,.---• EQUIPMENT COMPANY ,.---• EQUIPMENT COMPANY
`
`Screen Technology
`
`Catalog
`
`Innovative Screen Cloth
`
`Repairable Plate Screen
`
`Patented PyramidTM Screen
`
`API RP 13C (ISO 13501) COMPLIANT SCREENS
`
`Page 1 of 7
`
`Derrick 2027
`IPR2016-00642
`Axon EP, Inc. and Screen Logix, LLC v. Derrick Corporation
`
`

`
`InnovatIons and technology
`
`In 1977, Derrick Corporation expanded into the
`oilfield and Derrick Equipment Company was
`established to serve that market. Since that time,
`Derrick has been fully committed to furthering
`solids control technology through extensive
`research and development. Satisfying the ever-
`changing needs of the oil and gas industry for
`more than twenty-five years, Derrick combines
`several of these time proven products with other
`innovations to offer the most comprehensive and
`cost effective solids control systems in the industry.
`
`Derrick Equipment Company Houston, TX
`
`
`/17:11-yh /17:11-yh
`
`Salida Salida
`
`/Removal /Removal
`
`EffiCfaney EffiCfaney
`
`/ (cid:9)Mininrii, / (cid:9)Mininrii,
`
`
`
`
`11,11tilkin (cid:9)11,11tilkin (cid:9)
`
`PAkenizel PAkenizel
`
`
`urriiiinoto woo urriiiinoto woo
`
`Bore Pwoblurnul Bore Pwoblurnul
`
`
`
`/ LaiwiElL Mud (cid:9)/ LaiwiElL Mud (cid:9)
`
`
`
`Chaper--nd Cort (cid:9)Chaper--nd Cort (cid:9)
`
`
`LOWOr LOWOr
`
`FLOCMCO FLOCMCO
`
`Drilling - 0611100 Drilling - 0611100
`
`'Arno 'Arno
`
`Costs (cid:9)Costs (cid:9)
`
`Continuing to set the standard in solids control, Derrick Equipment Company is leading the way to
`API’s new API RP 13C (ISO 13501), the new industry standard for physical testing and labeling of
`shaker screens. Until RP 13C, no common standard existed for testing and labeling sreens. The result?
`Great disparity and performance in screens throughout the oil and gas industry. All Derrick screens
`offer cut point integrity and are API RP 13C (ISO 13501) compliant. Utilizing the most advanced and
`innovative R&D program, Derrick maintains its commitment to remain the leading technology provider
`in fine screening.
`
`Increased Solids Removal Results In Lower Drilling Costs
`
`Derrick screens are designed to maximize solids removal capabilities while significantly reducing costs
`associated with drilling fluid and disposal. Utilizing Derrick screens will lower the percentage of drilled
`solids in the mud system. Less dilution will be required, decreasing both total drilling fluid requirements and
`disposal costs. In addition, cleaner drilling fluid will decrease down hole problems which can adversely
`affect drilling time. All the benefits of clean drilling fluid lead to one end result: Lower Drilling Cost.
`
`
`1950 1950
`
`High Speed Iniergral High Speed Iniergral
`
`Irkroiing Maser Irkroiing Maser
`
`
`1993 1993
`
`Pyramid"" Saran. Pyramid"" Saran.
`
`• •
`
`
`1997 1997
`
`Swpir G Vibrating Mora? Swpir G Vibrating Mora?
`
`
`2001 2001
`
`Auld Clenam14 313M Auld Clenam14 313M
`
`• •
`
`
`1999 1999
`
`G Sichoimi G Sichoimi
`
`
`2000 2000
`
`DE-1 OW* We' DE-1 OW* We'
`
`Smarr Cmarifutio Smarr Cmarifutio
`
`
`2002 2002
`
`RC 5CCIVe* RC 5CCIVe*
`
`{Vapor Exkoefiarili {Vapor Exkoefiarili
`
`API RP 13C (ISO 13501) API RP 13C (ISO 13501)
`
`
`COMPLIANT SCREENS COMPLIANT SCREENS
`
`
`2(31)6 2(31)6
`
`API RP 1 3 C API RP 1 3 C
`
`Complionn Complionn
`
`1984 1984
`
`
`PWP Sreen Panel PWP Sreen Panel
`
`1990 1990
`
`
`Drve. Drve.
`
`1996 1996
`
`
`Fla-Lee Stalpar Fla-Lee Stalpar
`
`1977 1977
`
`
`SicirKhwich . Sower. Porie1 SicirKhwich . Sower. Porie1
`
`imm miGNE imm miGNE
`
`• •/iii.10 _ii iiiii • •/iii.10 _ii iiiii
`
`..141151.111111111 ..141151.111111111
`
`n 11111111111111111 n 11111111111111111
`
`IIIII IIIII
`
`• Nieman Imam • Nieman Imam
`
`=i =i
`
`
`• •
`
`1997 1997
`
`Flo-Lim Claimer 213c.:' Flo-Lim Claimer 213c.:'
`
`1998 (cid:9)1998 (cid:9)
`
`
`Modem adding Modem adding
`
`Wire Screw Wire Screw
`
`
`2000 2000
`
`FLC SCVM Seed FLC SCVM Seed
`
`
`2001 (cid:9)2001 (cid:9)
`
`Srark Sixer Srark Sixer
`
`
`2003 2003
`
`&mere" &mere"
`
`2005 2005
`
`
`HT Sarin Screen HT Sarin Screen
`
`(14;t1 %km?) (14;t1 %km?)
`
`
`0 0
`
`,;.004 ,;.004
`
`Soper G2 Soper G2
`
`
`
`(cid:9) Maio/ (cid:9) Maio/
`
`Page 2 of 7
`
`Derrick 2027
`IPR2016-00642
`Axon EP, Inc. and Screen Logix, LLC v. Derrick Corporation
`
`

`
`derrIck screen cloth
`
`screen Panel constructIon
`
`Extra Fine (DX™ ) Cloth
`
`The Derrick (DX™) Extra Fine cloth series was
`developed by Derrick in 1974 and used on the
`first multiple layer (Sandwich®) screens. The DX
`cloth, which offers as much as 68% open area, is
`designed to maximize capacity, maintain cut point
`integrity and minimize nearsize particle blinding.
`
`
`EMMEN EMMEN
`
`ill1111111M ill1111111M
`
`111•1111•11111111 111•1111•11111111
`
`111111111•01EPP 111111111•01EPP
`
`Repairable Plate (PWP™) Screen Panel
`
`The Derrick PWP screen panel is made up of three
`screen layers rigidly bonded to a perforated metal
`plate adding support and repairability. This screen
`maximizes screen life by stabilizing the screen and by
`utilizing the supplied stainless steel plugs or silicone.
`
`High Performance (HP™) Cloth
`
`The Derrick (HP™) High Performance series cloth
`was developed in 1986 to increase fluid capacity
`by utilizing slotted openings. Its slotted openings
`allow for higher flow rates to be processed
`without sacrificing cut point integrity. The HP cloth
`offers as much as 72% open area.
`
`
`Ell Ell
`
`III Ell In III Ell In
`
`ME (cid:9)ME (cid:9)
`
`MIN MIN
`
`MilineMMOIMIN MilineMMOIMIN
`
`1111=11111•11111111, 1111=11111•11111111,
`
`MB MI MB MI
`
`Fine (DF™) Cloth
`
`The Derrick (DF™) cloth was developed in the
`early 1970’s and provides up to 56% open area.
`The DF cloth has a slightly larger wire diameter
`than the DX cloth, but is thinner than market grade
`and tensil bolting cloth. The DF cloth is designed
`to maximize screen life, maintain cut point integrity
`and minimize nearsize particle blinding.
`
`
`MEP* MEP*
`
`MENEM MENEM
`
`N:11:1111t N:11:1111t
`
`um nom- um nom-
`
`
`
`--gm --gm
`
`Pyramid Screen (PMD)
`
`Pyramid and Pyramid Plus Screens
`(PMDTM and PMD+TM)
`
`Derrick Equipment Company has revolutionized
`screening technology with the patented Pyramid
`(PMD) and Pyramid Plus (PMD+) screens. These
`revolutionary three-dimensional screens offer the
`benefits of traditional flat multi-layered screens while
`adding a significant increase in usable screen area.
`The result is a screen that allows for an increase in
`fluid handling capacity. Pyramid and Pyramid Plus
`screens provide an easy, cost effective increase
`in shaker performance. Designed with the latest
`technology, Pyramid screens allow rigs to screen
`finer earlier in the drilling process, thus significantly
`reducing mud and disposal costs. All Derrick
`screens comply with API RP 13C.
`
`Pyramid Plus Screen (PMD+)
`
`
`
`PYRAMID"' SCREEN PYRAMID"' SCREEN
`
`Page 3 of 7
`
`Derrick 2027
`IPR2016-00642
`Axon EP, Inc. and Screen Logix, LLC v. Derrick Corporation
`
`

`
`screen Panel constructIon (cont’d)
`
`rePlacement screens For derrIck shakers
`
`Exclusive Benefits:
`
`•
`
`•
`
`•
`
`•
`
`•
`
`•
`
`Increased Shaker Capacity – Pyramid and Pyramid Plus
`screens increase the total amount of usable API non-blanked
`screen area by 105% and 184% on a Derrick FLC 514
`shaker. Fluid-handling capacity increases up to 125%.
`
`Enhanced Permeability – Gravity and vibration forces the
`solids into the corrugated screen’s troughs, thus allowing
`more fluid to pass through the top of the screen.
`
`Screen Finer Faster – Utilizing Pyramid or Pyramid Plus
`screens enable shakers to screen 2 to 3 mesh sizes finer
`than traditional perforated plate flat screen panels. This
`maximizes the solids removal efficiency of the shaker.
`
`Drier Cuttings – Pyramid screens minimize fluid loss by
`dispersing thinner layers of fluid over an increased screen area,
`resulting in a more effective and faster drying capability.
`
`Fits Existing Shakers – There is no need to modify or replace
`existing equipment. Pyramid screens fit all Derrick shakers, thus
`allowing for the most efficient use of existing equipment.
`
`Makes Fine Separations – Pyramid and Pyramid Plus screens
`are capable of making separations as fine as 43 microns.
`
`Combining high G-force vibrating motors with Derrick’s exclusive Pyramid screen technology significantly improves
`solids separation. Integrating the industry’s latest advancements in screen surface design – higher capacity, longer
`screen life and optimal solids removal efficiency – Derrick screens can dramatically reduce operating costs. Dilution
`and disposal costs are minimized with Derrick’s state-of-the-art screen surface technology.
`
`500 Series Screens
`
`Derrick’s 500 Series screens, available in PWP, Pyramid and Pyramid Plus panels, are used on all FLC 500 series shale
`shakers. The FLC 500’s innovative single-side tensioning system reduces screen panel replacement time to less than one
`minute per panel. This faster, easier and more reliable screen panel tensioning is provided by tensioning fingers and two
`Quick-Lok 1/2-turn tensioning bolts on each screen panel. The available screening area per API RP 13C for the FLC 513
`is 24.9 square foot with the Pyramid screen and 34.5 square foot with the Pyramid Plus screen. For the FLC
`514 the available screening area per API RP 13C is 33.2 square foot with the Pyramid screen and 46.0 square
`foot with the Pyramid Plus screen.
`
`Screen Shape and Conductance
`
`Corrugated Screen
`Enhanced Permeability
`
`Pyramid (PMD) 500 Series Screen
`
`4111111iiiieii 44 4111111iiiieii 44
`48 x 30 Screens
`Conventional Flat Screen
`Solids Impede Fluid Flow
`
`Derrick’s 48 x 30 screens fit all Derrick FLC 2000™ 3- and 4-panel shale shakers, FLC with AWD, FLC Plus™, HI-G® Dryer
`and the Cascade 2000. They are available in PWP, Pyramid and Pyramid Plus panels. Fast, easy and reliable screen
`panel tensioning is provided by two pairs of Rapid-Change draw bolts on each side of each screen panel. The available
`screening area per API RP 13C for the FLC 2000 3-panel is 24.9 square foot with the Pyramid screen and 31.95
`square foot with the Pyramid Plus screen. For the FLC 2000 4-panel, the available screening area per API RP 13C
`is 33.2 square foot with the Pyramid screen and 42.6 square foot with the Pyramid Plus screen.
`
`High Temp Series (HT™) Screen Panel
`
`The HT™ series screen is constructed with a revolutionary new bonding material that offers superior screen
`life in glycol mud systems and/or high temperature applications where flowline temperatures are 130˚to
`230˚ F (54˚ to 110˚ C). Field tests have shown the HT screen exceeded conventional screen life by
`625% on a glycol mud system. This new design is available in all Pyramid (PMDHT™) and Pyramid Plus
`(PMDHT+™) panels for Derrick shakers.
`
`Pyramid (PMD) 48x30 Screen
`
`36 x 30 Screens
`
`The Fluid Cleaner 300 series shale shaker utilizes Derrick’s 36 x 30 screens which are available in PWP, Pyramid, or
`Pyramid Plus panel configurations. Fast, accurate screen panel tensioning is provided by two pairs of Rapid-Change draw
`bolts on each side of each screen panel. With Pyramid screens installed, the available screening area is 18.72 square
`feet; screening area with Pyramid Plus screens is 24.9 square feet.
`
`Pyramid (PMD) 36x30
`
`Page 4 of 7
`
`Derrick 2027
`IPR2016-00642
`Axon EP, Inc. and Screen Logix, LLC v. Derrick Corporation
`
`

`
`rePlacement screens For non-derrIck shakers
`
`avaIlable screens
`
`Derrick Equipment Company has been the leading supplier of quality, high performance screening surfaces for
`over fifty years. Our entry into manufacturing screens for non-Derrick shale shakers has come at the request of
`numerous operators who desire to improve the performance of their non-Derrick shakers by taking advantage of
`Derrick’s patented Pyramid technology. Derrick now has Pyramid screens available for the Brandt King Cobra,
`along with the Brandt VSM 300 and 100 shale shakers.
`
`Derrick V300™/V100™
`
`Derrick PTC 49x25
`
`
`SCREENS FOR SCREENS FOR
`
`DERRICK SHAKERS DERRICK SHAKERS
`
`
`Aval.a.Ole Constr-ct Aval.a.Ole Constr-ct
`
`• RAD • PIVIDt • P61=, • HT • RAD • PIVIDt • P61=, • HT
`
`
`REPLACEMENT SCREENS FOR REPLACEMENT SCREENS FOR
`
`NON-DERRICK SHAKERS NON-DERRICK SHAKERS
`
`
`
`Avs,LEADIe Qoi-x31r-wczion: Avs,LEADIe Qoi-x31r-wczion:
`
`
`
`• WO • PWP • LWG • WO • PWP • LWG
`
`
`
`DX-A200 178 fribro-s) DX-A200 178 fribro-s)
`
`
`
`3 oes 3 oes
`
`
`
`DX-A170 (97 rnbrcro) DX-A170 (97 rnbrcro)
`
`
`
`6664 6664
`
`
`
`DX-A140F (107 microns) DX-A140F (107 microns)
`
`
`
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`
`
`
`DX-A140 (115 Wrong} DX-A140 (115 Wrong}
`
`
`
`• * •• • * ••
`
`
`
`DX •A120 (120 rilictOrG) DX •A120 (120 rilictOrG)
`
`
`
`6664 6664
`
`DX-A100 {154 microns} DX-A100 {154 microns}
`
`
`
`• •
`
`
`
`6 (cid:9)6 (cid:9)
`
`
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`• •
`
`Derrick now offers Pyramid™ technology for the
`Brandt® VSM™ shale shaker. Combining Derrick’s
`DXTM screen cloth with PMD and PWP technology,
`the V300 (PMD™ pictured below) and V100
`ensures accurate cut point designation. This
`lightweight pre-tensioned screen offers up to 145
`percent more screen surface area than Brandt’s
`Red Hex screen. When fitted with Derrick’s V300
`and V100, the Brandt VSM 300 and 100 shakers
`offer the following area available for screening per
`API RP 13C: VSM 300: 20.8 sq. ft. with the PMD
`V300 and 14.6 sq. ft. with the PWP V300; VSM100:
`20.4 sq. ft. with the PMD V100 and 15.8 sq. ft. with
`the PWP V100.
`
`Derrick offers a superior pretension PMD (pictured
`below) and PWP replacement screen for the Brandt
`Cobra™ and King Cobra shale shakers. Utilizing
`Derrick’s DX™ screen cloth to maximize capacity
`while maintaining cut point integrity, this screen’s
`advanced technology also offers increased screen
`life, 50 percent over one manufacturer’s screen.
`When fitted with Derrick’s PTC 49x25, the Brandt
`Cobra and King Cobra shakers offer the following
`area available for screening per API RP 13C:
`Cobra: 23.5 sq. ft. with the PMD screen, 15.0 sq. ft.
`with the PWP screen; King Cobra: 31.3 sq. ft. with
`the PMD screen, 20.0 sq. ft. with the PWP screen.
`
`
`
`
`
`D X rA/30 (164 rrizren,s1 D X rA/30 (164 rrizren,s1
`
`
`
`6664 6664
`
`
`
`DX-A70 {221 microns} DX-A70 {221 microns}
`
`
`
`•••• ••••
`
`
`
`D X -A50. (257 miCr4Dee) D X -A50. (257 miCr4Dee)
`
`
`
`4909 4909
`
`
`
`DX-A50 (314 rnbrans) DX-A50 (314 rnbrans)
`
`
`
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`
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`
`DX-A45 (360 rricroi% DX-A45 (360 rricroi%
`
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`
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`
`DX •A40 (453 rric-rCns) DX •A40 (453 rric-rCns)
`
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`
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`
`DX-A35 (50$ rrowc;na) DX-A35 (50$ rrowc;na)
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`
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`
`PTC 49x25 PMD
`
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`
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`
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`
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`
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`
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`
`
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`
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`
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`
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`HP-A80 (184 microns} HP-A80 (184 microns}
`
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`
`
`HP-A40 (292 miorDna) HP-A40 (292 miorDna)
`
`
`
`4•64 4•64
`
`
`
`I•64 I•64
`
`
`
`HP-A35 (499 nio-n'5) HP-A35 (499 nio-n'5)
`
`
`
`• ii• (cid:9)• ii• (cid:9)
`
`
`
`• (cid:9)• (cid:9)
`
`
`
`D D
`
`
`
`DP-A325 (del incr.:ins) DP-A325 (del incr.:ins)
`
`
`
`•••• ••••
`
`
`
`D••• 10 * D••• 10 *
`
`
`
`DF-A-Z70 (53 miCrCe6) DF-A-Z70 (53 miCrCe6)
`
`
`
`6664 6664
`
`
`
`id. • Y (cid:9)id. • Y (cid:9)
`
`
`
`a (cid:9)a (cid:9)
`
`
`
`r r
`
`
`
`DF-A230 (6-7 microns) DF-A230 (6-7 microns)
`
`
`
`•••• ••••
`
`
`
`DF-A200 (7.5 rriicrortg) DF-A200 (7.5 rriicrortg)
`
`
`
`6• 6 • 6• 6 •
`
`
`
`DF-A140 (104 microns) DF-A140 (104 microns)
`
`
`
`...• ...•
`
`
`
`DF-A120 (121 microns.) DF-A120 (121 microns.)
`
`
`
`•••• ••••
`
`
`
`DF-A100 (143 rribron.) DF-A100 (143 rribron.)
`
`
`
`a oi a oi
`
`
`
`• • pp • (cid:9)• • pp • (cid:9)
`
`
`
`• •
`
`
`
`DP-A201821 microns) DP-A201821 microns)
`
`
`
`• • • • • • • •
`
`
`Rts DarrINEU 31nA Rts DarrINEU 31nA
`
`'Rua Oar** FLC: 2 MCI, x14-rw.al. FLC Mtn NM) 'Rua Oar** FLC: 2 MCI, x14-rw.al. FLC Mtn NM)
`
`I..0 Purr., FP Oh Cr.1.3% rare 25X. I..0 Purr., FP Oh Cr.1.3% rare 25X.
`
`'Fltm Carrick MO War> BEI 'Fltm Carrick MO War> BEI
`
`'FP Darrialt 1.1.0 GO} Sores. 'FP Darrialt 1.1.0 GO} Sores.
`
`
`
`' P.M Brandt 5.."-3V 106 1111:11V3,4 (cid:9)' P.M Brandt 5.."-3V 106 1111:11V3,4 (cid:9)
`'11 ars '11 ars
`
`▪ la Urandl. Cobra. End (cid:9)▪ la Urandl. Cobra. End (cid:9)
`
`
`
`[slam "-akar [slam "-akar
`
`•Fin•Fin
`
`B.rr5.11* LOPLP-20. I.C*A-3D dm! LM-3 xrur B.rr5.11* LOPLP-20. I.C*A-3D dm! LM-3 xrur
`
`S 4 (cid:9) wrkar S 4 (cid:9) wrkar
`
`Derrick offers replacement screens to fit the
`Brandt® LCM-2D, LCM-3D and LM-3 (49x36)
`shakers. The 49x36 replacement screens utilize
`Derrick’s DX screen cloth to maximize capacity
`while maintaining cut point integrity and minimizing
`near-size particle binding. Derrick’s PWP backing
`plate design features 1” perforated metal squares
`to greatly increase screen life and facilitate field
`repair for extended panel life.
`
`Screen life of Derrick’s replacement screen for the
`SWACO® ALS™ shale shaker exceeds one
`manufacturer’s product by 100 percent. Among
`the technological improvements offered by the
`Derrick replacement screen is the 4” fluid diffusion
`strip that increases screen life by preventing wear
`at the most common area. In addition, bonding
`squares help maintain cut point integrity by
`stabilizing the sandwich screen and increase
`durability by reducing screen flutter and isolating
`any screen failures.
`
`Page 5 of 7
`
`Derrick 2027
`IPR2016-00642
`Axon EP, Inc. and Screen Logix, LLC v. Derrick Corporation
`
`(cid:9)
`(cid:9)
`(cid:9)
`(cid:9)
`(cid:9)
`(cid:9)
`(cid:9)
`(cid:9)
`

`
`Fig. 3
`Required Screen Tag Information
`
`New API RP 13C Screen Tag
`
`Derrick’s New Screen Box and Bar Code Sticker
`
`
`
`API 120 API 120
`
`{ICI m54Y. {ICI m54Y.
`
`
`WO5COtikok134 WO5COtikok134
`
`
`Op, kit Capon:non Op, kit Capon:non
`
`1,an.lbla.4441Msa:11.3 lb' 1,an.lbla.4441Msa:11.3 lb'
`
`Candxvood. 2.33 IkElenwp} Candxvood. 2.33 IkElenwp}
`
`
`
`Made Illado, NY IL11A Made Illado, NY IL11A
`
`
`
`eff.Ferne Pe AM IV 13060:111501i eff.Ferne Pe AM IV 13060:111501i
`
`Old API RP 13E Screen Tag
`
`
`
`Pork lkflole. NY Pork lkflole. NY
`
`
`API 120 (121 Microns) orr API 120 (121 Microns) orr
`
`PtvID500H P-Al 20 (cid:9)PtvID500H P-Al 20 (cid:9)
`
`2fflaaQ5 2fflaaQ5
`
`111111111.1111111111 111111111.1111111111
`
`R6171.acc-s: Pk65:0HP150 (cid:9)R6171.acc-s: Pk65:0HP150 (cid:9)
`
`AR RP 12c. (cid:9)AR RP 12c. (cid:9)
`
`
`
`la5g1) la5g1)
`
`
`API 120 (121 Microns) API 120 (121 Microns)
`
`PMCISCPOH P-Al 20 (cid:9)PMCISCPOH P-Al 20 (cid:9)
`
`1111.1111111111111 1111.1111111111111
`
`Aa HP IOC ge,1,1=3) Aa HP IOC ge,1,1=3)
`
`Ripbusi Fig.75(0491:0 Ripbusi Fig.75(0491:0
`
`
`
`aerf 2 aerf 2
`
`
`
`wear2Ook wear2Ook
`
`. 1
`. 1
`
`
`
`44
`
`
` %abaft: rmamo HP150 %abaft: rmamo HP150
`
`PA PP 1 It COMPLANT PA PP 1 It COMPLANT
`
`b b
`
`%.710,5 %.710,5
`
`
`
`Gied..4. Gied..4.
`
`
`
`. .
`
`
`
`• •
`
`
`nth precluck goirroml w16w WM or WIrr el a.* Wire-1m ....Wm.", nth precluck goirroml w16w WM or WIrr el a.* Wire-1m ....Wm.",
`
`6. The Unlhml (cid:9)6. The Unlhml (cid:9)
`
`61141 fil41.4101fidviLr+;t1. 61141 fil41.4101fidviLr+;t1.
`
`m,221Atam ixo,t9a, sAiLasi 3117,159 3.015.70 V31:1,Ril 5,P81114? m,221Atam ixo,t9a, sAiLasi 3117,159 3.015.70 V31:1,Ril 5,P81114?
`
`1,161.419 5,104,162 (cid:9)1,161.419 5,104,162 (cid:9)
`
`3,158_236 6103,556 60.1.313 6.181,70.1 3,158_236 6103,556 60.1.313 6.181,70.1
`
`02.69,077 6110305 6006.6 611672.6 693E106 213.7355 7157603 7157616 02.69,077 6110305 6006.6 611672.6 693E106 213.7355 7157603 7157616
`
`aPI rP 13c (Iso 13501)
`
`What is API RP 13C (ISO 13501)?
`•
`
`A new physical testing and labeling procedure for shaker screens. To be API RP 13C compliant, a screen must be
`tested and labeled in accordance with the new recommended practice. Internationally, API RP 13C is ISO 13501.
`
`Two tests were devised: cut point and conductance. The tests describe a screen without predicting its performance
`and can be performed anywhere in the world. The cut point test is based on a time-proven testing method used by
`ASTM to classify particles by size. The shaker screen designation is identified by matching the screen’s cut point
`to the closest ASTM sieve cut point. The D100 separation is used for assigning screen designations (Fig. 1). D100
`means that 100 percent of the particles larger than the test screen will be retained, and all finer particles will pass
`through. The conductance test (Fig. 2) measures the ability of a fluid to pass through the screen.
`
`After identifying the cut point and conductance, complying with API RP 13C requires application of a permanent
`tag or label to the screen in a position that will be both visible and legible (Fig. 3). Both cut point, expressed as
`an API number, and conductance shown in kD/mm are required on the screen label.
`
`The new procedure is a revision of the previous API RP 13E, which was based on optical measurements of the
`screen opening using a microscope and computer analysis. Under API RP 13E, screen designations were based
`on individual manufacturer test methods, producing inconsistent labeling.
`
`•
`
`• •
`
`Fig. 1
`D100 Separation and API Screen Number
`
`Fig. 2
`Conductance Test Setup
`
`NEW API RP 13C (ISO 13501) Part Numbers
`
`
`
`Oil Reservoir Oil Reservoir
`
`
`
`Adjustable Valve Adjustable Valve
`
`11 4— 11 4—
`
`
`
`
`
`L L
`
`
`
`4— 4—
`
`
`
`Flow Diverter Flow Diverter
`
`
`
`6 A 66 66 6 A 66 66
`
`
`A A 68 AA A A 68 AA
`
`66 66 6 68 66 66 6 68
`
`666 68A, 666 68A,
`
`6 6 8A, 6 6 8A,
`
`666666 666666
`
`68 66 6 66 68 66 6 66
`
`66 66 66 66 66 66
`
`Catch Pan Catch Pan
`
`66 66 6 66 66 66 6 66
`
`A A 68 66 A A 68 66
`
`66 AA A 86 66 AA A 86
`
`
`
`Electronic Scale Electronic Scale
`
`
`
`Test Screen Test Screen
`
`Table 5 (found on page 40 and 41 of API RP 13C)
`
`D100 Separation and
`API Screen Number
`D100 Separation
`API Screen
`(Microns)
`Number
`
`>780,0 to 925,0
`>655,0 to 780,0
`>550,0 to 655,0
`>462,5 to 550,0
`>390,0 to 462,5
`>327,5 to 390,0
`>275,0 to 327,5
`>231,0 to 275,0
`>196,0 to 231,0
`>165,0 to 196,0
`>137,5 to 165,0
`>116,5 to 137,5
`>98,0 to 116,5
`>82,5 to 98,0
`>69,0 to 82,5
`>58,0 to 69,0
`>49,0 to 58,0
`>41,5 to 49,0
`>35,0 to 41,5
`>28,5 to 35,0
`>22,5 to 28,5
`>18,5 to 22,5
`
`API 20
`API 25
`API 30
`API 35
`API 40
`API 45
`API 50
`API 60
`API 70
`API 80
`API 100
`API 120
`API 140
`API 170
`API 200
`API 230
`API 270
`API 325
`API 400
`API 450
`API 500
`API 635
`
`DF Series
`New Part #:
`Old Part #:
`DF-A325
`DF-A270
`DF-A230
`DF-A200
`DF-A140
`DF-A120
`DF-A100
`DF-A20
`
`DF 280
`DF 230
`DF 200
`DF 165
`DF 145
`DF 24
`
`DX Series
`New Part #:
`Old Part #:
`DX-A200
`DX 250
`DX-A170
`DX-A140F
`DX 210
`DX-A140
`DX 175
`DX-A120
`DX-A100
`DX 140
`DX-A80
`DX 110
`DX-A70
`DX 84
`DX-A60
`DX 70
`DX-A50
`DX-A45
`DX 50
`DX-A40
`DX 44
`DX-A35
`DX 38
`
`Example:
`New Part #: PMD500HP-A120
`Old Part #: PMD500HP150
`
`HP Series
`New Part #:
`Old Part #:
`HP-A325
`HP 310
`HP-A270
`HP-A230
`HP-A200F
`HP-A200
`HP-A170
`HP-A140
`HP-A120
`HP-A100
`HP-A80
`HP-A70
`HP-A60
`HP-A50
`HP-A45
`HP-A40
`HP-A35
`
`HP 265
`HP 230
`HP 200
`HP 180
`HP 150
`HP 125
`HP 100
`HP 80
`HP 70
`HP 60
`HP 50
`HP 45
`HP 40
`
`Page 6 of 7
`
`Derrick 2027
`IPR2016-00642
`Axon EP, Inc. and Screen Logix, LLC v. Derrick Corporation
`
`

`
`Derrick Agent and Office Locations
`
`Derrick Equipment Company Houston, TX
`
`Oil and Gas Industry
`15630 Export Plaza - Houston, Texas 77032
`Toll Free: (866) DERRICK - Fax: (281) 442-6948
`E-mail: derrick@derrickequipment.com
`www.derrickequipment.com
`
`222 Burgess Drive - Unit 3 - Broussard, Louisiana 70518
`Toll Free: (877) 635-3354 - Fax: (337) 839-0870
`
`3417 Fox Hill Terrace - Edmond, Oklahoma 73013
`Phone: (405) 640-0472 - Fax: (405) 216-9181
`
`2100 Harkins Road - Alice, Texas 78332
`Phone: (361) 884-6065 - Fax: (361) 884-4233
`
`2214 Sanford Drive - Suite #11 - Grand Junction, Colorado 81505
`Phone: (970) 241-2417 - Fax: (970) 241-2438
`
`
`
`DERRICK` DERRICK`
`
`
`
`ffOOPMENT COMPANY ffOOPMENT COMPANY
`
`DEC/DST API13C- 4/16/2007
`
`
`
`
`
`
`
`Copyright ©2007 Derrick Corporation All products are trademarked and/or registered trademarked by Derrick Corporation, except:
`
`SWACO is a registered trademark of M-I L.L.C. and ALS is a trademark of SWACO, A Division of M-I L.L.C.
`
`Brandt, Cobra and VSM are trademarks of Varco, L.P.
`
`Page 7 of 7
`
`Derrick 2027
`IPR2016-00642
`Axon EP, Inc. and Screen Logix, LLC v. Derrick Corporation