Flexible hybrid vacuum solutions.
Deep vacuum performance with efficiency and reliability.
Mazda’s hybrid system combines the strengths of steam jet ejectors and liquid jet ejectors.
Designed for industries demanding deep vacuum, operational flexibility, and energy savings.
Product Overview
Mazda’s Combination of Vacuum Systems of Steam Jet Ejector and Liquid Jet Ejectors offers a versatile hybrid solution engineered for industries requiring high vacuum performance and energy efficiency. The steam ejector efficiently creates the initial vacuum and manages large vapor volumes, while the liquid jet ejector handles residual gases and vapors or replaces condensers for simplified operation. Together, they deliver stable, low-maintenance, and cost-effective performance with the flexibility to install even at ground level.
Product Overview
Mazda’s Combination of Vacuum Systems of Steam Jet Ejector and Liquid Jet Ejectors offers a versatile hybrid solution engineered for industries requiring high vacuum performance and energy efficiency. The steam ejector efficiently creates the initial vacuum and manages large vapor volumes, while the liquid jet ejector handles residual gases and vapors or replaces condensers for simplified operation. Together, they deliver stable, low-maintenance, and cost-effective performance with the flexibility to install even at ground level.
In multi-effect evaporators, capturing and reusing waste steam after the final effect
Steam recovery in drying and processing stages
Energy recycling in evaporation and concentration processes
Flexible vacuum solution for evaporator and ground-level applications.
Reliable vacuum for continuous industrial process applications.
Versatile vacuum solution for deep vacuum and flexible operation.
It is a hybrid vacuum system that combines steam jet and liquid jet ejector technologies. The steam jet ejector creates the initial vacuum and handles large vapor volumes, while the liquid jet ejector handles residual gases and vapors.
The liquid jet ejector uses pressurized water through a nozzle to create a high-velocity jet and vacuum at the throat. The steam jet ejector uses high-pressure steam through a converging-diverging nozzle to create a low-pressure zone and entrain process vapors and gases.
The liquid jet ejector can handle residual gases and vapors after the steam ejector stage. Depending on the system configuration, it can also help simplify the installation by replacing separate condensers in some applications.
Combining the two technologies provides a flexible vacuum solution designed for deep vacuum performance, operational flexibility, and energy efficiency. Each ejector stage performs a specific role within the overall vacuum system.
Yes. The liquid jet ejector can replace a separate condenser in some system configurations, simplifying the vacuum system and reducing the need for additional equipment.
The system can provide deeper vacuum, reduced steam and water usage, reliable operation under varying loads, low-maintenance performance, and flexibility for different industrial vacuum applications.
Yes. The system is designed with installation flexibility and can be installed at ground level, making it suitable for applications where conventional elevated vacuum equipment arrangements may not be practical.
Yes. The combination system is designed to provide reliable performance under varying load conditions while maintaining the required vacuum performance.
Yes. The system is suitable for both new installations and retrofit applications, providing flexibility when upgrading or modifying existing vacuum systems.
They are suitable for industrial applications requiring deep vacuum, operational flexibility, and reliable handling of vapors and gases, including chemical, petrochemical, fertilizer, evaporation, pulp and paper, and other industrial processes.
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