Design, modelling, and execution expertise for thermal, process, and energy systems.
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.
Engineering decisions made early in a project determine long-term reliability, maintainability, and operational safety.
Custom-engineered vessels designed to operate reliably under high pressure, elevated temperatures, and corrosive process conditions.
Typical materials include stainless steels, duplex alloys, titanium, and carbon steel.
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.
Deaerators, separators, heat recovery systems, and steam drums for thermal and nuclear power facilities.
Evaporators, condensers, flash vessels, and specialised components for MED and LTTD plants.
Pyrolysis reactors, heat exchangers, and process vessels for circular economy facilities.
Custom pressure vessels and mechanical engineering systems for demanding chemical and industrial applications.
| Client | Project |
|---|---|
| BARC | Engineering of 1000 m³/day MED-TVC Plant |
| BARC | Engineering of Isolation Heat Exchanger System |
Process systems operating under critical thermal and pressure conditions
Desalination and water treatment plant components
Heat recovery and energy system engineering
Industrial process equipment design and retrofit engineering
Infrastructure requiring long service life and high reliability
Early-stage engineering decisions influence safety, reliability, fabrication efficiency, and maintenance access. Our services ensure systems are designed for real operating conditions and long-term performance — from the first calculation to the final commissioning test.