Petrochemical DMO Reactor with Perforated Tube Sheet
This large-scale DMO reactor is designed for petrochemical engineering applications within petroleum refinery chemical engineering projects. The reactor features a cylindrical shell with a perforated tube sheet, indicating heat exchanger functionality.
Technical Specifications
Overview
High-Performance Petrochemical DMO Reactor
This large-scale DMO reactor is engineered for demanding petrochemical applications, featuring a robust perforated tube sheet design for efficient heat exchange. Constructed from high-grade S30408 stainless steel, it is built to withstand high-pressure and high-temperature environments typical in petroleum refinery chemical engineering. The unit's massive 116-ton capacity and integrated helical coils ensure reliable performance in complex industrial processing plants.
Physical Dimensions
Equipment Weight
116.685 T
Total Weight
- Equipment Dimensions
- Φ4200 × 10800 × 20 mm
Material Specifications
Materials of Construction
| Component | Material Grade |
|---|---|
| Shell Side | S30408 |
| Heat Exchange Tube | S30408 |
Technical Parameters
Design Pressure
| Section | Pressure | Unit |
|---|---|---|
| Shell Side | 0.65 | MPa |
| Tube Side | 0.6 | MPa |
Design Temperature
| Section | Temperature | Unit |
|---|---|---|
| Shell Side | 200 | ℃ |
| Tube Side | 180 | ℃ |
Key Features
Design & Construction Features
- Perforated tube sheet for heat exchanger functionality
- External helical coils for precise temperature control
- Heavy gauge stainless steel construction
- Hemispherical end for high-pressure integrity
- Cylindrical shell design
- Industry Applications
- Petrochemical EngineeringPetroleum RefineryChemical ProcessingHeat Exchange
