Custom Pressure Vessels.
Engineered for Performance.
ASME-compliant pressure vessel design and fabrication coordination for demanding industrial environments.
Built for Demanding Industrial Environments
Vapour Desal provides engineering design and fabrication coordination for pressure vessels used in demanding industrial environments, including desalination systems, waste-to-energy plants, and heat recovery applications.
Our vessels are designed to operate reliably under high pressure, elevated temperatures, and corrosive process conditions. Designs are developed using industry-standard software tools and supported by rigorous documentation and certification protocols.
What We Bring to Every Project
| Capability | Details |
|---|---|
| Design Codes | ASME Section VIII and other applicable international pressure design codes |
| Materials | SS316L, Duplex Steel 2304, Titanium Grade 2, Cupro Nickel, Carbon Steel |
| Software | AutoPipe Vessel (Bentley Systems), AutoCAD, SolidWorks, in-house tools |
| QA / QC | WPS/PQR, NDT, hydrostatic & pneumatic testing, third-party inspection |
| Fabrication | Executed through certified vendors with approved WPS/PQR procedures |
Industries Supported
Power plants
Desalination
Waste-to-Energy
Process industries
Fabrication Coordination
Fabrication is executed through certified vendors to ensure manufacturing quality and compliance. All fabrication follows approved WPS/PQR procedures with NDT inspection and third-party validation as required.
Why Pressure Vessel Design Matters
Pressure vessels operate under critical thermal and pressure conditions. Proper engineering design ensures:
- structural integrity under operating loads
- material compatibility with corrosive media
- compliance with safety codes and inspection requirements
- maintainability and long-term reliability
Early design accuracy prevents costly modifications and operational risks.
Complete Engineering Packages
Mechanical Design Calculations
Complete code-compliant calculations covering pressure, temperature, nozzle loads, and material allowances.
Fabrication Drawings & GA Layouts
Detailed general arrangement drawings and fabrication-ready engineering drawings for vendor use.
Nozzle Orientation & Load Data
Nozzle schedules, pipe load data, and interface connection documentation for piping design.
Material Specifications
Material data sheets, weld procedure specifications (WPS/PQR), and mill certificate requirements.
Inspection & Testing Documentation
Inspection test plans (ITP), NDT procedures, hydrostatic test requirements, and third-party inspection protocols.
Fabrication Coordination
Vendor qualification, production oversight, and compliance verification through certified fabrication partners.
Our Engineering Advantage
ASME Section VIII Compliant
Design methodology aligned with ASME Section VIII and relevant international pressure vessel codes throughout.
Corrosion-Resistant Material Expertise
Deep experience with corrosion-resistant and high-temperature materials including duplex steel, titanium, and specialised alloys.
Industry-Standard Design Software
In-house engineering using AutoPipe Vessel, SolidWorks, and AutoCAD for accurate, verifiable design outputs.
Complete Documentation Packages
Full documentation for inspection, certification, and compliance — ready for third-party review and statutory approval.
Proven in Thermal & Corrosive Environments
Track record in thermal desalination, nuclear, and waste heat recovery systems — among the most demanding operating conditions in industry.
Vessel Types We Design
Desalination Evaporators & Flash Vessels
Heat Recovery Equipment & Separators
Pyrolysis Reactors & Process Vessels
Steam & Condensate Systems
Chemical process vessels
Designed for Demanding Operating Environments
Pressure vessels used in thermal and process systems must perform reliably under pressure, temperature, and corrosion stress. Our engineering approach prioritizes safety, compliance, and long service life.
