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Supplier: Schutte & Koerting
Description: Condensate and Mixing Eductor is the most efficient of all the eductors because it is specially designed to the customer’s conditions. The removable throat makes this eductor good for abrasive services since only the throat would need to be replaced in the event of excessive
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Supplier: Schutte & Koerting
Description: flow up into the body of the eductor where it is entrained by the pressure liquid. Both liquids are thoroughly mixed in the throat of the eductor and are discharged against back pressure. The streamlined body permits the pressure liquid to move straight through the eductor and
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Supplier: Schutte & Koerting
Description: connection. All suction flow is in a straight line through the eductor. Annular Multi-Nozzle Eductors operate at highest efficiency in large sizes and at low discharge heads. Because these eductors have high air handling capacities, they are particularly well suited for priming
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Supplier: BEX Spray Nozzles
Description: EDUCTOR PRINCIPLES: BEX eductors use a unique venturi design which enables smaller pumps to circulate large volumes of tank solution. The eductor will circulate four to five gallons of solution for each gallon pumped. BEX eductors are used for mixing chemicals,
- Maximum Pressure: 50 psi
- Maximum Flow: 192 to 4,440 GPH
- Orifice Size: 188 to 612 mil
- Media: Chemicals, Water
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Supplier: Schutte & Koerting
Description: Water Jet Sand and Mud Eductors are used in pumping out wells, pits, tanks, or sumps where there is an accumulation of sand, mud, or other material not easily handled by the standard eductor. They are ideal for handling the heavy sludge residue from refining operations. A high-pressure
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Supplier: BEX Spray Nozzles
Description: EDUCTOR PRINCIPLES: BEX eductors use a unique venturi design which enables smaller pumps to circulate large volumes of tank solution. The eductor will circulate four to five gallons of solution for each gallon pumped. BEX eductors are used for mixing chemicals,
- Maximum Pressure: 50 psi
- Maximum Flow: 450 to 4,440 GPH
- Orifice Size: 288 to 612 mil
- Media: Chemicals, Water
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Supplier: BEX Spray Nozzles
Description: EDUCTOR PRINCIPLES: BEX eductors use a unique venturi design which enables smaller pumps to circulate large volumes of tank solution. The eductor will circulate four to five gallons of solution for each gallon pumped. BEX eductors are used for mixing chemicals,
- Maximum Pressure: 50 psi
- Maximum Flow: 810 to 16,920 GPH
- Orifice Size: 422 to 1,188 mil
- Media: Chemicals, Water
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Supplier: Kuriyama of America, Inc.
Description: Constant gallonage in all positions and flows. 4 gallonage selection ring, without pattern changes. Flush without shutting nozzle down. Designed for use with foam eductors and CEP foam tubes. Versatile light weight selectable flow nozzles for municipal and industrial firefighting use
- Application: Fire Protection
- Media: Water
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Supplier: Kuriyama of America, Inc.
Description: Constant gallonage in all positions and flows. 4 gallonage selection ring, without pattern changes. Flush without shutting nozzle down. Designed for use with foam eductors and CEP foam tubes. Versatile light weight selectable flow nozzles for municipal and industrial firefighting use
- Application: Fire Protection
- Media: Water
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Supplier: Kuriyama of America, Inc.
Description: Constant gallonage in all positions and flows. 4 gallonage selection ring, without pattern changes. Flush without shutting nozzle down. Designed for use with foam eductors and CEP foam tubes. Versatile light weight selectable flow nozzles for municipal and industrial firefighting use
- Application: Fire Protection
- Media: Water
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Supplier: Kuriyama of America, Inc.
Description: Constant gallonage in all positions and flows. 4 gallonage selection ring, without pattern changes. Flush without shutting nozzle down. Designed for use with foam eductors and CEP foam tubes. Versatile light weight selectable flow nozzles for municipal and industrial firefighting use
- Application: Fire Protection
- Media: Water
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Supplier: General Pump
Description: Color-Coded, fixed, chemical injector for drawing chemicals into pressurized clean water lines. Designed specifically for carwash applications Available fixed barbs Made in the USA A cost effective solution to your chemical application needs
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Supplier: RS Components, Ltd.
Description: The ZK2 series vacuum unit from SMC has been developed for a market with an increasing demand for high performance and energy efficient vacuum technology. The one piece design combines a pressure switch, control valves and vacuum ejector into one unit saving on weight and size and a two stage
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Supplier: Marmon Industrial Water LLC
Description: The IGF ‘Stage’ System The “Induced Gas Floatation” Skim Tank Augmented by Gas Eductor is a revolutionary new system for separating heavy and light particles from a liquid stream. lt is created by combining a “Skim Tank” with a “Gas Eductor Flotation Unit” and a “Coalescing Pack” into
- Features: All Gravity Filters, All Pressure Filters, Other
- Application / Industry: Drinking Water, Waste / Sludge
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Supplier: Marmon Industrial Water LLC
Description: The IGF ‘Stage’ System The “Induced Gas Floatation” Skim Tank Augmented by Gas Eductor is a revolutionary new system for separating heavy and light particles from a liquid stream. lt is created by combining a “Skim Tank” with a “Gas Eductor Flotation Unit” and a “Coalescing Pack” into
- Equipment Type: Floatation System
- Applications: Other
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Supplier: BETE Fog Nozzle, Inc.
Description: Design Features Controlled wide uniform distribution and high impact coverage of compressed air Can be mounted individually or side-by-side for greater coverage Efficient air flow rates with unique eductor feature Safe operation—meets OSHA specifications for noise and deadhead pressure
- Maximum Pressure: 100 psi
- Media: Air / Gases
- Application: Cleaning / Blowoff
- Pattern: Flat / Fan
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Supplier: EXAIR
Description: so with only a pump and submerged spray nozzles, greatly reducing system complexity, capital cost, and maintenance requirements. Eductor mixing nozzles (BETE TurboMix) are completely submerged below the liquid in the tank and operate based on the simple premise that when velocity increases,
- Application: Cleaning / Blowoff
- Media: Water
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Supplier: ProSonix Corporation
Description: delivers a superior end product as compared to traditional heat exchangers, steam spargers, and steam eductors. Steam mixing valves and steam sparging when done incorrectly can lead to steam hammer, poor starch cook-out, and poor temperature control. Because starch and steam are flowing
- Features: Other
- Sleeve (Sheath) Material: Stainless Steel, Steel
- Heater Type: Steam Injection Heater
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Supplier: Branch Environmental Solutions
Description: are also used in combination with other designs such as the Packed Tower scrubber to provide a 2 Stage approach where high concentrations of gases are present and a very high efficiency is required. Any Venturi design is limited in contact time. It provides a good initial scrubbing
- Airflow: 50,008.05 SCFM
- Pollutants Scrubbed: Caustic
- Process Type: Wet
- Filter Type: Wet Spray
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Versatile Valve & Eductor Deliver Precise Sodium Hypochlorite Water Treatment Solenoid operation provides instant on/off for precise control; Teflon (read more)
Browse Solenoid Valves Datasheets for Plast-O-Matic Valves, Inc.
Conduct Research Top
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Case History: The Sweet Smell of Acrison
subsidiary of Vopak, to cope with the difficulties both of the environment and of potassium permanganate (it is difficult to dissolve and can't be used in above a 5% solution). 'Using our test facility, we perfected the single tank, twin tank and eductor (or wetting cone) systems' said Acrison design
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CIP Systems Raise the Bar on Cleanliness
quot;I've seen some CIP vendors use the computer-aided design (CAD) files of the process equipment to determine things like the preferred spraying pattern of a spraying ball, " says High Purity's Lohnes. Spraying Systems Inc. (Wheaton, Ill.) uses CAD-type systems to analyze spraying patterns
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Living the Biopharma Dream in Lincoln
the process waste system A gravity-based chilled water return system --the 1,000-gallon storage tank, located in the basement, is unique in its baffled construction with separate hot and cold sides. A portable CIP skid --Sani-Matic 's Ultra Flow System provides an innovative design for delivering
More Information Top
Indicates content that may require registration and/or purchase.
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Predicting the Performance of Gas Boosting Eductors
Jet pump vendors only provide initial pressure and rate data for eductor designs ; however as the respective reservoirs decline over time the initial design geometry is no longer optimal for the new flow parameters and energy transfer efficiency will be reduced.
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Pump Handbook, Fourth Edition > JET PUMP APPLICATIONS
Design The elements of an eductor design are shown in Figure 1.
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Clean Coal Program Research Activities
It employs a K-tron loss-in-weight twin-screw coal feeder with modified eductor design is installed to provide steady and consistent coal feeing, which is the key to study the coal jet flame stability.
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Advanced geothermal primary heat exchanger (APEX). Quarterly progress report Q-4, 1 October 1976-31 December 1976
The eductor design i s almost i d e n t i c a l i n performance characteristics t o the eductor used i n Phase I.
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Comparative analysis of alternative means for removing noncondensable gases from flashed-steam geothermal power plants
Biphase Eductor Design Parameters—The eductor technology has no firm engineering design bases for large-scale applications with flashing flow.
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CR4 - Thread: Venturi Design
I am looking for an eductor design .
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CR4 - Thread: Eductor design equations
Eductor design equations .
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http://calhoun.nps.edu/public/bitstream/handle/10945/39218/inc_Summary_NPS_1986-10_1987-09.pdf?sequence=1
At the request of NAVSEA, the PI assisted them in the evaluation of the DDG-51 Class gas turbine engine exhaust eductor design and in the planning of one- fifth scale model tests of the air inlet and exhaust gas systems for …
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Process agitation: from air bubbling to eductor jetting
The eductor design parameters are: (i) pipe inlet diameter (ii) pipe outlet diameter (iii) throat diameter (iv) diffuser cone divergence angle.