Rigid Body Dynamics Algorithm for Modeling Random Packing ...
FLEXIRING Random Packing - Koch-Glitsch Library/FLEXIRING.pdf · FLEXIRING random packing: The...
Transcript of FLEXIRING Random Packing - Koch-Glitsch Library/FLEXIRING.pdf · FLEXIRING random packing: The...
KGa FLEXIRINGCONDITIONS:Liquid Concentrations: 4% NaOHConversion to Carbonate: 25%Inlet Gas Concentration: 1% CO
Temperature: 75 ºF [24 ºC]Gas rate: 970lb/(ft hr) [1.31 kg/(m s)]
Tower Diameter: 30in [0.76m]Bed Height: 10ft [3.05m]
2 2
2
FLEXIRING® Random Packing
∆p/Z
(in
wc/
ft)
Liquid LoadingTop Curve to Bottom
gpm/ft m /m h2 3 2
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9873492412
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System Air-Water, AmbientTower: 30in. Diameter
FLEXIRING # /85
Plastic FLEXIRING® Random Packing and plastic SuperINTALOX® Saddles have been used for many years andhave become the standard for many designers and process-es. Although these packings do not have the "high perform-ance" characteristics of INTALOX SNOWFLAKE or β-ETARING packings, they have been used extensively and there-fore their performance is widely known. Further, they areless sensitive to liquid distribution quality and have higherliquid hold-up and residence time for those services thatbenefit from such characteristics.
Generally, Super INTALOX Saddles are favored by designers and industries that once used ceramic saddles but now wantthe superior performance of plastic Super INTALOX Saddles.
FLEXIRING random packing is favored by designers andindustries that prefer metal FLEXIRING packing and othermetal packings but now need the corrosion resistance ofthe plastic construction.
Koch-Glitsch offers two enhanced performance versions ofFLEXIRING random packing: The 2-inch [50 mm] and 4-inch[100 mm] High-Performance FLEXIRING random packing.Extra vanes inside each of these rings produce more effi-ciency than their standard counterparts, without sacrificingany capacity. These two packings can be useful when adesigner wants maximum efficiency from a 2-inch [50 mm]FLEXIRING packing or extra capacity then a 3.5-inch [90mm] FLEXIRING packing.
Fs, m/s • (kg/m3)1/2
Fs, ft/s • (lb/ft3)1/2
∆p,i
n w
c/ft
∆p,m
bar/
m
Liquid Load, m3/(m2 • h)
Liquid Load, gpm/ft2
KG
a,lb
-mol
/(h•
ft3 •a
tm)
KG
a,kg
-mol
/(h•
m3 •a
tm)
FLEXIRING #5 / 8
FLEXIRING #1
FLEXIRING #1.5
FLEXIRING #3.5
FLEXIRING #2
®
∆p/Z
(in
wc/
ft)
Liquid LoadingTop Curve to Bottom
gpm/ft m /m h2 3 2
5040302010
50
1229873492412
0
System Air-Water, AmbientTower: 30in. Diameter
FLEXIRING #1 ∆p/Z
(in
wc/
ft)
Liquid LoadingTop Curve to Bottom
gpm/ft m /m h2 3 2
70605040302010
50
171147122
9873492412
0System Air-Water, AmbientTower: 30in. Diameter
FLEXIRING #1.5
∆p/Z
(in
wc/
ft)
Liquid LoadingTop Curve to Bottom
gpm/ft m /m h2 3 2
70605040302010
50
171147122
9873492412
0System Air-Water, AmbientTower: 30in. Diameter
FLEXIRING #3.5Liquid Loading
Top Curve to Bottom
gpm/ft m /m h2 3 2
70605040302010
50
171147122
9873492412
0System Air-Water, AmbientTower: 30in. Diameter
FLEXIRING #2
Fs, m/s • (kg/m3)1/2
Fs, m/s • (kg/m3)1/2
Fs, ft/s • (lb/ft3)1/2
∆p,i
n w
c/ft
∆p,m
bar/
m
Fs, m/s • (kg/m3)1/2
Fs, ft/s • (lb/ft3)1/2
∆p,i
n w
c/ft
∆p,m
bar/
m
Fs, ft/s • (lb/ft3)1/2
∆p,i
n w
c/ft
∆p,m
bar/
m
Fs, m/s • (kg/m3)1/2
Fs, ft/s • (lb/ft3)1/2
∆p,i
n w
c/ft
∆p,m
bar/
m
®