Industrial Technical Container Systems
Modified ISO platforms engineered for structural load transfer and integration of industrial equipment across energy, manufacturing and infrastructure sectors.
Engineered ISO Platforms for Technical Integration
Standard ISO containers are designed for cargo transport.
For industrial use, they must be structurally adapted to support concentrated loads, mounted equipment and dynamic operational forces.
POLKONT converts ISO containers into engineered technical platforms by:
- Reinforcing load-bearing walls and corner frames
- Designing structural cut-outs with integrated framing
- Integrating base frames for heavy equipment
- Adapting floor systems for point loads
- Preparing structural interfaces for mechanical and electrical systems
This approach enables predictable integration within larger industrial and infrastructure projects.
Typical Technical Modifications for Industrial Projects
We regularly execute:
- Structural wall cut-outs with reinforced framing
- Roof and side panel reinforcement for mounted equipment
- Integrated base frames for machinery support
- Floor reinforcement for concentrated loads
- Structural extensions and frame adaptations
- Pre-installation preparation for technical systems
- Cable penetrations and routing systems
- HVAC and ventilation integration
- Insulation (thermal and fire-rated systems)
- Structural adaptation for external platforms
- Lifting lug redesign and load redistribution
All modifications are performed under engineering supervision.
Maintaining Load Integrity in Modified ISO Containers
Modified ISO containers used as technical platforms must preserve structural load paths and frame continuity after alteration.
Original ISO containers are designed for distributed cargo loads — not for:
- Permanent equipment integration
- Concentrated static loads
- Long-term dynamic vibration
- Structural penetration for system installation
Without proper structural redesign, modifications may:
- Disrupt load transfer paths
- Reduce stacking performance
- Introduce local stress concentrations
- Lead to long-term fatigue effects
This approach ensures safe operation across a wide range of industrial applications.
Structural Analysis & Load Verification
Each modified ISO platform undergoes structural assessment based on project-specific load cases.
Engineering scope may include:
- Structural load definition and modelling
- FEM-based analysis of modified elements
- Verification of concentrated equipment loads
- Assessment of lifting and transport conditions
- Reinforcement design for structural continuity
Where required, physical load tests are performed to validate structural performance under operational conditions.
All structural modifications are documented and integrated into project engineering workflows.
Applications Across Industrial Sectors
Engineered ISO platforms are deployed in industrial and infrastructure projects requiring controlled load transfer, equipment support and transport compliance.
Our custom container systems are used in:
- Power generation and grid infrastructure
- Gas and utility installations
- Industrial automation
- Water treatment facilities
- Oil & gas projects
- Heavy-duty industrial environments
Each platform is engineered to meet project-specific structural, environmental and regulatory requirements.
Have a Custom Technical Container Project?
Discuss your technical requirements with our engineering team.
We support projects requiring structural modification, equipment integration and compliance verification.
Selected Applications
Custom structural container systems engineered for specialized technical applications.
Ventilated Hydrogen Cylinder Storage Unit
Custom-engineered container adapted for safe storage of hydrogen cylinders, featuring removed internal flooring for ground-level installation, roll-up shutter access and integrated mechanical ventilation for controlled airflow and gas dispersion.
Insulated Workshop Container with Climate Control
High-cube ISO container thermally insulated and equipped with integrated electrical installation and temperature control system.
Designed for on-site technical operations requiring stable indoor working conditions.
Reinforced Technical Container for Energy Infrastructure
Extensively modified container engineered for demanding energy-sector applications. Scope included structural reinforcements, integrated service hatches, ventilation inlets and technical access panels. Designed to accommodate specialized equipment and operational safety requirements.