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Special projects cover works that require a project-specific approach because standard building and implementation solutions are not sufficient due to site conditions, intended use, technical requirements, or architectural expectations.
Each project is evaluated by considering the existing conditions, usage scenario, structural system, material selection, production method, installation conditions, and long-term operational requirements together.
The process is managed comprehensively through needs analysis, site survey, concept development, technical design, custom fabrication, on-site implementation, inspection, and handover stages.
A special project is a customized solution developed when a requirement cannot be met through ready-made or standard systems and therefore requires dedicated design, engineering, fabrication, and implementation processes.
Depending on the scope of the project, the following works may be carried out:
Where standard systems are not suitable, project-specific solutions can be developed according to the building, equipment, usage requirements, and site conditions.
Columns, machinery, level differences, narrow passages, and existing structural systems can be taken into account to shape the application according to the site.
Architectural design, steel fabrication, mechanical, electrical, and on-site works can be coordinated within a single project.
Unused or inefficient areas within an existing building can be converted into usable spaces through platforms, mezzanines, technical rooms, or other custom solutions.
Especially in industrial facilities, solutions can be developed according to production lines, equipment layouts, maintenance access, and site traffic.
New applications can be connected to reinforced concrete, steel, prefabricated, or existing technical systems through project-specific connection details.
Structural steel systems outside standard geometries can be designed and fabricated according to load and usage requirements.
Custom structural frames and platforms can be developed for machinery, tanks, conveyors, technical equipment, and production systems.
Platforms and access routes can be designed according to site conditions for maintenance, servicing, operator access, and technical use.
Project-specific staircase solutions can be developed for different elevations, confined spaces, or special operational conditions.
Where existing building height is suitable, steel mezzanine and platform systems can be used to create additional usable space.
Special façade, partition, or enclosure solutions can be developed according to the intended use, environmental conditions, and architectural approach.
Demountable, relocatable, or expandable modular structural systems can be developed according to project requirements.
Project-specific modifications and strengthening works can be carried out in existing buildings where the function has changed or capacity needs to be increased.
Each project is handled individually according to the nature of the requirement, existing site conditions, technical needs, and constructability criteria.
The problem to be solved, intended use, technical expectations, and main project objectives are identified.
Site dimensions, existing structures, equipment layouts, elevations, connection points, and working conditions are examined.
The structural system, loads, space limitations, installation possibilities, and integration options with the existing building are evaluated.
Different design and implementation alternatives suitable for the requirement are developed.
The selected solution is developed through dimensions, profile and material selection, connections, details, and fabrication drawings.
Components to be manufactured, production sequence, materials, and required special processes are determined.
Steel, sheet metal, profiles, and other project components are cut, processed, and assembled according to technical drawings.
Depending on project requirements, painting, galvanizing, cladding, insulation, or other finishing processes are applied.
Fabricated components are delivered to the site and installed in accordance with the existing building or the new structural system.
Dimensions, connections, stability, usage conditions, and overall workmanship quality are inspected before the system is handed over ready for use.
In industrial facilities, standard solutions may often be insufficient because of existing production layouts, machinery arrangements, or technical requirements.
In such projects, production processes and site operations are evaluated in detail.
The following applications can be developed:
In production facilities, areas around machinery and equipment are often not compatible with standard building dimensions.
When developing solutions for these areas, the following are evaluated together:
Platforms can be designed specifically for access to technical equipment, maintenance operations, operator use, or the creation of additional working areas.
The system may include:
These components can be designed as an integrated system.
Where standard profiles and systems alone are not sufficient, custom steel components and connections can be fabricated.
These may include:
In special projects, it is important that the new application integrates correctly with the existing structure.
Before implementation, the following elements are examined:
The appropriate connection method is then determined.
Modular solutions can be preferred for projects where the facility layout may change in the future or the system may need to be relocated.
Using bolted connections, the following systems can be designed to be demountable and, where technically suitable, reusable:
When an existing system no longer meets new operational requirements, technically suitable elements may be retained and the system can be modified instead of being completely replaced.
Following technical assessment, the following works may be carried out:
Different materials and surface solutions can be evaluated according to the intended use and site conditions.
IPE, HEA, HEB, hollow sections, tubular profiles, and various other steel sections can be used in structural systems.
These can be used for base plates, brackets, connection components, and special-geometry elements.
These may be selected for platforms and walkways according to use and site conditions.
Galvanizing may be considered for surface protection in outdoor or corrosive environments.
Different industrial paint and protective coating systems suitable for indoor and outdoor conditions can be applied.
Depending on project requirements, steel can be used together with glass, timber, composite materials, panels, or other building materials.
In active production facilities, implementation can be planned to minimize disruption to production and site traffic.
The following factors may be considered when creating a phased work plan:
To accurately evaluate a special project, it is important to define the requirement and site conditions as clearly as possible.
The following information may be shared for the initial assessment:
A special project may be required when standard products or applications do not meet site dimensions, intended use, or technical requirements.
Yes. Site-specific solutions can be developed after evaluating the existing structure, equipment, and production layout.
Yes. Depending on the scope, a single platform, staircase, support frame, or other custom component can be designed and fabricated.
Yes. A custom platform can be designed by considering machine dimensions, maintenance points, operating space, and structural loads.
Yes. Technically suitable elements can be retained while modifications are made for expansion, strengthening, or changes in use.
Yes. Modular and bolted solutions can be developed for systems that may need to be dismantled, relocated, or expanded in the future.
Yes. Depending on the project scope, site survey, technical design, fabrication, and installation can be managed as an integrated process.
Yes. Steel can be combined with different structural and finishing materials according to technical and architectural requirements.
Where site conditions allow, a phased installation plan can be developed to minimize disruption to production.
Depending on the project scope, design, technical planning, fabrication, procurement, on-site implementation, and final inspection can be managed together.
Special projects are developed for architectural, structural, and industrial requirements that cannot be met by standard solutions.
From machinery and equipment platforms to custom steel structures, mezzanines, site modifications, modular buildings, and existing facility adaptations, a comprehensive process can be managed from site survey and technical design through to custom fabrication, installation, and final inspection.
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