Introduction

Effective asset management is the basis for uninterrupted operation of a modern industrial enterprise. In the context of integration of Ukrainian industry into the European economic space, domestic plants face the necessity of transitioning from reactive maintenance to systematic management. Standard DSTU ISO 55000:2019 (identical to ISO 55000:2014) defines a general overview of the asset management system, its principles and terminology. For chief engineers and enterprise managers, compliance with this standard is critically important for optimizing maintenance costs, reducing risk of accidents and ensuring compliance with European safety standards.

According to our 20 years of experience working in workshops of UNITEC-D GmbH in Augsburg, companies that implement structured asset management reduce the cost of spare parts purchases by 15–25% within the first three years and reduce equipment downtime by one third.

Area of application

The standard covers all types of assets of the enterprise — from heavy technological equipment to infrastructure and spare parts in stock. The field of application extends to key industries of the Ukrainian industry:

• Mining and beneficiation complexes and metallurgy (crushers, conveyors, blast furnaces).
• Cement industry (rotary kilns, mills, main drive reducers).
• Food and pharmaceutical industry (pumping stations, packaging lines, filling lines).
• Energy and water supply (turbines, control valves, high-voltage motors).

The requirements of the standard apply to the entire life cycle of the equipment: from design and procurement to installation, operation, scheduled maintenance (TO) and final disposal.

Key requirements of standard ISO 55000

The asset management system is based on four main pillars: value, alignment, leadership and warranty assurance. Below is a summary table of the main responsibilities and implementation stages.

Impact on Maintenance, Repair and Operations (MRO) activities

Implementation of ISO 55000 fundamentally changes the approach to MRO. Run-to-failure maintenance is replaced by condition-based maintenance strategy. This requires:

• Changes in the purchasing process: transition from buying the cheapest parts to purchasing components with proven failure rate (MTBF).
• Technical documentation update: each unit of equipment must have a complete passport specifying permissible clearances, bolt tightening torques, tolerances and material certificates.
• Digitalization of inventory control: category A spare parts (critical components with long manufacturing lead times) should be stored under controlled conditions taking into account the service life of rubber products (gaskets, belts).

Requirements for components and spare parts

To ensure compliance with ISO standards and the requirements of industrial safety in Ukraine, spare parts and components must comply with strict technical regulations. Specifically:

Усі компоненти, що працюють під тиском, гідравлічні насоси, циліндри та запобіжні клапани повинні мати маркування CE та відповідати вимогам Технічного регламенту обладнання, що працює під тиском (на базі Директиви 2014/68/EU).

Electric motors and drives must comply with energy efficiency standards not lower than IE3 (according to IEC 60034-30), and explosion-proof equipment must have ATEX or IECEx certificates for operation in explosive hazardous environments of grain elevators or mines.

Compliance checklist for engineers and managers

This practical checklist is intended for occupational safety engineers and workshop supervisors to conduct an internal audit of readiness for certification according to ISO 55000:

1. Has the company's Asset Management Policy been approved by the management?
2. Has an up-to-date register of all physical assets been created with indication of their criticality?
3. Has FMEA analysis of failure modes and their consequences been conducted for the top 20% most critical equipment?
4. Are clear KPI indicators set for the MRO service (OEE, MTBF, MTTR)?
5. Is there a risk management procedure on the site related to equipment failure?
6. Is electronic record-keeping of repair and maintenance histories for each piece of equipment carried out?
7. Do technical maintenance personnel undergo regular training and certification?
8. Do the purchased spare parts meet the requirements of the technical regulations of Ukraine and the standards ISO/EN?
9. Are quality certificates and manufacturer's passports available for critical components (bearings, gearboxes, shafts)?
10. Is proper storage of spare parts on the warehouse organized (control of humidity, protection against corrosion)?
11. Are condition monitoring systems implemented (vibration monitoring, oil spectral analysis)?
12. Is root cause analysis (RCA) conducted after each equipment stoppage?
13. Is the technical documentation and electrical/hydraulic schematics updated after modernization?
14. Are regular internal audits of the asset management system conducted (at least once a year)?
15. Are funds allocated in the company's budgets for planned replacement of worn-out components before their failure?

Common Defects and Non-conformities

During audits of asset management and technical condition management systems, auditors most often identify the following issues:

• Absence of traceability for critical spare parts: it is impossible to determine the actual manufacturer of the bearing or hydraulic pump, indicating the presence of a counterfeit.
• Violation of storage conditions for rubber products (RTI), seals and high pressure hoses (HPH), leading to their premature aging and leakage of working fluids.
• Use of inappropriate lubricating materials that do not meet the manufacturer's approval for the reducer or bearing (for example, replacing synthetic oils with mineral oils due to reduced costs).
• Absence of periodic verification of measuring instruments, pressure gauges on pressure vessels and temperature sensors.

Penalties, liability and risks

Non-compliance with industrial safety standards and the absence of proper technical control entails serious legal and financial liability in accordance with Ukrainian legislation:

Administrative and criminal liability of enterprise managers and chief engineers arises in the case of accidents on production causing damage to workers' health (Article 271 of the Criminal Code of Ukraine — violation of the requirements of the legislation on occupational safety). Fines for violations of the technical regulations for the operation of hazardous equipment may reach significant amounts and may include suspension of production capacity for up to 90 days.

In addition, insurance companies have the legal right to refuse payment of the insurance compensation in the event of an accident, if it is proven that the equipment was operated in violation of the technical maintenance regulations or with the use of uncertified spare parts.

Conclusion

Implementation of standard DSTU ISO 55000 transforms enterprise management from chaotic consequence handling into a controlled, predictable process. Use of certified components and compliance with maintenance schedules minimize legal risks and protect investments in equipment. Company UNITEC-D GmbH supplies industrial components that fully comply with European quality standards and have complete certification documentation for Ukrainian enterprises. For selection of reliable spare parts, familiarize yourself with our nomenclature through UNITEC-D E-Catalog.

Reference Materials and Standards

• DSTU ISO 55000:2019 Asset Management. Systems. Overview, Principles and Terminology.
• DSTU ISO 55001:2019 Asset Management. Systems. Requirements.
• Technical Regulation on Machine Safety (Decree of the Cabinet of Ministers of Ukraine No. 62).
• Technical Regulation for Equipment under Pressure (Decree of the Cabinet of Ministers of Ukraine No. 27).
• Directive 2006/42/EC on the safety of machinery and mechanisms.
• IEC 60034-30: Standards for the energy efficiency of electric motors.

Introduction

The efficiency of a modern industrial enterprise depends on the reliability of its physical assets. The operating conditions of Ukrainian industry require maximum optimization of repair and maintenance costs. Standard ISO 55000:2014 establishes an asset management system that allows transforming maintenance (ТО) from a cost center into a strategic profit tool. Implementation of this system reduces equipment emergency downtime by 25-40% and optimizes warehouse inventories of spare parts.

For Ukrainian manufacturing enterprises, the transition to the series ISO 55000 standards is the key to integration into the European market. The standard regulates the entire equipment lifecycle: from design and procurement to disposal. Uninterrupted operation of units in critical productions is based on strict compliance with risk management and equipment condition regulations according to ISO 55001 and ISO 55002..

Scope of application and field of action

The requirements of standard ISO 55000 apply to all types of physical assets of industrial enterprises. This concerns heavy engineering, mining and processing plants, cement factories, food and pharmaceutical industry enterprises, as well as energy facilities in Ukraine.

Equipment subject to mandatory management within the system:

• Pump‑compressor equipment and hydraulic systems with pressure over 10 bar.
• Electric motors and transformers with power from 55 kW.
• Reducer drives and continuous action conveyor lines.
• Valve equipment, safety valves and environmental control systems.
• Automation and control systems for technological processes (PLC/DCS).

The scope of the standard covers the head engineer's department, the mechanical and energy services, the purchasing department, and the occupational safety department. Each of these departments is responsible for ensuring that reliability indicators meet the established metrics.

Key requirements of standard ISO 55000

The system is based on four main principles: value, alignment, leadership, and warranty assurance. Below is a summary table of the main requirements of the standard and the stages of their implementation on Ukrainian enterprises.

Impact on MRO Operations (Maintenance, Repair and Overhaul)

Implementation of ISO 55000 fundamentally changes the approach to organizing MRO. Reactive maintenance ("it broke — we fixed it") is completely replaced by a strategy of preventive and predictive maintenance (Condition-Based Maintenance). This reduces overall maintenance costs by 15-30%.

Main changes in processes:

• Inventory Management: Transition from chaotic accumulation of parts to minimization of inventory based on equipment criticality. All components must be certified (CE, UkrSEPRO).
• Document flow: Full digitization of equipment history in CMMS/EAM systems. Every intervention in the mechanism is recorded with indication of materials used and allowed tolerances.
• Personnel Qualification: Personnel undergo regular assessment for compliance with industrial safety requirements in accordance with current norms of NPAOP and standards DSTU EN.

Requirements for components and spare parts

To maintain the integrity of the asset management system, spare parts and components installed during repairs must comply with strict technical standards. The use of counterfeit or uncertified parts disrupts the reliability chain and may lead to the shutdown of the entire facility.

Key requirements for components:

• Rolling bearings must comply with standards ISO 492 (accuracy classes) and have appropriate origin certificates to prevent premature failure.
• Sealing materials and hydraulic components must withstand operating pressures according to ISO 4413 and production temperature ranges (from -40°C to +250°C for special applications).
• Electrical components and drives must have CE marking and comply with standards IEC 60034 regarding energy efficiency (classes IE3 or IE4).

UNITEC-D GmbH supplies to the Ukrainian market certified industrial components which fully comply with European quality standards and requirements ISO 55000 regarding supply chain reliability. You can familiarize yourself with the assortment through UNITEC-D E-Catalog.

Compliance checklist for reliability and safety engineers

This practical checklist is intended for internal audit of the maintenance and repair organization system at the enterprise:

1. Has the company's Asset Management Policy been approved by the management?
2. Has an up-to-date register of all physical assets been created with indication of their criticality?
3. Are the MTBF (mean time between failures) figures calculated for critical equipment?
4. Is the MTTR (mean time to repair) calculated?
5. Is the overall equipment effectiveness (OEE) being tracked?
6. Has preventive maintenance system (PMS) been implemented instead of corrective?
7. Do measuring instruments undergo regular calibration in accordance with metrology requirements?
8. Do all purchased spare parts have conformity certificates (CE, UkrSEPRO)?
9. Is root cause analysis (RCA) conducted after each emergency stop?
10. Are the technological cards up to date for all types of maintenance work?
11. Does the qualification of maintenance personnel correspond to complex service objects?
12. Has a minimum non-reducible stock of critical parts been created on the warehouse?
13. Are the storage rooms protected from moisture and temperature fluctuations for the preservation of rubber products?
14. Is vibration diagnostics and thermographic inspection of dynamic equipment carried out on a regular basis?
15. Do subcontracted organizations undergo safety standard compliance checks before being allowed to work?
16. Is a regular internal audit of the asset management system conducted no less frequently than once a year?

Common Defects and Non-conformities

During the conduct of independent audits of asset management and maintenance systems on Ukrainian enterprises, auditors most often encounter the following problems:

• Lack of current risk register: Equipment is operated until complete failure without prior assessment of the consequences of stopping the production line.
• Use of uncertified equivalents: Purchase of cheap spare parts without checking materials and tolerances, leading to damage of adjacent units.
• Lubrication schedule non-compliance: Use of lubricants with incorrect viscosity or mixing of incompatible lubricants.
• Skip of planned diagnostic terms: Delay of vibration monitoring or condition inspection due to production load.

Penalties, liability and risks

Non-compliance with safety norms and operation standards of industrial equipment in Ukraine entails serious legal and material liability:

• Administrative fines: Violations of the requirements of the labor protection and industrial safety legislation result in fines for officials according to the Code of Ukraine on administrative offenses.
• Plant stoppage: State supervisory bodies (State Labor Inspection) have the right to stop the operation of hazardous production facilities (boilers, lifting mechanisms, pressure vessels) in case of the detection of critical defects.
• Insurance Claim Rejection: Insurance companies reject payments in the case of accidents if it can be proven that the equipment was operated in violation of maintenance schedules or with the use of non-certified spare parts.
• Financial losses from downtime: The cost of an emergency stop in continuous production (metallurgy, chemistry) can reach tens of thousands of euros per hour.

Conclusion

Implementation of standard ISO 55000 in the practice of Ukrainian enterprises is a necessary step for increasing operational reliability and competitiveness. A systematic approach to asset management allows reducing the risks of failures, optimizing maintenance budgets, and ensuring compliance with European safety standards. The use of high-quality components is the foundation of this system. Order reliable, certified components through UNITEC-D E-Catalog to ensure uninterrupted operation of your production.

Normative References

• ISO 55000:2014. Asset management — Overview, principles and terminology.
• ISO 55001:2014. Asset management — Management systems — Requirements.
• ISO 55002:2018. Asset management — Management systems — Guidelines for the application of ISO 55001.
• DSTU ISO 55001:2019 Systems management. Asset management. Requirements.
• DSSTU EN 13306:2018 Maintenance. Terms and Definitions.
• IEC 60034. Rotating electrical machines — Part 30-1: Efficiency classes of line-operated AC motors (IE code).