Ukraine's New Workplace Safety and Health Law (Draft No. 10147): Engineering and Legal Analysis of the Transition from Law No. 2694-XII to EU Directive 89/391/EEC and DSTU ISO 45001:2019

Government Draft Law No. 10147 "On the Safety and Health of Workers at Work", registered in the Verkhovna Rada of Ukraine on 13 October 2023, represents the most sweeping overhaul of Ukrainian industrial safety regulation in thirty-four years. The bill is designed to repeal the post-Soviet Law of Ukraine "On Labour Protection" No. 2694-XII of 14 October 1992 and move manufacturing, construction, agricultural, energy, and logistics enterprises onto the European model of occupational risk prevention. As of October 2026, the draft law has passed its first reading (Verkhovna Rada Resolution No. 3912-IX of 21 August 2024), completed its consolidated comparative table for the second reading on 29 May 2025, and returned to the active parliamentary session agenda under Resolution No. 4775-IX of 10 February 2026.

The extended committee work inside the Parliamentary Committee on Social Policy and Protection of Veterans' Rights reflects the sheer scale of the reform: Members of Parliament, employer federations, trade unions, and Ministry of Economy specialists processed nearly 700 amendments. That level of scrutiny stems from the fact that Ukraine's workplace safety law is a mandatory deliverable under Chapter 21 of the EU-Ukraine Association Agreement and Negotiating Chapter 19 ("Social Policy and Employment") of Ukraine's European Union accession process.

Why the Window Before the Second Reading Favors Industrial Employers

For a plant director, chief engineer, or head of occupational safety, the current legislative interval between the first and second readings offers a practical preparation window. The structural framework of the future statute is already locked into the first-reading text, and it mirrors the engineering logic of the international standard ISO 45001 (adopted in Ukraine as national standard DSTU ISO 45001:2019). Industrial companies that upgrade their occupational health and safety management system (known in Ukrainian regulatory practice as SUOP, or СУОП) from paper-based instruction copying to process risk engineering under ISO 45001 alongside Ekontrol (Еконтроль) consultants satisfy the future law's requirements ahead of schedule without rushing against a statutory transition deadline.

Transitional Provisions and the Replacement of Legacy NPAOP Rules

Draft Law No. 10147 does not create a regulatory vacuum on the day of publication. Its final and transitional provisions establish a phased implementation period after official promulgation so the Cabinet of Ministers, central executive bodies, and private enterprises can re-engineer secondary regulations. Hundreds of fragmented sector rules in the State Register of Normative Legal Acts on Labour Protection (НПАОП / NPAOP) will gradually give way to Minimum Safety and Health Requirements transposed from European individual directives covering workplaces, work equipment, personal protective equipment, display screen equipment, manual handling of loads, noise, vibration, carcinogens, biological agents, and temporary or mobile construction sites.

The current Law of Ukraine "On Labour Protection" No. 2694-XII was drafted in 1992 on the foundation of Soviet labour law. Its regulatory architecture rests on a prescriptive command-and-control model: the state acts as the sole author of detailed safety rulebooks for every trade and industry, the employer executes those written prescriptions verbatim, and the state inspector verifies the presence of stitched logbooks, appointment orders, certificates, and worker signatures. On a modern factory floor, that prescriptive model routinely fails. Industrial technology evolves far faster than ministries can rewrite sector NPAOP booklets: when a manufacturer installs a robotic laser-welding cell, an automated high-bay storage retrieval system, or a supercritical extraction line, legacy rules written in the 1980s and 1990s contain zero relevant engineering controls.

Draft Law No. 10147 replaces prescriptive rule-checking with goal-setting risk prevention by transposing Council Framework Directive 89/391/EEC on the introduction of measures to encourage improvements in the safety and health of workers at work. The methodology of Directive 89/391/EEC, supported by the European Agency for Safety and Health at Work (EU-OSHA) and the International Labour Organization (ILO) under Conventions No. 155 and No. 187, shifts the legal burden from passive rule compliance to proactive hazard identification and risk control.

Why "Safety and Health of Workers" Replaces "Labour Protection"

Changing the statutory title carries direct legal and engineering weight. The legacy term "labour protection" (охорона праці) historically centered on regulating an abstract production process and administering post-factum compensations for hazardous working conditions (extra annual leave, free milk allowances, elevated wage tariffs, and early retirement pensions). The European term "safety and health of workers at work" places the physical and mental integrity of the individual worker at the center of legal protection. It obliges the employer to eliminate hazards at their physical source rather than paying hazard bonuses while workers gradually develop occupational diseases.

Expanded Personal Scope and the Nine General Principles of Prevention

Ukraine's new workplace safety law widens the circle of protected individuals. Where Law No. 2694-XII focused primarily on standard employment contracts, Draft Law No. 10147 extends statutory safety duties to interns, vocational trainees on industrial placements, agency workers deployed through temporary staffing firms, and individuals performing work on the employer's premises or under the employer's operational control under civil-law contracts.

Article 6 of Framework Directive 89/391/EEC, transposed directly into Draft Law No. 10147, requires every employer to build their enterprise safety system around nine General Principles of Prevention:

1. Avoiding occupational risks wherever a hazardous operation can be engineered out of the production sequence.
2. Evaluating occupational risks that cannot be avoided through systematic workplace hazard assessments.
3. Combating occupational risks at source (enclosing rotating shafts, sealing chemical transfer lines, installing local exhaust hoods directly over emission points).
4. Adapting the work to the individual, particularly in the ergonomic design of workstations, the choice of work equipment, and the organization of production methods, with a view to alleviating monotonous work and work at a predetermined conveyor pace.
5. Adapting to technical progress when upgrading machinery, ventilation, and protective barriers.
6. Replacing the dangerous by the non-dangerous or the less dangerous (substituting flammable aromatic solvents with aqueous degreasers, or replacing manual handling of $50\text{ kg}$ bags with pneumatic vacuum lifters).
7. Developing a coherent overall prevention policy that integrates technology, organization of work, working conditions, social relationships, and the influence of factors related to the working environment.
8. Giving collective protective measures (interlocked machine guards, light curtains, acoustic enclosures, general and local ventilation) strict priority over individual protective measures (PPE).
9. Giving appropriate, equipment-specific instructions and practical training to workers.

At the engineering center of Draft Law No. 10147 sits the employer's statutory obligation to perform systematic occupational risk assessments. Under the old model, a safety officer could download a generic instruction for a maintenance fitter or MIG welder, collect signatures in a logbook, and treat compliance as complete. Under the new law, the starting point is a site-specific Hazard and Risk Register tied to actual machinery, raw materials, and shop-floor workflows. This requirement corresponds directly to Clause 6.1.2 of ISO 45001 (DSTU ISO 45001:2019), which requires organizations to identify hazards across routine production, non-routine maintenance (setups, clearing blockages, turnaround overhauls, sanitation), and emergency scenarios.

Quantitative Risk Scoring and Accredited Laboratory Measurements

In the engineering methodology that Ekontrol deploys when designing enterprise safety systems, occupational risk ($R$) is calculated as the product of the likelihood of a hazardous event or exposure ($L$) and the severity of potential injury or ill health ($S$) on a $5 \times 5$ matrix ($R = L \times S$, scoring from $1$ to $25$) or via the three-factor Fine-Kinney equation ($R = P \times E \times C$, multiplying probability $P$, exposure frequency $E$, and consequence severity $C$). Multidisciplinary shop-floor walkthroughs classify hazards across five engineering categories:

• Mechanical and physical hazards: unguarded rotating shafts, belt and chain drives, screw augers, hydraulic press rams, and shear blades; work at height above $1.3\text{ m}$ and falling objects; direct contact with live electrical parts and high-energy Arc Flash in $0.4\text{-}10\text{ kV}$ switchgear; occupational noise exceeding an 8-hour time-weighted average ($L_{\text{EX,8h}}$) of $80\text{ dBA}$; whole-body and hand-arm vibration; radiant heat from furnaces, ionizing radiation, and microclimate extremes.
• Chemical and aerosol hazards: toxic vapors of organic solvents, carbon monoxide ($\text{CO}$), nitrogen oxides ($\text{NO}_x$), welding fumes containing manganese and hexavalent chromium, acid and alkali mists in electroplating bays, respirable crystalline silica ($\text{SiO}_2$), and combustible grain, flour, coal, or wood dust atmospheres (ATEX zones).
• Biological hazards: pathogenic microorganisms in microbiological and food-testing laboratories, mold spores and mycotoxins in grain elevators, zoonotic pathogens in livestock and meat-packing facilities, and Legionella pneumophila in industrial cooling towers.
• Ergonomic and biomechanical hazards: manual lifting and carrying of loads above statutory mass thresholds, sustained trunk flexion exceeding $30^\circ$, high-frequency repetitive wrist motions on sorting conveyors, prolonged static postures, and visual fatigue at SCADA operator consoles.
• Psychosocial and wartime security hazards: circadian disruption from rotating 12-hour night shifts, isolated lone-worker assignments without Man-Down telemetry, acute stress during air-raid alerts, secondary blast-wave glass fragmentation hazards, and emergency shutdown procedures during sudden power grid blackouts.

To prevent chemical, dust, noise, and vibration assessments from degenerating into guesswork, instrumental workplace measurements must be performed by competent testing laboratories accredited by the National Accreditation Agency of Ukraine (NAAU) to ISO/IEC 17025 (DSTU EN ISO/IEC 17025). Calibrated test reports quantifying respirable dust concentrations, octave-band sound pressure levels, illumination, and microclimate parameters provide objective engineering evidence for both Derzhpratsi inspectors and ISO 45001 certification auditors.

Enforcing the Five-Tier Hierarchy of Controls (Clause 8.1.2 of ISO 45001)

Whenever initial risk ($R_0$) exceeds the organization's acceptable risk threshold, Draft Law No. 10147 and Clause 8.1.2 of DSTU ISO 45001:2019 require reducing it to an acceptable residual risk ($R_{\text{res}}$) by following a strict five-tier hierarchy of controls:

1. Elimination: physically removing the hazard from the technological process (for instance, routing grease lines and pressure gauges from an elevated catwalk down to floor level so mechanics no longer climb ladders).
2. Substitution: replacing hazardous substances or equipment with safer alternatives (switching from solvent-based paints to waterborne coatings, or replacing diesel forklifts inside enclosed warehouses with electric reach trucks).
3. Engineering controls and collective protection: physical barriers that function independently of worker vigilance, including interlocked safety gates, optoelectronic light curtains on stamping presses, Lockout/Tagout (LOTO) energy isolation padlocks and hasps during crusher or mixer maintenance, local exhaust ventilation (LEV) arms at welding stations, and fixed roof guardrails.
4. Administrative controls: regulating high-hazard operations through Permit-to-Work (наряд-допуск) workflows for confined-space entry, hot work, and work at height, rotating shifts to limit cumulative noise exposure, posting safety signage, and running targeted pre-job briefings.
5. Personal Protective Equipment (PPE / ЗІЗ): hard hats, hearing protectors, FFP3/ABE1 respirators, dielectric gloves, and full-body fall-arrest harnesses serve strictly as the final barrier when the first four engineering and organizational tiers cannot reduce residual risk to zero.

Under Ukraine's legacy regulatory habits, communication between management and shop-floor workers on occupational safety was largely a one-way monologue: an operator listened to an introductory or repeat briefing every 3 or 6 months under NPAOP 0.00-4.12-05 and signed a bound paper register. Draft Law No. 10147 transposes Articles 10 and 11 of Directive 89/391/EEC and mirrors Clause 5.4 of ISO 45001 by establishing mandatory two-way worker information, consultation, and active participation.

Two-Way Worker Consultation Under EU Rules and ISO 45001 Clause 5.4

Employers must consult workers or their elected safety representatives in advance on any management decision that affects workplace safety and health. Mandatory consultation topics include:

• conducting workplace hazard identification, scoring occupational risks, and selecting engineering and organizational risk controls;
• designating competent safety specialists and appointing personnel responsible for first aid, firefighting, and emergency evacuation;
• planning and commissioning new production lines, procuring industrial machinery, introducing new chemical reagents, or reconfiguring shop-floor layouts (Management of Change under Clause 8.1.3 of ISO 45001);
• selecting, field-testing on the production floor, and procuring Personal Protective Equipment, because an operator who is handed fog-prone safety goggles or rigid boots without consultation will remove them the moment the supervisor walks away;
• designing practical job-specific safety training programs and emergency response drills.

Statutory Stop-Work Authority in Situations of Serious and Imminent Danger

A dedicated provision of Draft Law No. 10147 codifies the worker's right to refuse assigned work or immediately leave a hazardous work zone in the event of serious, imminent, and unavoidable danger to life or health. While a general refusal right exists in Article 6 of Law No. 2694-XII, the draft law removes bureaucratic barriers to exercising it, matching Article 8(4) of Directive 89/391/EEC and Clause 5.4 of DSTU ISO 45001:2019.

An operator who halts a machine due to a defeated interlock, a gas leak, damaged cable insulation, or missing fall-arrest anchor points and immediately notifies their line supervisor is legally protected against disciplinary action, financial penalties, bonus forfeiture, or dismissal. The worker retains average earnings for the entire downtime period until the hazard is eliminated. Furthermore, if a worker cannot immediately reach their supervisor during an unfolding emergency, they are authorized to take appropriate technical steps within their competence and available equipment to contain the immediate danger.

Individualized Risk Assessment for Vulnerable Worker Categories

Instead of relying solely on archaic blanket trade bans, Draft Law No. 10147 mandates individualized risk assessment and workstation adaptation for vulnerable worker groups (Sensitive Risk Groups):

• Pregnant workers and workers who have recently given birth or are breastfeeding: individualized evaluation of chemical, biological, radiation, and physical hazards (whole-body vibration, manual load handling, night shifts) accompanied by mandatory adjustment of working conditions or transfer to a safe role.
• Young workers under 18 years of age: strict protection against high-hazard operations, toxic exposures, extreme thermal environments, and night work, paired with mandatory supervision by experienced engineering personnel.
• Workers with disabilities (including returning military veterans reintegrating into industrial roles): engineering adaptation of workstations, access routes, sanitary facilities, and visual/audible emergency alarm systems tailored to each worker's functional capabilities.

The reform substantially restructures how Ukrainian enterprises record and investigate workplace incidents and occupational diseases. Under the current Procedure for Investigation and Recording of Accidents, Occupational Diseases, and Accidents at Work (Cabinet of Ministers Resolution No. 337 of 17.04.2019), a formal investigation is triggered only after an injury causes at least one day of lost work capacity, necessitates transfer to lighter work, or results in death. Meanwhile, hundreds of precursor events on the shop floor (a snapped crane sling that misses personnel, a localized dust flash extinguished in seconds, a pallet collapsing into an empty aisle) go unrecorded because employers fear punitive inspections.

Mandatory Internal Tracking of Near-Miss Events and Minor Injuries

Draft Law No. 10147 separates external statutory accident reporting from the enterprise's internal preventive feedback loop. Employers are required to log and analyze lost-time injuries alongside minor injuries (micro-traumas requiring only on-site first aid) and dangerous occurrences that caused no personal injury, known across international safety engineering as Near-Miss events.

In both classical industrial safety pyramids and Clause 10.2 of ISO 45001, every fatal or severe lost-time injury is preceded by 300 to 600 Near-Miss events and unsafe conditions. When a manufacturing plant establishes a non-punitive reporting environment (Just Culture) and investigates Near-Misses using structured Root Cause Analysis methods (5 Whys, Fault Tree Analysis, Fishbone / Ishikawa diagrams) rather than blaming the operator, engineering teams fix latent equipment failures before anyone is hurt.

From Rigid Job-Title Medical Lists to Risk-Driven Health Surveillance

Employee medical examinations, currently governed by Article 17 of Law No. 2694-XII and Ministry of Health Order No. 246 of 21.05.2007, also shift toward a risk-based model. Draft Law No. 10147 replaces mechanical referrals based on legacy job titles with occupational health surveillance (медичний нагляд) driven directly by the workplace Risk Register.

Whenever a workstation risk assessment and accredited laboratory test reports confirm exposure to welding fumes, noise above action thresholds, fibrogenic dust, or hand-arm vibration, those verified exposure metrics dictate the exact scope of specialist medical screening and biological monitoring (audiometry, spirometry, chest imaging, blood toxicology). In parallel, the draft law links workplace safety performance with mandatory state social insurance against occupational accidents, laying the groundwork for differentiated insurance tariffs (bonus-malus incentives) that reward employers who invest in engineering controls and reduce workplace injury rates.

Overhauling substantive safety rules goes hand in hand with reforming how the State Labour Service of Ukraine (Derzhpratsi) conducts state supervision. Modeled on ILO Labour Inspection Convention No. 81 (for industry and commerce) and Convention No. 129 (for agriculture), Draft Law No. 10147 shifts regulatory inspections away from checking paper binders inside the safety engineer's office toward auditing live technological processes on the factory floor and construction site.

How Derzhpratsi Inspection Methodology Shifts From Paperwork to Processes

Instead of opening an inspection by asking for an order appointing an examination board or a 5-year list of reviewed instructions, a labour inspector operating under the European risk-based framework verifies four operational pillars:

1. Realism and completeness of the workplace risk assessment: the inspector takes the risk assessment card for a specific workstation (such as a CNC press brake operator, chemical reactor attendant, or overhead crane rigger) and walks directly into the shop. If the bay performs hot work, confined-space maintenance, or heavy lifting, yet the risk register only lists "slips and trips on level floors and eye strain," the inspector flags the risk assessment as fictitious.
2. Physical integrity of engineering controls: the inspector checks whether safety interlocks, photo-electric curtains, and emergency stop (E-Stop) circuits physically halt machinery, whether local exhaust ventilation captures fumes at the source, whether maintenance crews apply personal LOTO padlocks during repairs, and whether fall-arrest systems carry valid inspection tags.
3. Worker awareness and consultation evidence: inspectors interview operators at their machines to verify whether they understand the specific hazards of their task, know emergency shutdown and air-raid evacuation procedures, and participated in selecting their risk controls and PPE.
4. Multi-employer and contractor safety coordination: whenever two or more employers (a general contractor, mechanical installers, electrical subcontractors, or industrial cleaning crews) operate simultaneously on the same site, Draft Law No. 10147 obliges them to formally coordinate risk prevention, exchange hazard data, and enforce strict access controls for high-hazard zones (matching Clause 8.1.4 of ISO 45001).

Inspector Enforcement Powers and Direct Executive Accountability

The draft law strengthens preventive and administrative enforcement tools when inspectors encounter immediate threats to human life. Where an inspector identifies an imminent danger (such as operating a crane with defective limit switches, working inside an unventilated trench or grain silo without gas testing and a Permit-to-Work, or working at height without fall protection), they hold authority to order an immediate stoppage of the specific piece of equipment or hazardous operation until the defect is rectified.

Alongside administrative orders and financial sanctions, Draft Law No. 10147 reinforces the European legal principle of non-delegable employer accountability (Article 5 of Directive 89/391/EEC). Appointing an internal safety specialist or contracting external safety consultants does not absolve the company's chief executive of legal responsibility for funding engineering controls, maintaining safe equipment, and enforcing safe work systems.

The costliest mistake an industrial enterprise can make while Draft Law No. 10147 awaits its second reading is passive delay: assuming you can rewrite your safety system in a few weeks after Parliament votes. In engineering reality, transitioning a 100-to-500-person manufacturing plant or construction company from static logbooks to a working risk-based management system takes 3 to 6 months. You cannot walk every production bay, compile a verified hazard register, train line supervisors in risk scoring, and embed Lockout/Tagout habits across maintenance crews overnight.

Why DSTU ISO 45001:2019 Is a Ready Engineering Blueprint for Law No. 10147

International standard ISO 45001 (DSTU ISO 45001:2019) and EU Framework Directive 89/391/EEC share the exact same preventive architecture. Every core mandate inside Draft Law No. 10147 is already operationalized into auditable management procedures across Clauses 4 through 10 of ISO 45001:

• the statutory duty to establish and maintain an occupational risk prevention system maps directly to Context of the Organization (Clause 4) and Leadership and Commitment (Clauses 5.1-5.3);
• mandatory worker consultation, participation, and Stop-Work Authority are governed by Clause 5.4;
• continuous hazard identification, risk assessment, and legal compliance tracking run through Clauses 6.1.2 and 6.1.3;
• the nine general principles of prevention, Management of Change, procurement, contractor coordination, and emergency preparedness operate under Clause 8 (Clauses 8.1.2, 8.1.3, 8.1.4, and 8.2);
• workplace hygiene monitoring, health surveillance, incident investigation, and Near-Miss root-cause analysis are structured under Clauses 9 and 10.

Consequently, a Ukrainian enterprise that implements an occupational health and safety management system under DSTU ISO 45001:2019 today achieves dual compliance: it satisfies every active requirement of Law No. 2694-XII (embedding mandatory NPAOP briefing registers, Resolution No. 1107 permits, and Resolution No. 442 workplace attestations inside ISO operational controls) while meeting over 90% of Draft Law No. 10147 before the statute even takes effect.

Building an Integrated Management System (IMS): ISO 45001 + ISO 9001 + ISO 14001

For industrial manufacturers, exporters, and contractors bidding on Prozorro public tenders or international reconstruction projects in Ukraine, combining occupational safety (ISO 45001) with quality management (ISO 9001) and environmental management (ISO 14001) delivers major operational efficiency. Because all three standards share the harmonized Annex SL High-Level Structure (Clauses 1 through 10), they merge into a single QHSE (Quality, Health, Safety, Environment) system.

Operating an integrated QHSE system cuts administrative documentation by 35% to 40%. Instead of maintaining three disconnected compliance silos, the enterprise runs one unified document control procedure (Clause 7.5), one Management of Change workflow when commissioning new machinery (Clause 8.1.3), one contractor pre-qualification gate (Clause 8.1.4), one combined internal audit schedule (Clause 9.2), one executive Management Review (Clause 9.3), and one centralized CAPA corrective action tracker (Clause 10.2). Furthermore, if your enterprise operates an in-house testing or industrial hygiene laboratory, accrediting it to ISO/IEC 17025 provides verified internal measurement data for both environmental emissions and workplace exposure monitoring.

Re-engineering a legacy occupational safety system from the post-Soviet model of Law No. 2694-XII to the risk-based architecture of EU Directive 89/391/EEC and DSTU ISO 45001:2019 is virtually impossible for a single in-house safety officer to execute alone. Daily administrative duties (running introductory briefings, tracking PPE cards, scheduling medical exams, filing regulatory declarations) consume the entire working week, leaving no capacity to map hundreds of technological operations, write equipment-specific LOTO cards, or coach shop supervisors. That is why manufacturing plants, construction general contractors, grain terminals, agricultural holdings, and energy operators partner with the engineering consultants at Ekontrol (Еконтроль).

We do not sell generic template binders. Our engineering team builds working occupational safety systems across four structured service stages:

1. Diagnostic Workplace Safety Audit (Gap Analysis): Ekontrol specialists inspect your production bays, warehouses, boiler houses, electrical substations, and maintenance shops, auditing your real operations against Law No. 2694-XII, CMU Resolutions No. 1107, No. 442, and No. 337, Draft Law No. 10147, and Clauses 4 through 10 of DSTU ISO 45001:2019. Management receives an engineering report ranking every gap by severity (injury hazards, Derzhpratsi work-stoppage triggers, and certification blockers) alongside a clear project schedule.
2. SUOP and ISO 45001 Design and Implementation: working alongside your Chief Engineer, process technologists, shop heads, and machine operators, we conduct on-site hazard identification and compile a quantitative Risk Register for every production area. We draft a customized Enterprise OH&S Manual (Положення про СУОП) matched to your organizational chart, line-management responsibility orders, Permit-to-Work regulations, LOTO energy isolation standards, contractor safety procedures, worker consultation protocols, and Near-Miss reporting workflows, and train your personnel to apply them on the shop floor.
3. ISO 45001 Certification Audit and Inspection Support: we conduct a pre-certification internal audit and facilitate your executive Management Review, help select a reputable certification body accredited by NAAU or European EA/IAF signatory bodies, support your team through Stage 1 and Stage 2 on-site audits, and resolve technical auditor findings until your DSTU ISO 45001:2019 (ISO 45001:2018) certificate is issued.
4. Annual Maintenance and Surveillance Support: following certification, we keep your management system updated as Draft Law No. 10147 advances through its second reading and new Minimum Safety Requirements take effect, conduct periodic internal audits, update risk registers when new machinery is commissioned, and prepare your team for annual surveillance audits.

To discuss your facility's risk profile, calculate the timeline and budget for SUOP modernization, or schedule an independent readiness audit for Derzhpratsi inspections and ISO 45001 certification, reach out to our team via the Ekontrol contact page.