Coiled Tubing Systems from Evolution Oil Tools

Artificial Lift

Coiled Tubing Systems

Table of Contents

Company Profile ...................................................................................................................................................................5

Coiled Tubing Applications ......................................................................................................................................6

Coiled Tubing Completions.......................................................................................................................................7

Coiled Tubing Surface Equipment ..................................................................................................................... 10

Coiled Tubing Sub-Surface Equipment ........................................................................................................... 25

Coil Tubing Service Tools ......................................................................................................................................... 46

How To Find Us .............................................................................................................................................................. 71

Index ..................................................................................................................................................................................... 72

Company Profile

2013 Evolution Oil Tools Inc. All rights reserved. This document is uncontrolled when printed.

5

Knowledgeable

personnel

providing and

developing quality

products and

timely solutions to

the Oil & Gas

Industry

Evolution Oil Tools is a group of

people that were brought

together in order to meet your

completion and subsurface tool

needs. We provide wholesale

products to accommodate your

completion / service

requirements.

A portion of our product

offering includes our own

proprietary designs, patents and

patent agreements to ensure

that you are getting the

required technology from the

source. We can also offer Design

& Engineering support to the

product solutions provided to

you.

Our group combined, offers you

over 100 years of experience in

the Oil & Gas Industry, with the

majority of that experience

being in the tool business. We

can also offer servicing

capabilities for our product

lines.

Make Evolution your tool

solutions provider for all of your

completion and subsurface tool

needs and take advantage of our

experience.

Coiled Tubing Applications

6

This document is uncontrolled when printed. 2013 Evolution Oil Tools Inc. All rights reserved.

In the oil and gas industry, coiled tubing refers to metal

piping, normally 1" to 3.25" in diameter, used for

interventions in oil and gas wells and sometimes as

production tubing in depleted gas wells, however coil

tubing can perform almost any operation for oil well

operations if used correctly.

Coiled Tubing comes spooled on a large reel and is

often used to carry out operations similar to wirelining.

The main benefits over wireline are the ability to pump

chemicals through the coil and the ability to push it

into the hole rather than relying on gravity.

A coiled tubing operation is normally performed

through the drilling derrick on the oil platform, which is

used to support the surface equipment, although on

platforms with no drilling facilities a self-supporting

tower can be used instead. It can also be run using

smaller service rigs, and for light operations a mobile

self-contained coiled tubing rig can be used.

Coil tubing has also been used as a less costly version of

work-over operations. It is used to perform open hole

drilling and milling operations. It can also be used to

fracture the reservoir.

Evolution Oil Tools offers a complete line of Coiled Tubing

Completions products to meet your needs.

Coiled Tubing Completion Systems


7

Multi-Zone Completions

8


Single String Selective Completions

The single string selective completion allows commingling,

separate production, isolation, testing or stimulation of

individual zones. This example shows a completion using

Evolution Oil Tools packers and a sliding sleeve to control

the flow from, or into, the zone by opening and closing the

sleeve above the packer.

No. Qty Description

1 1 Union Wellhead

2 1 Coiled Tubing

3 1 Retrievable Packer

4 1 Sliding Sleeve

5 1 On/Off Tool

6 1 Landing Nipple With Shear-Out

Plug

Multi-Zone Completions


9

Dual String Selective Completion

This completion design increases the well's functionality by

using sliding sleeves to independently produce, stimulate,

test or isolate one or more zones, using slick line or other

methods to manipulate the sleeves. The example at the

right highlights a quad zone completion.

No. Qty Description

1 1 Vertical Access Dual Wellhead

2 1 Primary Coiled Tubing

3 1 Secondary Coiled Tubing

4 1 Coiled Tubing Blast Joints

5 1 Plug Catcher Guide Shoe

6 1 Retrievable Packer

7 1 Sliding Sleeve

8 1 Landing Nipple With Shear-Out

Plug

Coil Tubing Surface Equipment

10


Flanged Wellhead


11

Flanged Wellhead

The Flanged Wellhead system is primarily used where

coiled tubing is to be installed on existing wells. By design,

the hanger and optional flow tee assembly become part of

the original wellhead. The hanger, and slip and seal set can

be manufactured for compatibility with various well

conditions, including high temperature and high-pressure.

Benefits

Flange design provides safety and reliability. Simple wrap-around split slip and seal assemblies

provide repeatable installation reliability.

Optional ow tee assembly provides annular access between coiled tubing and wellbore.

No. Qty Description

1 1 Bottom Hole Test Adapter

2 2 Flow Tee

3 1 Wing Valve

4 1 Coiled Tubing Master Gate Valve

5 1 Flanged Coiled Tubing Hanger

6 1 Annular Valve

7 1 Jointed Tubing Master Gate

Valve

Flanged Coiled Tubing Head w/ Wrap Around Slip & Seal

(With Optional Integral Studded Side Outlet)

12


Description The Flanged Coiled Tubing Head provides a safe and

reliable system for installing coiled tubing into a live

producing oil or gas well. The tubing hanger incorporates a

three piece slip and seal design giving the operator

positive indication of proper hanger positioning with in the

coiled tubing head profile. The slip and seal assembly is

positively locked in position with multiple tie down bolts.

This robust design can be retrofitted as a permanent

component into any existing or new wellhead installation.

The tubing head is used in conjunction with standard

surface isolation equipment including a tubing Access

Work Window. Coiled Tubing is as easily retracted from the

well leaving no components behind in the coiled tubing

head. When the tubing hanger is removed from the tubing

head, a large inner diameter allows the operator to perform

subsequent well intervention operations without having to

further break down the wellhead tree.

Benefits Coiled tubing sizes from 1 in. (25.4mm) 2.875 in.

(73mm).

API 6a flange sizes and pressure rating compatible with wellhead design.

Material compliant to NACE MR0175 specifications. HNBR standard elastomer material. Other materials available upon request.

CT Split Seal Flanged Hanger


13

Description The CT Split Seal Flanged Hanger uses the quad BOP of the

coiled tubing service unit to seal well pressure and support

the string weight, while the slip and seal assembly is being

installed on the tubing string. A pressure window is

installed above the quad BOP. The slip rams of the quad

BOP hold the string weight, while the pipe rams contain

well pressure. With the anchor bolt lock-down system,

positive sealing is assured regardless of string weight. After

the slip and seal set is installed in the hanger body, push

force from the injector is applied to the string.

Applications Higher pressure wells, H2S or CO2 wells requiring

flanged assemblies

Benefits PSL levels 1 (standard), 2,3,4 (available upon request). Manufactured to API 6A specs. Meets NACE

requirements.

Pack-off system available for the thermal wellhead applications.

Primarily used to hang coiled tubing velocity string to enhance production.

Also used for coiled tubing downhole chemical injection strings.

Special materials or coatings available for CO2 service. Available with integral side outlet

Coiled Tubing Sizes

(in/mm).

Flange Sizes

(in/mm)

PSI

(MPa)

1 (25.40) 2.5625 (65.08) - - 5000 (34) 10 000 (69)

1.25 (31.75) 3.125 (85.72)

2000 (14) 3000 (21) 5000 (34)) 10 000 (69)

1.5 (38.10) 2000 (14) 3000 (21) 5000 (34) 10 000 (69)

1.75 (44.45) 4.0625 (103.18) 2000 (14) 3000 (21) 5000 (34) 10 000 (69)

2 (50.80) 5.125 (130.17)

2000 (14) 3000 (21) 5000 (34) 10 000 (69)

2.375 (60.32) 2000 (14) 3000 (21) 5000 (34) 10 000 (69)

2.875 (73.02) 7.0625 (179.38) 2000 (14) 3000 (21) 5000 (34) 10 000 (69)

Studded Coiled Tubing Head

(With Optional Integral Studded Side Outlet)

14


Description The Studded Coiled Tubing Head provides a safe and

reliable system for installing coiled tubing into a live

producing oil or gas well. The tubing hanger incorporates a

single piece seal mandrel design giving the operator

positive indication of proper hanger positioning with in the

coiled tubing head profile. The seal mandrel is positively

locked in position with multiple tie down bolts. This robust

design can be retrofitted as a permanent component into

any existing or new wellhead installation. The tubing head

is used in conjunction with standard surface isolation

equipment and requires no specialty equipment to aid in

its operation. Coiled Tubing is as easily retracted from the

well leaving no components behind in the coiled tubing

head. When the tubing hanger is removed from the tubing

head, a large inner diameter allows the operator to perform

subsequent well intervention operations without having to

further break down the wellhead tree.

Benefits Coiled tubing sizes from 1 in (25.4mm) 2.875 in.

(73mm).

API 6a flange sizes and pressure rating compatible with wellhead design.

Material compliant to NACE MR0175 specifications. HNBR standard elastomer material. Other materials available upon request.

High Temperature Slip and Pack-Off Head


15

Description The High Temperature Slip and Pack-Off Head gives the

operator a permanent, reliable slip and seal for

wellhead data line termination.

Benefits Slip and seal are mechanically packed off. Modular design can accept additional pack off

components for redundant sealing.

Extensive slip design optimization prevents excessive radial tubing stresses for sensitive instrumentation

line.

Low torque make up. Optional side port for pressure testing and annular

access.

Tubing

Sizes

(in/mm)

Working

Temperature

(C/F)

PSI

(MPa

)

Connec-

tion

.1875 - 1

(4.7624 - 25.4)

-40 - 500

(-40 - 204)

3045.

8

(21)

Custom

Threads

Available

Data Line Pump Down Head

16


Description The Data Line Pump Down Head is a multi-functioning

temporary wellhead component that packs off against

data line giving the operator a redundant wellhead

isolation system.

Benefits Primary seal can either be mechanically or

hydraulically packed o for remote control during

pump down operations.

Secondary Seal is installed when pumping operation complete. The seal is mechanically energized and

forces are locked in.

Modular design can accept additional pack o components for redundant sealing.

Independent wrap around slips seat into the upper slip receiver.

The Energizing Piston also acts as a wear guide to provide additional protection for the primary seals.

Test port used to inject lubricant for pump down opera9on. Port also used to pressure test primary and

secondary seal as well as monitoring pressure

between the seals.

Tubing

Sizes

(in/mm)

Working

Temperature

(C/F)

PSI

(MPa

)

Connec-

tion

.1875 - 1

(4.7624 - 25.4)

-40 - 500

(-40 - 204)

3045.

8

(21)

Custom

Threads

Available

Thermal Data Line Pump Down Head


17

Description The Thermal Data Line Head is a high temperature, live

well pump-down system with redundant pack-off and

stripping functionality. Design objectives achieved

ensures safe operation and provides redundant

environmental controls to address operation

throughout the life of installation.

Benefits Three Piece Slips interchangeable with Viton Stripper

Seal for Backup Stripper as well as HT Grease Injection

functions.

Grease Injection Technology for Backup Stripper functions.

Remote Operation. Graphite Impregnated Teflon Heavy-Duty chevron

seals

Secondary Backup Seal System

Threaded Hanger

18


Description The Coiled Tubing Side Entry Heads design allows coiled

tubing access to the casing annulus for dewatering or

clean-out operations in heavy oil operations. The design

allows coiled tubing deployment through the side-entry

port, utilizing a coiled tubing unit; thus eliminating the

need for a service rig to pull/run the jointed pipe. Multiple

side outlets provide the option for data acquisition,

telemetry, or monitoring of well conditions, such as

temperature and pressure.

Applications Well intervention with coiled tubing for clean-out or

dewatering operations in heavy oil situations.

Annular access for monitoring, data acquisition and wireline services.

Deployment of coiled tubing or chemical injection string.

Benefits Live well servicing while maintaining production. Multiple side-entry ports provide access to the casing

annulus for coiled tubing operations, data acquisition

or monitoring.

Ports can be used for wireline operations. Available in anged or studded designs. Design can be tailored to meet customer-specific

applications.

Relieve hydrostatic pressure to restore gas production.

Reduced well servicing costs.

Flange Sizes

PSI

(MPa)

Top

(in/mm)

Bottom

(in/mm)

7.0265 (179.38) 7.0625

(179.38) 2000 (14)

7.0265 (179.38) 7.0625

(179.38) 3000 (14)

7.0265 (179.38) 11 (279.4) 2000 (14)

7.0265 (179.38) 11 (279.4) 3000 (14)

Surface Splitter Head


19

Description The Surface Splitter Head is a surface isolation system

that both separates and isolates multiple eccentric and

concentric tubing strings for unique coiled tubing

completion applications. The Surface Splitter Head is

designed to be easily installed and made up to each of

the strings quickly and without damaging the strings

during stab up.

Benefits Compact design gives the operator maximum

clearance with in the coiled tubing drum body.

A Fig. 206 hammer union connection aids in make-up alignment and ease of assembly while providing both

a metal-metal and an O-ring seal. O-ring on packing

element for added safety.

Smooth interior profile allows the strings to be safely inserted into the main body without risk of damaging

or excessively bending the strings.

A side port allows the operator to continuously pump fluids down the main outside coiled tubing string.

Threaded Hanger

20


Description The Threaded Hanger has set the standard for reliability

and economy for coiled tubing completions. This

compact hanger used as a strip-thru style with the

added feature of a hydraulic pack-off.

Applications Support for heavy-duty coiled tubing equipment

running larger tubing sizes.

Benefits Three-piece slip set manufactured of high strength

case hardened steel.

Robust designed body and cap. Top cap creates lock-down on the slips and enhances

compression seal with the packing element on the

tubing.

Steel alloy retaining ring keeps packing element in place during coiled tubing string retrieval.

Packing element bonded to steel carrier rings with double

O-ring on packing element for added safety. Interchangeable packing elements and slip sets allow

change in tubing size without changing hanger body.

Side ports up to 1 NPT

Coiled

Tubing

Sizes

(in /mm)

Configurati

on

(in/mm)

Size Outlet

(in /mm)

PSI

(MPa)

.25 1.75

(6.35

44.45)

2 (50.8) NPT

Pin -

3000

(21)

2 (50.8) NPT

Box

2.375 (60.32)

EUE Pin 1 (25.4) NPT

Optional 2.875 (73.02)

EUE Pin

Multi Line Feed Through Head


21

Description The Surface Isolation Plug was developed to meet industry

demand for a method to isolate wellbore pressure inside

the coiled tubing pressure, prior to retrieval from the well.

The Hydraulic Setting Tool allows the operator to lubricate

in and set the SIP in the tubing at surface, shutting off well

bore pressure.

The Surface Isolation Plug Installation Tool is a hydraulically

activated tool used to install isolation plugs in live coiled

tubing strings. The plug is connected to the end of the

piston shaft and run into the well, where it is set at a

predetermined point near the top of coiled tubing string.

Applications Isolate coiled tubing ID prior to removal of tubing

string

Benefits Plugs can be run in live well conditions. Hydraulically activated for quick and easy retrievable

operation.

Lightweight and compact design allows easy deployment and retrieval of SIPs.

Operated by manual hydraulic pump. Stroke length = 34 Reliable hydraulic set design. Easily connects to setting tool. Designed for eld redress and servicing. Provides pack-off of seemed coiled tubing.

Coiled Tubing Sizes

(in/mm)

Tool OD

(in/mm)

Temperature

Rating

(F/C)

PSI

(MPa)

1 (25.40) 0.76 (19.06)

-40 -275

(-40 - 135)

3500

(24)

1.25 (31.75) 0.96 (24.30)

1.5 (38.10) 1.19 (30.20)

1.75 (44.45) 1.43 (36.20)

2 (50.80) 1.57 (39.90)

2.375 (60.32) 1.94 (49.10)

Annular Hydraulic Well Control Valve

22


Description The Annular Hydraulic Well Control Valve was developed to

provide annular control in well completions with coiled

tubing. The full bore conguration allows large OD tools to

be incorporated in the tubing string. When installed initially

on new completions, or when re-completing existing wells,

the hydraulic annular control valve provides well control

and downhole tool options not possible with conventional

wellhead valves.

Applications Installation of single or dual-coiled tubing velocity

strings, blast joints, packers, etc.

Allows repair or alteration of wellhead equipment installed above the control valve.

Allows installation of straddle packer assemblies

Benefits Flanged body design manufactured from high

strength steel for durability and ease of maintenance.

Line pipe side port(s) below the pack-off provide a ow path for production or well kill.

Integral union top thread provides installation ease and exibility with coiled tubing equipment.

Tool Sizes

(in/mm)

Thread

(in/mm)

Port(s)

(in/mm)

PSI

(MPa)

2 (50.8)

2 (50.8) LP Box-Up x Box-Down

-

3000

(21)

2.375 (60.32) EUE Box-Up x Box-Down

2.875 (73.02) EUE Box-Up x Box-Down

3 (76.2) 3 (76.2) LP Box-Up x Box-Down

4 (101.6)

4.5 (114.3) 8rd Box-Up

x

4.5 (114.3) 8rd Box-Down or Pin-Down 2 (50.8) LP

2000

(14) 4 (101.6) Fig. 206 Up

x

4.5 (114.3) 8rd Box-Down or Pin-Down

5 (127.0)

5.5 (139.7) 8rd Box-Up

x

5.5 (139.7) 8rd Box-Down 2 (50.8) LP

2500

(17) 5.5 (139.7) Fig. 400 Up

x

5.5 (139.7) 8rd Box-Down

Multi Line Feed Through Head


23

Description The Multi-Line Feed Through Head is a high temperature

wellhead terminal exit point for multiple data line cluster

applications. Each data line is individually packed off and

sealed without risk of damaging the data line. The head

has been designed for ease of assembly while minimizing

leak paths.

Benefits Flexible pack-off system design for feed through of up

to six metallic or soft-encased data lines.

Pack-off system minimizes compression of the data lines preserving data line integrity.

Internal components rotationally locked to prevent lines from being twisted during make-up.

Standard seal configurations utilized while leak paths minimized.

Upper thread accommodates conduit line housing to prevent damage after installation.

Outer

Diameter

(in/mm)

Max

Working

Temperature

(C/F)

PSI

(MPa) Connection

3.346

(85)

400

(204)

3045.8

(21)

2

(50.8)

NPT Box x Pin

Thermal Grapple Connector

24


Description The Thermal Grapple Connector is a high temperature

connector for coiled tubing. The connector

incorporates a versatile design that can be fitted for all

sizes of coiled tubing and threaded connection. Sealing

is accomplished using a high temperature graphite seal

rated for temperatures up to 500C. The sealing and

slip components are independent in function allowing

the operator to have better control over installation.

The connector can be used for well interventions or for

life of well sealing integrity.

Benefits Custom thread and material configurations to fit the

well application.

Hostile environment graphite seal rated to 500oC (930oF).

Seal pack-off energy independent of applied connector loads.

Little possibility for seal damage during coil stab up procedures.

High tensile dual or single-direction slip design.

Coiled Tubing Sub Surface Equipment


25

On/Off Tool

26


Description The On / Off Tool enables the tubing string to be

disconnected above a packer for zonal isolation, tubing

retrieval, and temporary zone abandonment. The neck of

the tool contains an internal lock profile for landing a

wireline plug to provide zonal isolation below the packer.

This tool has two main components, the overshot

mounted on the tubing string and the stinger mounted on

the packer. The overshot disengages with either a standard

left release or an optional right quarter-turn release. The

washover shoe on the overshot cuts through debris

allowing for easy engagement of the stinger. The seals in

the tool are retrieved with the overshot to enable

redressing at the surface.

Applications Mechanical, hydraulic, or wireline-set packer

completions

Temporary abandonment of lower zones Zonal isolation above the packer Tubing retrieval without disturbing the packer

Benefits Fits most standard Wireline nipple profiles. Available in most standard tubing and casing sizes

Tool Length

(in/mm)

OD

(in/mm)

ID

(in/mm)

PSI

(MPa)

26.5 (673.1) 3.625 (92.075) 1.25 (31.8) 3000 (31)

Retrievable Packer


27

Description The Retrievable Packer is a highly reliable tool designed

specically for coiled tubing conveyed applications. The

compact design features a built-in hydraulic set and lock

mechanism. Straight tension applied to the packer shears

the inner mandrel at a predetermined value, unsetting the

packer. The release mechanism operates independently of

the set mechanism resulting in a positive release. This

allows low release shear values to be used when string

tension is critical. The compact size allows a short lubricator

length for ease of deployment in live well operations.

To set the packer, simply apply air, nitrogen or uid

pressure to the tubing string until the specied differential

pressure at the tool is reached. The packer is equipped with

either a shear plug immediately below the packer or on the

tail joint end. Shear plugs are preset to apply the specied

pressure required to set the packer.

Applications Single or stacked production packer for permanent or

temporary installations.

Straddle system for zone testing, selective stimulation or water shut-off.

Suitable for oil, gas or water wells.

Benefits Large thru-bore minimizes ow restrictions. Quick set, single trip reduces rig time. Suitable for multiple stacked packer applications. Sets with pressurized air, nitrogen, or uid. High tolerance for sandy well conditions. Can be redressed in the eld

Casing

Sizes

(in/mm)

Tool OD

(in/mm)

Tool ID

(in/mm)

Temperature

Rating

(F / C)

PSI

(MPa)

4.5

(114.3)

3.8

(96.5)

1.375

(34.90) -40 275

(-40 135)

3000

(21) 5.5

(139.7)

4.78

(21.43)

1.75

(44.45)

Latching Seal Mandrel

28


Description The Latching Seal Mandrel was designed for efciency and

economy in the completion of segregated zone wells. The

mandrel is made up to the coiled tubing string using a slip-

type tubing connector or alternately, a roll-on nipple. A tail

joint and any required tools such as pump-out plugs or

landing nipples can be installed below the mandrel. The

coiled tubing string is run in the hole through the packer

prole, and as the mandrel passes through the packer bore,

the collet ngers collapse, allowing free passage of the seal

mandrel. Once through the packer, the collet ngers

prevent the seal mandrel from passing upward, securely

locating the Latching Seal Mandrel in place.

When clean-out procedures are nished, the primary string

is returned to the hang-off position relocating the mandrel

in the packer bore; thus reestablishing segregation. To

retrieve the mandrel from the well, simply over-pull to the

preset shear value and release the collet-retaining ring. This

allows the collet to collapse and the seal mandrel to pass

upward through the packer for removal from the well.

Applications Provides access to segregated zones for clean-outs or

other operations, without removing primary or

secondary tubing strings

Benefits Cost-effective access to segregated zones using

existing permanent packer in the well.

Accurate tail joint placement at desired depths. Through-bore is same as coiled tubing ID, which

maximizes velocity string efciency by eliminating

restrictions.

Eliminates retrieval of primary and secondary strings prior to well clean-out.

Saves time by eliminating extra trips.

Tubing Sizes

(in/mm).

Tool OD

(in/mm)

Tool ID

(in/mm)

Temperature

Rating

(F / C)

PSI

(MPa)

0.75 - 2.375

(19.05 -60.32)

2.39 (60.7) 1.35 (34.29) -40 - 275

(-40 - 135)

5000

(34) 3 (76.2) 1.75 (44.45)

Latching Seal Assembly


29

Description The Evolution Latching Seal Assembly provides a means to

latch and seal a coiled tubing velocity string inside

conventional production tubing. The seal assembly

features a rugged Lip-Seal Packing Unit and a shear style

Latching Collet to anchor and isolate the coiled tubing. The

Latching Seal Assembly is deployed into existing

production tubing on coiled tubing and latched into a

downhole flow control seating nipple. Once latched, the

seal assembly and tailpipe may be dropped off and used as

a downhole velocity string or tied back to surface as a full-

length velocity string. When coiled tubing is extended to

surface, hang-off is achieved with a Select threaded or

anged hanger.

Applications Isolation of a sliding sleeve or production tubing leak. A velocity string to enhance production. Dual-zone production by utilizing a sliding sleeve. Coiled tubing drop-off to unload liquid below an

existing completion.

Benefits Lip-Seal Packing Unit provides a robust seal between

the coiled tubing and seating nipple.

Coiled tubing is anchored to prevent unlatching of the seal assembly due to pressure differentials.

Seal assembly may be customized to latch and seal in a wide variety of well congurations.

Coiled tubing may be dropped off and hung below the seal assembly, extended from the seal assembly

to surface or both.

Seals and metallic components may be customized to suit a wide range of well environments.

Sliding Sleeve

30


Description The sliding sleeve is a downhole flow control tool installed

on the coiled tubing string. Communication between the

annulus and the tubing can be established by shifting a

sleeve from a closed to open position using wireline or

coiled tubing methods.

Applications Commingling production. Selective control of one or more producing intervals. Run in tandem for selective testing, treatment and

production of a multi-zone well.

Circulating chemicals for corrosion control. Install a plug and pressure test the coil string.

Benefits

Flow Port area exceeds the Seal Bore area for unrestricted ow through the Sliding Sleeve.

The Sliding Sleeve incorporates an equalizing position prior to the fully opened position.

Standard conguration is jar up to open and jar down to close using a B shifting tool.

The Sliding Sleeve is available in standard or sour service.

Coiled Tubing

Sizes

(in/mm).

Tool OD

(in/mm)

Tool ID

(in/mm)

Temperature

Rating

(F/ C)

PSI

(MPa

)

1.50 (38.10) 2.2 (55.88) 1.125 (28.575) -40 275 (-40 - 135)

5000

(34) 1.75 (44.45) 2.2 (55.88) 1.25 (31.75)

Burst Disk


31

Description The versatile Burst Disc provides for depressurization of

vessels, emergency relief of processing equipment and

disposal of vapors by vent. The installation of the burst disc

can protect typical wellhead hook-ups when flow lines

become plugged, or if valves are inadvertently closed. The

Burst Disc has no moving parts, making it reliable under

even severe operating conditions, and offers a sub-

millisecond response time for critical pressure relief. This

rugged design is ideal for pressure relief protection and

pressure activation in many coiled tubing applications.

Applications

Pressure relief protection

Benefits Rugged design, with no moving parts Outstanding pressure relief protection

Shear-Out Plugs

32


Description Evolution Oil Tools supplies Shear-Out Plugs for all sizes of

Landing Nipples. The Shear Plug system is used most

commonly to allow setting of hydraulic set packers. It can

also be used to maintain a uid column in the coiled

tubing string as it is being run in the well. The hydrostatic

pressure of the retained uid column supports the coiled

tubing against collapse when in a high-differential pressure

application. Brass shear screws are added or subtracted to

achieve the pump-off pressure differential in relation to

column weight and bottom hole pressure of the well being

completed.

Applications Used to maintain a uid column in the coiled tubing

and prevent tubing collapse in wells with high-

pressure differentials.

Allows setting of hydraulic set packers. Used on horizontal wells to ensure adequate plug

separation.

Benefits Thread-On or Roll-On designs. Adjustable shear settings to accommodate various

well conditions.

Manufactured from heat-treated steel alloy, for durability and strength

Coiled Tubing Sizes

(in/mm).

Landing Nipple Profiles

(in/mm)

Connection

Thread Roll-On

1 (25.40) 0.625 (15.87)

Custom Sizes

Available

Matches Coiled

Tubing Sizes

1.25 (31.75) 0.88 (22.35)

1.5 (38.10) 1.050 (26.67)

1.75 (44.45) 1.268 (32.20)

2 (50.80) 1.40 (35.56)

2.375 (60.32) 1.75 (44.45)

2.875 (73.02) 2.050 (52.07)

Roll On Drop Dart


33

Description Drop Darts are allowed to free-fall down the tubing and

latch into Landing Nipples to shut off the diameter of the

coiled tubing string during retrieval. The product is

available in roll-on or thread-on configurations.

Applications

Shutting in well or to test tubing. Use with pump-off plugs to isolate the tubing ID

during coil deployment.

Benefits

Available in Thread-On or Roll-On designs. Flexibility to use on initial coil string deployment and

tubing isolation for remedial operations.

Manufactured from heat-treated steel alloy for durability and strength.

Shear Style Thread-On Landing Nipple

34


Description Evolution Oil Tools supplies Shear-Out Plugs for all sizes of

Landing Nipples. The Shear Plug system is used most

commonly to allow setting of hydraulic set packers. It can

also be used to maintain a uid column in the coiled

tubing string as it is being run in the well. The hydrostatic

pressure of the retained uid column supports the coiled

tubing against collapse when in a high-differential pressure

application. Brass shear screws are added or subtracted to

achieve the pump-off pressure differential in relation to

column weight and bottom hole pressure of the well being

completed.

Applications Used to maintain a uid column in the coiled tubing

and prevent tubing collapse in wells with high-

pressure differentials.

Allows setting of hydraulic set packers. Used on horizontal wells to ensure adequate plug

separation.


well conditions.

Manufactured from heat-treated steel alloy, for durability and strength

Pump-Off Check Valve


35

Description The Pump-Off Check Valve is run on the bottom end of the

coiled tubing during work-overs or completion operations.

The Check Valve provides a one-way ow for clean-out

uids such as N2 or CO2 to be pumped down the coil

string. When used on completion installations, the valve

eliminates an extra coiled tubing clean-out trip by

unloading or cleaning to well bottom, prior to hang-off

operations. When ow up the tubing is required, a ball is

dropped and the coil string is pressured to shear release

the Pump-Off Check Valve from the coiled tubing.

Applications

Completion or remedial operations requiring a check valve to stop ow up the coiled tubing ID.

Benefits Valve can be sheared from the coil string, allowing

ow up the coiled tubing.

Large valve body for high ow rates. Eliminates an extra coil run for well clean-out in

completion applications.

Interchangeable jetting tools, wash shoes or nozzles can be run for clean-outs.

Large range of sizes available.

Coiled Tubing Sizes

(in/mm).

Landing Nipple Bore

(in/mm)

Drop Ball Diameter

(in/mm)

Drop Dart No-Go

(in/ mm)

1 (25.40) 0.620 (15.74) 0.5 (12.70) 0.630 (16.00)

1.25 (31.75) 0.875 (22.22) 0.687 (17.45) 0.895 (22.73)

1.5 (38.10) 1.050 (26.67) 0.875 (22.22) 1.070 (27.17)

1.75 (44.45) 1.268 (32.20) 1.275 (28.57) 1.288 (32.71)

2 (50.80) 1.400 (35.56) 1.375 (34.92) 1.420 (36.06)

Pump-Off Tandem Check Valve

36


Description The Pump-Off Tandem Check Valve is typically run on the

bottom of the coiled tubing for completion or work-over

operations. This Check Valve is designed with a large cross-

sectional area above the ball and seat for maximum ow. It

can be stacked for applications that require redundant

sealing performance.

Applications Completion or remedial operations requiring a check

valve to stop ow up the tubing..

Benefits Flange Flow area is greater than the bore size above

the ball and seat.

Stainless Steel Ball and Seat available to minimize corrosion.

Interchangeable jetting tools, wash shoes, or nozzles can be run for clean-outs.

A complete range of sizes available..

Coiled Tubing Sizes

(in/mm).

Temperature Rating

(F/C)

PSI

(MPa)

1 (25.40)

-40 - 275

(-40 - 135)

2000

(14)

1.25 (31.75)

1.5 (38.10)

1.75 (44.45)

2 (50.80)

2.25 (57.15)

Low Restriction Check Valve


37

Description The Low Restriction Check Valve is typically run on the

bottom of the coiled tubing for completion or workover

operations. The Check Valve is designed with a large cross-

sectional area above the ball and seat for maximum ow. It

can be stacked for applications that require redundant

sealing performance.

Applications Completion or remedial operations requiring a check

valve to stop ow up the tubing.

Benefits Flow area is greater than the bore size above the ball

and seat.

Stainless Steel Ball and Seat available to minimize corrosion.

Interchangeable jetting tools, wash shoes, or nozzles can be run for clean-outs.

A complete range of sizes available

Coiled Tubing

Sizes

(in/mm)

Temperature

Rating

(F /C)

PSI

(MPa)

1 (25.40)

-40 275

(-40 135)

2000

(14)

1.25 (31.75)

1.5 (38.10)

1.75 (44.45)

2 (50.80)

2.25 (57.15)

Coiled Tubing Recorder Carrier

38


Description Primarily used with packer completions, the Coiled Tubing

Recorder Carrier securely locates a recorder in the wellbore

for long-term pressure and temperature surveys;

protecting the recorder from potential damage and

eliminating the need to suspend wireline in the well during

long-term testing. The recorder lands below a perforated

section of the rigid Carrier, eliminating any restriction of the

tubing ID. The integral Recorder Landing Sub latches the

recorder down, preventing shock loading and vibration

when the well is owing. The self-cleaning design ensures

easy reconnection to the recorder for retrieval.

Applications Securely locates wireline recorders for pressure and

temperature surveys.

Benefits Protects the recorder from damage. Eliminates the need to suspend wireline long-term. Latch-down design prevents recorder shock loading

and vibration.

Self-cleaning design.

Coiled Tubing

Sizes

(in/mm) Connections

Temperature

Rating

(F/ C)

Length

(in/mm)

0.75-2.875

(19.05-73.02)

Available in

threads to suit

your needs

1.5

(38.1)

60

(1500)

Pump Off Plug


39

Description Tubing end plugs are used for permanent or temporary

stops of coiled tubing. Pump off plugs are used as

temporary sealing elements at the end of coil tubing.

When the desired depth is achieved, the plug is extracted

by pressurizing the tubing ID.

Applications

Temporary and permanent sealing of coil tubing.

Centralizer

40


Description This Centralizer designed for coiled tubing, minimizes the

tendency of the coiled tubing string, to curve, allowing the

smooth passage of wireline tools and other equipment

through the diameter of the coiled tubing. When used with

a Landing Nipple, the beveled guide on the bottom

ensures re-entry of suspended recorder instruments.

Applications Used to allow a smooth transition through the center

of a coiled tubing string

Benefits Large inner diameter. Flexible congurations to work with wireline and

other equipment.

Robust design. Available in a complete range of sizes.

Coiled

Tubing

Sizes

(in/mm)

Body OD

(in/mm)

Tool ID

(in/mm)

Length

(in/mm)

0.75 2.875

(19.05-73.02)

1.9

(48.26)

1.5

(38.1)

60

(1500)

2.375

(60.32)

2

(50.8)

60

(1500)

Retrievable Drop Dart


41

Description The Retrievable Drop Dart isolates the coiled tubing ID for

retrieval or repositioning of coiled tubing that has been

hung off in a wellbore. The Dart is used in conjunction with

a Landing Nipple for sealing and is run and retrieved with

wireline.

Applications Isolate a coiled tubing ID to retrieve or reposition the

coil string

Benefits Fishing neck on dart for wireline installation or

retrieval

Dart provides a positive seal in the Landing Nipple

Coiled Tubing Sizes

(in/mm).


(in/mm)

1.25 (31.75) 0.88 (22.35)

1.50 (38.10) 1.050 (26.67)

1.75 (44.45) 1.268 (32.20)

Landing Nipple and Drop Dart

42


Description The Landing Nipple can be used with either a Pump-out

Plug or Drop Dart to isolate the wellbore pressure from the

ID of a coiled tubing string. On live well deployments, the

Pump Off Plug is installed in the bottom of the

Landing Nipple and the tubing string is pressured to blow

off the plug at a predetermined value. An optional

Plug Catcher can be installed with the Nipple to retain the

Pump Off Plug after it is released. The Drop Dart is allowed

to free-fall down the tubing and latch into the Landing

Nipple to shut off the ID of the coiled tubing string during

retrieval.

Applications Land drop dart to shut in well or to test tubing. Use with pump-off plugs to isolate the tubing ID

during coil deployment.


well conditions.

Flexibility to use on initial coil string deployment and tubing isolation for remedial operations.

Manufactured from heat-treated steel alloy for durability and strength

Coiled Tubing Sizes

(in/mm).


(in/mm)

Connection

Thread Roll-On

1 (25.40) 0.625 (15.87)

Custom Sizes

Available

Matches Coiled

Tubing Sizes

1.25 (31.75) 0.88 (22.35)

1.5 (38.10) 1.050 (26.67)

1.75 (44.45) 1.268 (32.20)

2 (50.80) 1.40 (35.56)

2.375 (60.32) 1.75 (44.45)

2.875 (73.02) 2.050 (52.07)

Plastic/Nylon/Composite External Grapple Connector


43

Description The External Grapple Connector provides a means to

connect tools to plastic/nylon/composite coiled tubing

strings without restricting the inner diameter of the tubing.

The connector is specically engineered to grip the outer

diameter of the plastic/nylon/composite tubing with a

one-piece slip, designed to limit radial forces that could

damage or collapse the plastic/nylon/composite coiled

tubing.

Applications

Connecting tools to plastic/nylon/composite coiled tubing strings.

Benefits Single piece slip distributes radial forces evenly

against OD of plastic/nylon/composite coiled tubing.

Pin or box-down options Custom sizes available upon request.

Plastic/Nylon/Composite Internal Connector

44


Description The Internal Connector for plastic/nylon/composite coiled

tubing is a fast and cost-effective means of connecting

plastic/nylon/composite coiled tubing strings. The Internal

Connector is designed with opposing threads that when

inserted into the plastic/nylon/composite tubing and

rotated, draw the coiled tubing ends together against the

large OD section of the connector.

Applications Connecting two plastic/nylon/composite coiled

tubing strings together.

Benefits Large inner diameter to maximize ow through the

connector.

Short length to prevent damaging the plastic/nylon/composite tubing when passing over

the goose neck.

Spoolable design. Connector OD equivalent to the

plastic/nylon/composite tubing OD.

Connector may also be congured as an Internal Connector x Thread Crossover.

Available in large range of sizes. Custom sizes available upon request.

Plastic/Nylon/Composite Support Sleeve


45

Description The Support Sleeve provides collapse-resistance and

ensures long-term reliable pack-off and suspension of

plastic/nylon/composite tubing. When

plastic/nylon/composite tubing is used as a velocity string,

the tubing is run to depth and hung-off in a Select Coiled

Tubing Hanger and pack-off assembly. The

plastic/nylon/composite coiled tubing is supported by

positioning the smooth section of the Support Sleeve

adjacent to the packing element in the hanger. The hanger

element may now be fully energized without risk of

collapsing the tubing.

Applications Used with plastic/nylon/composite tubing in the

tubing hanger to prevent collapse and ensure pack-

off

Benefits Large inner diameter to maximize ow. Prevents the hanger pack-off element from collapsing

the plastic/nylon/composite tubing.

Fast install for live well hang-off. Available in all sizes of plastic/nylon/composite

tubing.

Custom sizes available upon request.

Coil Tubing Service Tools

46


Mechanical Work Window


47

Description The Mechanical Style Work Window is installed above the

coiled tubing quad BOP or Coiled Tubing Hanger pack-off

element and ensures safe coiled tubing hang-off and other

coiled tubing operational procedures. After the coiled

tubing is landed at the desired depth, the annulus pressure

is controlled with the quad BOP or pack-off element on the

Coiled Tubing Hanger. Applied hydraulic pressure to the

internal hydraulic piston opens the window to expose the

coiled tubing. With the window open, equipment can be

safely installed onto the coiled tubing. Reversal of the

hydraulic pressure will return the window to its closed

position.

Applications Allows access to the coiled tubing without

disconnecting the coiled tubing unit injector from the

wellhead.

Benefits Safe working condition, as injector head remains xed

to the wellhead during hang-off operations.

Window offers large opening for ease of operations. Can be connected directly to the Coiled Tubing

Hanger or above quad BOP.

Enables remote operation of window, eliminating the need for close proximity of personal to the wellhead.

Can be used in an H2S environment.

Openings

(in/mm).

Working

Area

(in/mm)

Connection Overall

Height

(in/mm)

PSI

(MPa)

Top Flange

(in/mm)

Bottom Flange

(in/mm)

13 (330.2) 12 (304.8)

3.0625

(77.78)

(10000)

3.0625

(77.78)

(10000)

39

(990.6)

10000

(69)

Carbide Mills

48


Description Carbide Mills are downhole well clean up tools used in

conjunction with standard rotary equipment for remedial

well intervention applications. Mills specifications are

chosen based on the anticipated well obstructions, type of

rotary equipment and overall job objectives. The mills are

supplied with a variety of carbide sizes and configurations

for maximum milling effectiveness and cutting matrix

longevity.

Benefits Configurations are concave, flat bottom and convex. Styles included are bladed junk mills, tapered mills,

step mills and econo mills

Straight or spiral water course grooves. Carbide types include button, crushed or star. Used for removal of cement, scale, cast iron bridge

plugs or composite bridge plugs.

Horizontal Well Stimulation Improves Production Using

High Pressure Jetting Technology


49

Well Stimulation Overview Heavy oil inflow into the wellbore from unconsolidated

sandstone reservoirs can be restricted in several ways. The

restricting mechanisms can be difficult to identify and

effectively treat. Heavy oil wells with long perforated liners

also pose the challenge of low bottom hole pressure

causing lost circulation during intervention. One of the first

means of treating wellbore inflow problems is to apply an

effective wellbore clean out program. Evolutions well

cleaning technology effectively removes debris from the

wellbore while also applying direct hydraulic jetting

pressure to the casing wall and slotted perforations or

screens.

Job Parameters Five extended reach horizontal heavy oil injection and

producing wells.

Job design consisted of tubing lock up analysis, pump pressure calculations, tubing sizing, annular flow path

pressure drop prediction and tool string design.

Slotted Liner: 114mm and 139mm Liner Tie Back String: 114 mm Vertical Depth: 480 mTVD Total Depth: 2300 mMD 2900 mMD BHP: 3,000 kPa 5,000 kPa Workover Fluid: Fresh Water

Results Production increase of 2.5x. 12 days of continuous pumping. Net volume pumped: 10,000m3 of crude oil, water,

50% - 100% intermittent nitrogen cut.

Nozzles maintaining original specification and Evolution Roto-Jetting tool not requiring repair.

Wells were TDd in a field where getting to bottom has been a rare occurrence.

Net volume of sand and asphaltene recovered greater than casing capacity.

Dimple-On Connector

50


Description The Dimple-On Connector provides a means of connecting

the coiled tubing to the bottom hole assembly. The

connector is attached to the coiled tubing by dimpling the

coiled tubing to the pre-milled dimples of the connector.

The connector also provides a means of sealing on the

inside of the coiled tubing by the use of three elastomeric

O-Rings.

Benefits Available in all coiled tubing sizes. Full inner diameter bore preventing flow restrictions. One piece design. Dimples transmit torque from bottom hole assembly

to the coiled tubing.

Elastomeric seals. Standard or H2S service.

Tool Size

(in/mm)

Coiled

Tubing O.D.

(in/mm)

Connections Inner Dia.

(in/mm)

Tensile Yield

Lbs.

1.563 (39.7) 1.250 (31.8) 1.000

(25.4)AMMT

.688 (17.5) 68,100

1.563 (39.7) 1.500 (38.1) 1.000

(25.4)AMMT

.688 (17.5) 68,100

2.000 (50.8) 1.750 (50.8) 1.500

(38.1)AMMT

.938 (23.8) 127,100

2.000 (50.8) 2.000 (50.8) 1.500

(38.1)AMMT

1.000(25.4) 127,100

2.375 (60.3) 2.375 (60.3) 1.500

(38 1)AMMT

1.000(25.4) 127,100

Downhole Sampler


51

Description The Downhole Sampler is a tool that is run to a desired

depth in the closed position and applied tubing pressure

opens the valve capturing the sample.

Benefits Will not prematurely take sample while RIH. Nitrogen or air is used for applied tubing pressure. Any size sample is achievable. Sample extraction is achieved using a fail-safe positive

displacement valve.

Coiled Tubing Size

(in/mm)

Outer Diameter

(in/mm)

1.25 (31.8) 1.25 (31.8)

1.50 (38.1) 1.50 (38.1)

1.75 (44.5) 1.75 (44.5)

2.00 (50.8) 2.00 (50.8)

2.375 (60.3) 2.375 (60.3)

2.875 (73.0) 2.875 (73.0)

Clean Trip Dump Valve

52


Description The Clean Trip Dump Valve is a multi-activating valve

used to establish circulation from the drill string to the

annulus. The valve is designed as a normally open valve to

allow the drill string to fill while going in the hole. Once on

bottom, pump flow actuates the valve and shuts off flow to

the annulus and diverts all flow to the mud motor.

Shutting down the pumps allows the valve to open

reestablishing communication to the annulus allowing the

drill string to pull dry.

Benefits Normally open valve design. Multiple actuation valve to cycle between annular

and drill string flow.

Allows the drill string to fill while running in the hole. Enables the operator to pull drill string dry. Chassis and Spring Material NACE MR0175 Compliant

Product NO.

Out Diameter

(in/mm)

Inner Diameter

(in/mm)

Standard

Connections

875-63-0100 2.875 (73) .700 (17.78) 2.3755 (60.3) PAC

875-63-0200 3.750 (95.25) 1.000 (25.4) 2.875 (73) API Reg

Rota Jet Cavitator Tool


53

Description The Rota-Jet Cavitator is a versatile, multi-functioning

wellbore intervention tool developed for wellbore clean

outs, stimulation, abrasive-jetting, cutting and drilling

applications.

The tool can be configured for jetting, cavitation, high

frequency pulsation and axial vibration to fit the

application. The GTS Jet Cavitator s metal-to-metal,

pressure balanced dynamic seal and high temperature

braking system is designed to excel in deep, hostile well

environments for extended run times with all commonly

used power-treating fluids including cutting slurries, dry

N2, foams, acids, aromatics, polymers and water.

Benefits Pressure Balanced Metal-Metal Dynamic Seal

extended run life at any depth with any fluid.

Modular Design economically enables fit-for-purpose configurations to achieve maximum results

Rotational Speed Control with Pressure Balanced Bearings -- 30 50 rpm over broad span of HHP and

high hydrostatic pressures.

Cavitation / Pulsation / Axial Vibration Module creates low pressure vapor flare , cyclic pulsation

and axial vibration for increased cleaning, deeper

formation stimulation and greater reach.

Application Specific, Fit for Purpose Rota-Jet Head for cleaning delicate, lined tubulars, blast cleaning of

high pressure screens and slotted liners, perforating,

slotting, cutting, drilling, clean outs and acoustic jet

stimulation.

Outer Dia. In.

(mm)

Flow Range

BPM (Ipm)

Max Temp. 0F (0C) RPM

Max. Set Down

Lbs (daN) Connection

1.690 (42.93) 0.64 (100) 1.79 (280) 575 (300) 30-50 4,000 (2000) 1.00 (25.4) AMMT

1.750 (44.45) 0.64 (100) 1.79 (280) 575 (300) 30-50 5000 (2500) 1.00 (25.4) AMMT

2.500 (63.5) 2.50 (400) 3.10 (500) 575 (300) 30-50 7000 (3500) 1.5 (38.1) AMMT

Motorhead Assembly

54


Description The Motorhead Assembly (MHA) is a compact, multi-use

coiled tubing service tool used in drilling, milling and other

workover operations. The tool features a dual circulation

sub, ball actuated disconnect and a dual flapper style back

pressure valve assembly.

The dual circulation sub gives the operator two methods to

re-establish circulation from the drill string to the annulus;

ball actuation or by means of a rupture disc.

The MHA ball disconnect provides a means of

disconnecting the work string from the bottomhole

assembly in the event the bottomhole assembly becomes

stuck. Once the disconnect is actuated, the remaining fish

left in the well has an exposed GS profile for ease of

reconnection with a subsequent recovery string.

The dual flapper back pressure valve prevents inflow from

the well to the tubing. This feature ensures that during an

unlikely event of surface pressure containment loss, well

fluids are prevented from escaping from the well through

the work string.

Benefits Available for all coiled tubing sizes. Full bore prevents flow restrictions. High torque, tension, shock and vibration resistant

design.

Compact for limited high surface stack ups. Adjustable pressure ratings for rupture discs. Elastomeric seals. Standard or H2S service.

Tool Size

(in/mm)

Coiled

Tubing O.D.

(in/mm) Connections

Inner Dia.

(in/mm)

Tensile Yield

Lbs.

Torque

Rating ft-

lbs

Pressure Rating

psi(MPa)

1.690 (42.9) 1.250 (31.8) 1.000 (25.4)AMMT .406 (10.3) 33, 860 528 10,000 (70)

2.125 (54.0) 1.500 (38.1) 1.500 (38.1)AMMT .563 (14.3) 62,000 1,300 10,000 (70)

2.875 (73.0) 2.875 (73.0) 2.375 (60.3)PAC .688 (17.5) 120,300 3,100 10,000 (70)

Model GTS Perforating Head


55

Description The GTS Perforating Head is a tubing conveyed downhole

intervention tool used to sand jet perforate casing or

tubing. The head consists of replaceable carbide nozzles

that are resistant to erosion from the abrasive effects of

high velocity sand. The tool is ran in conjunction with

centralizers to minimize back splash from the sand laden

fluid as it enters the tubing or casing string. The Perforating

Head can be configured with single or multiple nozzles for

a variety of perforating applications..

Benefits Specially treated replaceable carbide nozzles for

multiple use and minimal wear.

Perforator can be deployed on coiled or jointed tubing with standard bottomhole assemblies.

Hardened wear surfaces to minimize the erosive effects of back splash.

Nozzle OD ranges from 1.69 3.25. Various nozzles sizes available for different pump

rates and applications.

Roll-On Connector

56


Description The Roll-On Connector provides a means of connecting the

coiled tubing to the bottom hole assembly. The connector

is attached to the coiled tubing by crimping the coiled

tubing adjacent to the grooves of the connector. The

connector also provides a means of sealing on the inside of

the coiled tubing by the use of three elastomeric O-rings.

Benefits Available in all coiled tubing sizes. Full inner diameter bore preventing flow restrictions. Quick make up design. Elastomeric seals. Standard or H2S service.

Tool Size

(in/mm)

Coiled

Tubing O.D.

(in/mm) Connections

Inner Dia.

(in/mm)

Tensile Yield

Lbs.

1.563 (39.7) 1.250 (31.8) 1.000 (25.4)AMMT .688 (17.5) 68,100

1.563 (39.7) 1.500 (38.1) 1.000 (25.4)AMMT .688 (17.5) 68,100

2.000 (50.8) 1.750 (50.8) 1.500 (38.1)AMMT .938 (23.8) 127,100

2.000 (50.8) 2.000 (50.8) 1.500 (38.1)AMMT 1.000 (25.4) 127,100

2.375 (60.3) 2.375 (60.3) 1.500 (38.1)AMMT 1.000 (25.4) 127,100

2.875 (73.0) 2.875 (73.0) 2.375 (60.3)PAC 1.375 (34.9) 218,500

Slip Type Connector


57

Description The Slip Type Connector provides a means of mechanically

connecting the coiled tubing to the bottomhole assembly.

The connector transmits radial and axial loads to the coiled

tubing through a durable one piece slip and dimple sub.

The connector also seals on the outer diameter of the

coiled tubing isolating tubing from annular pressure.

Benefits Available in all coiled tubing sizes. Rotationally locked for use with high torque rotating

equipment.

Full inner diameter bore preventing flow restrictions. Reusable one piece slip. Quick make up and easy field rebuild. Standard or H2S service.

Tool Size

(in/mm)

Coiled

Tubing O.D.

(in/mm) Connections

Tensile Yield

Lbs.

1.750 (44.5) 1.250 (31.8) 1.000 (25.4)AMMT 42,000

2.125 (59.9) 1.500 (38.1) 1.500 (38.1)AMMT 62,300

2.250 (57.2) 1.750 (44.5) 1.500 (38.1)AMMT 53,800

2.875 (73.0) 2.000 (50.8) 2.375 (60.3)PAC 110,800

3.125 (79.4) 2.375 (60.3) 2.375 (60.3)PAC 136,700

3.625 (92.1) 2.875 (73.0) 2.875 (73.0)PAC 142,600

Spoolable Coiled Tubing Connector

58


Description The Spoolable Coiled Tubing Connector is a versatile

method of connecting two pieces of coiled tubing. The

connector is made up to the coiled tubing by either rolling-

on or dimpling-on.

Benefits Available in all coiled tubing sizes. One piece design. Large bore for circulation.

Coiled Tubing

Size

(in/mm)

Outer Diameter

(in/mm)

1.25 (31.8) 1.25 (31.8)

1.50 (59.9) 1.50 (38.1)

1.75 (44.5) 1.75 (44.5)

2.00 (50.8) 2.00 (50.8)

2.375 (60.3) 2.375 (60.3)

2.875 (73.0) 2.875 (73.0)

Coiled Tubing Reamer


59

Description The Coiled Tubing Reamer is designed to remove the seam

weld and improve the surface finish of the Coiled Tubing

ID. This is beneficial so that an Internal Coil Connector may

be sealed through the use of 'O'-rings against the Coiled

Tubing ID.

Benefits

Self-aligning "Machines" a high quality finish on the Coiled Tubing

ID

Simple to adjust to suit different Coiled Tubing ODs and wall thicknesses

Sturdy construction Hardened Reaming and Bevel Inserts to ensure a long

service life

Coiled Tubing Roll-On Connector

60


Description The Coiled Tubing Roll-On Connector connects two tubing

strings and is designed to prevent breakage when cycling

the coiled tubing over the gooseneck on the coiled tubing

unit. Installation begins by removing the weld bead and

burrs from the end of the coiled tubing then inserting the

Roll-On connector through the end. An installation tool is

used to crimp the coiled tubing over the connector, and a

hardened roller wheel on the installation tool crimps the

coiled tubing into the connector grooves.

Applications Connecting two coiled tubing strings together.

Benefits Cost-effective and safe method of joining coiled

tubing strings.

Connector with thread-down or box-down conguration allows connector to be made up to

downhole tools.

Large thru-bore. Six O-ring seal design available for custom, high-

pressure jobs.

Three roll-on grooves per side for high-strength joint. Reusable once removed from the coiled tubing. Easy eld service. Available in a complete range of sizes, configurations

and materials.

External Grapple Connector


61

Description The External Grapple Connector provides a means to

connect tools to coiled tubing strings without restricting

the inner diameter of the tubing. The connector is

engineered to grip the outer diameter of the tubing

without creating excessive radial forces that could damage

or collapse the tubing.

Applications Connecting tools to coiled tubing strings.

Benefits One-piece slip distributes radial forces evenly across

the OD of coiled tubing.

O-ring seal with Teflon back-up. Pin or box-down options.

Coiled

Tubing

Sizes

(in/mm) Connections

Temperature

Rating

(F/ C)

PSI

(MPa)

1

(25.40)

Available in

threads to

suit your

needs

-40 275

(-40 135)

2000

(14)

1.25

(31.75)

1.5

(38.10)

1.75

(44.45)

2

(50.80)

2.375

(60.32)

2.675

(67.95)

2.875

(73.02)

Dimple Grapple Connector

62


Description The Dimple Grapple Connector is used to join two strings

of coiled tubing. This connector is designed for use in cases

where the spool cannot take all of the coiled tubing

required for a hang-off or work-over and additional coiled

tubing is needed. The first string is run into the well and

secured by the slips of the Annular Control Valve. The

tubing is cut above the Annular Control Valve and the

second string of coiled tubing is then fed through the

injector, and the tubing strings are joined with the

connector. Once the connector is installed, the grapple

slips are energized by tightening down the grapple cap,

which locks securely around the coiled tubing.

Applications Connecting two coiled tubing strings together.

Benefits Slips provide positive grip on the coiled tubing. O-rings provide high-pressure seal. Connector ID is equivalent to the tubing

Coiled Tubing Sizes (in/mm).

Temperature Rating

(F/C)

PSI

(MPa)

1.25 (31.75)

-40 - 275

(-40 - 135)

2000

(14)

1.5 (38.10)

1.75 (44.45)

2.375 (60.32)

2.625 (68.69)

2.875 (73.02)

Non-Rotating Safety Shear Sub


63

Description The Non-Rotating Safety Shear Sub was developed for use

with stationary downhole equipment that develops

rotational torque. The shear sub is installed in the tool

string between the coiled tubing and the downhole tool.

An example would be an ESP (electric submersible pump),

run on small diameter coil, or polyethylene tubing, which

upon startup, if allowed to rotate, would cause twisting

and subsequent failure of the power cable

Applications Used as a safety sub in ESP installations to prevent

twisting of cables.

Benefits Slim diameter maximizes annular ow area. High-strength steel alloy stop-pins provide high anti-

rotational torque values.

Multiple shear screw locations provide a wide range of shear settings.

Minimal differential area reduces pressure-caused stress on shear screws.

Undercut shear screw holes prevent cutting of O-ring during assembly.

Easily dressed. Standard connections.

Tool OD

(in/mm)

Tool ID

(in/mm)

Fish Neck

OD

(in/mm)

Fish Neck

Length

(in/mm)

Connections

Shear

Values

Top

(in/mm)

Bottom

(in/mm)

2 (50.80) 0.625 (15.88) 2 (50.8) 5 (110.25) 1.25 (31.75)

(Female)

1.5 (38.10)

(Male)

4 screws @

550 lbs /

Screw

Max Shear

= 2200 lbs

Flapper Check Valve

64


Description The Flapper Check Valve is connected to the coiled tubing

to eliminate ow back of uids or gas through the tubing

string. The spring loaded apper valve provides maximum

ow area, while providing high performance sealing

capability. The Flapper Check Valve is frequently run on

drilling motor tool strings for workover and completion

operations. The Flapper Check Valve provides safe

operation when running coiled tubing into high-volume,

high-pressure, or H2S environments. When run above

mechanical or hydraulic release tools, the Flapper Check

Valve design allows the passage of disconnect balls.

Applications Completion or remedial operations requiring a

apper check valve to stop ow up the coiled tubing.

As a safety feature on high-pressure, high-volume or H2S environments.

Benefits Can be placed anywhere in the tool string. Safety through the dual apper design. Full bore design allows tools requiring disconnect

balls to be run below the check valve.

Compatible with jetting tools, wash shoes, nozzles or motor assemblies.

A complete range of sizes available. Available in single apper design.

Coiled Tubing

Sizes

(in/mm)

Tool ID

(in/mm) Connections

1.5 (38.1)

0.937 (23.8)

Available in

various threads

to suit your

requirements.

1.6875 (42.86)

1.75 (44.45)

2 (50.80) 1.125 (28.57)

2.125 (53.97)

Fishing Tool


65

Description Fishing tools are designed to engage with items that were

not originally designed to be engaged such as items

without an engagement profile. In many cases, the items

are lost or broken off pieces of tool strings or coiled tubing.

These items have to be engaged either internally or

externally. A bar or rod sticking up would call for an

overshot tool; a pipe or other large bore could be caught

with a spear. Both the overshot and the spear cut into the

metal of the fish to engage with it.

Pneumatic Hammer

66


Description The Pneumatic Hammer delivers downward impact when

forces greater than tubing weight is required. This is

benecial when retrieving bridge plugs or other tools

requiring downward force to release. The hammer can be

powered with air, nitrogen or foam. The Pneumatic

Hammer uses low volumes and pressures; thus it is well-

suited for use with coiled tubing units outfitted with self-

contained-compressors.

Applications Equipment in the well that requires a downward force

to be released

Benefits Powered by air, nitrogen or foam. Requires low volumes and pressures to operate. Well-suited for coiled units with self-contained

compressors.

Compact length. Locked connections to prevent thread back-off.

Tool OD

(in/mm)

Connections

(in/mm)

Temperature

Rating

(F/C)

PSI

(MPa)

1.875

(47.63)

1.66 (42.16)

IJ Box Up x Pin-Down -40 -275

(-40 - 135)

400 (3) Max above

circulating pressure 3 (79.96)

2.375 (60.32)

EUE Box-Up x Pin-Down

Hydraulic Setting Tool


67

Description The Hydraulic Setting Tool is a pressure-activated setting

tool used to set wireline retrievable plugs, permanent

packers, bridge plugs, cement retainers or other types of

completion equipment. The setting tool is connected to

the end of the coiled tubing and run to depth. Pressuring

up the tubing string activates the hydraulic pistons. The

force multiplies as the pressure passes through each piston

stage, providing the needed force to set the downhole

equipment. Once the equipment is set, the ports of the

setting tool are open, allowing the well to be pressure

tested or circulated and providing pressure equalization of

the tubing/annulus prior to retrieval of the coiled tubing

string.

Applications A running tool used to set packers and other

equipment in the well.

Benefits Multiple stage pistons eliminate high-activation

pressures.

Can be run with jointed tubing or coiled tubing. Easy eld service.

Coiled Tubing

Sizes

(in/mm)

Tool OD

(in/mm)

Setting

Pressure

(PSI/MPa)

Connection

Top

(in/mm)

Bottom

(in/mm)

1 - 2.875

(25.4 73.02) 4.5 (114.3)

1800 -

3000

(12 - 21)

2.375 (60.32)

Baker 10

Baker 20

WR Bridge Plug

68


Description Evolution Oil Tools Retrievable Bridge Plug is a wireline or

hydraulic set bridge plug, used to temporarily seal tubulars

in any situation where a bridge plug is to be run and

retrieved under pressure. The Bridge Plug combines the

advantages of wireline accuracy with simple and reliable

retrieval. The Retrievable Bridge Plug is commonly used for

zonal isolation during well testing, fracturing, acidizing, or

wellhead repair.

The Retrievable Bridge Plug utilizes one-piece double-grip

slips that hold securely against pressure from above and

below the plug. A calibrated setting shear stud assures

consistent pack-off performance, as well as retrieval

reliability at any depth.

Permanent Drillable Bridge Plug


69

Description The Bridge Plug is an economical, fully drillable plug for

applications where a 35 MPa (5,000 psi) plug is sufcient.

The Bridge Plug is suitable for well abandonments or zone

suspensions. It is designed for running and setting with a

setting tool, or on regular coiled tubing, using a hydraulic

setting tool.

The Bridge Plug features one-piece full-circle type slips that

will set securely in up to P-110 grade casing, while still

maintaining quick and consistent drill-out times.

The Bridge Plug is rated for continuous service at 35 MPa

(5,000 psi) differential pressure at 94C (200F).

Casing Sizes

(in/mm).

Casing Weight

(lbs/ft / kg/m)

OD

(in/mm)

Shear Size

(lbs/dan)

Setting

Tool

4.5 (114.3) 9.5 (14.13)

3.50 (88.9) 30,000 (13,350) #10 16.6 (24.70)

5.5 (139.7) 14.0 (20.83)

4.24 (107.7) 30,000 (13,350) 23.0 (34.23)

#20 7 (177.8)

17.0 (25.30) 5.61 (142.5) 50,000 (22,250)

35.0 (52.09)

Small WR Retrievable Tubing Packer

70


Description The Small WR Retrievable Tubing Packer combines the

advantages of a wireline set permanent packer with the

versatility of a retrievable packer. This reliable packer is

suited for most production, testing or stimulation

applications. This packer is run in and set hydraulically on

jointed or coiled tubing.

Operation

To Set The packer is run to depth, and pressure is applied to the

setting tool. Pressure is bypassed into the setting chamber

of the packer, which applies the correct and proper setting

force. Once set, downward force releases the setting tool

from the packer.

To Retrieve A standard GS Pulling Tool run on coiled tubing or wireline

is used to automatically latch into the packer. A straight

pull equalizes and releases the packer.

Benefits The packer is not affected by tubing expansion or

contraction forces, as packer cannot be accidentally

unset.

One-piece double acting slips securely hold the packer against pressure differentials.

The setting force is applied directly to the elements, ensuring a full and hard pack-off.

Packer locking mechanism is located in the protected annular area.

Simple and reliable straight pull releasing system.

Tubing

Sizes

(in/mm).

Tool OD

(in/mm)

Tool ID

(in/mm)

Setting

Pressure

(PSI/MPa)

Temperature

Rating

(F / C)

PSI

(MPa)

2.375

(60.33) 1.75 (44.45) 0.75 (19.05)

3000

(21)

-40 - 275

(-40 - 135)

3000

(21)

2.875

(73.03) 2.33 (59.18) 0.75 (19.05)

3.50

(88.90) 2.70 (68.58) 1.25 (31.75)

How To Find Us


71

CANADA #3, 1820 30th Ave NE

Calgary, Alberta T2E 7M5

Toll Free: 1-800-265-TOOL (8665)

Main: 403-243-1442

Fax: 403-258-2614

6003 52nd Ave

Lloydminster, Alberta T9V 2S8

Tel: 780-522-8294

Fax: 780-875-6337

4512 81 Ave

Edmonton, Alberta

Tel: 587-758-9091

Cell: 780-919-1722

Cell: 780-893-1019

UNITED STATES OF AMERICA P.O. Box 5363

2908 Coffey Street

Victoria, Texas 77903

Main: 361-575-7900

Fax: 361-575-8081

2400 Kermit Hwy

Odessa, Texas 79764

Cell: 432-638-7902

www.eotools.com

Index

72


B

Burst Disk .................................................................................................. 31

C

Carbide Mills ........................................................................................... 48

Centralizer ................................................................................................ 40

Clean Trip Dump Valve .................................................................... 52

Coil Tubing Service Tools................................................................ 46

Coil Tubing Sub-Surface Equipment ....................................... 25

Coiled Tubing Applications .............................................................6

Coiled Tubing Completions .............................................................7

Coiled Tubing Reamer ...................................................................... 59

Coiled Tubing Recorder Carrier................................................... 38

Coiled Tubing Side Entry Head ................................................... 18

Coiled Tubing Surface Equipment ............................................ 10

CT Split Seal Flanged Hanger ...................................................... 13

D

Data Line Head ...................................................................................... 17

Data Line Pump Down Head ........................................................ 16

Dimple Grapple Connector ........................................................... 62

Dimple-On Connector ...................................................................... 50

Downhole Sampler............................................................................. 51

Dual String Selective Completion ................................................9

E

Evolution Oil Tools .................................................................................5

External Grapple Connector ......................................................... 61

F

Fishing Tool ............................................................................................. 65

Flanged Coiled Tubing Head ..........

Documents

Coiled Tubing Systems from Evolution Oil Tools