Engineering That Powers Performance
Design, modelling, and execution expertise for thermal, process, and energy systems.
Overview
Beyond systems and solutions, Vapour Desal offers deep engineering expertise to support industries with design, modelling, and execution capabilities. Our team brings decades of experience in pressure vessel design, 3D prototyping, and turnkey project management — tailored for sectors like power, desalination, circular economy, and waste-to-energy.
We focus on engineering clarity at early stages to support safe operation, efficient fabrication, and long service life.
Why Engineering Services Matter: Engineering decisions made early in a project determine long-term reliability, maintainability, and operational safety. Correct material selection, thermal allowances, pressure integrity, access clearances, and interface logic prevent failures and costly retrofits later.
Our Services
Pressure Vessel Design
Custom engineered vessels designed for demanding industrial applications. Designs comply with ASME Section VIII and relevant international codes, with materials selected based on operating pressure, temperature, and corrosion conditions.
Typical materials: stainless steels, duplex alloys, titanium, and carbon steel.
Learn More →3D Modelling & Prototyping
CAD modelling and 3D prototyping support design validation and layout optimisation before fabrication begins. These tools help reduce rework, improve constructability, and accelerate engineering decision cycles.
Learn More →Industries Supported
Power Plants
Deaerators, separators, heat recovery systems
Desalination
Evaporators and condensers
Waste to Energy
Reactors and heat exchangers
Chemical & Process
Custom pressure vessels and equipment
Why Choose Our Engineering Services?
- Decades of thermal and pressure system experience
- Code-compliant design (ASME, IS)
- In-house CAD and modelling capability
- Fabrication through certified vendors
- Turnkey execution capability
Engineering Project Experience
| Client | Project |
|---|---|
| BARC | Engineering of 1000 m³/day MED-TVC Plant |
| BARC | Engineering of Isolation Heat Exchanger System |