🔤 A — Assessment of Client Needs

The PEB process begins with a detailed requirement assessment:

• What industry sector? Textile, FMCG, Pharma, Auto, Cold Storage?

• Required size (length, width, height)

• Crane load requirements

• Maximum storage or production output

• Ventilation & insulation needs

• Future expansion requirements

This assessment helps engineers propose a structure that matches operational needs and supports maximum productivity.

🔤 B — Budget Planning & Bill of Quantities (BOQ)

A BOQ includes:

• Steel weight estimation

• Fabrication cost

• Installation cost

• Foundation & civil works

• Accessories (ventilators, skylights, insulation, gutter system)

PEB systems are 30–40% more cost-efficient than conventional RCC construction — making them ideal for new factories in 2025.

🔤 C — Conceptual Design

At this stage, ACCO Engineering prepares:

• 2D/3D conceptual drawings

• Structural framing layout

• Column grid design

• Clearance height optimization

• Bay spacing

• Load calculations

• Architectural elevations

Concept design ensures your shed is both functionally efficient and aesthetically modern.

🔤 D — Detailed Engineering

This includes:

• Structural analysis using advanced software

• Wind loads, dead loads, live loads

• Frame optimization

• Weld size design

• Steel section selection

• Foundation load calculation

This is where PEB engineering ensures the structure is strong, durable, and compliant with international standards.

🔤 E — Estimation & Steel Weight Calculation

Steel weight directly impacts cost.
Accurate weight calculation = transparent pricing.

ACCO Engineering provides:

• Weight breakdown per component

• Material specification list

• Material grade (Galvanized / ASTM / A36 / A572)

🔤 F — Fabrication

Fabrication is the heart of PEB manufacturing.

It includes:

• CNC plasma cutting

• Automatic welding

• Beam welding

• Drilling

• Sand blasting

• Galvanization or paint coating

• Quality inspection

ACCO Engineering uses international-grade automated machinery to ensure precision and durability.

🔤 G — Galvanization & Surface Treatment

Protection against corrosion includes:

• Hot-dip galvanization

• Epoxy coating

• Zinc-rich primers

• Weather-resistant paint

This guarantees long lifespan even in harsh climates.

🔤 H — Handling & Transport

Steel members are transported carefully using:

• Protective wrapping

• Non-destructive loading

• Secure fastening

• Tiered stacking

Proper handling ensures the material reaches the site damage-free.