PEB, Industrial Steel Buildings & Construction Knowledge Hub

A Pre-Engineered Building (PEB) is a steel building system engineered and fabricated according to project requirements. Major structural components are prepared based on approved engineering and then transported for site assembly and erection. PEB systems are commonly used for industrial buildings, warehouses, factories, workshops, commercial facilities and other applications where steel construction is suitable.

PEBs can be used for a wide range of applications, including:

• Industrial sheds
• Warehouses
• Factory buildings
• Workshops
• Cold storage facilities
• Commercial buildings
• Aircraft hangars
• Storage and logistics facilities
• Mezzanine-supported industrial spaces
• Other project-specific steel structures

The appropriate structural system depends on the building purpose, site conditions, architectural requirements and engineering assessment.

A PEB is typically designed as an integrated engineered system, with structural components planned and fabricated according to the specific project requirements. A conventional steel building may involve individually designed and fabricated structural members assembled through a more traditional construction approach. The best solution depends on factors such as building requirements, design, site conditions, project schedule, budget and future expansion needs.

Depending on the project, a PEB may include:

• Primary structural framing
• Secondary structural members
• Roofing systems
• Wall cladding
• Bracing systems
• Gutter and downspout systems
• Doors and windows
• Canopies
• Louvers
• Turbo ventilators
• Skylights
• Mezzanine floors
• Other project-specific accessories

The exact components are determined through engineering and project requirements.

Yes. PEB systems are commonly considered for warehouse applications because they can be planned around storage requirements, access arrangements, loading/unloading areas, internal circulation and future expansion requirements.

Yes. PEB structures can be designed for factory and manufacturing applications based on the operational requirements of the facility. Important considerations may include production layout, equipment requirements, material movement, access, ventilation, roofing, cladding and future expansion.

Yes. PEB solutions can be developed according to project-specific requirements. Customization may involve:

• Building layout
• Structural configuration
• Roofing
• Wall cladding
• Openings
• Doors and windows
• Mezzanine floors
• Canopies
• Ventilation accessories
• Internal arrangements
• Project-specific architectural and engineering requirements

An industrial shed is a structural building used for applications such as manufacturing, storage, warehousing, workshops, processing and other industrial activities. Steel industrial sheds can be developed using structural steel or PEB systems depending on project requirements.

1. Purpose of the building
2. Site conditions
3. Available land area
4. Required building dimensions
5. Internal layout
6. Storage or production requirements
7. Access and circulation
8. Roofing and cladding requirements
9. Drainage and rainwater management
10. Future expansion
11. Equipment and machinery requirements
12. Applicable engineering and regulatory requirements

A project-specific assessment should be carried out before finalizing the building design.

Structural steel fabrication is the process of preparing steel components according to engineering drawings and project requirements. The process can include activities such as:

• Material preparation
• Cutting
• Drilling
• Welding
• Assembly
• Inspection
• Surface preparation
• Finishing
• Dispatch for site installation

Quality control helps ensure that fabricated components correspond with approved drawings, project requirements and applicable specifications. Depending on the project, quality checks may cover dimensions, fabrication accuracy, welding-related requirements, assembly, surface preparation and documentation.

Metal roofing sheets are used as roof covering systems for industrial, commercial, warehouse, factory and other suitable buildings. Their selection depends on factors such as building use, architectural requirements, environmental conditions, drainage, structural requirements and project specifications.

Wall cladding is an external wall covering system installed over a building's structural framework. It can provide weather protection and contribute to the appearance and functional performance of the building envelope. The appropriate cladding system depends on project requirements.

PUF panels are insulated sandwich panels containing a polyurethane foam core between facing layers. They are commonly considered for applications where insulated wall or roof systems are required. Panel specifications and suitability should be evaluated according to the project's thermal, environmental, structural and operational requirements.

A mezzanine floor is an intermediate floor constructed within a building to create additional usable space. In industrial and commercial buildings, mezzanine floors can be used for:

• Offices
• Storage
• Work areas
• Service areas
• Additional operational space

The design must be based on project-specific structural requirements and intended usage.

Solar mounting structures are structural systems used to support solar modules in their required installation position. They can be designed for applications such as:

• Industrial rooftops
• Warehouse rooftops
• Commercial buildings
• PEB buildings
• Ground-mounted solar installations
• Elevated solar applications

Design depends on the site, supporting structure, solar module arrangement and applicable engineering requirements.

Yes, solar mounting systems can be considered for suitable PEB rooftops. However, the existing building structure, roof system, loads, connection details, installation method and project-specific engineering requirements should be assessed before installation.

EPC stands for Engineering, Procurement and Construction. An EPC approach generally coordinates engineering/design, procurement and construction activities within an integrated project execution framework.

A turnkey project is an integrated project delivery approach in which multiple project activities are coordinated with the objective of providing a completed facility or defined project scope ready for the client's intended use, subject to the agreed scope and contract conditions.

Rohan Pre Engineered Building Systems' EPC / Turnkey Solutions are structured around:

• Design & Engineering
• Procurement & Manufacturing
• Civil & Site Execution
• Project Management & Logistics
• Post-Handover Support

The exact scope is determined according to the project requirements and agreed commercial/technical scope.

Yes. Rohan Pre Engineered Building Systems focuses on project-specific solutions for PEB, prefabricated structures, industrial sheds, structural fabrication and related building requirements.

Existing buildings may be evaluated for modification, expansion or additional structural requirements depending on the existing structure, site conditions, engineering feasibility and project objectives. An assessment should be carried out before deciding on the appropriate solution.

A project can begin by defining:

• Building purpose
• Site location
• Approximate land/building area
• Required building use
• Storage or production requirements
• Architectural requirements
• Equipment or machinery requirements
• Future expansion needs
• Project timeline
• Budget expectations

The information can then be evaluated to determine the appropriate engineering and construction approach.