| Transvac has been supplying custom designed Ejector technology to the Nuclear industry for over 30 years. This knowledge and experience is invaluable because it enables Transvac to produce Ejectors using the very latest Ejector design and construction techniques. As a fully integrated modern in-house Ejector manufacturer we maintain full control over the process and mechanical design, supply of raw materials, manufacturing, scheduling and testing. Each Ejector is custom designed specifically to suit a customers individual process requirements to ensure maximum operating efficiency. Download our Nuclear brochure here | | FEA Analysis of Ejector | CFD Design Simulation |
Transvac can also undertake a design study to assess the viability of using an Ejector for a specific application. Mechanical Design Standards Standard Transvac Ejectors are designed and manufactured in accordance with recognised national and international design codes such as ASME VIII Div. 1, PD5500, ASME B31.3, Stoomwezen etc. with full non-destructive testing. All Transvac’s design and manufacturing processes are quality assured and certified to BS EN 9001. Transvac is also accredited to module H of the PED (Pressure Equipment Directive - EU Standard). Why use Ejectors? What are the benefits? It's easy to see why so many Nuclear Engineers are turning to Transvac's Ejector Technology as a solution to their design challenges. - No moving parts
- No Maintenance
- Reliable Operation
- Simple to control
- Easy to install within pipelines
- Abrasion resistant materials
How Ejectors work for the Nuclear Industry The simple principle behind Ejector technology (see: How an Ejector Works) makes it an ideal solution for Nuclear applications. "Ejectors use high pressure (HP) fluid to compress low pressure (LP) fluid to an intermediate level". | Transvac Nuclear Ejector with ceramic internals | | 
