Tryton People. Products. Performance.

Transcription

1 Lloydminster Field Office Corporate/Accounting Office Street Lloydminster, AB T9V 3A7 Ph: (24hr) Brooks Field Office 329-9th St. E Brooks, AB T1R OK2 Ph: (24hr) High Level Field Office St. High Level, AB T0H 1Z0 Ph: (24hr) Calgary - Sales/Marketing Office 1100, 250 2nd St. SW Calgary, AB T2P 0C1 Ph: Drayton Valley Field Office St. Drayton Valley, AB T7A 0B2 Ph: Red Deer Field Office 1, th Ave. Red Deer, AB T4P 2B5 Ph: (24hr) Edmonton - Warehouse/Tech Services 1, 6404 Roper Rd. Edmonton, AB T6B 3P9 Ph: (24hr) Grande Prairie Field Office 110, St. Clairmont, AB T0H 0W0 Ph: (24hr) Whitecourt Field Office Ave. Whitecourt, AB T7S 1N8 Ph: (24hr) Estevan, SK Field Office #7, Highway 39 East Estevan, SK S4A 0W3 Ph:

2 Table Of Contents Seal Bore Packers 4 Flow Control Multi-Stage Frac Systems Retrievable Packers 5 Accessories 6 Service Tools 7 Plugs & Retainers 8 Tubing Anchors 9 Miscellaneous

3 BASIC RUBBER PROPERTIES Nitrile (Buna-N) This is the most common compound that is used; it has excellent resistance to petroleum products and fuels. The temperature range of Nitrile is -35 F F, short durations slightly higher. Nitrile compounds have excellent resistance to compression set or cold flow, tear and abrasion. They do not possess good resistance to ozone, sunlight or weathering; however, it can be enhanced with additives. Ethylene Propylene Diene Monomer (EPR, EPDM) Excellent general-purpose temperature range (-65 F to 350 F) elastomer with superior resistance to water, steam, alcohol, engine coolants, sunlight and weathering. Not recommended for use with petroleum oils or fuels. Although the rubber experts do not recommend EPDM for use with petroleum oils or fuels, we have experienced great success throughout the oilfields in steaming applications. We have had great success in fields in Kern County and Indonesia with temperatures up to 450 F, when used in a steam only application. HNBR Hydrogenated Nitrile Butadiene Rubber (HNBR), also known as Highly Saturated Nitrile (HSN), is a special class of Nitrile rubber - Nitrile Butadiene Rubber (NBR) that has been hydrogenated to increase saturation of the butadiene segment of the carbon polymer backbone. Subsequent improvements to the material properties over that of an NBR include greater thermal stability, broader chemical resistance, and greater tensile strength. Temperatures up to 325 F. Viton Compounds of Viton are rated at 400 F with short durations up to 450 F. Viton is generally serviceable down to -18 F to -23 F. Viton has excellent resistance to oils, fuels, lubricants, and most mineral acids. It has extremely low permeability to a broad range of substances. It is resistant to aliphatic, aromatic hydrocarbons. It is extremely resistant to compression set, even at high temperatures. It has exceptional good resistance to atmospheric oxidation, sun, weather, fungus and mold. It has good electrical properties in low voltage, low frequency applications and low burning characteristics. Aflas Tetrafluoroethylene (TFE) and propylene (P) - TFE/P or AFLAS compounds have almost universal resistance to acids and bases, steam, acid gases, crude oil and many types of corrosion inhibitors. TFE's can withstand temperatures from -10 F to -450 F with brief exposure slightly higher. Aflas can be formulated for additional steam resistance. Notes: Temperatures and ratings above have been gathered from our technical personnel or general information from individual elastomer manufacturers. The statements and technical information are typically determined by testing in a controlled environment and/or by field experience. Specific downhole conditions may or may not affect these temperature ratings as stated.

4 OPEN HOLE REAMER The Tryton Open Hole Reamer is generally ran in order to dress out the open hole before installing Tryton Multi-Stage Frac systems. The Reamer is a rigid heavy duty one-piece tool with 2 sets of 12 opposing tungsten carbide capped spiraled blades with an OD close to hole tolerances in order to best prepare the well bore ID properly before running tools. HEAVY DUTY ONE PIECE DESIGN 2 SETS OF 12 TUNGSTEN CARBIDE BLADES CLOSE OD TO OPEN HOLE TOLERANCE * For more information please contact us by phone or .

5 OPEN HOLE CENTRALIZER The Tryton Open Hole Centralizer is mainly used with Tryton Open Hole Packers, generally as part of the Tryton Multi-Stage Frac System. The Centralizer helps to protect the packers from damage during equipment installation in the open hole section of the well bore as well as helping to centralize the packers during the setting procedure. The Centralizer freely swivels to allow for rotation when running in the hole if required and has spiralled grooves to ensure good circulation. AVAILABLE IN COMPOSITE OR STEEL HELPS PREVENT RUNNING DAMAGE CENTRALIZES WHEN SETTING SWIVELS TO ALLOW FOR TOOL STRING ROTATION * For more information please contact us by phone or .

6 RSB-1 LINER HANGER/PACKER The Tryton RSB-1 Liner Hanger/Packer is designed to be ran in applications where short to long liner tailpipe assemblies are required. All load bearing parts are designed to withstand large tension loads which makes it ideal for both vertical and horizontal applications whereby the liner system is to be anchored in place. The bi-directional slip system prevents both upward and downward movement after the tool is set. The RSB-1 does not rely on setting string weight or tension as it is set completely with differential hydraulic pressure. The RSB-1 has both an upper seal bore in order to maximize the ID through the connected tubing string. The RSB-1 is hydraulically set using the RSB Hydraulic Setting Tool and has a field adjustable shear release. DESIGNED FOR BOTH VERTICAL AND HORIZONTAL APPLICATIONS INCORPORATES A BI-DIRECTIONAL SLIP SYSTEM AVAILABLE WITH CARBIDE SLIPS PREVENTS BOTH UPWARD AND DOWNWARD MOVEMENT FULL BORE ID INTERNAL LOCKING MECHANISM FIELD ADJUSTABLE SHEAR RELEASE SETS WITH DIFFERENTIAL PRESSURE ONLY DESIGNED FOR HIGH TENSILE LOADS * For more information please contact us by phone or .

7 RSB HYDRAULIC SETTING TOOL The Tryton RSB Hydraulic Setting Tool was designed to set the RSB-1 Liner Hanger Packer either by itself or in conjunction with other equipment such as Tryton's horizontal Multi-Stage Frac system. In addition to the RSB-1 Liner Hanger Packer, the RSB Setting Tool can be customized to set any Seal Bore Packer When ran without a lower plugging device in the tailpipe a large internal by-pass allows fluid to enter the work string eliminating the need to fill the work string while running in the hole. If there is tailpipe assembly such as the Multi-Stage Frac system with some type of float shoe or other type of plugging device in place then it may be necessary to fill while running in the hole. Once on depth, field adjustable differential pressure is applied activating a hydraulic chamber stroking the RSB Setting Tool against the RSB-1 Liner Hanger Packer which engages the slips and energizes the elements. There is a secondary ball seat within the setting tool if required. Once the RSB-1 Liner Hanger Packer is set and tested the RSB setting tool is released with a combination of right hand rotation while holding tension. Ports between seals ensures drainage while tripping. LARGE INTERNAL BYPASS SECONDARY BALL SEAT SELF DRAINING WHEN PULLING OUT OF HOLE OPTIONAL SUPPLEMENTARY SETTING CHAMBERS FIELD ADJUSTABLE SETTING PRESSURE CAN BE CUSTOMIZED TO SET ANY SEAL BORE PACKER SETTING CHAMBER AREA BASE TOOL O.D. MAX TOOL I.D. THREAD CONNECTION Sq. In. Sq. cm in. mm in. mm in. mm /2 IF 88.9

8 RSB LATCH SEAL ASSEMBLY The Tryton RSB Latch Seal Assembly is designed to be used with either the RSB or the RSB-1 Packer. The RSB seal assembly incorporates heavy duty quadruple bonded seals and is ran on the tubing after the packer has been set. The latch mechanism engages automatically with set down weight and disengages with right hand rotation while pulling tension. PREVENTS BOTH UPWARD AND DOWNWARD MOVEMENT WHEN LATCHED HEAVY DUTY BONDED SEALS AVAILABLE WITH PREMIUM ELASTOMERS LARGE BORE ID AVAILABLE IN A WIDE RANGE OF MATERIALS AND CONNECTIONS CASING SIZE SEAL BORE SIZE MAX TOOL O.D. MIN TOOL I.D. THREAD CONNECTION in. mm in. mm in. mm in. mm in. mm /2 EUE /2 LT&C 114.3

9 ANCHORPAC / ISOPAC PACKERS The Tryton AnchorPac and the IsoPac packers are designed to be run in either cased or open hole applications in vertical or horizontal wells. The AnchorPac can be ran as a single zone application packer or ran in conjunction with several packers in a multiple zone completion. The AnchorPac Packer incorporates a one piece bi-directional slip system in order to help prevent movement during higher pressure operations whereby the IsoPac Packer is a non-anchoring packer. Typically, on multiple zone horizontal open hole applications the AnchorPac would be used as the toe packer and/or the liner hanger packer. Durable construction and reliability makes the IsoPac Packer and the AnchorPac excellent alternatives to using inflatable packers. The AnchorPac and the IsoPac are hydraulically set with an internal locking mechanism providing a positive and reliable long term set. The setting pressure can be field adjusted with readily accessible setting shear screws. Both packers have a straight pull shear release which can also be readily adjusted in the field. SINGLE ACTION SETTING PISTON OUTER COMPONENTS LOCKED TO PREVENT PREMATURE SETTING ANCHORPAC INCORPORATES A BI-DIRECTIONAL SLIP SYSTEM INTERNAL LOCKING MECHANISM FIELD ADJUSTABLE SETTING PRESSURE FIELD ADJUSTABLE SHEAR RELEASE DESIGNED FOR CASED HOLE OR OPEN HOLE VERTICAL/HORIZONTAL APPLICATIONS AVAILABLE WITH CARBIDE SLIPS AVAILABLE IN A WIDE RANGE OF MATERIALS AND CONNECTIONS AVAILABLE WITH PREMIUM ELASTOMERS * For more information please contact us by phone or .

10 SWELLRIGHT PACKER The SwellRight Packer's standard swellable packer range is available as an oil or water swelling elastomer. This single element design uses a patent pending bonding process to provide high performance over short element lengths. SwellRight packers are available in wide range of sizes and utilize proprietary oil and water swell compounds. SIMPLE TO INSTALL STRONG AND DURABLE VERTICAL/HORIZONTAL APPLICATIONS AVAILABLE IN A WIDE RANGE OF MATERIALS AND CONNECTIONS OIL AND WATER ACTIVATION AVAILABLE BASE PIPE O.D. ELEMENT O.D. HOLE SIZE ELEMENT LENGTH in. mm in. mm in. mm ft m , 6 & , 1.8 & , 6 & , 1.8 & , 6 & , 1.8 & , 6 & , 1.8 & , 6 & , 1.8 & , 6 & , 1.8 & , 6 & , 1.8 & , 6 & , 1.8 & , 6 & , 1.8 & , 6 & , 1.8 & , 6 & , 1.8 & , 6 & , 1.8 & , 6 & , 1.8 & , 6 & , 1.8 & , 6 & , 1.8 & 3.0

11 FZR ON/OFF TOOL The Tryton FZR On/Off is an overshot type tubing disconnect/connect incorporating a J-slot that automatically engages on and disengages with a ¼ turn to the right at the tool. The FZR On/Off incorporates a proven and reliable quadruple bonded valve system which can be made out of various elastomeric materials as required. The FZR has a heavy duty 3 lug J-slot design to maximize the tensile loading capability and a full bore slick joint that allows for the largest possible ID available while maintaining a high pressure rating. A wireline profile can be cut in the slick joint if required. PROVEN BONDED SEAL SYSTEM RIGHT HAND RELEASE 3 LUG J-SLOT DESIGN FOR HIGH TENSILE LOADING FULL BORE ID WIRELINE PROFILE CAN BE CUT IF REQUIRED AVAILABLE IN A WIDE RANGE OF MATERIALS & CONNECTIONS * For more information please contact us by phone or .

12 FB/CFB HYDROPORT FRAC SLEEVE The Tryton FB/CFB HydroPort Frac Sleeves are designed for use when selectively stimulating multiple zones in either open or cased hole applications. The HydroPort can be used in either horizontal or vertical wells and is usually the first valve ran in the well accompanied by multiple IsoPort Frac Sleeves. The HydroPort Frac Sleeve is hydraulically opened and an internal locking mechanism ensures the open position is securely maintained. The HydroPort Frac Sleeve is activated by field adjustable differential pressure from inside the sleeve across the actuation ports either by a plugging device below, usually being the ball seat circulating sub, or by isolating the sleeve with the Frac Diverter Cup Tool. Both the FB and CFB Frac Sleeves can be cemented in the hole and will reliably function as they have an isolated internal shifting mechanism. Once open, the sleeves have an internal locking mechanism to ensure the open position is securely maintained. The CFB has external fins across the frac ports to minimize the cement thickness between the sleeve and the formation. INTERNAL LOCKING MECHANISM FIELD ADJUSTABLE OPENING PRESSURE FULL BORE ID SUITABLE FOR HIGH PRESSURE APPLICATIONS DESIGNED FOR BOTH HORIZONTAL AND VERTICAL APPLICATIONS DESIGNED FOR MULTIPLE ZONE APPLICATIONS AVAILABLE IN A WIDE RANGE OF MATERIALS AND CONNECTIONS * For more information please contact us by phone or .

13 ISOPORT FRAC SLEEVE The Tryton IsoPort Frac Sleeve is designed for selectively stimulating multiple zones in either open or cased hole applications. The IsoPort can be used in either vertical or horizontal wells usually in conjunction with the HydroPort Frac Sleeve and IsoPac/AnchorPac Packers. The IsoPort Frac Sleeve is activated by circulating a ball into a drillable seat inside the tool. Applied differential pressure from above the ball seat shifts the internal piston downward opening up the frac ports. The IsoPort has an internal locking mechanism keeping the piston locked securely into place after it has been shifted. The standard IsoPort piston is made out of a easily drillable material. INTERNAL LOCKING MECHANISM FIELD ADJUSTABLE SETTING PRESSURE SUITABLE FOR HIGH PRESSURE APPLICATIONS DESIGNED FOR HORIZONTAL AND VERTICAL APPLICATIONS DESIGNED FOR MULTIPLE ZONE APPLICATIONS EASILY DRILLABLE BALL SEAT AVAILABLE IN A WIDE RANGE OF MATERIALS AND CONNECTIONS CLOSABLE OPTION AVAILABLE * For more information please contact us by phone or .

14 GATEWAY ISO-PORT FRAC SLEEVE The Tryton Gateway Iso-Port Frac Sleeve has all the proven features of the conventional Tryton Iso-Port with the additional benefit of selective zone isolation. The Gateway is ran as part of the conventional Multi- Stage Frac systemand after the sleeve is opened utilizing ball drop technology, the piston can then be drilled out and the sleeve can be closed/opened using the activation tool on coil. INTERNAL LOCKING MECHANISM FIELD ADJUSTABLE SETTING PRESSURE DESIGNED FOR MULTIPLE ZONE APPLICATIONS CAN BE CLOSED/OPENED WITH COIL RAN ACTIVATION TOOL * For more information please contact us by phone or .

15 MULTI - PORT FRAC SLEEVE Tryton's Multi-Port Frac Sleeve is a ball drop activated frac valve specially designed to generate more fracs in less time in a wellbore by using a single ball to shift open multiple frac sleeves thereby allowing for pin point stimulation. The Multi-Port valves are installed either as part of an open hole packer liner system or can be cemented in with the liner. Once the system has been designed and ran, one ball will shift open all valves in the same stage prior to landing in a fixed ball seat at the bottom of the stage. Up to 20 sleeves can be opened with a single ball and the seats are easily millable for future well intervention. ONE BALL CAN OPEN UP TO 20 SLEEVES CAN BE RAN WITH OPEN HOLE PACKERS OR CEMENTED IN EASILY MILLABLE SEATS FRAC PORTS CAN BE DESIGNED IN NUMBER AND SIZE TO OPTIMIZE STIMULATION * For more information please contact us by phone or .

16 BALL SEAT CIRCULATING SUB The Tryton Ball Seat Circulating Sub is designed to be a reliable closeable circulation port generally ran at the bottom of a tool string in either cased or open hole for vertical or horizontal well completions. Once the tool string is in place and the required circulation operation is complete a ball is circulated onto the seat, an adjustable pre-determined pressure is applied and an internal sleeve shifts downwards which closes the internal circulating ports. Once the sleeve has been shifted a positive locking mechanism ensures it is securely maintained in place. Standard ball sizes are 0.75" (19.05mm) and 1.00" (25.40mm) but can be customized if required. INTERNAL SECURE LOCKING MECHANISM ADJUSTABLE CLOSING PRESSURE DESIGNED FOR BOTH HORIZONTAL AND VERTICAL APPLICATIONS DESIGNED FOR BOTH CASED AND OPEN HOLE APPLICATIONS AVAILABLE IN A WIDE RANGE OF MATERIALS AND CONNECTIONS * For more information please contact us by phone or .

17 VIKING FRAC SLEEVE/ACTUATION TOOL The Tryton Viking Frac Sleeve is designed for selectively stimulating multiple zones in either vertical or horizontal wells. The Viking Frac Sleeve can either be ran in conjunction with Tryton open hole packers or be cemented in the well bore. As many sleeves as required can be ran and each sleeve opens independently utilizing the Tryton Viking Actuation Tool on coil tubing. Using the Viking system, the frac can be pumped down the ID of the coil or the coil annulus. The Tryton Viking Actuation Tool utilizes a continuous J-slot to activate the locator keys for positive locating and anchoring into each sleeve. Each sleeve is independently opened upon reaching a preset field adjustable differential pressure from inside the sleeve. After stimulation, the coil is picked up, opening the unloader valve, resetting the tool to the running position and moved up to the next sleeve. INTERNAL LOCKING MECHANISM FIELD ADJUSTABLE OPENING PRESSURE CAN BE USED IN CONJUNCTION WITH OPEN HOLE PACKERS OR CEMENTED IN PLACE DESIGNED FOR MULTIPLE ZONE APPLICATIONS NO LIMIT ON THE NUMBER OF SLEEVES RAN FULL BORE ID ACTUATION TOOL UTILIZES SIMPLE DESIGN WITH HEAVY DUTY REINFORCED CUP FOR DURABILITY AND EFFICIENCY CAN BE PUMPED DOWN THE COIL ID OR COIL ANNULUS * For more information please contact us by phone or .

18 TLT FRAC TOOL The TLT Frac Tool is designed for stimulating isolated zones within cased vertical or horizontal well bores utilizing coil tubing. Quicker running speeds can be achieved even when moving through fluid or live wells due to an innovative fluid bypass. When moving up-hole the valve shuts providing a closed system isolating the target zone and containing fluids/proppants from all previously stimulated lower zones. The top end of the TLT tool incorporates a coil tubing field adjustable shear release. The TLT can be used in conjunction with the Tryton FB/CFB HydroPorts or any other similar frac port type systems such as other types of frac sleeves, burst disks or perforations. STIMULATION OF MULTI-ZONE WELLBORES - NEW & RECOMPLETIONS FUNCTIONS IN VERTICAL, DEVIATED, OR HORIZONTAL WELLS CAN BE USED WITH A WIDE RANGE OF FRAC PORT SYSTEMS RAPID DEPLOYMENT THROUGH FLUID FILLED WELLBORES SINGLE CUP ASSEMBLY AVAILABLE LARGE BORE FIELD ADJUSTABLE COIL TUBING SHEAR RELEASE CASING SIZE CASING WEIGHT THIMBLE O.D. MIN I.D. THREAD CONNECTION in. mm lbs/ft kg/m in. mm in. mm in. mm 4 1/ /8 EUE / /8 EUE / /8 EUE 60.3

19 BDR COIL FRAC STIMULATION TOOL The Tryton BDR Coil Frac Stimulation Tool allows operators to stimulate coal bed methane formations via extreme overbalance. The surge of Nitrogen extends through the existing well bore damage without harming the formation. The assembly is run to depth on coil tubing, isolating selected perf intervals to be stimulated (shocked) with Nitrogen. Composite drop balls are deployed from surface and seal in a seat in the BDR. At a preset pressure of 30 mpa the ball is forced through the seal and nitrogen is released into the formation. The BDR can then be moved to straddle the next interval and the process is repeated. The design optimizes the amount of Nitrogen required and allows access to maximum perforations in a single trip. SIMPLE DESIGN - NO MOVING PARTS DURABLE AND EFFICIENT ONE TRIP - MULTIPLE INTERVALS SIMPLE FIELD REDRESS CASING SIZE MAX METAL O.D. BALL SIZE SEAT SIZE TOOL LENGTH in. mm in. mm in. mm in mm in cm 4 1/

20 TGW CUP PACKER The Tryton TGW Cup Packer is available in a single or double cup design. The primary use is for isolating casing and tubing leaks. The packer cups can be installed in any direction allowing each assembly to hold pressure in both directions if required. AVAILABLE IN SINGLE OR DOUBLE ELEMENT DESIGN COMPACT & INEXPENSIVE MEANS OF ISOLATION WIRE REINFORCED CUPS FOR DURABILITY CASING SIZE THREAD CONNECTIONS CASING WEIGHT MAX O.D. MIN I.D. in. mm in. mm lbs/ft. kg/m in. mm in. mm 4 1/ /8 EUE / /8 EUE /8 EUE /8 EUE / /8 EUE / /8 EUE / /8 EUE /8 EUE /8 EUE /8 EUE Common sizes above, other sizes may be available if required

21 TD-1 TENSION PACKER The Tryton TD-1 Tension Packer is a compact, economical, retrievable packer. Primarily used in water flood applications, this packer can also be used for production and/or lower-medium pressure treating operations. It is used where a set-down packer is impractical. Since the TD-1 is tension set, it is ideally suited for shallow wells where set-down weight is not available. UTILIZES RUGGED ROCKER TYPE SLIP LARGE BORE SIMPLE LOW COST PACKER FOR FLUID INJECTION ALTERNATIVE SHEAR RELEASE CASING PACKER O.D. WEIGHT MIN. I.D. MAX I.D. MAX O.D. THREAD CONNECTION in. mm lbs/ft kg/m in. mm in. mm in. mm in. (mm) 4 1/ /8 ( 60.3 mm) EUE /8 ( 60.3 mm) EUE /8 ( 60.3 mm) EUE 5 1/ /8 ( 60.3 mm) EUE 5 1/ /8 ( 60.3 mm) EUE 5 1/ /8 ( 60.3 mm) EUE 5 1/ /8 ( 60.3 mm) EUE /8 ( 73.0 mm) EUE /8 ( 73.0 mm) EUE /8 ( 73.0 mm) EUE /8 ( 73.0 mm) EUE /8 ( 73.0 mm) EUE Common sizes above, other sizes may be available if required

22 TS-3 SINGLE GRIP COMPRESSION PACKER The TS-3 Single Grip Packer is a single-grip, compression-set, retrievable mechanical production packer that is suitable for most production, stimulation and testing operations. The field proven large bore design allows unrestricted fluid flow and wireline operations through the tubing. The TS-3 also incorporates an internal bypass to prevent swabbing when running and retrieving. NORMALLY RH COMPRESSION SET, STRAIGHT PICK-UP RELEASE OPTIONAL J-SLOT CONFIGURATIONS LARGE BYPASS FOR RUNNING, RETRIEVING AND EQUALIZING AVAILABLE WITH BOTH LONG AND SHORT STROKE MANDRELS CASING SIZE CASING WEIGHT O.D. OF TOOL THREAD CONNECTIONS in. mm lbs/ft kg/m in. mm in. mm 4 1/ /8 EUE / /8 EUE /8 EUE /8 EUE / /8 EUE / /8 EUE / /8 EUE / /8 EUE / /8 EUE /8 EUE /8 EUE 73.0

23 TS-4 DOUBLE GRIP COMPRESSION PACKER The Tryton TS-4 Double Grip Compression Set Packer is used for production, stimulation and testing. The mechanical upper hold down system reduces the cost and maintenance of a button type hydraulic hold down system. The TS-4 is equipped with a running bypass that reduces swabbing. Set down weight closes the bypass valve, sets the upper/lower slips and energizes the packing elements. The closed bypass valve activates the pressure balanced hold down system. Internal pressure from below the elements aids in holding the bypass valve closed and preventing upward movement of the tubing string. To set, run the tool to setting depth, pick up tubing and rotate to the right ¼ turn at the packer. Tubing weight is applied, which sets the lower slips, closes the bypass valve and expands the packing elements. To release, raise the tubing, which first opens the bypass valve, then releases the slips and packing elements. NORMALLY RIGHT HAND COMPRESSION SET, STRAIGHT PICK-UP RELEASE NO HYDRAULIC HOLD DOWN BUTTONS BUILT IN UNLOADER WASHES DEBRIS FROM WHEN RETRIEVING SEQUENTIAL RELEASE UPPER SLIP SYSTEM AVAILABLE IN AUTOMATIC AND MANUAL JAY CONFIGURATIONS CASING SIZE CASING WEIGHT THREAD CONNECTION MAX O.D. MIN I.D. in. mm lbs/ft kg/m in. mm in. mm in. mm 2 7/ EUE / NUE / /8 EUE /8 EUE /8 EUE / /8 EUE / /8 EUE / /8 EUE / /8 EUE /8 EUE /8 EUE Common sizes above, other sizes may be available if required

24 SNAPSET COMPRESSION SET ISOLATION PACKERS The Tryton Snapset Compression Set Isolation Packers are used in multi-zone completions. The Snapset Packers set in compression with a lower anchor style packer below. The collet in the lower end of the tool shifts at a pre-determined value to energize the packing elements and set the upper slips. To release, straight pick-up on the tubing string is required. The Snapset I has no slips, the Snapset II has a tension slip only and the Snapset III has a compression slip only. The application and operational requirements will determine which is the best Snapset to use. COMPENSATING PISTON HOLD DOWN SYSTEM RUNNING BYPASS/ EQUALIZING SYSTEM KEYED FOR ROTATION THRU PACKER INTERNAL COLLET TO PREVENT PRE-SET SEQUENTIAL RELEASE SLIP SYSTEM CASING SIZE CASING WEIGHT THREAD CONNECTION MAX. O.D. MIN I.D. in. mm lbs/ft kg/m in. mm in. mm in. mm 2 7/ EUE EUE / EUE / /8 EUE / /8 EUE /8 EUE /8 EUE / /8 EUE / /8 EUE / /8 EUE / /8 EUE / /8 EUE / /8 EUE / /8 EUE /8 EUE / /8 EUE / /8 EUE /8 EUE /8 EUE /8 EUE / /8 EUE / /8 EUE / /8 EUE Common sizes above, other sizes may be available if required

25 THI HYDRAULIC ISOLATION PACKER The Tryton THI Hydraulic Isolation Packer is a hydraulic set, single string tandem packer used in multiple zone wells. The THI Hydraulic Isolation Packer is generally used as the lower/middle packer(s) in multiple zone applications. ECONOMICAL EASILY ADJUSTABLE SET AND RELEASE SHEAR SCREWS COMPACT DESIGN CAN BE USED IN OPEN HOLE CASING SIZE CASING WEIGHT TUBING SIZE MAX O.D. MIN I.D. in. mm lbs/ft kg/m in. mm in. mm in. mm 4 1/ /8 EUE /8 EUE /8 EUE / /8 EUE / /8 EUE / /8 EUE / /8 EUE /8 EUE /8 EUE

26 HYDRO-CT PACKER The Tryton Hydro-CT Packer can be ran either on jointed pipe utilizing a conventional rig or rigless application using coil tubing. The Hydro-CT can be ran alone or in tandem for testing, production, water shut-off or zonal isolation in either vertical or horizontal wells. The Hydro-CT is hydraulically set with an internal locking mechanism providing a positive and reliable long-term pack-off. Both durable construction and compact size makes the Hydro-CT Packer an excellent alternative to conventional hydraulic packers in shallower wells. The Hydro-CT is released by dropping a ball onto an internal seat then pressure above causes the releasing pins to shear and the packer to release. INTERNAL LOCKING MECHANISM FIELD ADJUSTABLE SETTING PRESSURE FIELD ADJUSTABLE SHEAR RELEASE RELEASING MECHANISM INDEPENDENT OF SETTING MECHANISM CAN BE RAN IN SINGLE OR MULTIPLE PACKER APPLICATIONS CAN BE USED IN CONJUNCTION WITH OTHER COMPLETION TOOLS SUITED FOR BOTH VERTICAL AND HORIZONTAL APPLICATIONS CASING SIZE CASING WEIGHT TUBING SIZE MAX O.D. MIN I.D. in. mm lbs/ft kg/m in. mm in. mm in. mm 4 1/ /8 EUE Common sizes above, other sizes may be available if required

27 TI-1 INFLATABLE SINGLE SET PACKER The Tryton TI-1 Inflatable Single Set Packer is normally used in open hole for isolating zones or in casing whereby a restriction needs to be passed through and can be used for testing, treating, production or injection. The TI-1 is a hydraulically set single use packer that may be used in both vertical or horizontal wells. After the TI-1 is set an internal locking sleeve maintains inflation. The packer comes in both rotational or straight pull release. The TI-1 packer element incorporates high strength cable to provide good expansion characteristics in washed out or irregular well bores, as well as to provide high differential pressure capabilities. After the packer is released, the elements are designed to return very close to the original run-in diameter. The elements are less likely to lose rubber down hole because superior bonding occurs between the rubber and cable rather than just rubber alone. AVAILABLE IN TENSION OR ROTATIONAL RELEASE MODELS INTERNAL SLEEVE MAINTAINS INFLATION IN PACKER PRESSURE ACROSS ELEMENT IS FULLY EQUALIZED WHEN UNSETTING HEAVY DUTY CABLE RE-INFORCED ELEMENT DIFFERENT ELASTOMER COMPOUNDS AVAILABLE FOR HPHT AVAILABLE IN A VARIETY OF MATERIALS AND CONNECTIONS ELEMENT O.D. MIN. TOOL I.D. THREAD CONNECTIONS in. mm in. mm in. mm /8 EUE /8 EUE /8 EUE /8-2 7/8 EUE Common sizes above, other sizes may be available if required

28 TI-2 INFLATABLE MULTI-SET PACKER The TI-2 Inflatable Multi-Set Packer is used for isolating zones in open-hole or in casing. The tool is re-settable and may be used for testing, treating, production, or stimulation of several zones with each trip into the well. The TI-2 incorporates a durable rugged design for reliable multiple sets in the same trip. The TI-2 Packer may be used in vertical, deviated or horizontal wells. No rotation is required to set the packer, however right-hand rotation is required to unset the packer. Once the TI-2 is released it can be moved and re-set by dropping a dart into a seat whereby the element can be re-inflated. The dart is then be pumped through to a catcher and the procedure can be repeated. CABLE REINFORCED ELEMENTS EXPOSED CABLE ELEMENT AVAILABLE FOR CASED HOLES RIGHT-HAND TURN RELEASE USES SEATS AND DARTS TO RE-SET DIFFERENT ELASTOMER COMPOUNDS AVAILABLE FOR HPHT AVAILABLE IN A VARIETY OF MATERIALS AND CONNECTIONS ELEMENT O.D. MIN. TOOL I.D. THREAD CONNECTIONS in. mm in. mm in. mm /8 EUE /8 EUE /8 EUE /8 EUE - 2 7/8 EUE Common sizes above, other sizes may be available if required

29 HYDRO-GRIP HYDRAULIC SET PACKERS The Tryton Hydro-Grip II and Hydro-Grip III hydraulic set packers are single string pressure activated double grip production packers used in single or multi zone completions. The Hydro-Grip Packers are ideally suited for applications where it is desired to set the packer(s) after the well is flanged up or for multiple zone completions. The Hydro-Grip Packers incorporates a pressure balance system which helps compensate for pressure differentials across the packer. In addition to having a 2 element cup type system instead of the 3 element conventional system as is on the Hydro-Grip III, the Hydro-Grip II is a more compact packer. CUP TYPE TWO ELEMENT SYSTEM OR CONVENTIONAL THREE ELEMENT SYSTEM RUNNING BYPASS RELEASE EQUALIZING SYSTEM PRESSURE BALANCED SYSTEM STRAIGHT PULL RELEASE FIELD ADJUSTABLE SETTING PRESSURE FIELD ADJUSTABLE RELEASING SHEAR CASING SIZE CASING WEIGHT THREAD CONNECTION MAX O.D. MIN I.D. in. mm lbs/ft kg/m in. mm in. mm in. mm 4 1/ /8 EUE /8 EUE /8 EUE / /8 EUE / /8 EUE / /8 EUE / /8 EUE / /8 EUE /8 EUE * * * * * * * /8 EUE /2 EUE /2 EUE / /2 EUE / /2 EUE / /2 EUE / /2 EUE / /2 EUE * Available in Hydro-Grip III Only Common sizes above, other sizes may be available if required

30 TD2 DUAL STRING PRODUCTION PACKER The TD2 Dual String Packer is a hydraulic set, mechanically held dual string production packer run above a single string hydraulic set or wireline set seal bore packer. Its short length makes it ideal for deviated wells or doglegs. Because no tubing manipulation is required to set this packer, the well head can be installed and flanged up before setting. It is available with short string or long string setting capabilities and a variety of tubing connections. It is also adaptable for submersible pump applications. The TD2 features a sequential upper slip release system designed to release each slip individually reducing the pull required to release the packer. Due to the angles on the upper slips and upper slip cage, slips release smoothly from the casing. CASING LONG STRING CONNECTIONS SHORT STRING CONNECTIONS TOOL O.D. SIZE WEIGHT BOX UP/PIN DOWN MANDREL I.D. BOX UP/PIN DOWN MANDREL I.D. in. mm lbs/ft kg/m in. mm in. mm in. mm in. mm in. mm 5 1/ EUE EUE /8 EUE /8 EUE /8 EUE EUE /8 EUE /8 EUE /8 EUE EUE /8 EUE /8 EUE / /8 EUE /8 EUE / /2 EUE /8 EUE / /8 EUE /8 EUE / /2 EUE EUE / /2 EUE /8 EUE / /2 EUE /8 EUE / /2 EUE /2 EUE / /2 EUE EUE / /2 EUE /8 EUE / /2 EUE /8 EUE / /2 EUE /2 EUE / /2 EUE EUE / /2 EUE EUE / /2 EUE /8 EUE / /2 EUE /8 EUE / /2 EUE /2 EUE

31 TX-6/TX-6W DOUBLE GRIP RETRIEVABLE PACKER The Tryton TX-6/TX-6W are lower pressure single string double grip retrievable production packers that hold pressure from above and below. Once set, the TX-6/TX- 6W can be left in tension, compression or neutral. Incorporated into the design is an internal bypass system that along with fluid by pass while running, equalizes pressure before the upper slips are pulled from the casing wall. The TX-6/TX-6W Packers are designed for production, testing, zone isolation and injection applications. The TX-6 sets with a 1/4 right hand turn at the packer and releases with a 1/4 right hand turn, then straight pick up. The TX-6W sets on wireline and releases with a 1/4 right hand turn at the packer then straight pick-up. The TX-6 can be re-set multiple times whereby once the TX-6W is released it cannot be re-set in the standard configuration. TUBING, WIRELINE OR HYDRAULIC SET ON TUBING CAN BE PACKED -OFF WITH EITHER TENSION OR COMPRESSION QUARTER TURN TO RIGHT TO SET AND RELEASE OPTIONAL LH J-SLOT AVAILABLE COMPATIBLE WITH A WIDE VARIETY OF TRYTON PACKER ACCESSORIES CASING SIZE CASING WEIGHT TUBING SIZE MAX O.D. MIN I.D. in. mm lbs/ft kg/m in. mm in. mm in. mm 4 1/ /8 EUE /8 EUE /8 EUE / /8 EUE / /8 EUE / /8 EUE / /8 EUE / /8 EUE /8 EUE /8 EUE /2 EUE /2 EUE /2 EUE / /8 EUE / /2 EUE / /2 EUE / /2 EUE / /2 EUE Common sizes above, other sizes may be available if required

32 TX-8/TX-8W DOUBLE GRIP RETRIEVABLE PACKER The Tryton TX-8/TX-8W packers are medium pressure single string double grip retrievable production packers that are capable of being set in tension or compression. Once set, the tubing string can be left in tension, compression or neutral. Incorporated into the design is an internal bypass system that along with fluid bypass while running, equalizes pressure before the upper slips are pulled from the casing wall. The Packers are designed for stimulation, service operations, production, testing, zone isolation and injection applications. The TX-8 sets and releases with a 1/4 right hand turn at the packer, then straight pick up. The TX-8W sets on wireline and releases with a 1/4 right hand turn at the packer then straight pick-up. The TX-8 can be re-set multiple times whereby once the TX-8W is released it cannot be re-set in the standard configuration. TUBING, WIRELINE OR HYDRAULIC SET ON TUBING CAN BE PACKED-OFF WITH EITHER TENSION OR COMPRESSION OPEN J-SLOT DESIGN 1/4 RIGHT HAND TURN TO SET AND RELEASE OPTIONAL LH J-SLOT AVAILABLE SEQUENTIAL RELEASE UPPER SLIP SYSTEM COMPATIBLE WITH A WIDE VARIETY OF PACKER ACCESSORIES SOUR SERVICE VERSION AVAILABLE AVAILABLE WITH PREMIUM ELASTOMERS

33 TX-8/TX-8W DOUBLE GRIP RETRIEVABLE PACKER CASING SIZE CASING WEIGHT THREAD CONNECTION MAX O.D. MIN I.D. in. mm lbs/ft kg/m in. mm in. mm in. mm EUE / /8 EUE / /8 EUE / /8 EUE /8 EUE /8 EUE / /8 EUE / /8 EUE / /8 EUE / /8 EUE / /8 EUE / /8 EUE / /8 EUE / /8 EUE /8 EUE /8 EUE /8 EUE /2 EUE /2 EUE / /8 EUE / /8 EUE / /2 EUE / /2 EUE / /2 EUE / /2 EUE / /2 EUE / /2 EUE / /2 EUE Common sizes above, other sizes may be available if required

34 TX-10/TX-10W DOUBLE GRIP RETRIEVABLE PACKER The Tryton TX-10/TX-10W are high pressure single string double grip retrievable production packers that hold pressure from above and below. once set, the TX-10/TX-10W can be left in tension, compression or neutral. Incorporated into the design is an internal bypass system that along with fluid bypass while running, equalizes pressure before the upper slips are pulled from the casing wall. The Packers are designed for stimulation, service operations, production, testing, zone isolation and injection applications. The TX-10 sets with a 1/4 right hand turn at the packer and releases with a 1/4 right hand turn, then straight pick up. The TX-10W sets on wireline and releases with a 1/4 right hand turn at the packer then straight pick-up. The TX-10 can be re-set multiple times whereby once the TX-10W is released it cannot be re-set in the standard configuration. TUBING, WIRELINE OR HYDRAULIC SET ON TUBING CAN BE PACKED -OFF WITH EITHER TENSION OR COMPRESSION OPEN J-SLOT DESIGN OPTIONAL LH J-SLOT AVAILABLE LARGE INTERNAL BYPASS SEQUENTIAL RELEASE UPPER SLIP SYSTEM TUBING CAN BE LEFT IN TENSION, COMPRESSION OR NEUTRAL COMPATIBLE WITH A WIDE VARIETY OF TRYTON PACKER ACCESSORIES AVAILABLE WITH PREMIUM ELASTOMERS CASING SIZE CASING WEIGHT THREAD CONNECTION MAX O.D. MIN I.D. in. mm lbs/ft kg/m in. mm in. mm in. mm 4 1/ /8 EUE / /8 EUE /8 EUE /8 EUE / /8 EUE / /8 EUE / /8 EUE / /8 EUE / /8 EUE / /8 EUE / /8 EUE /8 EUE /8 EUE /8 EUE Common sizes above, other sizes may be available if required

35 PERMAPAC PERMANENT SEAL BORE PACKER The Tryton PermaPac Permanent Seal Bore Packer is a large bore, versatile permanent packer that can be used for single or multiple zone completions. It is ideally suited for HPHT and hostile environment applications as it can be readily manufactured out of several alternative material configurations. The PermaPac can be used for virtually any completion or production operation and can be converted into a temporary bridge plug by using a knock-out, pump-out or hydraulic disconnect bottom assembly. The PermaPac Seal Bore Packer utilizes Tryton PermaPac seal bore accessories to make the tubing seal as well as other options. WIRELINE OR HYDRAULIC SET COMPONENTS KEYED FOR MILLING LARGE SEAL BORE CAN BE MADE WITH VARIOUS METALLURGIES AND ELASTOMERS CUSTOMIZED TO SUIT APPLICATIONS INCLUDING HPHT ENVIRONMENTS UP TO 260 C/500 F CASING SIZE CASING WEIGHT MAX O.D. PACKER BORE MIN. BORE THRU SEALS in. mm lbs/ft kg/m in mm in. mm in. mm 4 1/ / / / / / / / / / / / / / / Common sizes shown above, other sizes may be available upon request

36 PERMAPAC LATCH SEAL ASSEMBLIES The Tryton PermaPac Latch Seal Assemblies are used for applications in which it is desirable to land the tubing in tension, compression or neutral or where an on/off connector, PBR or other similar device may be used. The seal assembly is latched into the packer with set down weight and released with right-hand rotation while holding tension in the string. For use with all models of seal bore packers and typically comes with a bottom lead in sub. SEAL CONFIGURATIONS CUSTOMIZED TO SUIT APPLICATIONS INCLUDING HPHT ENVIRONMENTS UP TO 260 C / 500 F CHEVRON OR BONDED SEALS AVAILABLE SEAL MATERIALS AVAILABLE INCLUDE NITRILE, HNBR, AFLAS, RYTON, VITON, CHEMRAZ, KALREZ AND TEFLON PERMAPAC LOCATOR SEAL ASSEMBLIES The Tryton PermaPac Locator Seal Assemblies are used for applications in which seal movement is necessary due to tubing contraction or in multiple packer applications. The locator seal assemblies may be combined with spacer seal units, spacer tubes, seal units and barrier seals to make up a longer seal assembly if required for use with a seal bore extension, a PBR or a retrievable seal bore packer. For use with all models of seal bore packers and typically comes with a bottom lead in sub.

37 PERMAPAC SEAL UNITS PermaPac Seal Units are designed so that the combination of seal units with spacer tubes and debris barriers are utilized as required in a seal bore completion design in order to ensure seal integrity is not compromised. The Seals can either be bonded or 'vee' seal design and are available in various materials. PERMAPAC SEAL SPACER TUBE PermaPac Seal Spacer Tubes are used to lengthen seal assemblies if required. Spacer tubes are available in various lengths and are available for all seal assembly sizes. PERMAPAC SEAL BORE EXTENSION PermaPac Seal Bore Extensions are used to provide sufficient seal bore length so long seal assemblies may be used to accommodate tubing movement. Seal bore extensions are available for all sizes of PermaPac packers. Seal Bore Extensions standard lengths are 1.5 m (5 ft) and 3 m (10 ft) lengths. Other lengths may be available if required. PERMAPAC TUBING ADAPTERS/CONCENTRIC COUPLINGS PermaPac Tubing Adapters are used to allow the connection of tailpipe directly to the bottom of the packer or seal bore extension. Tubing adapters are available for all seal assemblies and compatible tubing connections. PermaPac Concentric Couplings are used to join to compatible sized seal bores to ensure proper alignment when running the seal assembly. The Concentric Coupling is available for all seal bore sizes.

38 RSB/RSB-1 RETRIEVABLE SEAL BORE PACKER The RSB/RSB-1 Retrievable Seal Bore packer incorporates the large bore benefits of a seal bore packer with the option of retrievability. The RSB/RSB-1 can be ran for virtually all applications and can be used in applications whereby liner tailpipe assemblies are required. All load bearing parts are designed to withstand large tension loads which makes it ideal for both vertical and horizontal applications whereby a liner system is to be anchored in place. The bi-directional slip system prevents both upward and downward movement after the tool is set. The RSB/RSB-1 does not rely on setting string weight or tension on it as it is set completely with differential hydraulic pressure or with a wireline setting tool. The RSB-1 has both a lower and upper seal bore in order to maximize the ID through the connected tubing string. The RSB/RSB-1 Packer is generally ran on the RSB hydraulic setting tool but can be set on wireline if required. The packer is set hydraulically by applying a field adjustable pre-determined tubing differential pressure against a plugging device below the tool such as a pump-out plug, a wireline plug or dropping/circulating a ball from surface to a ball seat sub with in the setting tool. Once set, the RSB/RSB-1 has an internal locking mechanism to ensure the setting tool remains set until it is desired to be released. The RSB Packer has a straight pull field adjustable shear release. The RSB/RSB-1 packers utilize Tryton PermaPac seal bore accessories to make the tubing seal as well as other options. DESIGNED FOR BOTH VERTICAL AND HORIZONTAL APPLICATIONS INCORPORATES A BI-DIRECTIONAL SLIP SYSTEM AVAILABLE WITH CARBIDE SLIPS UPPER AND/OR LOWER SEAL BORES AVAILABLE INTERNAL LOCKING MECHANISM FIELD ADJUSTABLE SETTING PRESSURE FIELD ADJUSTABLE SHEAR RELEASE CAN BE SET HYDRAULICALLY OR ON WIRELINE VARIOUS MATERIALS AND CONNECTIONS AVAILABLE CASING SIZE CASING WEIGHT MAX TOOL O.D. LOWER BORE * UPPER BORE THREAD CONNECTION in. mm lbs/ft kg/m in. mm in. mm in. mm in. mm /2 LT&C /2 LT&C /2 LT&C * On RSB-1 only Common Sizes shown above, other sizes may be available upon request

39 TL ON/OFF TOOL The Tryton TL On/Off Tool Overshot is the disconnect/connect portion of the tool. The TL Overshot is connected to the tubing string and disconnects from the TL Slick Joint which is connected to the tool string below. The standard overshot incorporates 2-4 bonded seals to ensure a reliable seal even after numerous disconnects/connects. These seals can be made out of various materials to ensure compatibility in almost any environment. The TL On/Off Tool is normally a left hand 1/4 turn at the tool disconnect with an auto-j on. However, a right hand disconnect option is available The TL On/Off Tool Slick Joint connects to a double grip packer or packer system that does not require tension or compression to maintain a pack-off. The slick joint normally has a landing profile machined into it to serve as a receptacle for various flow control devices. The TL Overshot / Slick Joint is available in a wide range of materials and both 42 Mpa (6000psi ) and 70 Mpa (10,000psi) differential pressure rating. The TXL On/Off Tool incorporates an extended seal surface to allow for greater versatility when running multi-packer applications. Other than being longer, the TXL On/Off Tool functions and has the same features of the TL On/Off tool. PROVEN RELIABLE BONDED SEAL SYSTEM AVAILABLE IN A WIDE RANGE OF MATERIALS 42mPa (6000psi) & 70 mpa (10,000psi) PRESSURE RATINGS AVAILABLE NORMALLY LH RELEASE WITH OPTIONAL RH AVAILABLE OPTIONAL THREAD CONNECTIONS AVAILABLE LANDING PROFILE NORMALLY IN SLICK JOINT CASING SIZE MAX O.D. MIN I.D. THREAD CONNECTION in. mm in. mm in. mm in. mm 2 7/ EUE / NUE EUE / /8 EUE / /8 EUE / /8 EUE /8 EUE /2 EUE / /2 EUE / /2 EUE / /2 EUE / /2 EUE / /2 EUE Common Sizes shown above, other sizes are available upon request

40 TX/TXN & TOR/TORN LANDING NIPPLES The Tryton TX/TXN and TOR/TORN Landing Nipples are utilized in the completion string to allow for the positive location of numerous subsurface flow control devices such as blanking plugs, bottom hole chokes, downhole recorders, etc. The TX/TXN and TOR/TORN locking profiles allow for full selectivity in running flow control devices in completion strings where numerous profile nipples may be required. The TX and TOR profiles do not have a No-Go ring machined in the bottom of the nipple where as the TXN and TORN do. Typically the No-Go nipple is the bottom profile in the string. Generally the TOR/TORN profile nipples are used in higher pressure applications or those where smaller nipple sizes are required. VERSATILITY WHEN NUMEROUS PROFILES ARE REQUIRED LARGE BORE WHERE MINIMUM RESTRICTION IS REQUIRED SIMPLE, PROVEN DESIGN WIDE RANGE OF MATERIALS AVAILABLE WIDE RANGE OF SIZES AND CONNECTIONS AVAILABLE TX/TXN TYPE TX TYPE TXN TUBING O.D. SEAL BORE MIN O.D. SEAL BORE NO-GO I.D. MIN O.D. in. mm in. mm in. mm in. mm in. mm in. mm TOR/TORN TYPE TOR TYPE TORN TUBING O.D. SEAL BORE MIN O.D. SEAL BORE NO-GO I.D. MIN O.D. in. mm in. mm in. mm in. mm in. mm in. mm Common Sizes shown above, other sizes are available upon request Length and OD may vary if special threads are used

41 TF/TR LANDING NIPPLES The Tryton TF/TR Landing Nipples are utilized in the completion string to allow for the positive location of various subsurface flow control devices such as blanking plugs, bottom hole chokes, downhole recorders, etc. The TF/TR Landing Nipples come in a wide range of profile sizes for each tubing size accommodating those applications where numerous profile nipples may be required. The TF profile does not have a No-Go ring machined in the bottom of the nipple where as the TR does. Typically the No-Go nipple is the bottom profile in the string. VERSATILITY WHEN NUMEROUS PROFILES ARE REQUIRED SIMPLE, PROVEN DESIGN WIDE RANGE OF MATERIALS AVAILABLE WIDE RANGE OF SIZES AND CONNECTIONS AVAILABLE TYPE TF TYPE TR TUBING O.D. SEAL BORE MIN O.D. SEAL BORE NO-GO I.D MIN O.D. in. mm in. mm in. mm in. mm in. mm in. mm Common Sizes shown above, other sizes are available upon request Length and OD may vary if special threads are used

42 TXA/TXO/TNP SLIDING SLEEVES The Tryton TXA/TXO/TNP Sliding Sleeves are full opening devices that are an integral part of the completion string, incorporating an inner shiftable sleeve which can be opened or closed using standard wireline/coil tubing deployed equipment and methods. All of the sleeves are designed such that the circulation/flow area is at least equal to the tubing size it is designed for. The standard sleeves incorporate the proven vee seal design and can be varied to suit the environment and/or the application it is to be used in. The TXA and TXO both have landing profiles machined into the upper portion of the sleeve whereby the TNP does not. The TXA and TNP shift upwards to open and the TXO shifts downward to open. All the sleeves use a standard B shifting tool. The sleeves are designed so that normal wireline, coil or other operations will not open or close the sleeves inadvertently. Equalizing ports in the inner sleeve allows for equalizing when shifting the sleeve open in high pressure differential applications. RELIABLE PROVEN DESIGN CAN BE SHIFTED MULTIPLE TIMES PORTED AREA IS EQUAL TO THE TUBING AREA EQUALIZING PORTS IN THE INNER SLEEVE AVAILABLE IN A WIDE RANGE OF MATERIALS WIDE RANGE OF SIZES AND CONNECTIONS TNP HAS FULL BORE ID TUBING SIZE LENGTH NOM. O.D. SEAL BORE in. mm in. mm in. mm in. mm / / / / / / Common Sizes shown above, other sizes are available upon request Length and OD may vary if special threads are used

43 TL SLIDING SLEEVE The Tryton TL Sliding Sleeves are full opening devices that are an integral part of the completion string, incorporating an inner shiftable sleeve which can be opened or closed using standard wireline/coil tubing deployed equipment and methods. The sleeve has bonded seals to ensure the integrity of the seals for the extended periods of time down hole. They can be of various elastomer types. The upper sub has a selective TF landing nipple profile machined into it to allow for the proper shifting of the sleeve and to serve as a receptacle for various flow control devices. A standard D-2 Shifting Tool is used to shift the TL Sliding Sleeve open and closed. The sleeves are designed so that normal wireline, coil or other operations will not open or close the sleeves inadvertently. Equalizing ports in the inner sleeve allows for equalizing when shifting the sleeve open in high pressure differential applications. RELIABLE PROVEN DESIGN CAN BE SHIFTED MULTIPLE TIMES PORTED AREA IS EQUAL TO THE TUBING AREA EQUALIZING PORTS IN THE INNER SLEEVE AVAILABLE IN A WIDE RANGE OF MATERIALS WIDE RANGE OF SIZES AND CONNECTIONS TUBING SIZE LENGTH SEAL BORE TOOL O.D. in. mm in. mm in. mm in. mm 2 3/ / / / / / / / / Common Sizes shown above, other sizes are available upon request Length and OD may vary if special threads are used

44 TR ROTATIONAL SHEAR SAFETY JOINT The Tryton TR Rotational Safety Joint provides for emergency release of the tubing string. The TR Rotational Safety Joint uses larger square threads to separate the upper and lower subs with right-hand rotation abandoning any production equipment below. AVAILABLE IN MOST COMMON TUBING SIZES FULL BORE I.D. READILY FIELD ADJUSTABLE SHEAR SHEARS BY RH ROTATION AVAILABLE IN A WIDE RANGE OF MATERIALS AND CONNECTIONS TUBING SIZE MAX O.D. MIN I.D. THREAD CONNECTION in. mm in. mm in. mm in. mm 2 3/ /8 EUE / /8 EUE / /2 EUE 88.9

45 TQ TORQUE-THRU SHEAR SAFETY JOINT The Tryon TQ Torque-Thru Shear Safety Joint provides for emergency release of the tubing string. Straight pull separates the tool at a predetermined shear value. In addition, the TQ Torque-Thru Shear Safety Joint allows torque to be transmitted through the tool without affecting the shear screws. AVAILABLE IN MOST COMMON TUBING SIZES FULL BORE I.D. READILY FIELD ADJUSTABLE SHEARS BY STRAIGHT PULL ALLOWS FOR TORQUE TO BE TRANSMITTED THROUGH WITHOUT AFFECTING THE SHEAR SCREWS AVAILABLE IN A WIDE RANGE OF MATERIALS AND CONNECTIONS TUBING SIZE MAX O.D. MIN I.D. THREAD CONNECTION in. mm lbs/ft kg/m in. mm in. mm EUE EUE / /8 EUE / /8 EUE / /2 EUE 88.9

46 TDV ANNULAR DUMP VALVE The Tryton TDV Annular Dump Valve is an annular pressure activated sleeve which allows for communication between the annulus and tubing, providing equalization and/or circulation as required. The TDV is not affected by tubing movement, tubing pressure or flow rate. The required annular pressure to open the TDV is determined by the removal or addition of shear screws. PROVIDES ANNULAR COMMUNICATION AS REQUIRED REQUIRED PRESSURE TO OPEN IS FIELD ADJUSTABLE UNAFFECTED BY TUBING MOVEMENT, PRESSURE OR FLOW RATE WIDE RANGE OF MATERIALS AND CONNECTIONS ARE AVAILABLE MAX TOOL O.D. MIN TOOL I.D. THREAD CONNECTION MAX # PINS SHEAR PIN VALUE in. mm in. mm in. mm # psi mpa /2 LT&C Other sizes are available upon request

47 BLAST JOINTS Blast Joints are used to protect the tubing string from the abrasive action of flowing gas or oil when positioned opposite the perforations. Blast Joint may also be used directly below the well head to protect from the abrasion of doing a hydraulic fracturing operation down the annulus. Blast Joints are made from high quality steel treated to between 28 & 36 RC hardness to insure maximum abrasion resistance and strength. For H2S service, blast joints are heat treated to between 18 & 22 RC hardness as per N.A.C.E. specification MR Other materials are available on advance order if required. Full tubing I.D. is maintained through the blast joint with the O.D. the same as tubing couplings. As standard, blast joints have API EUE tubing connections, but can be cut with virtually any thread connection required. AVAILABLE IN A WIDE RANGE OF SIZES AND CONNECTIONS STANDARD AVAILABLE LENGTHS RANGE FROM 0.6M (2FT) TO 3.6M (12FT) FULL BORE I.D. AVAILABLE IN A WIDE RANGE OF MATERIALS AND CONNECTIONS TUBING SIZE MIN I.D. MAX O.D. in. mm in. mm in. mm / / / Common Sizes shown above, other sizes are available upon request Maximum OD may vary if special threads are used

48 PUMP OUT PLUGS Tryton Pump-Out Plug Assemblies are used below a production packer or tailpipe. The assembly holds pressure from below and releases with a predetermined amount of tubing pressure. All of Tryton s Pump- Out Plugs are field adjustable. The TA Pump-Out Plug is the most commonly used plug and has a solid aluminum expendable end. TA PUMP OUT PLUG THREAD CONNECTION MAX O.D. BODY I.D. The TB in. mm lbs/ft kg/m in. mm EUE EUE /8 EUE /8 EUE /2 EUE Other sizes may be available upon request Pump-Out Plug assembly is recommended when running into lines or highly deviated wells. TB PUMP OUT PLUG THREAD CONNECTION MAX O.D. BODY I.D. in. mm lbs/ft kg/m in. mm EUE EUE /8 EUE /8 EUE /2 EUE Other sizes may be available upon request The TC Pump-Out Plug assembly allows fluid flow from both directions until a ball is circulated down onto the expendable landing seat or the ball can be ran in place allowing the tubing to fill as it is being ran. TC PUMP OUT PLUG THREAD CONNECTION MAX O.D. SEAT I.D. BODY I.D. in. mm lbs/ft kg/m in. mm in. mm 2 3/8 EUE /8 EUE /2 EUE Other sizes may be available upon request

49 TBD DUAL BURST DISK The Tryton TBD Dual Burst Disk is a field proven, debris-free, knockout plug that is run on the bottom of the packer or tubing string. After the packer is set the wellbore is isolated below. Coil tubing, slickline, drop bar or sand line can be used to rupture the ceramic disk allowing production up the tubing with no debris interference. ALTERNATIVE TO PROFILE NIPPLE WITH A PLUG MAXIMUM SURGE POTENTIAL OF FORMATION AFTER RUPTURING HIGH PRESSURE RATING - 70 mpa (10,000 PSI) FULL OPENING AND NO DEBRIS LEFT AFTER RUPTURE AVAILABLE IN A WIDE RANGE OF MATERIALS AND CONNECTIONS AVAILABLE IN STANDARD H S AND HIGH TEMP SERVICE 2 THREAD CONNECTION TOOL O.D. TOOL I.D. LOWER DISK RATING UPPER DISK RATING in. in. mm in. mm psi mpa psi mpa 2 3/8 EUE , , /8 EUE , , /2 EUE , , /2 EUE , , Common Sizes shown above, other sizes may be available upon request Maximum OD may vary if special threads are used

50 TXJ EXPANSION JOINT The Tryton TXJ Expansion Joint is placed in the tubing string to allow for pipe contraction or expansion. The TXJ Expansion Joint is generally ran in conjunction with retrievable or permanent type production packers. The TXJ Expansion Joint can be splined in order to allow for left or righthand rotation when setting or releasing packers, on/off tools, seal assemblies and other downhole equipment that may require rotation. The TXJ has a proven stacked 'vee' seal design that can be customized to suit almost any environment as can the expansion joint be ordered to accommodate different length requirements, materials and connections as required. AVAILABLE IN A WIDE RANGE OF MATERIALS AND CONNECTIONS STANDARD LENGTHS RANGE FROM 0.6M (2FT) TO 3M (10FT) FULL BORE I.D. PROVEN 'VEE' SEAL DESIGN STACK TUBING SIZE TOOL O.D. TOOL I.D. TUBING CONNECTION in. mm in. mm in. mm in. (mm) 2 3/ /8 EUE (60.3mm) 2 7/ /8 EUE (73.0 mm) 3 1/ /2 EUE (88.9 mm) Common Sizes shown above, other sizes may be available upon request Maximum OD may vary if special threads are used

51 WIRELINE ADAPTER KIT The Tryton Wireline Adapter Kit is used to attach wireline set packers or any other compatible wireline set tools to the 10/20 setting tool. Once the tool is set the adapter kit is released when the required shear force is achieved by the setting tool. ALLOWS FOR PLUG-IN-PLACE RUNNING CAN BE USED WITH MOST COMMON BLANKING PLUG TYPES AND SIZES USED WITH #10 OR #20 HYDRAULIC SETTING TOOL SHEAR RELEASE AFTER TOOL IS SET CASING SIZE MAX O.D. TUBING SIZE in. mm in. mm in. mm 4 1/ / / / / / / / / / Common Sizes shown above, other sizes may be available upon request

52 TUBING SWIVEL The Tryton tubing swivel allows surface connections to remain in place while the work string is rotated and moved vertically. It is primarily used in conjunction with selective treating tools to provide a means of operating the by-pass valve while the treating line is connected. The tubing swivel can also be used in conjunction with other Tryton equipment during various treating and stimulation operations. When using the swivel, it is strongly recommended that the treating line be secured to the tubing swivel with a suitable safety chain or cable. TUBING O.D. OPERATING LOAD LINE PIPE THREAD CONNECTION in. mm lbs. dan in. mm in. mm 2 7/ ,000 44, /8 EUE / ,000 60, /2 EUE 88.9

53 CASING SCRAPER The Tryton casing scraper is used to remove foreign matter on the inside casing wall in order to provide a smooth clean casing I.D. For running and setting packers and other sub-surface equipment. The casing scraper features a one piece body with full 360 casing I.D. coverage provided by six spring loaded scraper blades. The design also features a large bypass area around and between the blades for ease of circulating. Each blade is secured in its own individual pocket and ensures that all thrust and rotational forces are absorbed directly by the one piece body. The casing scraper features leaf type Incolloy springs behind each self-sharpening blade, providing maximum usage before repairs or replacement is necessary. CASING SCRAPER BLADE DIAMETER CONNECTION SIZE BODY O.D. MIN I.D. COLLAPSED EXTENDED API REG. in. mm in. mm. in. mm. in. mm in. mm in. mm 4 1/ / / / / / / / / / / / / / / / / / / / / /

54 TWR/CW BRIDGE PLUG The Tryton TWR/CW Bridge Plugs are a proven and reliable retrievable bridge plug. They are commonly used for zone or well isolation during fracturing, acidizing, cement squeezing, testing or up-hole/surface repair operations. The double acting slips securely anchor the Bridge Plug against pressure differentials from above or below. The three element pack off design ensures reliable sealing at high pressures and temperatures. The equalizing valve design allows pressure differential to be equalized before going through the upward releasing motion. No rotation is required to release either the TWR or the CW Bridge Plug. WIRELINE OR HYDRAULIC SET MAY BE RAN AND RETRIEVED ON WIRELINE, COIL OR JOINTED PIPE THREE ELEMENT SYSTEM FOR RELIABLE OPERATION PROVEN EQUALIZING SYSTEM FOR SAFE, RELIABLE RELEASE ONE PIECE, DOUBLE ACTING SLIPS REQUIRES STRAIGHT PULL, NO ROTATION TO RELEASE

55 TWR/CW BRIDGE PLUG CASING O.D. WEIGHT I.D. GAUGE RING O.D. in. mm lbs/ft kg/m in. mm in. mm 2 3/ / / / / / / / / / / / / / / / /

56 TR BY-PASS VALVE The Tryton TR By-Pass Valve is a rotational circulating valve generally used with selective treating tools. This valve opens or closes off communication between the tubing and the annulus. The valve is used to bypass tubing fluid when running or retrieving selective tools, and if required can also be used for circulation of fluids. The TR By-Pass Valve features a pressure balanced sleeve design which allows for easy operation of the valve under higher differential pressures. Specially designed chemical and wear resistant seals ensure reliable and trouble free operation. Exclusive to this valve are the thrust bearings which allow for easy operation under tension or compression loads. The TR By-Pass Valve is opened by rotating 3 turns to the right and closed by rotating 3 turns to the left. CASING O.D. VALVE O.D. VALVE I.D. THREAD CONNECTION in. mm in. mm in. mm in. mm 4 1/ /8 EUE /8 EUE / /8 EUE / /8 EUE /8 EUE / /8 EUE / /8 EUE 73.0

57 TA FLUID CONTROL VALVE The Tryton TA Fluid Control Valve is a pressure actuated, hydrostatic down hole valve that is used to provide control of a hydraulic column of fluid in the tubing. The TA Fluid Control Valve is actuated by applying tubing pressure over and above the hydrostatic pressure in the tubing. The TA Fluid Control Valve is normally used in conjunction with selective treating tools, but may also be used for other applications. The Fluid Control Valve Seating Nipple must be run as part of the tubing string. OPERATES BY TUBING PRESSURE ONLY ANNULUS FLUID LEVEL CHANGES DO NOT EFFECT THE VALVE DURABLE METAL TO METAL SEAT CALIBRATED FOR ACCURATE FIELD OPERATIONS EQUALIZING SYSTEM TO ASSIST IN WIRELINE RETRIEVAL TOOL CAN BE RUN IN PLACE, ON WIRELINE OR IF SUFFICIENT FLUID IS PRESENT IN THE TUBING, DROPPED FROM SURFACE CAN BE ADAPTED FOR 2.25"/57.15mm SIZE BODY O.D. NOGO O.D. FISHING NECK O.D. PULLING TOOL in. mm in. mm in. mm in. mm in. mm Camco JDC 2 Otis RB

58 STA CUP TYPE SELECTIVE TREATING ASSEMBLY The Tryton STA cup type selective treating assembly is designed to selectively predetermined perforated intervals. The STA will isolate intervals from 0.3m(12in.) to any length by the addition of standard tubing pups joints, A large built-in annular bypass, make the STA easy to run and retrieve. The STA utilizes a simple design with heavy duty cups for reliable, proven operation. The STA assembly is normally ran into the well with a circulating valve open to a position just above the perforated interval to be stimulated. The circulation valve is closed to pressure test the STA's complete assembly. Opening the circulation valve will equalize the tubing to annulus. The STA tool can now be moved to the desired interval to be treated. Then, after the stimulation fluid is circulated down and the valve is closed, the treatment can be performed. Accessories with the STA could include a fluid control valve, a test packer, a retrievable bridge plug and a mechanical collar locator to customize desired operation. SIMPLE DESIGN AND OPERATION ALMOST ANY LENGTH OF SPACING CAN BE ACHIEVED LARGE BY-PASS FOR TRIPPING RELIABLE AND DURABLE HEAVY DUTY CUPS VARIOUS ACCESSORIES CAN BE USED TO CUSTOMIZE OPERATION CASING SIZE CASING WEIGHT THIMBLE O.D. MIN I.D. THREAD CONNECTION in. mm lbs/ft kg/m in. mm in. mm in. mm 4 1/ /8 EUE /8 EUE /8 EUE / /8 EUE / /8 EUE / /8 EUE /8 EUE /8 EUE /8 EUE / /8 EUE / /8 EUE / /8 EUE / /8 EUE 73.0

59 TFV FRAC BALL VALVE The Tryton TFV Frac Ball Valve is a high pressure, ball type, tubing actuated fluid control valve. The TFV Frac Ball Valve holds pressure from above and below, rotates open or closed with ½ turn at the valve, and can be assembled to open with right or left hand rotation making it operational with a variety of production packers. The TFV valve applications range from tubing tester, washing, acidizing, fracing and converting double grip production packer into temporary bridge plug. HOLDS PRESSURE FROM ABOVE AND BELOW ½ TURN TO OPEN AND CLOSE ASSEMBLES FOR RIGHT OR LEFT HAND ROTATION TO OPEN TUBING CAN BE LEFT IN TENSION, COMPRESSION OR NEUTRAL TUBING SIZE MAX O.D. MAX I.D. in. mm in. mm in. mm 2 3/8 EUE /8 EUE

60 TP-1 INDEX VALVE The Tryton TP-1 Index Valve is used to convert a double grip mechanical set packer into a retrievable bridge plug. This allows for a flow path to be open when the overshot is attached and closed when the packer is set and the overshot is disconnected. PROVEN, RELIABLE DESIGN BY-PASS CAN BE OPEN/CLOSED WITH OVERSHOT AFTER PACKER IS SET TP-1 RETRIEVING TOOL The Tryton TXP Retrieving Tool is used to control the indexing operation of the valve as well as the setting and releasing of the double grip packer that is used with the TP-1 index valve. CONTROLS THE OPERATION OF THE INDEX VALVE CONTROLS THE SETTING AND RELEASING OPERATION OF THE DOUBLE GRIP PACKER NO SEAL ALLOWS FOR CIRCULATION FLOW ON TOOL PRIOR TO OR AFTER LATCHING ONTO THE INDEX VALVE CASING SIZE CONNECTION SIZE MAX O.D. (Ret.Tool) in. mm in. mm in. mm 4 1/ /8 EUE / /8 EUE /8 EUE / /8 EUE /8 EUE / /8 EUE / /8 EUE / /8 EUE / /2 EUE

61 TNS/TNT COMPRESSION PACKER The Tryton TNS(10K)/TNT(15K) Compression Packers are used for high pressure fracturing, acidizing, squeeze cementing and testing. These packers have an integral bypass system that allows circulation around the packer without releasing the tool. The TNS/TNT Packers are generally used with the TNC Unloader/Circulating valve assembly which functions as a bypass, circulating, and equalizing valve. The TNS/TNT packers operate with a combination right hand rotation in conjunction with compression to set and achieve pack off. Straight pick-up is all that is required to release these packers. PREMIUM CARBIDE SLIPS HYDRAULIC ACTUATED HOLD DOWN SYSTEM SIMPLE, RELIABLE AND PROVEN OPERATION AVAILABLE IN OPTIONAL J-SLOT CONFIGURATIONS HEAVY DUTY DESIGN FOR HPHT APPLICATIONS

62 TNS COMPRESSION PACKER CASING SIZE CASING WEIGHT MAX O.D. MIN I.D. THREAD CONNECTIONS in. mm lbs/ft kg/m in. mm in. mm in. mm 4 1/ /8 EUE / /8 EUE /8 EUE /8 EUE / /8 EUE / /8 EUE /8 EUE /8 EUE /8 EUE / /8 EUE / /8 EUE / /2 EUE / /2 EUE TNT COMPRESSION PACKER CASING SIZE CASING WEIGHT MAX O.D. MIN I.D. THREAD CONNECTIONS in. mm lbs/ft kg/m in. mm in. mm in. mm 4 1/ /8 EUE / /8 EUE /8 EUE /8 EUE / /8 EUE / /8 EUE /8 EUE /8 EUE /8 EUE 73.0

63 TNC UNLOADER The Tryton TNC unloader is used with the TNS/TNT packers as a bypass, circulating or equalizing valve. The TNC Unloader operates in conjunction with the packer, closing to the right when setting the packer and opens with upward movement after disengaging the right hand J-slot. SIMPLE OPERATION J-SLOT ENSURES UNLOADER LOCKS IN CLOSED POSTION HEAVY DUTY 15 K VERSION AVAILABLE VARIOUS OPERATION CONFIGURATIONS AVAILABLE TUBING SIZE MAX O.D. MIN I.D. THREAD CONNECTION in. mm in. mm in. mm in. mm 2 3/ /8 EUE / /8 EUE / /2 EUE 88.90

64 TSU-RBP RETRIEVABLE BRIDGE PLUG The Tryton TSU-RBP is a high performance retrievable bridge plug that is designed to isolate a portion of the well primarily for treating, testing or isolating for safety reasons. The TSU-RBP can be ran alone or in conjunction with another packer depending upon what objectives are required. The TSU-RBP can be set mechanically, hydraulically or on wireline. As per the design of the tool, it can be set shallow or deep. The tool is designed to allow for pressure equalization before the slips are released making it ideal in conditions whereby, pressure below may be uncertain. TUBING, HYDRAULIC OR WIRELINE SET CAN BE SET SHALLOW OR DEEP WITHSTANDS HIGH PRESSURE ABOVE AND BELOW SIMPLE, RELIABLE RELEASING OPERATION EQUALIZES PRESSURE BEFORE RELEASING UPPER SLIP SYSTEM AVAILABLE WITH CARBIDE SLIPS TSU RUNNING/RETRIEVING OVERSHOT The Tryton TSU Running/Retrieving Overshot is used to set and retrieve the TSU-RBP Retrievable Bridge Plug. If the TSU-RBP is mechanically set the typical setting procedure is RH set, RH release. If the TSU-RBP is hydraulically or wireline set, then typically it would be RH release. CASING SIZE CASING WEIGHT MAX O.D. MAX O.D (RET. TOOL) MIN I.D. (RET. TOOL) in. mm lbs/ft kg/m in. mm in. mm in. mm in. TUBING SIZE 4 1/ /8 EUE 4 1/ /8 EUE /8 EUE /8 EUE 5 1/ or or /8 or 2 7/8 EUE 5 1/ or or /8 or 2 7/8 EUE 5 1/ or or /8 or 2 7/8 EUE /8 EUE /8 EUE /8 EUE

65 THD COMPRESSION PACKER The Tryton THD Compression Packer is designed for high pressure fracturing, acidizing, and testing. The THD has an integral bypass system that allows circulation around the packer without releasing the tool. The THD is commonly used with the TSU-RBP Bridge Plug for multiple zone operations. INTERNAL BYPASS PREMIUM CARBIDE SLIPS HYDRAULICALLY ACTUATED HOLD DOWN SYSTEM FULL BORE DESIGN AVAILABLE IN SEVERAL J-SLOT CONFIGURATIONS, INCLUDING MANUAL & AUTO CASING SIZE CASING WEIGHT MAX O.D. MIN I.D. THREAD CONNECTIONS in. mm lbs/ft kg/m in. mm in. mm in. mm 4 1/ /8 EUE / /8 EUE /8 EUE /8 EUE / /8 EUE / /8 EUE /8 EUE /8 EUE /8 EUE / /8 EUE / /8 EUE / /2 EUE / /2 EUE 114.3

66 T5/T10/T20 HYDRAULIC SETTING TOOL The Tryton T5/T10/T20 Hydraulic Setting Tools are designed to be run on drill pipe, tubing, or coil tubing. Pressure is transmitted to the setting tool in order to set bridge plugs, cement retainers, production packers, and service tools which would normally be set on wireline. Hydraulically setting equipment is especially applicable to setting plugs or packers in deviated wells or on locations where a wireline unit is not available or practical. The T5/T10/T20 setting tools can have setting chambers added or removed depending upon pressure or force requirements. RUN ON DRILL PIPE, TUBING OR COIL TUBING SETTING CHAMBERS MAY BE ADDED OR REMOVED DEPENDING ON SETTING PRESSURE GENERATED HYDRAULICALLY SET EQUIPMENT NORMALLY SET ON WIRELINE SIZE SETTING TOOL SIZE TOOL O.D. THREAD CONNECTION in. mm # in. mm in. 1 1/ # /2 NPT 2 3/ # /8 EUE 2 7/ # /8 EUE

67 DB BRIDGE PLUG The DB Bridge Plug is an economical, fully drillable, cast iron bridge plug. The DB bridge plug is designed for well abandonments, zone suspension or isolation. CONSTRUCTED WITH READILY DRILLABLE MATERIALS 360 RETAINING RINGS TO ASSIST IN PREVENTING ELEMENT EXTRUSION (NOT AVAILABLE IN 5,000 PSI PLUG) STANDARD VERSIONS UP TO 70 MPA (10,000 PSI) RATED AT 150 C (300 F) THERMAL VERSION AVAILABLE WIRELINE OR HYDRAULIC SET * * * * * * * * * * * * CASING SIZE CASING WEIGHT PLUG O.D. SETTING MIN. SETTING MAX. SETTING FORCE in. mm lbs/ft kg/m in. mm in. mm in. mm lbs dan 2 3/ ,000 5, / ,000 5, / ,000 5, ,000 8, / ,000 14, ,000 14, / ,000 14, / ,000 14, / ,000 22, ,000 22, / ,000 22, / ,000 22, / ,000 22, / ,000 22, / ,000 22, / ,000 22, / ,000 22, ,000 22, ,000 22,240 * Available in both DB-5 and DB-10 Models

68 HM-1B BRIDGE PLUG The Tryton HM-1B Bridge Plug is a cast-iron bridge plug set with the combination of both hydraulic pressure and mechanical pull to abandon, suspend or isolate a zone or zones within the wellbore. Setting the plug requires the use of a retrievable setting tool connected to the tubing and after the plug is set it is released by right hand rotation. AVAILABLE IN 5K AND 10K CONSTRUCTION CONSTRUCTED WITH READILY DRILLABLE MATERIALS STANDARD VERSIONS UP TO 70 MPA (10,000 PSI) 150 C (300 F) THERMAL ELEMENT AVAILABLE UPON REQUEST RIGHT HAND ROTATION TO RELEASE WORK STRING CASING PLUG O.D. SETTING RANGE SIZE WEIGHT MIN MAX in. mm lbs/ft kg/m in. mm in. mm in. mm 4 1/ / / / / / / / /

69 HM-2 BRIDGE PLUG The Tryton HM-2 bridge plug is a cast-iron bridge plug set with the combination of both hydraulic pressure and mechanical pull to abandon, suspend or isolate a zone or zones within the wellbore. The setting tool of the HM-2 is built into the plug allowing for full ID of the work string after the plug is set and released. CONSTRUCTED WITH READILY DRILLABLE MATERIALS RETAINING RINGS TO ASSIST IN PREVENTING ELEMENT EXTRUSION STANDARD VERSIONS UP TO 70 MPA (10,000 PSI) 150 C (300 F) THERMAL ELEMENT AVAILABLE UPON REQUEST RIGHT HAND ROTATION TO RELEASE WORK STRING FULL ID ON WORK STRING AFTER RELEASE FROM THE PLUG CASING PLUG SETTING RANGE SIZE WEIGHT O.D. MIN MAX in. mm lbs/ft kg/m in. mm in. mm in. mm 3 1/ / / / / / / / / /

70 TCB COMPOSITE BRIDGE PLUG The Tryton TCB Composite Bridge Plug is designed to be used for temporary zone isolation for operations in both horizontal and vertical wells. The composites used in construction allows for short drill time and ease of operation, which makes it ideal for multiple plug applications and coil tubing drill out. Tryton composite bridge plugs can be run with any wireline setting tool or tubing run hydraulic setting tools. Cast iron slips are hardened to wicker depth only and set in any grade of casing. SETS SECURELY IN ANY HARDNESS CASING WIRELINE OR HYDRAULIC SET COMPACT SIZE FOR EASY RUNNING 8K OR 10K RATING READILY AVAILABLE AS STANDARD PRODUCT HIGH TEMP RATING AVAILABLE CASING O.D. CASING WEIGHT TOOL O.D. OVERALL LENGTH in. mm lbs/ft kg/m in. mm in. mm 2 3/ / / / / / / / / / /

71 TCR CEMENT RETAINER The Tryton TCR Cement Retainer is an economical, fully drillable cement retainer. Can be either wireline or mechanical set and can utilize either a snap latch or J-latch stinger. The TCR incorporates an internal valve which is open/closed with up/down movement of the work string when the stinger is engaged and automatically closes when the stinger is removed. WIRELINE OR MECHANICAL SET COMPACT DESIGN WITH EXTRA CLEARANCE O.D. UP TO 70 MPA (10,000 PSI) 150 C (300 F) POSITIVE CONTROL OF CEMENTING OPERATION WHEN STINGER IS IN PLACE CASING SIZE CASING WEIGHT RETAINER O.D. MINIMUM MAXIMUM in. mm lbs/ft kg/m in. mm in. mm in. mm 4 1/ / / / / / / / / / /

72 TCR MECHANICAL SETTING TOOL The Tryton TCR Mechanical Setting Tool is used to run and set the cement retainer on tubing. In addition to the setting function the mechanical setting tool incorporates the cementing stinger that is used to operate the retainer valve once the retainer is set. The TCR mechanical setting tool operates with right hand rotation in conjunction with compression/tension enabling the setting of the cement retainer slips and engaging the appropriate pack-off. SIMPLE DEPENDABLE OPERATION SAVES ON WIRELINE COST PROVEN ONE-TRIP SYSTEM CASING RETAINER MECHANICAL SETTING TOOL SIZE WEIGHT O.D. I.D. CONNECTION in. mm lbs/ft kg/m in. mm in. mm in. mm 4 1/ / / / / / Other sizes available upon request

73 TCR SNAP LATCH/ J-LATCH STINGER The Tryton TCR Snap Latch/J-latch Stingers are positive latches for operating the sliding valve inside a cement retainer providing control during cementing operations. The Snap Latch Stinger is an auto-in, snap out system, while the J- Latch Stinger is an auto-in, quarter turn right hand J-out system both allowing for up and down valve control throughout the cementing operation. Both have secondary release systems with the Snap Latch being a rotational release and the J-Latch a shear release. POSITIVE AND RELIABLE LATCHING SYSTEM ALLOWS FOR PRESSURE TESTING TUBING SAFETY RELEASE ( ROTATE/SHEAR OUT) IF REQUIRED ALLOWS FOR POSITIVE INDICATION OF STINGER LOCATION TUBING SIZE MIN I.D. in. mm in. mm 2 3/8 EUE /8 EUE /8 EUE Depending on casing size, appropriate centralizer may be used above the stinger

74 TC-1 DRAG BLOCK TUBING ANCHOR/CATCHER The Tryton TC-1 Drag Block Anchor Catcher is a reliable, retrievable double grip anchor catcher which prevents excessive movement of the tubing string during pumping operation increasing pump efficiency and decreasing rod and tubing wear. STANDARD LH SET WITH OPTIONAL RH AVAILABLE RETRIEVABLE BY RH ROTATION WITH OPTIONAL LH AVAILABLE EFFICIENT AND RELIABLE DRAG BLOCK AND SLIP SYSTEM FIELD ADJUSTABLE EMERGENCY SHEAR RELEASE CASING ANCHOR MAX O.D. WEIGHT MIN I.D. ANCHOR O.D. ANCHOR I.D. THREAD CONNECTION in. mm lbs/ft kg/m in. mm in. mm in. mm in. (mm) 4 1/ /8 (60.3 mm) EUE /8 (60.3 mm) EUE 5 1/ /8 (60.3 mm) EUE 5 1/ /8 (60.3 mm) EUE 5 1/ /8 (73.0 mm) EUE 5 1/ /8 (73.0 mm) EUE /8 (73.0 mm) EUE /2 (88.9 mm) EUE 8 5/ /2 (88.9 mm) EUE 9 5/ /2 (88.9 mm) EUE

75 HC ANCHOR CATCHER The Tryton HC Anchor Catcher is designed to anchor the tubing string from movement in tension, compression or rotation. The benefits of placing the tubing string in tension is to ensure that the tubing follows the rod string as close as possible to minimize rod wear. To operate, the HC Anchor Catcher is normally right hand set and left hand release or it has a secondary field adjustable shear release. RH SET, LH RELEASE FULL BORE ID OPEN DESIGN FOR GAS AND DOWNHOLE FILL TO BY-PASS INCONEL SPRINGS FOR H2S AND CO2 COMPATIBILITY FIELD ADJUSTABLE SHEAR RELEASE CASING SIZE CASING WEIGHT BODY MAX O.D. MIN I.D. THREAD CONNECTION in. mm lbs/ft kg/m in. mm in. mm in. (mm) 5 1/ /8 ( 60.3 ) EUE /8 ( 73.0 ) EUE 8 5/ /2 ( 88.9 ) EUE 9 5/ /2 ( 88.9 ) EUE

76 TLP/ TLH LINER PACKER The Tryton TLP/TLH Liner Packers are a simple, inexpensive means of running and packing off above a liner that is suspended below. The TLP/TLH Liner Packers are compression activated and are set after disconnecting either mechanically by right hand rotation or by a hydraulic disconnect then setting back down on the packer with the running dogs to activate the elements. COMPACT DESIGN SIMPLE OPERATION MECHANICAL OR HYDRAULIC SET FULL BORE HIGH TENSILE LOAD CAPACITY CASING SIZE CASING WEIGHT MAX TOOL O.D. LINER SIZE in. mm lbs/ft kg/m in. mm in. mm / / / / / / / / /

77 GAS VENT RETRIEVABLE CASING PATCH The Tryton Gas Vent Casing Patch is a simple, cost effective method of isolating casing leaks or non-productive zones. The Gas Vent Retrievable Casing Patch will allow the capability of providing communication past the isolated section while at the same time retain isolation where required. The interval between cups is adjustable to any length. COST EFFECTIVE NO PERMANENT RESTRICTION HELPS PREVENT GAS LOCKS PATCH SPACING ADJUSTABLE TO ANY LENGTH CASING SIZE CASING WEIGHT MAX TOOL O.D. TUBING SIZE in. mm lbs/ft kg/m in. mm in. mm 4 1/ / /

78 RCP CASING PATCH The RCP Retrievable Casing Patch is designed to straddle damaged areas and/or undesired zones in the casing. The large bore design of the RCP allows for larger tubing string sizes if required. The system can be incorporated with a disconnect on the upper section allowing for the assembly to be installed with a work string, which once set, can be removed and the production string ran in place. The patch length can be virtually any length as required. The RCP Retrievable Casing Patch can be set mechanically or hydraulically and is released simply by engaging a spear into the I.D. of the tool and jarring up. SIMPLE OPERATION FULL BORE DESIGN PATCH LENGTH CAN BE VARIED AS REQUIRED DEEP WIDE WICKER SLIPS INTERNAL RATCHET SYSTEM TO LOCK-IN SET/PACK-OFF STAINLESS STEEL SLIP ARMS AND DRAG SPRINGS MECHANICAL OR HYDRAULIC SET JAR UP TO RELEASE CASING SIZE MAX O.D. MIN I.D THREAD CONNECTION in. mm in. mm in. mm in. mm 5 1/ NUE /2 ST&C /2 ST&C / ST&C

79 TSB PUMP TUBING BAILER The Tryton TSB Pump Tubing Bailer is a fast and efficient way to clean out sand or other fill from a well. It is an efficient mechanical pump capable of removing large volumes of fill in a single run. The TSB Pump Tubing Bailer does not depend on hydrostatic differential pressure in order to operate and is effective in low fluid wells. The debris chamber is adjustable to accommodate any amount of sand or fill to be retrieved. The bailer assembly is designed with circulating drain ports eliminating the pulling of wet strings. An optional hard faced drilling washover shoe on bottom of assembly allows rotation through compacted sand if required. The TSB Pump BailerAssembly is made up on the tubing string with the required amount of chamber between the pump assembly and the valve assembly. HEAVY DUTY CONSTRUCTION OPERATION SIMPLICITY CIRCULATING DRAIN VALVE ELIMINATES WET TRIPS ECONOMICAL CLEANOUT CAN BE ACCOMPLISHED IN ONE RUN CASING SIZE MAX O.D. MIN I.D THREAD CONNECTION in. mm in. mm in. mm in. mm 4 1/ /8 EUE / /8 EUE /8 EUE /2 EUE 89.0

80 CYCLONE VENTURI SYSTEM The Tryton Cyclone Venturi System is used to remove sand, pyrite, oil, water, mud or any other foreign debris from the formation to better increase production. To operate, the Cyclone Venturi is connected to the production tubing and then lowered into the wellbore so that the 'ER' Cup Packer is spaced out above the formation. An air/foam/water/nitrogen mixture is injected down the annulus against the cups of the ER Packer passing through a series of angled orifices within the Cyclone Venturi then through the Venturi throat and up to the surface through the interior of the production tubing along with wellbore effluent. The wellbore effluent is drawn up by the vacuum created within the centre of the Venturi whereby it is co-mingled with the injection mixture and drawn to the surface through the tubing. The ER Cup Packer is situated below the Cyclone Venturi to ensure the injection mixture, which is under pressure, never reaches the hydrocarbon formation and eliminates fluid losses in low fluid level wells. ECONOMICALLY AND EFFECTIVELY CLEANS OUT WELLBORES WHILE MINIMIZING RISK OF DAMAGE TO SENSITIVE ZONES HIGHER VOLUME OF FLUID RECOVERED OUT OF WELL THAN CONVENTIONAL CLEAN OUTS / DOWNHOLE PUMPS INCREASES PRODUCTION AFTER CLEANOUT CAN BE USED TO EVALUATE A ZONE TO DETERMINE PROPER PUMP SIZES UTILIZED FOR NEW COMPLETIONS FOR INITIAL SAND CLEANOUT OR FOR SUBSEQUENT CLEANOUT ON WORKOVERS WILL ALLOW FOR LARGER DEBRIS CLEAN OUT

81 TPL POWERLIFT JET PUMP SYSTEMS JET BENEFITS TPL Powerlift Jet Pump DETERMINE INFLOW PRODUCTIONS DETERMINE WATER CUT % DETERMINE SECONDARY LIFT DESIGN SAFELY CONTAINED HANDLING OF FLUIDS ECONOMICAL COST HIGH FLUID VOLUMES WIRELINE RETRIEVABLE PUMP OUT OPTION AVAILABLE NO MOVING PARTS MULTIPLE INTERVAL TESTING VARIABLE PRODUCTION RATES CONSTANT RESERVOIR DRAW DOWN RESERVOIR RECOVERY DATA (BUILD-UP) WATER SHUT-OFF INFORMATION ACID/CHEMICAL TREATING COMPATIBLE CROSS-FLOW DETECTION

82 PST SAFE TENSION TOOL The PST was designed to safely set tubing anchors and other down hole tools in tension under live well conditions and maintain full bore through the tubing string. Installed between the tubing hanger and the production tubing, the PST allows for full left or right rotation of the tubing. This provides for the ability to pull tension into the tubing string and lock it safely into position, all with the tubing hanger landed and locked into place, keeping complete well control. HIGH TENSILE PULL RATING 35 MPA MAX W.P. SAFE AND SIMPLE METHOD OF SETTING TOOLS IN TENSION NO NEED FOR LOW PROFILE SLIPS FULL BORE ID CASING SIZE MAX O.D. MIN I.D MIN LENGTH MAX LENGTH in. mm in. mm in. mm in. m in. m 2 3/ /

83 SGS GAS SEPARATOR The Tryton SGS Gas Separator is designed as a continuous flow downhole gas separator to be used in conjunction with Progressive Cavity Pumps. Utilizing centrifugal forces to separate the gas from the liquids before they enter the pump allows for the liquids to be carried through into the pump suction while the separated gases migrate up the annulus. The SGS Gas Separator has greater liquid/gas capacities and are generally more efficient than other down hole gas separators. The SGS is ran just below the pump and is ideal for wells operating at low efficiency due to poor gas separation down hole. Separation of gas from the liquids will generally increase well efficiency and extend the life of the PC Pump. DESIGNED TO OPTIMIZE GAS SEPARATION HIGH CAPACITY INCREASED WELL EFFICIENCY INCREASED PC PUMP LIFE CASING SIZE CASING WEIGHT MAX O.D. MIN I.D INNER TUBING THREAD CONNECTION in. mm lbs/ft kg/m in. mm in. mm in. mm in. mm 4 1/ EUE /8 EUE / /8 EUE /8-2 7/8 EUE /8 EUE /8-3 1/2 EUE /8-2 7/8 EUE /8-3 1/2 EUE /8-2 7/8 EUE /8-3 1/2 EUE Lengths are optional