Base frame
Illustrative support frame; foundations and structural design vary.
Complete hollow adsorption-vessel wall
Full vessel enclosure with five true side penetrations. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Closed side access hollow connection neck
Distinct instrument or access boundary through a real shell bore. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Closed side access bored rim
Unrated connection rim; no mating joint or transmitter. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Upper differential-pressure hollow connection neck
Distinct instrument or access boundary through a real shell bore. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Upper differential-pressure bored rim
Unrated connection rim; no mating joint or transmitter. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Lower differential-pressure hollow connection neck
Distinct instrument or access boundary through a real shell bore. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Lower differential-pressure bored rim
Unrated connection rim; no mating joint or transmitter. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Upper temperature hollow connection neck
Distinct instrument or access boundary through a real shell bore. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Upper temperature bored rim
Unrated connection rim; no mating joint or transmitter. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Lower temperature hollow connection neck
Distinct instrument or access boundary through a real shell bore. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Lower temperature bored rim
Unrated connection rim; no mating joint or transmitter. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Upper closed head with true gas bore
Flat teaching closure, not a selected pressure-head shape. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Lower closed head with true gas bore
Flat teaching closure, not a selected pressure-head shape. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Upper gas open boundary neck
One gas boundary. Adsorption and regeneration may use different directions and external valve arrangements; no sequence is modeled. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Upper gas open boundary rim
Open gas interface with no selected piping or rated flange. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Lower gas open boundary neck
One gas boundary. Adsorption and regeneration may use different directions and external valve arrangements; no sequence is modeled. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Lower gas open boundary rim
Open gas interface with no selected piping or rated flange. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Closed side access-cover disk
The complete vessel retains a solid separate cover. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Access-cover smooth stud 1
Illustrative external fastener location with no thread or preload. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Access-cover hex nut marker 1
Separate hexagonal marker, not a selected joint. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Access-cover smooth stud 2
Illustrative external fastener location with no thread or preload. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Access-cover hex nut marker 2
Separate hexagonal marker, not a selected joint. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Access-cover smooth stud 3
Illustrative external fastener location with no thread or preload. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Access-cover hex nut marker 3
Separate hexagonal marker, not a selected joint. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Access-cover smooth stud 4
Illustrative external fastener location with no thread or preload. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Access-cover hex nut marker 4
Separate hexagonal marker, not a selected joint. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Access-cover smooth stud 5
Illustrative external fastener location with no thread or preload. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Access-cover hex nut marker 5
Separate hexagonal marker, not a selected joint. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Access-cover smooth stud 6
Illustrative external fastener location with no thread or preload. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Access-cover hex nut marker 6
Separate hexagonal marker, not a selected joint. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Access-cover smooth stud 7
Illustrative external fastener location with no thread or preload. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Access-cover hex nut marker 7
Separate hexagonal marker, not a selected joint. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Access-cover smooth stud 8
Illustrative external fastener location with no thread or preload. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Access-cover hex nut marker 8
Separate hexagonal marker, not a selected joint. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Upper closed-tip thermowell marker
Solid intrusion cue through a separate shell bore. No sensor, temperature value, wall seal or suitable insertion length. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Lower closed-tip thermowell marker
Solid intrusion cue through a separate shell bore. No sensor, temperature value, wall seal or suitable insertion length. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Upper perforated distribution marker
A separate disk with real enlarged openings; the pattern only distinguishes a plate role. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Lower perforated support deck
A separate disk with real enlarged openings; the pattern only distinguishes a plate role. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Lower bed support perimeter seat
Separate annular seat under the deck; attachment and loading unqualified. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Lower deck support beam -0.36
Illustrative beam below the deck, without stress or attachment design. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Lower deck support beam 0.36
Illustrative beam below the deck, without stress or attachment design. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen X member 1
Separate screen member with visible gaps; no selected mesh grade. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen Y member 1
Crossed screen member; no support/retention result. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen X member 2
Separate screen member with visible gaps; no selected mesh grade. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen Y member 2
Crossed screen member; no support/retention result. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen X member 3
Separate screen member with visible gaps; no selected mesh grade. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen Y member 3
Crossed screen member; no support/retention result. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen X member 4
Separate screen member with visible gaps; no selected mesh grade. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen Y member 4
Crossed screen member; no support/retention result. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen X member 5
Separate screen member with visible gaps; no selected mesh grade. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen Y member 5
Crossed screen member; no support/retention result. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen X member 6
Separate screen member with visible gaps; no selected mesh grade. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen Y member 6
Crossed screen member; no support/retention result. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen X member 7
Separate screen member with visible gaps; no selected mesh grade. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen Y member 7
Crossed screen member; no support/retention result. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen X member 8
Separate screen member with visible gaps; no selected mesh grade. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen Y member 8
Crossed screen member; no support/retention result. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen X member 9
Separate screen member with visible gaps; no selected mesh grade. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen Y member 9
Crossed screen member; no support/retention result. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen X member 10
Separate screen member with visible gaps; no selected mesh grade. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen Y member 10
Crossed screen member; no support/retention result. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen X member 11
Separate screen member with visible gaps; no selected mesh grade. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen Y member 11
Crossed screen member; no support/retention result. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen X member 12
Separate screen member with visible gaps; no selected mesh grade. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen Y member 12
Crossed screen member; no support/retention result. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen X member 13
Separate screen member with visible gaps; no selected mesh grade. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Support screen Y member 13
Crossed screen member; no support/retention result. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 1 marker 1
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 1 marker 2
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 1 marker 3
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 1 marker 4
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 1 marker 5
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 1 marker 6
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 1 marker 7
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 1 marker 8
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 1 marker 9
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 1 marker 10
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 1 marker 11
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 1 marker 12
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 1 marker 13
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 1 marker 14
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 1 marker 15
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 1 marker 16
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 1 marker 17
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 1 marker 18
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 1 marker 19
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 2 marker 1
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 2 marker 2
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 2 marker 3
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 2 marker 4
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 2 marker 5
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 2 marker 6
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 2 marker 7
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 2 marker 8
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 2 marker 9
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 2 marker 10
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 2 marker 11
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 2 marker 12
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 2 marker 13
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 2 marker 14
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 2 marker 15
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 2 marker 16
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 2 marker 17
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 2 marker 18
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Inert support-ball layer 2 marker 19
Enlarged sparse ceramic-support role marker, separate from adsorbent. Not a selected grade, size or loading plan. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 1 marker 1
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 1 marker 2
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 1 marker 3
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 1 marker 4
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 1 marker 5
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 1 marker 6
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 1 marker 7
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 1 marker 8
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 1 marker 9
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 1 marker 10
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 1 marker 11
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 1 marker 12
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 1 marker 13
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 1 marker 14
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 1 marker 15
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 1 marker 16
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 1 marker 17
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 1 marker 18
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 1 marker 19
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 2 marker 1
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 2 marker 2
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 2 marker 3
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 2 marker 4
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 2 marker 5
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 2 marker 6
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 2 marker 7
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 2 marker 8
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 2 marker 9
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 2 marker 10
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 2 marker 11
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 2 marker 12
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 2 marker 13
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 2 marker 14
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 2 marker 15
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 2 marker 16
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 2 marker 17
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 2 marker 18
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 2 marker 19
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 3 marker 1
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 3 marker 2
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 3 marker 3
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 3 marker 4
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 3 marker 5
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 3 marker 6
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 3 marker 7
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 3 marker 8
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 3 marker 9
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 3 marker 10
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 3 marker 11
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 3 marker 12
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 3 marker 13
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 3 marker 14
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 3 marker 15
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 3 marker 16
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 3 marker 17
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 3 marker 18
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 3 marker 19
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 4 marker 1
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 4 marker 2
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 4 marker 3
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 4 marker 4
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 4 marker 5
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 4 marker 6
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 4 marker 7
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 4 marker 8
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 4 marker 9
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 4 marker 10
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 4 marker 11
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 4 marker 12
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 4 marker 13
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 4 marker 14
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 4 marker 15
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 4 marker 16
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 4 marker 17
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 4 marker 18
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 4 marker 19
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 5 marker 1
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 5 marker 2
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 5 marker 3
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 5 marker 4
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 5 marker 5
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 5 marker 6
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 5 marker 7
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 5 marker 8
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 5 marker 9
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 5 marker 10
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 5 marker 11
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 5 marker 12
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 5 marker 13
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 5 marker 14
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 5 marker 15
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 5 marker 16
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 5 marker 17
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 5 marker 18
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 5 marker 19
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 6 marker 1
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 6 marker 2
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 6 marker 3
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 6 marker 4
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 6 marker 5
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 6 marker 6
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 6 marker 7
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 6 marker 8
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 6 marker 9
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 6 marker 10
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 6 marker 11
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 6 marker 12
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 6 marker 13
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 6 marker 14
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 6 marker 15
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 6 marker 16
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 6 marker 17
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 6 marker 18
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorbent pellet layer 6 marker 19
Enlarged sparse external pellet shape. Microscopic zeolite pores and actual packed-bed density are not represented. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorber display leg 1
Display support only; no load, thermal-expansion or foundation design. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Bored adsorber display foot 1
Separate display foot with a real enlarged hole. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorber display leg 2
Display support only; no load, thermal-expansion or foundation design. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Bored adsorber display foot 2
Separate display foot with a real enlarged hole. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorber display leg 3
Display support only; no load, thermal-expansion or foundation design. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Bored adsorber display foot 3
Separate display foot with a real enlarged hole. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Adsorber display leg 4
Display support only; no load, thermal-expansion or foundation design. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
Bored adsorber display foot 4
Separate display foot with a real enlarged hole. Invented static geometry and scale. No adsorbent grade, pore size, loading plan, packing density, water capacity, breakthrough curve, dewpoint, pressure drop, regeneration cycle, vessel rating or operating/maintenance procedure is specified.
