Case Study: Heat Reduction for Oil Rig Demountables
Solution: EnduRE30C™ Gen 7 Rare Earth Thermal Barrier Coating (metal application)
Project Background
Demountable buildings used in oil & gas environments are continuously exposed to intense sunlight, high ambient temperatures, and radiant heat from surrounding infrastructure. Metal walls and roofs absorb and transfer heat rapidly, resulting in uncomfortable internal conditions and increased air-conditioning demand.
Application
The external metal surfaces of the oil rig demountables were coated with EnduRE30C™ Gen 7, a rare earth thermal barrier coating engineered specifically for industrial metal substrates. The coating reduces infrared heat gain while radiating absorbed heat away, lowering the overall thermal load on the structure.
Temperature Comparison
| Measurement | With EnduRE30C™ Gen 7 (Coated) | Without Coating (Uncoated) |
|---|---|---|
| External surface temperature | 48.6°C | 81.7°C |
| Internal surface temperature | 39.5°C | 51.4°C |
Results & Benefits
- External metal surface temperature reduced by 33.1°C.
- Internal surface temperature reduced by 11.9°C.
- Improved comfort for personnel occupying demountables.
- Reduced air-conditioning load and energy consumption.
- Lower thermal stress on metal structures, supporting longer service life.
This case study demonstrates how EnduRE30C™ Gen 7 delivers measurable heat reduction for metal demountables operating in extreme oil & gas environments.
