DRY-FLO Separators The stainless steel separating tube diffuser causes the steam to enter a controlled centrifugal flow. Due to the centrifugal motion, entrained liquids and solids are directed to the outer walls of the separator. Re-entrainment breaker plates create a quiet inert zone to prevent liquids and solids from re-entering the flow stream once separation has taken place. With correct sizing and proper drainage these separators are designed to eliminate 99% of all entrained liquids and solids that are 10 microns and larger in size. All DRY-FLO separators are manufactured in accordance with ASME Code Section VIII Div 1. All models are available in carbon steel and stainless grades. Most material types are available upon request. DRY-FLO Applications: Keep steam equipment clean and eliminates fouling of regulators, burgines, valves, etc. Removes moisture form compressed air lines in plant service. Removes line scale, liquids and other contaminants from process gas and air lines Removes condensate and oil from compressed gasses in intercooler and aftercooler service at compressor stations.
18
Embed
DRY -FLO Separators - Fehlingerjnfsteam.com/wp-content/uploads/2016/03/Separators.pdf · DRY -FLO Separators ... With correct sizing and proper drainage these separators are designed
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
DRY-FLO Separators
The stainless steel separating tube diffuser causes the steam to enter a controlled
centrifugal flow. Due to the centrifugal motion, entrained liquids and solids are
directed to the outer walls of the separator. Re-entrainment breaker plates create a
quiet inert zone to prevent liquids and solids from re-entering the flow stream once
separation has taken place.
With correct sizing and proper drainage these separators are designed to eliminate
99% of all entrained liquids and solids that are 10 microns and larger in size.
All DRY-FLO separators are manufactured in accordance with ASME Code
Section VIII Div 1. All models are available in carbon steel and stainless grades.
Most material types are available upon request.
DRY-FLO Applications:
Keep steam equipment clean and eliminates fouling of regulators, burgines,
valves, etc.
Removes moisture form compressed air lines in plant service.
Removes line scale, liquids and other contaminants from process gas and air
lines
Removes condensate and oil from compressed gasses in intercooler and
TYPE: Horizontal or Vertical downflowinstallations
MODEL: Dry-Flo™ L1 Moisture SeparatorTB No. S3100 Date 1-99
S TYPE: Horizontal or Vertical downflowinstallations
MODEL: Dry-Flo™ L1 Moisture SeparatorTB No. S3100 Date 1-99
Model “L1” Separators are designed for horizontal or vertical downflow installations. The stainless steel Separating TuyereDiffuser causes the stream to enter a controlled centrifugal flow. Due to the centrifugal motion, entrained liquids and solids aredirected to the outer walls of the separator. Re-entrainment breaker plates create a quiet inert zone to prevent liquid fromreentering the flow stream once separation has taken place.
With correct sizing and proper drainage, these separators are designed to eliminate 99% of all entrained liquids and particlesthat are 10 microns and larger in size.
The Model “L1” Separators can be fabricated from carbon steel or stainless steel and are manufactured in accordance withASME Code Section VIII, Division 1.
Model “L1S” Separators are designed f or horizontal flow installations and are similar to the Model “L1” Separators with theaddition of a sump area to allow for a liquid hold-up capacity. If required, the sump area may be lengthened from the standarddimensions shown below to allow for a larger liquid hold-up capacity . The stainless steel Separating Tuyere Diffuser causesthe stream to enter a controlled centrifugal flow. Due to the centrifugal motion, entrained liquids and solids are directed to theouter walls of the separator. Re-entrainment breaker plates create a quiet inert zone to prevent liquid from re-entering the flowstream once separation has taken place.
With correct sizing and proper drainage, these separators are designed to eliminate 99% of all entrained liquids and particlesthat are 10 microns and larger in siz e.
The Model “L1S” Separators can be fabricated from carbon steel or stainless s teel and are manufactured in accordance withthe ASME Code Section VIII, Division 1.
MODEL: Dry-Flo™ L2 Moisture SeparatorTB No. S3200 Date 1-99
S
Model “L2” Separators are designed for vertical upflow installations only. The stainless steel Separating Tuyere Diffusercauses the stream to enter a controlled centr ifugal flow. Due to the centrifugal motion, entrained liquids and solids aredirected to the outer walls of the separator. Re-entrainment breaker plates create a quiet iner t zone to prevent liquid fromreentering the flow stream once separation has taken place.
With correct sizing and proper drainage, these separators are designed to eliminate 99% of all entr ained liquids andparticles that are 10 microns and larger in siz e.
The Model “L2” Separators can be fabricated from carbon steel or stainless steel and are manufactured in accordance withthe ASME Code Section VIII, Division I.
TYPE: Vertical down / Horizontal outflow installations
MODEL: Dry-Flo™ L3 Moisture SeparatorTB No. S3300 Date 1-99
S
Model “L3” Separators are designed for vertical down and a horizontal out flow installation only.The stainless steel Separating Tuyere Diffuser causes the stream to enter a controlled centr ifugal flow. Due to the centrifugal motion, entrained liquids and solids are directed to the outer w alls of the separ ator. Re-entrainment breaker plates create a quiet inert zone to prevent liquid from re-entering the flow stream once separation has taken place.
With correct sizing and proper drainage, these separators are designed to eliminate 99% of all entrained liquids and particles that are 10 microns and larger in siz e.
The Model “L3” Separators can be fabricated from carbon steel or stainless steel and are manufactured in accordance withthe ASME Code Section VIII, Division I.
TYPE: Horizontal In / Vertical downflowinstallations
MODEL: Dry-Flo™ L4 Moisture SeparatorTB No. S3400 Date 1-99
S
Model “L4” Separators are designed for horizontal inlet and a vertical down outlet flow installation only. The stainless steel Separating Tuyere Diffuser causes the stream to enter a controlled centrifugal flow. Due to the centrifugal motion, entrained liquids and solids are directed to the outer walls of the separator. Re-entrainment breaker plates create a quiet iner t zone to prevent liquid from re-entering the flow stream once separation has taken place.
With correct sizing and proper drainage, these separators are designed to eliminate 99% of all entrained liquids and particles that are 10 microns and larger in siz e.
The Model “L4” Separators can be fabricated from carbon steel or stainless steel and are manufactured in accordance withthe ASME Code Section VIII, Division I.
TYPE: Horizontal In / Vertical Upflowinstallations
MODEL: Dry-Flo™ L5 Mositure SeparatorTB No. S3500 Date 1-99
S
Model “L5” Separators are designed for horizontal inlet and a vertical upflow installation only. The stainless steel SeparatingTuyere Diffuser causes the stream to enter a controlled centr ifugal flow. Due to the centrifugal motion, entrained liquids andsolids are directed to the outer walls of the separator. Re-entrainment breaker plates create a quiet iner t zone to preventliquid from re-entering the flow stream once separation has taken place.
With correct sizing and proper drainage, these separators are designed to eliminate 99% of all entrained liquids and particles that are 10 microns and larger in siz e.
The Model “L5” Separators can be fabricated from carbon steel or stainless steel and are manufactured in accordance with the ASME Code Section VIII, Division I.
TYPE: Horizontal In / Vertical downflowinstallations
MODEL: Dry-Flo™ L6 Moisture SeparatorTB No. S3600 Date 1-99
S
Model “L6” Separators are designed for horizontal inlet and vertical down outlet or vertical up inlet and horizontal outlet flow installation only. The stainless steel Separating Tuyere Diffuser causes the stream to enter a controlled centrifugal flow. Due to the centrifugal motion, entrained liquids and solids are directed to the outer walls of the separator. Re-entrainment break-er plates create a quiet iner t zone to prevent liquid from reentering the flow stream once separation has taken place.
With correct sizing and proper drainage, these separators are designed to eliminate 99% of all entrained liquids and particles that are 10 microns and larger in siz e.
The Model “L6” Separators can be fabricated from carbon steel or stainless steel and are manufactured in accordance with the ASME Code Section VIII, Division I.
TYPE: Vertical Up / Horizontal outflowinstallations
MODEL: Dry-Flo™ L7 Moisture SeparatorTB No. S3700 Date 1-99
S
Model “L7” Separators are designed for vertical upflow inlet and a horizontal outlet flow installation only. The stainless steel Separating Tuyere Diffuser causes the stream to enter a controlled centrifugal flow. Due to the centrifugal motion, entrained liquids and solids are directed to the outer walls of the separator. Re-entrainment breaker plates create a quiet inert zone to prevent liquid from re-entering the flow stream once separation has taken place.
With correct sizing and proper drainage, these separators are designed to eliminate 99% of all entrained liquids and particlesthat are 10 microns and larger in siz e.
The Model “L7” Separators can be fabricated from carbon steel or stainless steel and are manufactured in accordance with the ASME Code Section VIII, Division I.
MODEL: Dry-Flo™ T Moisture SeparatorTB No. S3800 Date 1-99
S
Gas, laden with moisture, enters the inlet of the separator where a deflector plate directs the flow in a downward centrifugal motion. The entrained moisture is then separated out of the flow by a reduction in velocity. The separated liquid is sent to the outer walls of the separator and falls below the re-entrainment breaker plate where it is prevented for re-entering the flow stream. A dry, clean flow then results, exiting upward through the outlet of the separator.
With correct sizing and proper drainage, these separators are designed to eliminate 99% of all entrained liquids and particlesthat are 10 microns and larger in siz e.
The Model “T” Separators can be fabricated from carbon steel or stainless steel and are manufactured in accordance with theASME Code Section VIII, Division I.
MODEL: Dry-Flo™ TS Moisture SeparatorTB No. S3850 Date 1-99
S
Gas, laden with moisture, enters the inlet of the separ ator where a deflector plate directs the flow in a downward centrifugalmotion. The entrained moisture is then separated out of the flow by a reduction in velocity. The separated liquid is sent to theouter walls of the separ ator and falls below the re-entrainment breaker plate where it is prevented for re-entering the flowstream. The addition of a sump area will allow for a liquid hold-up capacity . A dry, clean flow then results , exiting upwardthrough the outlet of the separator.
With correct sizing and proper drainage, these separators are designed to eliminate 99% of all entrained liquids and particlesthat are 10 microns and larger in siz e.
The Model “TS” Separators can be fabricated from carbon steel or stainless steel and are man ufactured in accordance withthe ASME Code Section VIII, Division I.
The Circle S Filter Separator is a multi-stage separator that provides optimal removal of both Liquids and Solids from a gassteam. The gas must flow through the filter element. The solid particulate is captured on the surface of the filter, and inthe depth filter media. The fine liquid particles flow through the element and coalesce with other liquid particles to formlarger particles. These larger particles emerge from the inner core and are carried down stream to the final separation region.
The model TF can be fabricated from carbon or stainless steel and are manufactured in accordance with ASME Code Section VIII, Division 1.
With correct sizing and proper drainage, these separators are designed to eliminate 99% of all entrained liquids and particles that are 1 microns and larger in size.
TYPE: Horizontal flowinstallations only (Cast Iron)
MODEL: Dry-Flo™ T Moisture SeparatorTB No. S3865 Date 1-99
S
Gas laden with moisture , enters the inlet of the separ ator where a deflector plate directs the flo w in a downward centrifugalmotion. The entrained moisture is then separated out of the flow by a reduction in velocity. The separated liquid is sent to theouter walls of the separ ator and falls below the re-entrainment breaker plate where it is pre vented from re-enter ing the flowstream. A dry, clean flow then results, exiting upward through the outlet of the separator.
With correct sizing and proper drainage, these separators are designed to eliminate 99% of all entrained liquids and particlesthat are 10 microns and larger in siz e.
MODEL: Dry-Flo™ CS Moisture SeparatorTB No. S3875 Date 1-99
S
• Dry-Flo model CS separators are cast iron which meets ASTM-A-278 Class 35 standards.• All pressure parts are designed and built to meet ASME Code, Section VIII for unfired pressure vessels.• Removes over 99% of all particulates in excess of 10 microns in size over a wide range of flow rates.• Compact trap design features stainless steel moving parts and permits easy access for service.
Manual draining is also available.• Unit is lightweight — can be supported by just the piping.• Optional heating element prevents freezing.
TYPE: Horizontal or Vertical downflowinstallations
MODEL: Dry-Flo™ L1C CoalescerTB No. S3175 Date 1-99
S
The Model “L1C” Coalescer-Separators are designed for horizontal or vertical down flow installations. These separators use a two stage separation process. Stage one utilizes a wire mesh pad that increases the siz e of the droplets as they travel through the pad. In stage two the stainless steel Separating Tuyere Diffuser causes the stream to enter a controlled centrifugal flow. Due to the centrifugal motion, entrained liquids and solids are directed to the outer w alls of the separator. Re-entrainment breaker plates create a quiet iner t zone to prevent liquid from re-entering the flow stream once separation has taken place.
With correct sizing and proper drainage, these separators are designed to eliminate 99% of all entr ained liquids and particlesthat are 5 microns and larger in siz e.
The Model “L1C” Coalescer-Separators can be fabricated from carbon steel or stainless steel and are man ufactured inaccordance with ASME Code Section VIII Division I. As a standard, these separators come with the ASME Code Stamp.
PIPE SIZE2 1/2”
3”4”5”6”8”10”12”14”16”
34”36”42”46”48”58”64”72”78”86”
28”30”34”38”40”48”54”62”68”76”
3”3”4”4”4”5”5”5”5”5”
6 5/8”8 5/8”
10 3/4”12 3/4”
14”16”20”24”28”30”
1”1”
1 1/2”1 1/2”1 1/2”
2”2”
2 1/2”2 1/2”
3”
125180280390510665
1060141518302130
A B C DIA. STD WEIGHT
DESIGN PRESSURE 150 PSI @ 450° F / DIMENSIONS AND WEIGHTSNPT
DRAIN
DIMENSIONS CAN BE SLIGHTLY DIFFERENT AT HIGHER PRESSURES AND TEMPERATURES AND ARE AVAILABLE UPON REQUEST.
TYPE: Horizontal In / Vertical Upflowinstallations only
MODEL: Dry-Flo™ L5C Coalescer-SeparatorTB No. S3550 Date 1-99
S
The Model “L5C” Coalescer-Separators are designed for horizontal inlet and vertical up flow installations. These separators use a two stage separation process. Stage one utilizes a wire mesh pad that increases the siz e of the droplets as they travel through the pad. In stage two a stainless steel Separating Tuyere Diffuser causes the stream to enter a controlled centrifugal flow. Due to the centrifugal motion, entrained liquids and solids are directed to the outer walls of the separator. Re-entrainment breaker plates create a quiet iner t zone to prevent liquid from re-entering the flow stream once separation has taken place.With correct sizing and proper drainage, these separators are designed to eliminate 99% of all entrained liquids and particlesthat are 5 microns and larger in siz e.
Model “L5C” Coalescer-Separators can be fabricated from carbon steel or stainless steel and are manufactured in accordancewith ASME Code Section VIII Division I. As a standard, these separators come with the ASME Code Stamp.
PIPE SIZE2 1/2”
3”4”5”6”8”10”12”14”16”
8”9”
11”12”13”15”17”19”23”25”
30”34”39”45”50”56”67”76”86”98”
3”3”4”4”4”5”5”5”5”5”
8 5/8”10 3/4”
14”16”18”20”24”30”36”40”
1”1”
1 1/2”1 1/2”1 1/2”
2”2”
2 1/2”2 1/2”
3”
145195305435530665975
139019202645
A24”28”31”35”39”45”53”61”67”77”
EB C DIA. STDWEIGHT
lbs.
DESIGN PRESSURE 150 PSI @ 450° F / DIMENSIONS AND WEIGHTSNPT
DRAIN
DIMENSIONS CAN BE SLIGHTLY DIFFERENT AT HIGHER PRESSURES AND TEMPERATURES AND ARE AVAILABLE UPON REQUEST.
TYPE: Horizontal In / Vertical downflowinstallations only
MODEL: Dry-Flo™ L6C Coalescer-SeparatorTB No. S3650 Date 1-99
S
The Model “L6C” Coalescer-Separators are designed for a horizontal inlet and and vertical up flow installations. These sepa-rators use a two stage separation process. Stage one utilizes a wire mesh pad that increases the size of the droplets as they travel through the pad. In stage two a stainless steel Separating Tuyere Diffuser causes the stream to enter a controlled cen-trifugal flow. Due to the centr ifugal motion, entrained liquids and solids are directed to the outer walls of the separator. Re-entrainment breaker plates create a quiet zone to prevent liquid from reenter ing the flow stream once separation has taken place.
With correct sizing and proper drainage, these separators are designed to eliminate 99% of all entrained liquids and particlesthat are 5 microns and larger in siz e.
Model “L6C” Coalescer-Separators can be fabricated from carbon steel or stainless steel and are manufactured in accordancewith ASME Code Section VIII Division I. As a standard, these separators come with the ASME Code Stamp.
PIPE SIZE2 1/2”
3”4”5”6”8”10”12”14”16”
7”8”
10”11”12”13”15”17”19”20”
37”41”44”51”54”66”77”88”96”101”
3”3”4”4”
10 3/4”12 3/4”
4”5”5”5”5”5”
6 5/8”8 5/8”
14”16”20”24”28”30”
1”1 1/2”1 1/2”1 1/2”1 1/2”
2”2”
2 1/2”2 1/2”
3”
130165295420475525590
112514751925
A30”33”36”41”42”53”60”70”77”80”
EB C DIA. STDWEIGHT
lbs.
DIMENSIONS AND WEIGHTSNPT
DRAIN
DIMENSIONS CAN BE SLIGHTLY DIFFERENT AT HIGHER PRESSURES AND TEMPERATURES AND ARE AVAILABLE UPON REQUEST.
SPECIFICATIONSAir Separator shall be Carbon Steel construction ASMECode Stamped for maximum working pressure to 150 psig.Vessel is designed for a maximum temperature of 450°F.Pipe connections are NPT for sizes 2” thru 2 1/2” andANSI 150# RF flanges for 3” and larger.
FEATURESTangential design results in smaller unit requirement. Itprovides air free flow which protects against damage andsystem noise, and helps to prevent water logged plainsteel expansion tanks.
STANDARDSThese vessels are designed in accordance with ASMECode Section VIII, Div. 1 and can be ASME CodeStamped for 150 psig.
OPTIONS• Stainless Steel construction.• Working Pressures to 3000PSIG• Pipe connections to 24”• Special exterior finish• For options specification and pr icing consult Circle S