Accessories Series

Steam Jet Ejector Vacuum System

Motive-steam driven ejector — no moving parts, ideal for hostile vapours and high temperatures.

Capacity
Custom — process driven
Vacuum
Down to 0.01 mbar (multi-stage)
Steam Jet Ejector Vacuum System — product view
Product Overview

Steam Jet Ejector Vacuum System

Motive-steam driven ejector — no moving parts, ideal for hostile vapours and high temperatures.

Designed to internationally recognised codes — ASME for mechanical design, HEI for thermal, and TEMA & ASME for heat exchangers — ideal for contaminated and corrosive applications.

Working Principle

How it works

High-velocity steam through a converging-diverging nozzle entrains and compresses suction gas to a higher pressure.

Steam Jet Ejector Vacuum System
Key Features

Features

MOC: Stainless Steel, Carbon Steel, Titanium, Graphite, Alloy Steel, Hastelloy, PP / FRP / Teflon-lined
Single and multi-stage configurations
Custom designed to client requirement & application
Advantages

Advantages

  • No moving parts

  • Maintenance-free

  • Handles corrosive vapours

  • High reliability

Applications

Applications

Distillation, evaporation, drying, cooling, cooking in chemical, pharma, paper, petrochemical, food and starch industries
Steam-jet & mega-jet ejector systems in polyester plants
Vacuum de-gassing in steel plants
Water chilling
Bleaching, deodorisation, autoclaves, fatty distillation in edible-oil refineries
Soap drying & fatty distillation in soap industry
Power plants — water-cooled and air-cooled condenser exhausting, priming
Industries Served

Industries served

Chemical
Pharmaceutical
Food Processing
Oil & Gas
Power
Sugar
Petroleum Refining
Environment
Ceramics
Textile
Aluminium
Drugs & API
FAQ

Frequently asked questions

Quick Inquiry

Request a quote for the Steam Jet Ejector Vacuum System

Share your process parameters and our engineers will get back to you.

Talk to an Engineer

Let's engineer the right vacuum solution for your process.

Share your duty conditions and our application engineers will recommend the optimum pump, capacity and configuration — usually within 24 hours.

Request Quote