Penberthy CTE Mixing Eductors

Emerson/Penberthy CTE ejectors from Flow Factor

Note: 3/8, 1/2 and 3/4 inch CTEs have male NPT threads.
All the larger sizes have Female NPT threads.

Shop for CTE educators HERE.

A predetermined amount of liquid (called operating fluid) is pumped through a header to one or more CTEs submerged inside the tank. Depending on the application, the operating fluid can be liquid drawn from the tank or it can be a secondary liquid from another source that is to be mixed with the tank contents. As the operating fluid leaves the nozzle of the CTE, it entrains material from the tank. The operating fluid and entrained material are mixed thoroughly inside the parallel section of the CTE before being discharged. The discharge flow, or plume, continues the mixing, agitation and circulation of the liquid throughout the tank. 

CTEs can handle a variety of viscosities and types of liquid, including slurries and suspensions. Their thorough mixing action makes them especially useful for maintaining uniform liquid characteristics such as temperature, pH or solids distribution throughout the tank contents.
The CTE is also used to prevent separation of non-mixable liquids or stratification of liquids having different specific gravities.
They allow the use of a smaller recirculating pump than normally would be needed to move a given volume of liquid. This saves energy while providing more effective mixing and circulation. They are available in materials to suit a variety of applications in food, chemical, refining and other process industries. 

Features

• Simple design with no moving parts to wear out.
• Enable the use of a smaller recirculating/transfer pump.
• Inherently non-clogging.
• No lubrication required.
• Virtually maintenance-free.
• Easy to install without special structures or foundations.
• Cast, fabricated or non-metallic constructions.

CTE's can be made in:

CS - Carbon Steel

IR - Cast Iron (3/8" - 3" only)

SS - 316 SST

HC - Hastelloy C (3/8" - 4" only)

MO - Monel (3/8" - 4" only)

BZ - Bronze (3/8" - 3" only)

PP- PPL (3/8",3/4",1 1/2" only)

PV- PVC (3/8" - 3" only)

KY- Kynar (3/8" - 4" only)

3/8 inch Circulating Tank Eductors

Penberthy Circulating Tank Eductor, Bronze, 3/8 Inch

3/8CTEBR -- CTE03BZCNT-01

Penberthy Circulating Tank Eductor, Carbon Steel, 3/8 Inch

3/8CTECS -- CTE03CSCNT-01

Penberthy Circulating Tank Eductor, Stainless Steel, 3/8 Inch

3/8CTEBSS- CTE03SSCNT-01

Penberthy Circulating Tank Eductor, Cast Iron, 3/8 Inch

3/8CTECI -- CTE03IRCNT-01

Penberthy Circulating Tank Eductor, Poly Pro, 3/8 Inch

3/8CTEPP -- CTE03PPCNT-01

Penberthy Circulating Tank Eductor, PVC, 3/8 Inch

3/8CTEPVC -- CTE03PVCNT-01

Penberthy Circulating Tank Eductor, Hastelloy C, 3/8 Inch

3/8CTEHA -- CTE03HCNT-01

Penberthy Circulating Tank Eductor, Hastelloy C, 3/8 Inch

3/8CTEMO -- CTE03MONT-01

1/2 inch Circulating Tank Eductors

Penberthy Circulating Tank Eductor, Bronze, 3/8 Inch

1/2CTEBR -- CTE04BZCNT-01

Penberthy Circulating Tank Eductor, Carbon Steel, 3/8 Inch

1/2CTECS -- CTE04CSCNT-01

Penberthy Circulating Tank Eductor, Stainless Steel, 3/8 Inch

3/8CTEBSS- CTE04SSCNT-01

Penberthy Circulating Tank Eductor, Cast Iron, 3/8 Inch

1/2CTECI -- CTE04IRCNT-01

Penberthy Circulating Tank Eductor, Poly Pro, 3/8 Inch

1/2CTEPP -- CTE04PPCNT-01

Penberthy Circulating Tank Eductor, PVC, 3/8 Inch

1/2CTEPVC -- CTE04PVCNT-01

Penberthy Circulating Tank Eductor, Hastelloy C, 3/8 Inch

1/2CTEHA -- CTE04HCNT-01

Penberthy Circulating Tank Eductor, Hastelloy C, 3/8 Inch

1/2CTEMO -- CTE04MONT-01

3/4 inch Circulating Tank Eductors

Penberthy Circulating Tank Eductor, Bronze, 3/8 Inch

3/4CTEBR -- CTE06BZCNT-01

Penberthy Circulating Tank Eductor, Carbon Steel, 3/8 Inch

3/4CTECS -- CTE06CSCNT-01

Penberthy Circulating Tank Eductor, Stainless Steel, 3/8 Inch

3/4CTEBSS- CTE006SSCNT-01

Penberthy Circulating Tank Eductor, Cast Iron, 3/8 Inch

3/4CTECI -- CTE06IRCNT-01

Penberthy Circulating Tank Eductor, Poly Pro, 3/8 Inch

3/4CTEPP -- CTE06PPCNT-01

Penberthy Circulating Tank Eductor, PVC, 3/8 Inch

3/4CTEPVC -- CTE06PVCNT-01

Penberthy Circulating Tank Eductor, Hastelloy C, 3/8 Inch

3/4CTEHA -- CTE06HCNT-01

Penberthy Circulating Tank Eductor, Hastelloy C, 3/8 Inch

3/4CTEMO -- CTE06MONT-01

1 inch Circulating Tank Eductors

Penberthy Circulating Tank Eductor, Bronze, 3/8 Inch

1CTEBR -- CTE08BZCNT-01

Penberthy Circulating Tank Eductor, Carbon Steel, 3/8 Inch

1CTECS -- CTE08CSCNT-01

Penberthy Circulating Tank Eductor, Stainless Steel, 3/8 Inch

1CTEBSS- CTE008SSCNT-01

Penberthy Circulating Tank Eductor, Cast Iron, 3/8 Inch

1CTECI -- CTE08IRCNT-01

Penberthy Circulating Tank Eductor, Poly Pro, 3/8 Inch

1CTEPP -- CTE08PPCNT-01

Penberthy Circulating Tank Eductor, PVC, 3/8 Inch

1CTEPVC -- CTE08PVCNT-01

Penberthy Circulating Tank Eductor, Hastelloy C, 3/8 Inch

1CTEHA -- CTE08HCNT-01

Penberthy Circulating Tank Eductor, Hastelloy C, 3/8 Inch

1CTEMO -- CTE08MONT-01

Shop for CTE educators HERE.

1-1/2 inch Circulating Tank Eductors

Penberthy Circulating Tank Eductor, Bronze, 3/8 Inch

1-1/2CTEBR -- CTE12BZCNT-01

Penberthy Circulating Tank Eductor, Carbon Steel, 3/8 Inch

1-1/2CTECS -- CTE12CSCNT-01

Penberthy Circulating Tank Eductor, Stainless Steel, 3/8 Inch

1-1/2CTEBSS- CTE12SSCNT-01

Penberthy Circulating Tank Eductor, Cast Iron, 3/8 Inch

1-1/2CTECI -- CTE12IRCNT-01

Penberthy Circulating Tank Eductor, Poly Pro, 3/8 Inch

1-1/2CTEPP -- CTE12PPCNT-01

Penberthy Circulating Tank Eductor, PVC, 3/8 Inch

1-1/2CTEPVC -- CTE12PVCNT-01

Penberthy Circulating Tank Eductor, Hastelloy C, 3/8 Inch

1-1/2CTEHA -- CTE12HCNT-01

Penberthy Circulating Tank Eductor, Hastelloy C, 3/8 Inch

1-1/2CTEMO -- CTE12MONT-01

2 inch Circulating Tank Eductors

Penberthy Circulating Tank Eductor, Bronze, 3/8 Inch

2CTEBR -- CTE16BZCNT-01

Penberthy Circulating Tank Eductor, Carbon Steel, 3/8 Inch

2CTECS -- CTE16CSCNT-01

Penberthy Circulating Tank Eductor, Stainless Steel, 3/8 Inch

2CTEBSS- CTE16SSCNT-01

Penberthy Circulating Tank Eductor, Cast Iron, 3/8 Inch

2CTECI -- CTE16IRCNT-01

Penberthy Circulating Tank Eductor, Poly Pro, 3/8 Inch

2CTEPP -- CTE16PPCNT-01

Penberthy Circulating Tank Eductor, PVC, 3/8 Inch

2CTEPVC -- CTE16PVCNT-01

Penberthy Circulating Tank Eductor, Hastelloy C, 3/8 Inch

2CTEHA -- CTE16HCNT-01

Penberthy Circulating Tank Eductor, Hastelloy C, 3/8 Inch

2CTEMO -- CTE16MONT-01

3 inch Circulating Tank Eductors

Penberthy Circulating Tank Eductor, Bronze, 3/8 Inch

3CTEBR -- CTE24BZCNT-01

Penberthy Circulating Tank Eductor, Carbon Steel, 3/8 Inch

3CTECS -- CTE24CSCNT-01

Penberthy Circulating Tank Eductor, Stainless Steel, 3/8 Inch

3CTEBSS- CTE24SSCNT-01

Penberthy Circulating Tank Eductor, Cast Iron, 3/8 Inch

3CTECI -- CTE24IRCNT-01

Penberthy Circulating Tank Eductor, Poly Pro, 3/8 Inch

3CTEPP -- CTE24PPCNT-01

Penberthy Circulating Tank Eductor, PVC, 3/8 Inch

3CTEPVC -- CTE24PVCNT-01

Penberthy Circulating Tank Eductor, Hastelloy C, 3/8 Inch

3CTEHA -- CTE24HCNT-01

Penberthy Circulating Tank Eductor, Hastelloy C, 3/8 Inch

3CTEMO -- CTE24MONT-01

4 inch Circulating Tank Eductors

Penberthy Circulating Tank Eductor, Bronze, 3/8 Inch

4CTEBR -- CTE32BZCNT-01

Penberthy Circulating Tank Eductor, Carbon Steel, 3/8 Inch

4CTECS -- CTE32CSCNT-01

Penberthy Circulating Tank Eductor, Stainless Steel, 3/8 Inch

4CTEBSS- CTE32SSCNT-01

Penberthy Circulating Tank Eductor, Cast Iron, 3/8 Inch

4CTECI -- CTE32IRCNT-01

Penberthy Circulating Tank Eductor, Poly Pro, 3/8 Inch

4CTEPP -- CTE32PPCNT-01

Penberthy Circulating Tank Eductor, PVC, 3/8 Inch

4CTEPVC -- CTE32PVCNT-01

Penberthy Circulating Tank Eductor, Hastelloy C, 3/8 Inch

4CTEHA -- CTE32HCNT-01

Penberthy Circulating Tank Eductor, Hastelloy C, 3/8 Inch

4CTEMO -- CTE32MONT-01

Penberthy CTE Eductor

Shop for CTE educators HERE.


Flow Factor
216-765-4231
www.flowfactor.com

Penberthy Jet Pumps

Penberthy jet pumps from Flow Factor

Penberthy Jet Pump (eductor)

56877-090   GL series STEEL

56877-010   GL series IRON

56877-030   GL Series STAINLESS

56875-010   GL series IRON

56876-000   GH series BRONZE

56844-000    LL series  BRONZE

56870-000   GH series  BRONZE

56849-020   LH series PVC

56847-020   LH series PVC

56873-010   GL series IRON

56877-000   GL series BRONZE  1-1/2 inch

56874-010   GH series IRON

56880-000   GH series BRONZE

56876-030   GH series  STAINLESS

56864-030  GH series in Stainless

Penberthy eductors cane used for mixing, heating and blending of gases, liquids and some solids.

216-765-4231

info@flowfactor.com

Penberthy GH/GL Eductors for Gases

Penberthy/Pentair GL/GH Eductors (jet pumps) for pumping/heating with gas from Flow Factor

Pumping gases using a liquid or gas (steam or air) motive is an effective means of exhausting, evacuating and priming and can be used in a wide variety of operations and industries. These Pentair Penberthy Jet Pumps offer many advantages over other methods of moving gases; they have no moving parts and provide a very simple cost effective method of handling a wide variety of gases and processes. These units are used for all aspects of water treatment, refrigeration, petroleum, petro chemical, brewing, distilling and general process industries.

Features & Benefits:

• Simple two-piece construction
• No moving parts to wear out
• No lubrication
• Wide variety of special material to suit the most diverse applications
• Virtually maintenance free
• Cost effective and inexpensive
• No power or special installation requirements  

Sizes: 1/2” to 12”
Threaded (Standard) or flanged connections

Operating Pressure Range 20 to 200 psig

Application Range, inches HG. ABS. 0.5 to 30

Materials:
Bronze, Ductile Iron, Carbon Steel, Stainless Steel, PVC, PP, PVDF
Wide variety of special materials also available  

Penberthy jet pumps can also use steam or a gas (air) as the operating media for exhausting, evacuating or priming operations. Primary uses of these types of pumps are for exhausting or evacuating gases. Exhausting means removing gases from an area at a continuous rate while maintaining pressure at a constant level. Evacuation means drawing gases from a defined volume by pumping the vessel down from an initial pressure to a final lower pressure. These steam/gas motive jet pumps meet the industry's most stringent requirements, while providing a simple, low-cost method of transporting gases, operating flawlessly even in the harshest work environments.

Penberthy Models GL and GH operate at pressures from 20 to 120 psig (140 to 830 kPag), the overall capacity being slightly higher when using air as the operating media. U and L Models are single-stage ejectors while the 2NC is a two-stage, non-condensing ejector using steam as the operating media. All these units provide maintenance-free pumping capabilities.

Some uses for steam/gas motive jet pumps include: creating vacuums, exhausting vapors from process systems, evacuating tanks & vessels, priming, fume removal, fluid concentration, humidifying and drying. Industries that could benefit from the use of the jet pumps might include: chemical processing, textile manufacturing, food processing, petroleum production & refining, sterilization and HVAC.

Typical applications involve either exhausting or evacuating. Similar information is needed in order to determine the specific jet pump for your application. Using the information required (listed below), fill out an application form and submit to Penberthy sales representative or the factory to determine the correct pump for your needs.

If Exhausting (Continuous Suction Flow) Motive: Gas/Steam Pressure (Available) Flow Rate (Available volume-scfm) Temperature Molecular Weight (Gas only) Suction: Pressure (Inches Hg Abs-kg/sq cm Abs) Flow Rate-scfm Temperature Molecular Weight Discharge: Pressure (That unit must overcome) If Evacuating (Sealed Vessel-Pump Down) Volume of Space to Evacuate Required Evacuation Time (Minutes) MOTIVE: This function is the power phase of the pumping operation. At this stage, the velocity of the motive media increases as it passes through a nozzle. This phase of the pumping operation takes advantage of the kinetic properties of the motive media, whether it is liquid, steam or gas. Because of this, design differences may exist within the motive connection of the jet pump. For instance, jet pumps with liquid motives use a converging nozzle, since liquids usually cannot be compressed. On the other hand, jet pumps with gas or steam motives use converging/diverging nozzles to achieve trans-sonic flow velocity. The critical flow paths of all Penberthy jet pumps are smoothly machined with no abrupt turns or steps in order to produce the most efficient flow during the motive function. Without this direct flow design and smooth interior surface, the jet pump would not operate at peak efficiency. SUCTION: This connection of the jet pump is where the pumping action takes place. The high velocity stream of the motive causes a drop in pressure in the suction chamber. This allows pressure in the suction vessel to push a liquid, steam or gas into the suction chamber of the jet pump. This, in turn, is entrained by the high-velocity motive stream emerging from the inlet nozzle DISCHARGE: As the motive flow combines with the suction medium, some kinetic energy of the MOTIVE is transferred to the SUCTION, mixing and discharging at a reduced pressure. The amount of pressure that can be recovered depends on the ratio of the MOTIVE flow to SUCTION flow, plus the amount of SUCTION pressure built up in the suction vessel. Kinetic energy is converted back to pressure as the mixed media passes through the diverging taper and is discharged out the pump.

GL series jets have a motive pressure range of 60-120 psig and suction range of 6-30 inches.
GH series jets have a motive pressure range of 20-80 psig and a suction range of 6.5-30 inches.
Cast eductors can be made from 1/2 inch size to 4 inch size.
Fabricated eductors are 4 inches and up.
Non-Metallic are 1/2 to 3 inch size, these are PVC, Poly Pro, and Kynar.
The common metals are Cast Iron, Low Lead Bronze, Carbon Steel and 316L Stainless Steel.

www.flowfactor.com
866-360-9830