Controlled Environments,
Engineered from First Principles.
From thermal load analysis and BIM to panel erection, refrigeration commissioning, and IQ/OQ/PQ validation i.e., single-point engineering authority from brief to operational handover.
Why Engineering-Led EPC Delivers Better Outcomes
Building a modern cold chain facility involves complex interfaces between civil structures, thermal insulation, and active refrigeration. In a traditional fragmented model, communication gaps at these interfaces lead to thermal bridges, vapor leaks, and delayed timelines.
Cueron's Turnkey EPC model treats the entire facility as a single integrated product. We align architectural design with refrigerant selection and rack layout from Day 1, ensuring zero conflict between building shell and mechanical systems.
Six-Phase Delivery Methodology
A structured, phase-gated approach ensuring quality control and timeline adherence.
- Site investigation and topography survey
- Thermal load calculation and insulation specification
- BIM modelling at LOD 300 with thermal bridge analysis
- Regulatory gap analysis (FSSAI, Fire, PCB, GDP)
- CAPEX/OPEX trade-off modelling
Structuring for Success
Comparing Cueron's Integrated Turnkey model versus the traditional multi-vendor approach.
| Feature | Cueron Turnkey | Traditional Build |
|---|---|---|
| Single Point of Contact | ✕ | |
| Cost Certainty | ✕ | |
| Speed of Delivery | ✕ | |
| Value Engineering | ✕ | |
| Performance Guarantee | ✕ |
Engineering Capabilities
Standard design parameters for our industrial-grade facilities.
Value Engineering is Standard
We don't just build specs; we optimize them. Our design team routinely identifies 10-15% cost savings through structural optimization, refrigerant life-cycle analysis, and energy-efficient lighting designs i.e., without compromising performance.