Gas Liquid Ejectors

Description: Ejector Venturi Gas Scrubbers are very effective at removing noxious gases, particulates, odors, fumes, and dusts from gas streams. Particulate contaminants are removed through impaction by the high-velocity spray of scrubbing liquid. Gases and odors are

• Airflow: 5 to 100000 SCFM
• Minimum Particle Size Filtered: 5 to 40 µm
• Orientation: Vertical
• Pollutants Scrubbed: Chlorine Gas, Ammonia, Caustic

Description: usually condensing types. Two-Stage Steam Jet Ejector Principle of Operation Two-Stage Steam Jet Ejectors have the same general field of application as the single stage units. They handle both condensable and non-condensable gases or vapors, as well as mixtures of the two

• Application: General Purpose / Industrial, Analytical / Scientific, Chemical / Corrosive Gas, Food Processing, Manufacturing Processing, Medical / Laboratory, Packaging, Power Generation, Pharmaceutical / Sanitary, Semiconductor Manufacturing, Other
• Ultimate Operating Vacuum: 0.0 to 760 torr
• Vacuum Pump Stages: Four or More Stages
• Venturi Jet Type / Media: Venturi Air Jet, Steam Ejector, Liquid Eductor / Ejector, Other

Description: Single-Stage Steam Jet Ejectors are based on the ejector-venturi principle. In operation, steam issuing through an expanding nozzle has its pressure energy converted to velocity energy. A vacuum is created and the high velocity of steam entrains air or gas and the mixture of

• Application: General Purpose / Industrial, Analytical / Scientific, Chemical / Corrosive Gas, Food Processing, Manufacturing Processing, Medical / Laboratory, Packaging, Power Generation, Pharmaceutical / Sanitary, Semiconductor Manufacturing, Other
• Ultimate Operating Vacuum: 0.0 to 710 torr
• Vacuum Pump Stages: Single Stage
• Venturi Jet Type / Media: Venturi Air Jet, Steam Ejector, Liquid Eductor / Ejector, Other

Description: ESDU 85032 provides procedures for the design and performance prediction of ejectors and jet pumps where both the primary and secondary streams are liquid.The first procedure obtains an optimum design for a required duty, and the second predicts performance of an existing

Description: ESDU 86030 gives step-by-step calculation procedures, based on performance charts, for the optimum design of steam/liquid and steam/gas ejectors. For steam/gas ejectors the data are derived from a wide range of experimental results, but for steam/liquid

Description: Steam Jet Blowers utilize the ejector-venturi principle to move large volumes of air and other gases against low back pressures. The Steam Jet Blower normally utilizes high-pressure steam as the motive force, but compressed air or gas at 15 psig or higher can also be used. They

• Venturi Jet Type / Media: Venturi Air Jet, Steam Ejector, Liquid Eductor / Ejector

Description: successfully developed and released in the market for Mobile Air Conditioning systems as of 2013. It achieves higher energy efficiency through the development of ARC (Active flow Ratio Control. It means to control the refrigerant flow ratio of the suction flow to the total flow by separating

Description: Self-priming close-coupled centrifugal pumps with built-in ejector system, designed to remain primed even in the presence of water-dissolved gases. The extensive use of pressed stainless steel ensures a high-performance, durable and lightweight pump. Suitable for use with drinking

• Horsepower: 0.4959 to 1.47 HP
• Housing Material: Stainless Steel
• Maximum Discharge Pressure: 116 psi
• Maximum Discharge Flow: 18.49 GPM

Description: particulate-laden air. Typical applications include combustion air, pressure and vacuum drying, product cooling, primary air supply to ejectors, liquid agitation, glass blowing and cooling, water blow-off, air pollution control systems, exhausting, pneumatic conveying and gas

• Air Flow Rate: 700 to 75000 SCFM
• Environment: Clean Air / Gas
• Maximum Diameter (Fan or Blower Wheel): 27 to 73 inch
• Static Pressure: 507 in H2O

Description: Pumps are provided with threaded connections for service liquid, pump draining, anticavitation valve. Pumps are also provided, by request, with flanged air-liquid separator tank, non return valve, ejector, vacuum relief valve, valve to control the flow of the liquid

• Applications: General Purpose / Industrial, Chemical / Corrosive Gas, Food Processing, Pharmaceutical / Sanitary, Semiconductor Manufacturing, Other
• Configuration: Individual Vacuum Pump, Vacuum Pump System / Station
• Mechanical Pump Type: Liquid Ring
• Mounting: Permanent Installation

Description: Pumps are provided with threaded connections for service liquid, pump draining, anticavitation valve and companion flanges. Pumps are also provided, by request, with flanged air-liquid separator tank, non return valve, ejector, vacuum relief valve, flow valve to control the

• Applications: General Purpose / Industrial, Chemical / Corrosive Gas, Food Processing, Pharmaceutical / Sanitary, Semiconductor Manufacturing, Other
• Configuration: Individual Vacuum Pump, Vacuum Pump System / Station
• Mechanical Pump Type: Liquid Ring
• Mounting: Permanent Installation, Other

Description: Pumps are provided with threaded connections for service liquid, pump draining, grease and anticavitation valve and companion Flanges. Pumps are also provided, by request, with auxiliary threaded connections, flanged air-liquid separator tank, non retur valve, ejector, vacuum

• Applications: General Purpose / Industrial, Chemical / Corrosive Gas, Food Processing, Pharmaceutical / Sanitary, Semiconductor Manufacturing, Other
• Configuration: Individual Vacuum Pump, Vacuum Pump System / Station
• Mechanical Pump Type: Liquid Ring
• Mounting: Permanent Installation, Other

Description: Pumps are provided with threaded connections for service liquid, pump draining, grease and anticavitation valve and companion flanges. Pumps are also provided, by request, with auxiliary threaded connections, flanged air-liquid separator tank, non return valve, ejector

• Applications: General Purpose / Industrial, Chemical / Corrosive Gas, Food Processing, Pharmaceutical / Sanitary, Semiconductor Manufacturing, Other
• Configuration: Individual Vacuum Pump, Vacuum Pump System / Station
• Mechanical Pump Type: Liquid Ring
• Mounting: Permanent Installation, Other

Description: Slide Sensors are used to Monitor and Control Injection Molding Cavity Pressure. Slide Sensors are usually installed under an ejector pin. The entire assembly can be Slid out of a Mold and a Blank Sensor Installed for sampling applications. SSC-10 Slide Sensor Extension

• Accuracy: 0.7500 ±% FS
• Device Category: Sensor
• Electrical Output: Analog Voltage
• Features: Temperature Compensation

Description: attached to the top clamping lever where it is less likely to be exposed to liquids. The V-401NTW series of sealers employs the ejector-vacuum method, which uses the flow of compressed air to directly eject the gas inside the bag to the outside of the machine. Unlike the vacuum

• Automation: Manual, Semi-Automatic
• Closing Method: Heat Seal
• Goods: Liquid, Powder / Granular
• Industry: Industrial / General Use

Description: Button Sensor used to Monitor and Control Injection Molding Cavity Pressure. Button Sensor are usually installed under an ejector pin and the connector mounted permanently on the Mold. BSC-10 Button Extension Cable connects the sensor to the IPC-01-01 Cavity Pressure

• Accuracy: 0.7500 ±% FS
• Device Category: Sensor
• Electrical Output: Analog Voltage
• Features: Temperature Compensation

Description: energy from the liquid sprayed into the Venturi to create a pull on the gas drawing it into the scrubber. The gas and liquid are then mixed in both the spray section and in the high velocity Venturi throat. There are many applications for Jet Venturi scrubbers. One

• Airflow: 50008 SCFM
• Pollutants Scrubbed: Caustic
• Process Type: Wet
• Separation / Filtration System: Wet Spray