca and Timisoara, rising in Iasi).

Employers reward safety leadership. Mechanics who champion LOTO compliance, accurate documentation, and zero-harm behaviors often advance faster and command higher pay.

Safety KPIs and Audits: Measuring What Matters

Leading indicators: Toolbox talks completed, near-misses reported, safety observations closed, and training hours.
Lagging indicators: Recordable injuries, first-aid cases, and lost-time incidents.
Audit rhythm: Monthly workshop inspections, quarterly lifting gear audits, and annual emergency drills.
Continuous improvement: Convert incident findings into procedure changes, updated checklists, and better tooling.

A Daily Safety Routine for Mechanics

Use this practical checklist to start your day and each new job:

Review the job card and risk assessment. Clarify scope and hazards.
Inspect PPE and tools. Replace missing or damaged items.
Identify and control energy sources with LOTO-TOTO.
Establish your work zone with cones, barriers, and signage.
Confirm lifting gear and supports are rated and inspected.
Keep housekeeping tight. Control spills and waste.
Communicate with the operator and team at key milestones.
Test cautiously after repairs. Ramp up loads slowly.
Document findings, torque values, pressures, and software updates.
Debrief. Capture lessons learned and near-misses.

The Business Case: Safety Protects People, Time, and Profit

Fewer injuries: Healthy teams build careers and reputation.
Less rework: Protocols reduce mistakes and warranty claims.
Higher uptime: Machines serviced safely return to work faster.
Stronger employer brand: Safety performance attracts talent in competitive markets like Bucharest and Cluj-Napoca.

Call to Action: Build Your Safety-First Team With ELEC

If you are an employer in Romania seeking mechanics who deliver both top-tier technical work and impeccable safety, or a mechanic looking to join a safety-first organization, ELEC can help. Our recruitment specialists connect authorized dealers, contractors, and fleet owners in Bucharest, Cluj-Napoca, Timisoara, Iasi, and beyond with vetted construction equipment technicians who live these protocols daily.

Reach out to ELEC to discuss your hiring plan, benchmark compensation in your city, or explore roles that match your safety and technical ambitions. A safer, more productive workforce starts with the right people and the right practices.

Frequently Asked Questions

What are the most critical safety steps before working on a hydraulic system?

Isolate and lock out the machine, lower and block all implements.
Bleed off pressure using OEM-specified ports and confirm zero with a gauge.
Cap and plug all open lines immediately to prevent contamination.
Wear eye protection, long sleeves, and cut-resistant gloves.
Never use hands to find leaks; use cardboard and a flashlight.

Do I need special certification to service forklifts or cranes in Romania?

Operators require ISCIR authorization to operate forklifts and certain cranes. Mechanics servicing lifting or pressure systems must follow company procedures that align with ISCIR rules, and specific testing or commissioning activities may require oversight by authorized personnel. Always check your employer's compliance framework and ensure your tasks are covered by appropriate authorization and documentation.

How often should lifting slings and chains be inspected?

Perform pre-use visual checks every time. Conduct formal inspections at defined intervals per manufacturer guidance and company policy (often quarterly for frequently used gear), and maintain written records. Remove from service any item with cuts, broken wires, deformation, heat damage, or illegible identification tags.

What PPE is mandatory on most Romanian construction sites for mechanics?

Typically: hard hat, high-visibility vest, safety glasses, gloves suitable for the task, and S3-rated safety boots. Hearing protection is required in high-noise areas, and fall protection is required when working at height without collective protection. Site-specific rules may add requirements; always follow the induction briefing.

How should I respond to a suspected hydraulic injection injury?

Treat it as an immediate medical emergency. Stop work, call 112, immobilize the affected limb, keep the patient warm and calm, and transport to a hospital urgently. Do not squeeze the wound. Provide details about the hydraulic fluid and pressure involved to medical staff.

What are typical salaries for construction equipment mechanics in Bucharest versus regional cities?

As a general guide, net monthly pay for experienced field service technicians often ranges around 1,000 - 1,500 EUR (5,000 - 7,500 RON) in regional cities like Cluj-Napoca, Timisoara, and Iasi, with Bucharest sometimes offering 10-15 percent higher compensation. Senior specialists can reach 1,500 - 2,200 EUR net (7,500 - 11,000 RON) or more, especially with overtime, on-call pay, and specialized skills.

Which employers in Romania are known for strong safety cultures in equipment maintenance?

Authorized dealers and large contractors typically lead the way. Examples include Bergerat Monnoyeur (Caterpillar), Marcom RMC 94 (Komatsu), Titan Machinery Romania (Case and New Holland), Liebherr Romania, and major contractors like Strabag, PORR Romania, and Bog'Art. Many quarries and materials producers such as Holcim Romania and Heidelberg Materials Romania also run robust SSM programs.