Product Overview Last date of Revision:

Transcription

1 Product Overview Last date of Revision:

2 Gryphon Oilfield Solutions is a worldwide provider of quality, value driven, oilfield products and services. We specialize in aggressive well completions tools, casing equipment and oilfield services and an expertise in conventional and unconventional down-hole technology development. Our main objective is to improve efficiencies and optimize recovery of hydrocarbons in the oil and gas industry. At Gryphon, we place a strong focus on meeting the individual needs of our customers with customized technical solutions. Headquartered in Houston, TX, the Gryphon Oilfield Solutions team is focused on fulfilling our corporate mission of ensuring exceptional value for our customers through superior operations, innovative solutions and complete team commitment.

3 Table of Contents Echo Series of Products Echo DC Multistage Fracturing System Echo DC Cement Wiper Plug Echo Dissolvable Fracturing Plugs TRIDENT Series of Products TRIDENT SC Composite Fracturing Plug TRIDENT Hybrid Composite Fracturing Plug TRIDENT Total Composite Fracturing Plug TRIDENT X Composite Fracturing Plug SUREstack Series of Products Liner Casing Packer Liner Casing Packer Setting Tool Latch Seal Unit Locator Seal Unit Hold Down Body Short Open Hole Packer , 20 RC Millable Valve , 22 NC Millable Valve RT Retrievable Ball Actuated Valve Open Hole Anchor Pressure Actuated Spring Assisted Valve Flow Lock Collar (Ball Actuated Valve) Stage Flow Lock Collar (Ball Actuated Valve) Cem Wiper Plug SUREstart Series of Products SUREstart XP Valve SUREseat Millable Landing Sub SUREjet Series of Products SUREjet Fracturing System Abrasive Perforator SUREjet Packer Casing Collar Locator Perforating Magnet SUREstraddle Series of Products SUREstraddle System SUREshift Series of Products SUREshift RC Valve SUREshift NC Valve SUREshift Shifting Tool Compression Unloader Valve Thru Tubing Products Thru Tubing WR Plug Gryphon Casing Solution Products Blue Cap Shoe Track System Minotaur 10k Float Equipment * Contact your local Gryphon Representative for information regarding our available Centralizers, Casing accessories, Standard Float Equipment and Specialized Float Shoes.

4 4 Echo Series Products

5 Multistage Fracturing System The Echo DC multistage fracturing system is a hydraulic fracturing cartridge and sleeve system designed for open hole or cemented completions. Each sleeve is opened by pumping a selective cartridge down to the matching profiles in the sleeves. The cartridges are fully dissolvable post fracturing, requiring no further intervention. This system provides full bore access before and after fracturing operations, allowing higher pump rates and well flow at full potential, without ball seat restriction or milling operations. The key feature of the Echo DC multistage fracturing system is the increased efficiency of combining the full-bore benefits of a plug and perf system with the speed of a ball drop completion while eliminating the requirement for post fracturing intervention. Interventionless system Pump down seat / sleeve multistage fracturing system Keys on sleeve engage matching profile in cartridge Full bore liner for high rate fracturing operations Reduced conveyance time Fully dissolvable No milling required Increased stage density 54 unique stages available All stages have the same differential rating 10,000 psi (68 MPa) pressure rating (thread dependent) Weight Max. Body O.D. Max. Seat I.D. Ball Differential Pressure in lb/ft in in in psi mm kg/m mm mm mm kpa 4-1/ , / ,

6 Echo DC Cement Wiper Plug The Echo DC cement wiper plug is designed to clean cement from the extended larger I.D. areas of the wellbore while being able expand and collapse without buckling to maintain its cleaning action in cavities of valve sleeves. The series of specially designed wiper fins are durable enough to wipe the casing I.D. and cavities inside fracturing sleeves to ensure that the Echo DC sleeves can be shifted after the cementing operations are complete. Both latch down and bullnose versions are available depending on application. Designed to activate keys and coat the liner with cement inhibiting grease Wiper spacing prevents plug from stalling in profile sleeves Wiper fins ensure as much cement as possible is cleaned from all recessed areas Premium elastomers available on request Weight Mandrel O.D. Overall Length Pressure (above wiper) in lb/ft in ft psi mm kg/m mm m kpa 4-1/ , ,474 6

7 Echo Dissolvable Fracturing Plug The Gryphon Echo series of dissolvable hydraulic fracturing plug technologies are specifically designed to provide a fully dissolvable multistage fracturing solution in the widest variation of applications. Developed with dissolvable magnesium alloys, dissolvable elastomers, and dissolvable high-strength metal-matrix material, the Echo dissolvable frac plugs are capable of withstanding pressures up to 10,000 psi (69 MPa) in temperatures up to 275 F (135 C). This range of performance is attainable due to Gryphon s extensive research into advanced alloy technologies. The result is a creation of the ideal mix of both materials and product design focused on achieving the ideal downhole performance characteristics for all applications. The Echo series of dissolvable frac plugs are run on industry standard electric line setting tools. Wireline adapter kits are designed to optimize and increase flow area through the kit to maximize run in speed. The field proven, traditional frac plug design ensures both exceptional performance and reliable dissolution in traditional brine conditions, extreme high temperature scenarios, or even fresh water environments. Material variations available to provide the right tool for the environment Proprietary dissolvable material available to suit a wide range of fracturing fluids, including fresh water Historically proven chassis design - Compact dual slips - Dissolvable packing element - Dual sealing backup rings Innovative shear mechanism eliminates need for shear screws Ball on seat running tool option Enables longer laterals not possible with composite plugs and coiled tubing Eliminates uncertainty, risk and inevitable costs associated with traditional plug milling and removal Greater speed-to-production Casing O.D. Weight I.D. Max. O.D. Dissolvable Fracturing Plug Pressure Temperature Length Product in lb/ft in in psi F in mm kg/m mm mm kpa C m 4-1/ , , , Echo CL Dissolvable Frac Plug 5-1/ , Echo FRESH+ Dissolvable Frac Plug , ,605 7

8 8 TRIDENT Series Products

9 SC Composite Fracturing Plug The Trident SC Composite Fracturing Plug, is a quick millable plug designed for plug and perf operations. These plugs are run and set on wireline with the ball on seat or the ball can be pumped down to the plug afterward. After fracturing, the plugs are milled out to the full drift diameter of the wellbore, allowing for maximum production. This plug is designed with molded phenolic components, with a minimum amount of metal used in the plug. Smaller OD and shorter length Molded composite material results in robust and consistent performance Pump down wiper is a part of the kit, one less part left downhole No shear screws left downhole (shear thread disconnect) Cast iron slips designed to aid easier mill outs through milled slots and holes Ability to pump down plug with ball in place Casing Composite Fracturing Plug Pressure Weight O.D. I.D. Ball Length Temperature in lb/ft in in in in psi F mm kg/m mm mm mm cm kpa C / , , / * For more information on additional sizes, please contact your local Gryphon representative 9

10 Hybrid Composite Fracturing Plug The Trident Hybrid Composite Fracturing Plug is an optimal design that provides rugged, reliable performance in the well bore and ease of removal during drill-out. The innovative slip design utilizes a composite upper slip for more aggressive mill out procedures, while maintaining integrity during hydraulic operations. This plug was modeled after the Gryphon Trident SC Composite Frac Plug that uses a single mandrel, intricate back up system and 10,000 psi (69 MPa) proven element. The lower slip is ductile cast iron with hardened whickers. The break up value on the lower slips is increased to prevent pre-sets while running in the hole and encountering an obstruction. A water saver kit can be included to reduce the amount of water bypass during pump down operations. Composite upper slips for ease of mill-out Compatible with standard phenolic or disintegrating balls Molded composite material results in robust and consistent performance Pump down wiper is a part of the kit, one less part left downhole No shear screws left downhole, (shear thread disconnect) Ball on seat option available during installation Single mandrel to reduce damage to plug if impacted Short length minimizes drill out time and debris 10,000 psi (69 MPa) differential pressure rating Casing Fracturing Plug Ball Weight O.D. I.D. Length Pressure Temperature in lb/ft in in in in psi F mm kg/m mm mm mm cm kpa C / , , * For information on additional sizes, please contact your local Gryphon representative 10

11 Total Composite Fracturing Plug The Gryphon Trident Total Composite Fracturing Plug is used to isolate hydrocarbon formations in multi-stage, plug and perf fracturing operations. Designed with molded phenolic components and low metallic content, the Trident Total frac plug can be quickly and easily milled and circulated back to surface with minimal effort. The plug can be run and set on wireline with a ball on seat or the ball can be pumped down to the seat prior to beginning the frac job. After fracturing, the plugs are milled out to the full drift diameter of the wellbore, allowing for maximum production. Smaller OD and shorter length Molded composite material results in robust and consistent performance Pump down wiper is a part of the kit, one less part left downhole No shear screws left downhole (shear thread disconnect) Composite slips designed to aid easier mill outs through milled slots and holes Ability to pump down plug with ball in place Casing Fracturing Plug Weight O.D. I.D. Ball Length Pressure Temperature in lb/ft in in in in psi F mm kg/m mm mm mm cm kpa C 5-1/ , , * For more information on additional sizes, please contact your local Gryphon representative 11

12 X Composite Fracturing Plug The Trident X Composite Fracturing Plug is a quick milling bridge plug designed for plug and perforate operations. These plugs are run and set on wireline with the ball on seat or the ball can be pumped down to the plug afterward. After fracturing, the plugs are milled out to the full drift diameter of the wellbore, allowing for maximum production. This plug is designed with all millable components, with an absolute minimum amount of metal used in the plug. A patent pending composite slip design with cast iron wickers holds the plug securely in place when the plug is set. An innovative collet system is utilized to increase the reliability of the shear release during setting. This state of the art design ensures fast drilling and a secure, pressure tight seal at an affordable price. 10,000 psi (69 MPa) differential pressure rating Near metal free plug, with only slip faces made from millable cast iron No shear screws left downhole Reliable setting due to collet-based releasing system Immediate flow back through large ID mandrel High quality composite materials Milled material forms small cuttings, similar to sawdust Ability to pump down plug with ball in place Small OD to fit through restrictions Set with standard 10 setting tool Shorter than industry standard design Casing Composite Fracturing Plug Pressure Weight O.D. I.D. Ball Length Temperature in lb/ft in in in in psi F mm kg/m mm mm mm cm kpa C 4-1/ , ,

13 13 SUREstack Products

14 Liner Casing Packer The Liner Casing Packer is a hydraulic set packer designed to hang the liner string in the casing, providing isolation from above and below. The Liner Casing Packer is designed for a wide casing range, allowing it to be deployed in diverse applications including heavier weight casing. A locking, bi-directional slip design eliminates any concerns of premature setting or breaking slips during running operations. The latch unit and liner top have a built-in clutch feature which allows for liner rotation up to the maximum thread torque. This feature also incorporates a 1.5 inch (38.1 mm) free point which provides simple rotation and removal of the drill / tie back string even in high deviation applications. With the Gryphon liner and latch assembly, the latch is the running tool making this one trip system another option for saving completion costs. Additionally, the Liner Casing Packer has the option of an upper Polished Bore Receptacle (PBR) which accepts either a Locator Seal Assembly or Anchor Latch Seal Assembly. Various PBR lengths are available providing a customized application solution. Adjustable setting pressures for different down hole applications 10,000 psi (69 MPa) differential pressure rating Ratchet maintains consistent pack off regardless of pressure differentials 1.5 inch (38.1 mm) free point assists latch removal Centralized above and below Rotationally friendly Locking bi-directional slip design Rated to 400 F (204 C) with standard trim Premium threads and elastomers available on request Weight Casing Range Packer O.D. Packer I.D. Packer Seal Bore Seal Assy. I.D. Pressure in lb/ft lb/ft in in in in psi mm kg/m kg/m mm mm mm mm kpa 6-5/8 x 4-1/ x x 4-1/ , x , /8 x 5-1/ x

15 Liner Casing Packer Setting Tool The Liner Casing Packer Setting Tool is engineered to be ran in conjunction with the Liner Casing Packer. It is designed as a secondary setting mechanism for the Liner Casing Packer. The setting tool consists of three major components. The dual stage pump out plug, cup mandrel assembly & a latch seal unit. The latch unit has a built-in clutch feature which allows for liner rotation up to the maximum thread torque as well as a 1.5 inch (38.1 mm) free point which provides simple rotation and removal of the drill / tie back string even in high deviation applications. The dual stage pump out plug allows fluid to be pumped through the ID until a ball is launched and lands in the pump out plug, which stops the flow of fluid, isolating the setting tool and allowing pressure to set the Liner Casing Packer. Once the packer is set, tubing pressure can be increased until the pump out plug shears and once again flow is established. Chevron type v-seals Primary or secondary setting feature for Liner Casing Packer Adjustable shears for pack off forces on Liner Casing Packer Dual redundant cup system Available with a wide variety of seal configurations Clutch allows for rotation up to maximum thread torque 1.5 inch (38.1 mm) free point which allows for simple rotation and removal 10,000 psi (69 MPa) rated Premium threads and elastomers available on request 15

16 Latch Seal Unit The Latch Seal Unit provides a positive anchoring of the production tubing to the liner casing packer preventing upward movement of the tubing due to pressure or tension. The latch automatically latches by engaging threads on the packer and is released by right hand rotation. A clutch feature built into the latch body allows liner rotation up to maximum thread torque. This feature also provides a 1.5 inch (38.1 mm) free point which allows for simple rotation and removal of the drill/tie back string even in high deviation applications. Designed to provide a dependable, leakproof seal between a seal bore packer and the production string, this seal assembly features the field proven Chevron Type V-Seal design in an opposed seal configuration using metal back up and spacer rings. Chevron type V-seals Available with a wide variety of seal configurations Clutch allows for rotation up to maximum thread torque 1.5 inch (38.1 mm) free point which allows for simple rotation and removal Adjustable activation pressure for varied down hole applications Available with a wide variety of seal configurations I.D. and O.D. designed to pipe diameter 10,000 psi (69 MPa) rated Premium threads and elastomers available on request Fits Packer Seal Bore Body Max. O.D. Seal Unit Min. I.D. Pressure in in in psi mm mm mm kpa , ,

17 Locator Seal Unit The Locator Seal Unit is used to locate and seal the end of a tieback casing string into the receptacle installed on the top of the liner top packer. It can be used in conjunction with a hold down body to ensure that a pressure tight seal is maintained when the pressure in the casing is increased, such as during fracturing treatment operations. Designed to provide a dependable, leak-proof seal between a packer seal bore and the casing string, this seal assembly features the field proven Chevron type v-seal design in an opposed seal configuration using metal back up and spacer rings. For horizontal applications where string rotation is very limited, the Locator Seal Unit can be anchored by adding the Gryphon hold down body above the locator seal unit to provide an anchor. Chevron type V-seals Available with a wide variety of seal configurations O.D. designed to pipe diameter 10,000 psi (69 MPa) rated Premium threads and elastomers available on request Fits Packer Seal Bore Seal Unit Max. O.D. Seal Unit Min. I.D. Pressure in in in psi mm mm mm kpa , , , ,

18 Hold Down Body The Hold Down Body is a reliable pressure actuated hold down device which is designed to be run above a Locator Seal Assembly. This design is ideal for horizontal wells where rotation of the string is limited. When tubing pressure exceeds annulus pressure, the hydraulic hold down slips are forced outward against the casing wall, ensuring positive anchoring and eliminating any upward movement of the string. When the annulus pressure exceeds the tubing pressure, the hydraulic hold down slips automatically retract. Ideal for horizontal stimulation or testing operations Rugged slip design prevents upward movement Hydraulic area protected from debris Full drift I.D. Gauge rings ensure centralization Torque through capability Rated to 400 F (204 C) with standard trim Premium threads and elastomers available on request Liner Liner Weight Casing Casing Weight Gauge O.D. Tool I.D. Pressure in lb/ft in lb/ft in in psi mm kg/m mm kg/m mm mm kpa / / , ,

19 Short Open Hole Packer The Short Open Hole Packer is a hydraulic set packer designed to provide isolation between open hole frac stages. The large bore I.D. allows future milling / retrieving and service tools to pass through without issue. The short design facilitates reliable deployment through aggressive build sections in the well bore and eliminates the need for handling pup joints, reducing completion costs. The Short Open Hole Packer comes standard with an integrated rotating, hardened, low friction centralizer to help ensure smooth installation of liner systems. Because of it s proximity to the element, the centralizer provides improved element stand-off in the open hole section providing a more reliable seal. An anti-extrusion back up ring system provides improved element pack off, allowing for reliable sealing in open hole sections. Adjustable setting pressures for different down hole applications 10,000 psi (69 MPa) differential pressure rating Element anti-extrusion back-up system, with o-ring back-ups for improved pressure integrity Ratchet maintains consistent pack off regardless of pressure differentials Rotating centralizer integrated into packer design Centralizer placement allows even element pack off, with other systems the setting of the tools forces the packer elements to lift and centralize the entire liner string while setting Centralizer rotation designed to ensure residual torque is used to tighten connections Centralizer is hardened and coated to help ensure smooth packer installation Rated to 400 F (204 C) with standard trim Premium threads and elastomers available on request See specification table on next page 19

20 Short Open Hole Packer Connection Connection Weight Packer I.D. Open Hole Centralizer O.D. Packer O.D. Pressure in in in in in in psi mm mm mm mm mm mm kpa 3-1/ , / , , , or or / or or , ,

21 RC Millable Valve The SUREstack RC Millable Valve is a ball activated fracturing sleeve designed for multiple frac stages in a well bore. High flow circumferential ports located on the housing of the sleeve permits continuous communication to the reservoir for high pressure fracturing operations and production. This system uses low specific gravity balls, which encourages flow back when the well is put on production. Specially designed anti-rotational features are incorporated into the sleeve to ensure reliable seat mill-out performance. Utilizing a designated shifting tool, the valve sleeve can be closed to shut-off water producing intervals or for interval production evaluation. The SUREstack RC Millable Valve is available in 0.063, and inch (1.60, 2.39 and 3.18 mm) ball increments, allowing for increased interval density to optimize production and to permit higher achievable fracturing pump rates. Compact design for ease of handling (no pup joints required) Improved ball seat geometric features to enhance production capability, ball on seat pressure rating, and ball off seat performance Simple valve, with only 4 main components Extremely short valve, allowing for tighter stages Up to 42 stages when run with a SUREstart Valve Re-closable, designed for open-hole applications Utilizes easy to mill ball seat from Gryphon s other millable valves Compatible with all types of Gryphon s fracturing balls including dissolvables Rated to 400 F (204 C) with standard trim, elastomer upgrades available See specification table on next page 21

22 RC Millable Valve Weight Max. O.D. Seat Increment Post Millout I.D. Max. Ball Max. Seat I.D. Min. Ball Min. Seat I.D. in lb/ft in in in in in in in mm kg/m mm mm mm mm mm mm mm / /

23 NC Millable Valve The SUREstack NC system is a revolutionary liner system for cemented or open hole applications. The permanently locked open, ball activated SUREstack NC valve is designed for installation in cased holes and is simple, yet economical to deploy, utilizing Gryphon s ball and seat technology. Balls are available in either a dissolvable or conventional millable style. The standard system is equipped with HNBR elastomers and LTC or BTC threads or can be ordered with premium elastomers and threads. This system is intended to reduce the cost of a liner system by simplifying the valve as much as possible and by eliminating the requirement for open hole packers in cemented applications. Minimizing the equipment installed in the wellbore reduces not only the equipment cost, but also the time and risk associated with installation of any equipment. Compact design for ease of handling (no pup joints required) Improved ball seat geometric features to enhance production capability, ball on seat pressure rating, and ball off seat performance Simple valve, with only 4 main components Extremely short valve, with no requirement for open hole packers in cemented applications, allowing for tighter stages Up to 47 stages when run with a SUREstart Valve Non-closable design Utilizes easy to mill ball seat from Gryphon s other millable valves Compatible with all types of Gryphon s fracturing balls including dissolvables Rated to 400 F (204 C) with standard trim, elastomer upgrades available Weight Max. O.D. Post Millout I.D. Max. Ball Max. Seat I.D. Min. Ball Min. Seat I.D. Pressure in lb/ft in in in in in in psi mm kg/m mm mm mm mm mm mm kpa 4-1/ , / ,

24 RT Retrievable Valve The SUREstack RT Retrievable Valve is a ball-activated fracturing sleeve, designed to allow for multiple frac stages in a horizontal well bore. Once the well has been fractured, it can either be shut in or flowed back depending on customer preference. Using a service rig or coiled tubing unit and a Gryphon retrieving tool, the seats are retrieved with a simple tag and release method. With its patented design, up to 36 seats can be retrieved in a single trip. Utilizing a designated shifting tool, the sleeve(s) can then be closed to shut-off water producing intervals or for interval production evaluation. This system utilizes low specific gravity balls which encourage flow back when the well is put on production. No milling or drilling Full drift inner diameter after seat retrieval Decrease post frac, pre-production time by up to 40% Flow port area designed to prevent screen out and reduce solids inflow Compact design for ease of handling (no pup joints required) Available in 3-1/2 and 4-1/2 inch (88.9 and mm) sizes Available in and inch (1.27 and 2.54 mm) ball seat increments allowing for increased interval density to optimize production and to permit greater achievable fracturing pump rates Locking design ensures sleeve cannot prematurely shift closed Up to 37 stages in 4-1/2 inch (114.3 mm) size Closable sleeve feature for production optimization Adjustable activation pressure Circulation capability during retrieval improves wellbore clean-out 10,000 psi (69 MPa) rated Rated to 400 F (204 C) with standard trim Premium threads and elastomers available on request Weight Max. O.D. Min. I.D. Post Retrieval Seat Increment Max. Ball Max. Seat I.D. Min. Ball Min. Seat I.D. in lb/ft in in in in in in in mm kg/m mm mm mm mm mm mm mm / or / Max. Stages

25 Open Hole Anchor The Open Hole Anchor is a hydraulic set anchor primarily designed to anchor the bottom of a liner assembly into the open hole to prevent any unwanted and potentially damaging movement in the liner string during fracturing operations. Bi-directional slips are locked in place during running, eliminating the possibility of premature setting. Adjustable setting pressures for different down hole applications 10,000 psi (69 MPa) differential pressure rating Ratchet maintains consistent pack off regardless of pressure differentials Locking slip design provides reliable deployment Rated to 400 F (204 C) with standard trim Premium threads and elastomers available on request Open Hole Anchor O.D. Anchor I.D. Pressure in in in in psi mm mm mm mm kpa / , , / , ,

26 Pressure Actuated Valve (PAV) The Pressure Actuated Valve is a hydraulically activated fracturing sleeve, designed to initiate fracturing operations. Internal tubing pressure is applied to a predetermined pressure, activating a piston until the shear screws shear to open the valve. After opening, a locking system ensures that the valve cannot re-close. Compact design for ease of handling (no pup joints required) Simplicity of design enhances reliability Ports have larger flow area than the liner to assist in preventing screen outs Adjustable activation pressures for different down hole applications Spring assisted valve and locking system ensures valve always opens and stays locked in the open position Valve system protected from manual manipulation both internally and externally Full bore I.D. Premium threads and elastomers available on request Guide Weight Max. O.D. Min. I.D. Pressure in lb/ft in in psi mm kg/m mm mm kpa 3-1/ / , , /

27 Flow Lock Collar The Flow Lock Collar is a ball activated tubing isolation valve, designed to allow the liner system to be set after the wellbore has been circulated with the desired fluid. A ball is circulated down the tubing until it lands on the flow lock seat. Pressure is applied from above until the predetermined activation pressure is achieved, shifting a piston which locks into the closed position and permanently shuts off the liner until the frac is initiated. Pressure can now be increased to set the remaining liner components. Once shifted, piston locks closed and cannot be re-opened Available with a or inch (19.05 or mm) I.D. to allow for higher density fluid type circulation Adjustable activation pressure for varied down hole applications Compact design for ease of handling (no pup joints required) Simplicity of design enhances reliability 10,000 psi (69 MPa) rated Premium threads and elastomers available on request Max. O.D. Flow Ball Area Pressure in in in in 2 psi mm mm mm cm 2 kpa / , , /

28 2 Stage Flow Lock Collar The 2 Stage Flow Lock Collar in the SUREstack cementable system is designed to allow for completions utilizing a cemented liner casing packer. Once the liner is in position, a ball is pumped from surface to close off the first stage of the flow lock collar, allowing pressure to be built up to set the liner casing packer slips. Increased pressure will then shear out the ball seat and allow the cement to be pumped past the flow lock collar and around the liner system. At the tail of the cement, the SUREstack Cem Wiper Plug is deployed to clean any cement out of the string and permanently close off the toe of the string to hold the cement in place and allow it to cure. 10,000 psi (69 MPa) working pressure Once shifted, piston locks closed and cannot be re-opened Adjustable activation pressure for varied down hole applications High volume flow ports for cement displacement Compact design for ease of handling (no pup joints required) O.D. designed to pipe diameter Simplicity of design enhances reliability 10,000 psi (69 MPa) rated Premium threads and elastomers available on request Max. O.D. Ball Flow Area Pressure in in in in 2 psi mm mm mm cm 2 kpa 4-1/ , ,948 28

29 Cem Wiper Plug The Cem Wiper Plug is designed to clean cement from the extended larger I.D. areas of the wellbore while being able expand and collapse without buckling to maintain its cleaning action in cavities of valve sleeves. The series of specially designed wiper fins are durable enough to wipe the casing I.D. and cavities inside fracturing sleeves to ensure that the valve sleeves can be shifted after the cementing operations are complete. Once wiping is completed, the wiper plug seals in the landing collar, preventing flow back. Able to clean both large and small diameters Wiper spacing prevents plug from stalling in profile sleeves Wiper fins ensure as much cement as possible is cleaned from all recessed areas Premium elastomers available on request Max. O.D. Minimum I.D. (wiper can pass thru) Pressure (above wiper) in in in psi mm mm mm kpa 4-1/ , ,474 29

30 30 SUREstart Products

31 SUREstart XP Valve The SUREstart XP Valve is a pressure actuated sliding sleeve which is designed to be run on the bottom of a cemented completion string, providing a method of pressure testing the casing, then initiating the first fracturing stage. When surface pressure is applied to open the valve, circulation is established with the formation to allow for subsequent treatment operations. Once activated, the spring assisted piston and lock open feature ensures that the sleeve is always fully open. Compact design for ease of handling (no pup joints required) Internal piston is protected and hydraulically balanced to prevent premature activation Spring assisted piston and magnetic lock-open feature ensures valve fully opens and remains open Equipped with interchangeable burst disks, available in 500 psi (3.5 MPa) increments Flow port area designed to prevent screen out Full drift I.D. to allow standard wiper plugs to pass through the valve unimpeded Torque through capability Rated to 400 F (204 C) with standard trim, elastomer upgrades available Available with total pressure rating up to 20,000 psi (138 MPa) Casing Range O.D. I.D. Connection Max. Total Pressure in lb/ft in in in psi mm kg/m mm mm mm kpa , / , , , & & , / ,

32 Millable Landing Sub The SUREseat Millable Landing Sub is designed to be used for testing casing integrity either before or after a fracturing treatment. It can be installed above a SUREstart valve to ensure wellbore integrity after the first zone is pumped, or it can be positioned above Gryphons SUREstack system and used to verify the integrity of the string to surface after the fracturing jobs have been completed (Directive 083 Subsurface Integrity). Utilizes Gryphons ball seat technology for maximum ball on seat ratings Available with fibreglass or dissolvable balls Easily millable, durable cast iron ball seats A wide range of ball seats available Customizable ball on seat pressure ratings Compact, torque through housing Weight Max. O.D. Post Millout I.D. Max. Ball Max. Seat I.D. Min. Ball Min. Seat I.D. in lb/ft in in in in in in mm kg/m mm mm mm mm mm mm 4-1/ /

33 33 SUREjet Products

34 SUREjet Fracturing System The SUREjet Abrasive Jet Fracturing System brings proven reliability and efficiency to annular fracturing operations. As an economical alternative to coiled tubing fracturing sleeves, the system requires no auxiliary liner equipment and works effectively in sand-laden environments providing on-the-fly pinpoint fracturing. It is designed to fracture multiple stages reliably in sand-laden environments in a single trip. This system has demonstrated proven reliability with zero tool non-productive time, successfully completing over 1,000 fracturing stages, averaging 20 stages per well, in various formations. Advanced design capable of cutting and fracturing more than 40 fracturing stages in a single trip Abrasive perforator has 5 to 8 minute cut interval capability using standard fracturing sand Mechanical collar locator has field adjustable over-pull which increases depth correlation reliability in longer laterals and minimizes tool failure Unloader valve designed to function effectively in heavy sand-laden environments Works in both 4-1/2 inch (114.3 mm) and 5-1/2 inch (139.7 mm) wellbores Unique component coatings provide element longevity and component erosion resistance Rated to 400 F (204 C) with standard trim, elastomer upgrades available Casing Casing Weight Casing I.D. Gauge O.D. Pressure Connection in lb/ft mm mm psi in mm kg/m in in kpa mm / / ,000 EUE Box ,948 x NUE Pin 5-1/ Down

35 Abrasive Perforator The SUREjet Abrasive Perforator is a compact, powerful tool which is used to bore holes in casings and gain access to the formation without the need for any equipment to be installed in the casing string. Used in new monobore applications as part of the SUREjet system, to increase flexibility with the SUREshift system or for re-stimulation of old wells. 3 carbide nozzles spaced at 120 Uses 20/40 mesh sand or 100 mesh sand to cut Multiple nozzle sizes for different applications Carbide sleeves for added wear resistance Compact tool for minimal BHA length Compatible with the Gryphon SUREshift system Tool O.D. Tool I.D. Nozzle Max. Nozzle Flow Area Connection in in in in 2 in mm mm mm cm 2 mm /8 NUE NUE

36 SUREjet Packer The SUREjet Annular Frac Packer is a multi-set, single grip, compression set packer designed to provide isolation in cased hole fracturing operations. Although this packer is designed to be deployed on coil tubing, it can also be run on jointed pipe in either vertical or horizontal applications. A specially developed sand friendly continuous jay and integral bypass system allows reliable run, set and retrieving during fracturing operations. This packer can also be utilized for pressure testing operations in liner applications. The modular design allows this packer to be easily converted to a straddle packer assembly. No rotation required for setting Continuous jay system designed for reliable functioning in sand-laden conditions Integral bypass allows equalization at the packer Low pack-off force required to fully set element Available for 6,000 or 10,000 psi (41 or 69 MPa) differential rating Carbide slips ensure a reliable non-slip set in sand-laden conditions Rated to 400 F (204 C) with standard trim, elastomer upgrades available Casing Casing Weight Gauge Casing I.D. O.D. Pressure Connection in lb/ft in in psi in mm kg/m mm mm kpa mm 4-1/ , / , / / EUE Pin Up x NUE Pin ,000 Down , /

37 Casing Collar Locator (CCL) The SUREjet Casing Collar Locator is utilized to indicate tool depth on wells with casing collar gaps, such as casing with LTC threads. The locating dogs snap into the collar gaps of each casing connection, providing an overpull indication as the tool travels up the wellbore. This overpull indication can be compared with the pipe tally to provide accurate depth confirmation when it is required, such as when perforating with the SUREjet System. Adjustable overpull force Designed to function in sand and debris laden environments Heat treated indicator blocks Inexpensive to redress Casing Casing Range Max. O.D. Tool I.D. Connection in lb/ft in in in mm kg/m mm mm mm 4-1/ /8 NUE 5-1/ NUE

38 Perforating Magnet The SUREjet Perforating Magnet is designed to clear any wellbore debris and keep it away from the packing elements or cups in the SUREjet or SUREstraddle systems. The powerful magnets gather debris and keep them firmly in place until the tool string is removed from the wellbore. Powerful rare earth magnets Stainless steel protection sleeve Flow though design Isolators to prevent magnets from being broken due to shock loads Available with NUE or PAC connection Optional mule shoe or through connections Tubing Tubing Weight Max. O.D. Pressure Upper Connection in lb/ft in psi in mm kg/m mm kpa mm 2-3/ , /8 NUE / PAC , NUE / PAC 38

39 39 SUREstraddle Products

40 SUREstraddle System The SUREstraddle system is Gryphon Oilfield s next generation of straddle tools. Two versions are available in 6,000 and 10,000 psi (41 and 69 MPa) rated tools. Both tools take advantage of the reliable SUREjet packer as the bottom sealing element and a high flow sub with Gryphon s unique coating as the communication port ensuring reliable fracturing. For the 6,000 psi (41 MPa) version is a simple, cost effective tool with a durable cup mandrel run as the top sealing element. For the 10,000 psi (69 MPa) rated tool, the top section includes a locking unloader valve, cup mandrel and slip package, all in one assembly. The top pressure activated slips ensure that when the tool is set, and pressure is applied to the tubing, there is no chance of the tool moving or the unloaders opening. The high pressure, multidurometer cups are designed for maximum durability. Spacing is achieved with 2-3/8 inch (60.3 mm) blast joint with no special components required Unique locking unloader keeps the unloader closed when treating or pressure testing 10,000 psi (69 MPa) multi-durometer cups for maximum stage counts Tool is locked in place by two sets of slips when pumping to ensure that the interval of interest is isolated for the duration of the treatment Emergency hydraulic slip release Unique component coatings provide element longevity and component erosion resistance Unloader valve designed to function effectively in heavy sand-laden environments Rated to 400 F (204 C) with standard trim, elastomer upgrades available Casing Casing Weight Casing I.D. Gauge O.D. Pressure Connection in lb/ft mm mm psi in mm kg/m in in kpa mm / / , ,948 EUE Box x Pin 5-1/

41 41 SUREshift Products

42 SUREshift RC Valve The SUREshift RC fracturing valve and shifting tool is engineered for coiled tubing fracturing operations. Its compact design and simple operating mechanism provides reliable tool operation requiring only one shifting tool to open and close the sleeve. Additionally, the SUREshift RC valve can be utilized in multiple configurations based on isolation requirements and is suitable for re-fracturing operations. The valves shifting sleeve is designed and proven to function reliably when exposed to hardened cement sheath. With its shift up to open design, the sleeve is tolerant to cement wiper plugs, ensuring the sleeve cannot inadvertently shift during cementing operations. 10,000 psi (69 MPa) working pressure 6,000 8,000 lbs (2,668 3,558 dan) to shift sleeve open and closed Integral jetting nozzles for clearing potential debris from valves Unlimited stages Selective sleeve activation Shift up to open, prevents valve sleeve from opening when running wiper plug and ensures valve actuation in extended reach applications Shifting keys retract when pumping down the tubing and are designed to auto locate valves to limit operator error Specialized design prevents cement from adhering to the tool which could prevent the valve from opening Screen out friendly Re-closable and permanently locked open versions are available Rated to 400 F (204 C) with standard trim, elastomer upgrades available Casing Casing Weight Body O.D. Body I.D. Pressure in lb/ft in in psi mm kg/m mm mm kpa / , , /

43 SUREshift NC Valve The SUREshift NC fracturing valve and shifting tool are engineered for coiled tubing fracturing operations. Its compact design and simple operating mechanism provides reliable tool operation, requiring only one shifting tool to open the sleeve. Additionally, the SUREshift NC valve can be utilized in multiple configurations based on isolation requirements and is suitable for re-fracturing operations. The valves shifting sleeve is designed and proven to function reliably when exposed to hardened cement sheath. With its shift up to open design, the sleeve is tolerant to cement wiper plugs, ensuring the sleeve cannot inadvertently shift during cementing operations. 10,000 psi (69 MPa) working pressure 2,000 16,000 lbs (890 7,117 dan) to shift sleeve open Valves are permanently locked open once activated Can be run with the re-closable SUREshift RC and uses the same shifting tool for maximum versatility Unlimited stages Selective sleeve activation Shift up to open, prevents valve sleeve from opening when running wiper plug and ensures valve actuation in extended reach applications Specialized design prevents cement from adhering to the tool which could prevent the valve from opening Rated to 400 F (204 C) with standard trim, elastomer upgrades available Casing Casing Weight Body O.D. Body I.D. Pressure in lb/ft in in psi mm kg/m mm mm kpa / , , /

44 SUREshift Shifting Tool The SUREshift Shifting Tool is engineered to be installed on coiled tubing and used during fracturing operations to selectively open or close Gryphons SUREshift NC or RC valves. Its compact design and simple operating mechanism provides reliable tool operation for shifting the SUREshift valves. The shifting tool utilizes fluid flow down the tubing to retract the keys and allow the tool to move freely in the wellbore. Rates as low as 1.6 bbls/min (250 L/min) will retract the keys. Can be run with the SUREjet system Hardened keys for maximum key life Automatic key extension of keys when pumping is stopped Integral jetting nozzles for clearing potential debris from valves Carbide choke to allow abrasive cut sand to be pumped through the tool Shifting keys retract when pumping down the tubing and are designed to auto locate valves to limit operator error Rated to 400 F (204 C) with standard trim, elastomer upgrades available Casing Weight SUREshift Shifting Tool Body O.D. Upper Connection in lb/ft in in mm kg/m mm mm / /8 EUE Box EUE Box 5-1/

45 Compression Unloader Valve The Compression Unloader Valve is a compact and versatile unloader valve for fracturing with the SUREshift System. This valve can be utilized for both fracturing down tubing or fracturing down the annulus. The compression unloader is equipped with a specially designed locking system which allows the valve to be locked in the closed position by pressurizing the tubing. When utilized for fracturing down the annulus, the compression unloader is installed below the SUREshift shifting tool and is used to allow flow out of the tubing during the fracturing procedure. This keeps the tubing and abrasive jetting ports clear in case of a sand off and allows for high rates of circulation if a sand off occurs. When used fracturing down the tubing, the unloader is installed above the SUREshift shifting tool and is used as the flow port. The heat-treated components of the Compression Unloader Valve are designed for long life in highly abrasive environments. If there is a need to abrasive jet cut, the unloader is closed, locked and then pumping down the tubing will allow the abrasive cutter to be utilized. Compact design Hardened components and large ports allow for high erosion tolerance Simple, effective locking mechanism Port area larger than tubing flow area Max. O.D. Min. I.D. Port Threads Flow Area Pressure in in in 2 in psi mm mm cm 2 mm kpa /8 EUE 10, EUE 68,948 45

46 46 Thru Tubing Products

47 Thru Tubing WR Plug The SUREplug Thru Tubing WR Plug is a retrievable bridge plug which can be conveyed and set on wireline, slickline or hydraulically set on coil tubing using a hydraulic setting tool. It is commonly used for well or zone isolation while fracturing, acidizing, cementing, testing or well head repair operations. The WR is generally set using wireline, allowing the plug to be logged on depth and accurately placed in the well. Conveying the plug into the well by jointed or coil tubing allows the operator to place the plug in a deviated well where wireline or slickline is not an option. Simple installation and retrieval Built-in equalizing system Straight pull release Can be run into pressurized well utilizing a lubricator Will not release until equalizing valve has been shifted open One piece double acting slips holds plug securely against pressure from above or below Multiple retrieval options Rated to 400 F (204 C) with standard trim, elastomer upgrades available Tubing Tubing Gauge O.D. Weight Differential Pressure in lb/ft in psi mm kg/m mm kpa 2-3/ / , , /

48 48 Gryphon Casing Solutions Products

49 Blue Cap Shoe Track System The Gryphon Blue Cap Shoe Track System is a reliable, cost effective solution for achieving a maximum casing integrity test and initiating intervention-less communication with the reservoir in a cemented production string application, without the use of a toe valve or TCP. The system is a unique design that pairs the advantages of a wet shoe application with a shoe track system, compliant with integrity testing and hydraulic fracturing regulatory requirements. Components consist of top and bottom cement wiper plugs with integrated ball seats, latch-in profile landing collar and compatible float equipment. The shoe track can be shortened to reclaim lateral length by connecting the float components directly to each other, allowing for stimulation of more lateral acreage. Cementing operations are conducted as usual, launching top and bottom latch and seal wiper plugs as per procedure, while carefully monitoring fluid displacement. Once complete, a dissolvable ball is pumped to a seat integrated into the top wiper plug, allowing for the desired casing test to be obtained. After a short time, the ball dissolves completely and access to the well is regained allowing for first stage pumping operations to begin. The Blue Cap system can be tailored to meet specific well applications and includes optional 5,000 or 10,000 psi (34 or 69 MPa) back pressure rated float equipment. As an added safeguard, each wiper plug is designed to be both a top or bottom plug, removing the risk of launching the incorrect plug. Reduces shoe track length increasing total production zone Cost effective, alternative to TCP and toe initiation valves Ability to achieve a 15,000 psi (103 MPa) casing integrity test Eliminates issue of plugging off caused by poor wiping efficiency Fully customizable to meet a wide variety of applications Available for a wide variety of casing sizes and weights 49

50 HBP Float Equipment The Gryphon MINOTAUR HBP line of float equipment is engineered to provide optimal shoe track integrity while preventing flowback of cement slurry in high back pressure HBP environments of up to 10,000 psi (69 MPa). Gryphons MINOTAUR HBP float equipment incorporates a unique poppet valve fabricated from high strength aluminum with full cover HNBR rubber coating. A proprietary mechanical bonding method ensures an effective non-movement seated seal, to survive high pressure and high temperature closures. The balanced flow poppet valve design allows for maximum circulation rates with less wear, insuring consistent reliability. The MINOTAUR HBP valve is available in various single or double valve float shoe and collar combinations, making it ideal for applications where casing floatation, frac sleeves, toe sleeves, and wet shoe cementing completion techniques are utilized. Can be supplied in various combinations and is available in all grades of steel and desired API or Premium thread connections Specialty engineered protected valve spring design ensures positive sealing in vertical, horizontal and deviated wells Performance proven, tested in-house using our precision fabricated Flow Loop, exceeding API RP 10F III C ratings Exceptional quality control measures, including full traceability documentation of MINOTAUR component materials Compatible with all mud types (WBM-OBM-SBM) Non-cement construction Fully PDC drillable Reliable top fill float check valves that provide well control while running casing MINOTAUR HBP Float Collar Description Imperial Metric Valve 2.50 in 63.5 mm For Casing s 5.0, 5-1/2, 6.0 in 127.0, 139.7, mm Inlet Diameter 2.00 in 50.8 mm Inlet Flow Area 3.14 in cm 2 Outlet Flow Area 4.91 in cm 2 ** Flow Rate bbls/min m 3 /min Valve Body & Seat Material PDC Drillable Aluminum Spring Material Phosphorus Bronze Spring Force 5 lbs 2 kgs Service Temperature 400 F 204 C Back Pressure 10,000 psi 68,948 kpa ** Tested to 16 bbls/min (2.5 m 3 /min) MINOTAUR HBP Float Shoe 50