ATEX & Hazardous Area Container Systems


What is an ATEX Container System?


An ATEX container system is an ISO-based technical container engineered for installation and operation in potentially explosive atmospheres, in accordance with EU ATEX Directives and applicable European standards.

Such systems integrate structurally verified container modifications, certified Ex electrical equipment, ventilation and explosion risk mitigation measures into a single engineered solution designed for Zone 1 and Zone 2 hazardous environments.

Explosion Risk & Hazard Area Engineering


Containers deployed in hazardous areas must be engineered for controlled risk, not adapted after installation.

Operation in ATEX-classified zones requires structured analysis of explosive atmospheres, ignition source control and certified equipment integration. Structural design, electrical systems and ventilation must work as a single engineered system.

Our ATEX engineering framework addresses:

  • Zone 1 and Zone 2 design criteria
  • Equipment category alignment (2G / 3G)
  • Ignition source elimination and control
  • Explosion risk mitigation strategy
  • Certified Ex electrical and HVAC integration
  • Earthing, bonding and static discharge control
  • Ventilation and pressure management concepts

Each system is engineered to match the defined hazardous area classification and operational duty cycle.

Integrated Structural & Electrical Engineering


Unlike standard container suppliers, POLKONT combines structural verification, certified modification processes and ATEX-compliant electrical integration within one coordinated engineering framework.

This integrated approach reduces certification risk and ensures full technical consistency between structural and electrical systems.

Applicable Standards and Regulatory Framework


Depending on project scope, hazardous area classification and authority requirements, POLKONT ATEX container systems are engineered and delivered with consideration of applicable European directives and harmonised standards, which may include:

  • ATEX Directive 2014/34/EU – applicable to certified equipment and components integrated within container systems intended for use in potentially explosive atmospheres
  • ATEX Directive 1999/92/EC – relevant to hazardous area classification and operating conditions defining system requirements
  • EN 60079 series – applicable to certified Ex electrical equipment installed and integrated within container systems
  • CSC Convention – structural compliance of ISO containers following modification
  • Project-specific national regulations and authority requirements

Our engineering approach integrates container structural design, integration of certified Ex equipment, explosion risk control measures defined by the project, and documented compliance procedures aligned with project-specific hazardous area classification.

Industrial Chemical Storage ATEX Container

Engineering Process for ATEX Projects


Hazard Assessment & Project Definition

Certified Engineering & Controlled Modification

Documentation & Authority Support

Technical Consultation for ATEX Projects


Certified and engineered container systems designed for explosive atmospheres, fire-rated applications and controlled hazardous material storage.




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