Casinghardware Saga Trade Product r

8/11/2019 Casinghardware Saga Trade Product r

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Dear Customer,

P T S a ga Tra de Muni (S T M) tak es plea s ure in introducing our current product range.

S TM has been manufa cturing quality oilfield equipment s ince 1984 and at our S amarinda,

Indonesia facility since 1987.

S TM products ha ve been run s ucce s s fully in virtually eve ry oil and gas producing region

of the world by a broad spectrum of customers ranging from major oil companies toservice contractors and small independent operators.

Our product line is constantly evolving due to our commitment to research and development

and our desire to provide our customers with the best products possible. Through

encouragement by our customers we have also been active and continue to focus towardsexpanding our product range to include new and innovative products .

STM anda manufactures products in accordance with API Q.I, specification 10-D and ISO.

9001. Both of which are regularly and independently audited by API and ISO representatives

and renewed accordingly.

In order to meet our commitment to provide the best possible products and services to

our customers, we are committed to the well being of our employees and their families.

C ons equently S TM benefits from ex tremely low sta ff turnover, many of our employeeshave been with PT S TM s ince the commenc eme nt of oper a tions in Indonesia .

STM products are available worldwide through a dedicated network of independent agents

and distributors.

For fast professional and personalized service please contact us anytime, we look forward

to serving you.

Foreword



Table of Contents





STM manufactures Welded Bow Centralizers that range in size from 2 3/8" tubing

to 30" casing and cover virtually any casing to casing or casing to hole combination. T he S TM W elded B ow C entra liz er is ex treme ly dura ble and hundre ds of thous ands

of these Centralizers have been successfully installed and run all over the world giving

our customers optimum standoff and performance in well after well. STM welded

bow centralizers are available in latch-on or slip-on configuration, both feature roll-

formed ridges around end bands for superior strength. The latch-on type also feature

integra l hinges which wrap to the ins ide for s uperior durability. S TM welded bow

centralizer can be supplied in straight or spiral bow configuration.

Welded B ow C entralizers

Sizes above 20" also avai lable

by special order



Non Welded CentralizersSTM's range of non weld centralizers are available in sizes from 4 1/2" through to

20" in both latch-on and slip-on configuration. The bows on the STM non weld

centralizers are securely fastened by interlocking fingers located on the end band

making the product durable and dependable.

TurbolizersSimilar construction to STM Bow Centralizers, the Turbolizer is constructed with a

series of fins to deflect drilling fluid and cement to create a spiraling motion which

improves hole cleaning efficiency and helps prevent cement channeling. All STM

turbolizers are fitted with integral stop (no other stop devices required) as a standard

feature. We do not recommend that turbolizers be fitted over casing couplings.

Rigid CentralizersSTM manufactures a full range of rigid or positive stand off type centralizers for any

casing inside casing combination. The STM rigid centralizer is manufactured from

premium grade materials for maximum durability and available in sizes from 2-3/8"

tubing up to 30" casing.



STM cement baskets are ideal for supporting cement in situations where operators

require to keep cement off the bottom of the hole because of weak formations or

slotted liner screens. The STM cement basket is available in a wide range of casing

to hole sizes and is self centering due to it 's sturdy spring steel bows. The cement

basket design features the well proven metal petal type basket component. The

design minimizes interference against casing for assisting pipe rotation a nd reciprocation

and com es complete w ith a stop collar.

Cement Baskets



STM manufactures a full range of stop

col lars to complement our range ofcentralizer products. STM Stop collars are

available with either grub screw or torsion

nail type positive locking mechanisms and

can be provided in either latch-on or slip-

on configurat ion for close to lerance

applications . STM stop collars undergo slip

and hold testing in accordance with API

s p e c i f i c a t i o n 1 0 - D r e c o m m e n d e d

procedures for testing as an integral part

of STM's quality program.

In addition to our standard stop collar

range STM manufactures a range of

premium heavy duty stop collars that are

machined from seamless tubing. HD stop

collars also feature a beveled leadin g edge

for minimizing any m echanical interference

during running. The HD stop collar is anideal companion for the SLIDER-1 centralizer.

Stop Collars Latch-On or Slip-On

Heavy Duty Stop Collars



Wall C leaners

STM manufacture cable wall cleaners for any casing to hole combination and are

available in either slip-on type or slip-on with integral stop. STM cable wall cleanersfeature loops of aircraft grade flexible cable and are suitable for casing or liner

reciprocation.

S lider-1 C entralizer

T he S lider-1 is a unique proprietary product that addre s s es and s olves many of the

problems associated with centralizing casing in extended reach or horizontal

applications. API starting and running forces make regular bow centralizers impractical

in extended rea ch applica tions . T he S lider-1 offers the benefits of a bow ce ntralize r

in that it is flex ible like a bow centralize r howeve r The S lider-1 has ze ro starting and

running force. The S lider-1 is manufactured to full borehole s ize and therefore offerss uperior s tand off to competitive products . B eing flexible als o ena bles the s lider-1 to

collapse and fully restore through under gauge hole sections, in fact due to it's unique

des ign the s lider-1 will c ollaps e to a s malle r diameter than a typical c as ing c oupling.

T his fea ture ca n mea n the difference betwee n getting ca s ing to the bottom or having

to pull it for a wiper trip. T he s lider-1 als o fea tures an extremely s mall c ross s ec tional

area and in the case of 7" x 8 1/2" infringes upon the annulus a mere 33%. A Buttress

coupling in the same circumstances (7" x 8 1/2") infringes upon the annulus 41%.

The S TM S lider-1 has proven it's superiority over competitive products on many critica l

North S ea E xtended R eac h applica tions . Contact us for S.P.E Paper "67197" aboutS lider-1 s ucces s in Nigeria





Float EquipmentGeneral

STM has been ma nufac turing high qu ality floa t equipm ent since 1987. In 1999 STM

successfully commissioned a state of the

art computer controlled API test loop facility

for testing float equipment. The STM test

loop is the only one of it's type in Asia and

features a high volume facility for simulating

realistic down hole conditions to monitor

erosion and other effects to float equipment

under extended circulating conditions. The

high volum e com ponent of the loop utilizes

drilling fluids to API specifications complete

with abrasive solids and is capable of

pumping volumes well in excess of 25

barrels per minute.

The STM test loop facility also incorporates

a h igh tempera ture h igh pressure

component capable of testing at sustained

temperatures in excess of 400 degrees

Fahrenheit (204 C) and pressure in excess

of 5,000 PSI for testing products in

accordance w ith API RP-10F (all categories).

Whilst the STM test loop facility was commissioned to support and enhance the STM

range of float equipment the facility can be made available for third part product testingand verification.

Where applicable STM float equipment is manufactured by in house CNC machinery to

ensure conformity and quality. Once machined, components are individually inspectedand certified by our independent quality team. Standard STM float equipment meets or

exceeds API requirements. STM maintains a large inventory of raw material and generally

is able to manu facture components with s pec ial ch emical o r physical properties expediently.R a w ma t e r i a l s wh e r e a p p l i c a b l e a r e A P I c e r t i f i e d a n d f u l l y t r a c e a b l e .

Premium type casing or tubing threading requirements are machined by thread licensees.



Plunger ValveType Float Shoes and Collars

Float Shoe



FloatCollar

Standard

FloatCollarNon

Rotating



To meet modern requirements for float shoes and collars to provide a positive seal

in highly deviated, horizontal, high temperature and hostile environments STM has

developed this new range of premium products capable of meeting and exceedingthese deman ds.

STM plunge r valve s meet and exceed API RPF 10F categories 3C (5,000 psi and 40 0degrees F).

STM Plunger Type float equipme nt is avai lab le in sizes ra nging from 2 7/8" through

to 30" and is fully PDC drillable, even the valve spring is constructed from PDC

drillable materials. The STM Plunger type float collar can be supplied with optionalnon rotating feature for faster drill out.

STM float shoes and f loat col lars both Plunger and Ball type uti l ize Compressa-Strength technology. Compressa-Strength util izes the natural compressive strength

chara cteristics of cement by greatly reducing shear stress points that are incorporated

in the design of wicker style products. As an integral part of the STM quality system,

float equipment insert cement samp les a re tested by a qualified independent laboratory

to ensure product quality and consistency.

Ball Valve

Type Float Shoes and CollarsThe Ball type float shoe and float collar range is for the customers who prefer no

me chanical parts (springs) and encompasse s the same Compressa-S trength shell

design as the plunger type for maximum integrity. Ball type valve products are

available in sizes from 4 1/2" through to 30" and are fully PDC drillable. The STM

Ball type float colla r is also available w ith an op tional non rotating feature for faster

drill out.



Cementing Plugs(Standard and Non-Rotating)

STM offers a complete range of cementing plugs in sizes ranging from 2 7/8" throughto 20". Our premium Casing Cementing Plugs are PDC drillable with heat resistance

of 300 degrees F and are color coded with bright orange Bottom Plugs and black Top

Plugs for easy visual identif ication. STM Casing Cementing Plugs are extremely

durable with high abrasion resistance and able to withstand pressure differential of

standard float equipment. STM can also provide high temperature Cementing Plugs.We also manufacture custom plugs to customer requirements.

STM Non-Rotating Cement Plugs are retrofitted with durable, high temperature plastic

inserts to prevent plugs from spinning whilst drilling out. A unique feature of the

STM non-rotating plugs is that the drive faces are radially mis-aligned from locating

faces so that the two components are axially locked. This prevents the plug from

bouncing and sp inning wh ilst drill ing out. The design of the locating faces also

ensures ax ial positioning regardless of borehole angle .

Top Cementing Plug

(Plastic Core)

Top Cementing Plug

(Non Rotating)



Bottom Cementing Plug

(Plastic Core)

Bottom Cementing Plug

(Non Rotating)



Circulating Differential Fill Equipment

Circulating

Differential Fill Shoe

Circulating

Differential Fill Collar

Auto Fill Also Available

DescriptionSTM circulating differential

f i l l shoes and co l la rs ,

through the action of a

d i f f e r e n t i a l p r e s s u r e -

actuated valve, al low the

casing to automatically fil l

with well fluids as they are

run in the hole. The fluid

level in the casing will be

regulated to not exceed90% of the level in the

an nu lus if one shoe or collar

is used, and the fluid level

will not exceed 81% if both

are used. Valve components

are made o f an eas i ly

dr i l lable a luminium al loy.

Features

• Circulating differential fill equipment automatically fills the casing string as it is

run, eliminating the time required for surface filling and thereby reducing the possibilityof sticking the casin g.

• Pressure surges during running-in are significantly reduced since fluids are allowed

to enter the casing. By reducing pressure surges, formation damage and loss ofdrilling fluids to the formation are minimized.

• Circulation can be reestablished at any time. The automatic differential fill valvewill resume functioning when circulation is stopped and the casing is again run tothe point where the casing fluid level is less than 90% of the annulus level.

• Dropping a trip ball to seat in the circulating differential fill equipment and applying

pressure to the string will convert it to conventional float equipment. When shoe and

collar are run together, one tripping ball will convert both pieces of equipment.

Performance is equivalent to f loat equipment performance shown in Table 1.



Table 1

1. Running In 2. Circulating 3. Tripped



Operation

Running-in

As the string is run into the hole, fluid enters the circulating differential fill equipment

and flows up through the flapper releasing the sleeve, which is locked in the open

position, and then flows through the flapper differential pressure valve into thecasing.

The differential pressure valve assembly consists of a differential piston and a valve

seat. The differential piston is designed so that the cross-sectional area at the bottom

of the piston is 90% of the cross-sectional area of the top. When the fluid pressure

on the top side of the differential piston begins to exceed 90% of the fluid pressureon the bottom, it will move downward and seal on the valve seat, preventing further

flow into the casing. As the casing continues to be lowered, the fluid pressure on

the bottom of the differential piston increases until it again opens, permitting fluid

to enter the casing. This cycle is continuously repeated as the string is run into thehole.

If both a circulating differential f i l l shoe and a collar are run together, the tandem

effects of both pieces of equipment will result in a casing fluid level of 81% of theannulus level.

Circulation

Circulation can be reestablished at any time by fi l l ing the casing and pumping fluids.

When circulation is stopped, the differential pressure valve assembly will resume

functioning when the casing is run to the depth where the casing fluid level is lessthan 90% of the annulus fluid level.

Tripping

To convert differential f i l l equipment to float equipment, a tripping ball is dropped

down the casing. A pressure of 500 to 800 psi will shear the screw holding the flapper

releasing sleeve in place, allowing it to move down and release the flapper valve.When the flapper releasing sleeve seats on the valve bottom, the dogs are forced

into a recess, allowing the tripping ball to pass through. The lower flapper and flapper

releasing sleeve are independent of the differential piston which ensures proper fillingand seating as demanded.

When two pieces of differential f i l l equipment are run together, the same ball will

trip both.



Deviated Holes

A ball guide insert is available and should be installed on top of each piece of

differential fill equipment, for casing sizes 7 in. through 13 3/8 in. in holes deviated

30° or more.

Stab-in Shoes and Collars

Stab-in, Latch-inStinger

Stab-in, Latch-in Collar

Stab-in, Latch-in ShoeFlexible

Latch-in Plug

Stab-in, Latch-in Cementing ShoeStab-in, Latch-in Cementing Collar

This equipment facilitates "nippling up,' reduces cement contamination at the critical

shoe area, minimizes the problem of excess cement when trying to circulate cement

to the surface and provides for more efficient use of spacers and washes. STM stab-

in equipment is specifically designed for this application. When the stab-in shoe is

run, no other float equipment is necessary. The stab-in collar is designed to be run

in conjunction with a guide shoe and is normally placed one joint above the guideshoe.

The design of the shoe and collar is similar. Each is equipped with a spring-loa ded,

flapper float valve held open by an orifice. This orifice allows the casing to fill

automatically while regulating the rate of fill to prevent overflow. Above the orificeis a seat for a latch-down plug and a retaining latch for the stab-in, latch-in device.



Operation

The casing is run into the well. The stab-in stinger and centralizer (optional) aremade up on the drill pipe and run into the hole.

The beveled top of the stab-in shoe or collar, and optional centralizer above the stab-

in unit, help the stinger seat in the collar or shoe, even in deviated holes. When the

stinger is seated, circulation may be established through the dril l pipe and up the

annular space between the casing and the hole. A weighted ball may then be dropped

down the dril l pipe and either pumped down or allowed to gravitate to the seat. A

pressure of 800 psi will pump the orif ice out and release the flapper valve which

then becomes an efficient float valve. The proper amount of cement is then mixed

and pumped down the dril l pipe. A flexible latch-in plug, supplied with the tool, isused to follow the cement slurry. This plug is pumped to a shutoff. The stinger may

then be released from the stab-in collar by pulling slightly over dril l-pipe weight andthen rotating six turns to the right.

The stinger may be run with or without the retaining slip. If the retaining slip is not

used, the weight of the drill pipe is used to hold the stinger in place while cementing.In this case, no rotation is necessary to release the stinger.

Stab-in shoes or collars may be run with or without the automatic-fill orifice.

Stab-in-st inger

Cement Float

Shoe-Stab-inSetdown Type

For cement ing large-

diameter casing through

dril l pipe or tubing as

described previously,

STM has designed an

economical cement floatshoe with a receptacle

located in the top of the

shoe.

Stab -in Ceme nt Float Shoe



The same principles are util ized as those of the stab-in, latch-in shoe with these

exceptions:(1) the stinger sub will not latch into the shoe, therefore drill-pipe weight must be

used to hold the stinger in place while cementing; (2) the stab-in, setdown does not

have a latch-in wiper plug to follow the cement as the stab-in, latch-in shoe; and

(3) the stab-in setdown has a standa rd ball or plunger type float valve which do es not fill whilerunning casing.

Operation

The shoe is made up on the casing and run to setting depth. The stinger sub and

optional centralizer are made up on the drill pipe and run into the well. The beveled

top (receptacle) of the float shoe, and the centralizer on the stinger sub, help thestinger seat in the shoe. When the stinger is seated, circulation may be established

through the dril l pipe. Dril l-pipe weight must be used to hold the stinger in place.The required amount of cement is then mixed, pumped and displaced to the shoe.

The stinger sub is then removed from the shoe by upward movement of the dril l

pipe. Circulation may be established through the dril l pipe and inside the casing.

Stage Cementing Collars

Two- Stage Cementing CollarThree Stage Cementing

Description

STM stage cementing collars are used for cementing a

casing string in two or three separate stages: (1) to

reduce the circulating pressure and hydrostatic head

encountered in cementing and, thus, prevent the

breakdown of weak formations; (2) to reduce cement

contamination effects; and (3) to reduce the quantityof cement required when cemented intervals are widely

separated. Stage cementing can also be used to place

a retarded slurry at the bottom of a high-temperature

well rather than circulat ing the slurry up to lower

temperature zones where it might not set in a reasonable

time.



The "regular method" of two-stage and also three-stage cementing consists of placing

the cement in separate operations. Two-stage cementing can be accomplished bythe "continuous method" in which both stages of cement, separated by a displacementfluid, are p laced withou t interruption.

Features

• The trouble-free design of the STM stage collar has only two moving parts.

• The case, top and bottom connections, and sleeves are constructed of 4140 grade

steel which is heat-treated to S95 physical propert ies (H2S-resistant) .

• Operation is achieved by the application of pressure to the casing fluid after the

plugs supplied with the stage collar have seated.

• The sealing 0-rings do not pass over any ports, sheared pins or sharp edges that

could be dam aging to their sealin g effectiveness.• A la tch r ing pos i t ive ly locks both s leeves in the c losed posi t ion.

• The latch ring and groove are protected from foreign matter by seals on each side.

• Opening and closing sleeves are locked to prevent rotation during drillout.

• Opening and closing sleeves plug seats are made of easily drillable alumunium

alloy.

• The STM two-stage collar and accompanying plugs are colour-coded black while

the three-stage collar and accompanying plugs are colour-coded orange to help

assure proper order of installation and operation.

OperationWhile running the casing string in the hole and during the cementing of the first

stage, the stage collar remains in the closed position. The first-stage flexible plug

passes through the stage collar without actuating the sleeves. To open the stage

collar cementing ports, a gravity opening plug is dropped and allowed to fall to the

opening sleeve seat. Pressure is then built up in the casing to shear the openingsleeve shear screws and to move the sleeve down to expose the cementing ports.

The second-stage cement is then pumped and immediately followed with the closing

plug. The closing plug is pumped to the closing sleeve seat and pressure is applied

to shear the closing sleeve shear pins and force the sleeve down to close the cementingports. The closing sleeve is permanently latched in the closed posit ion.



General

Recommended practices for primary cementing should be followed. These include

conditioning the mud, centralizing casing, and using spacers and/or chemical washes

ahead of the cement. Use of cable wall wipers and pipe movement, when cementing

the critical first stage, will help to achieve good cement bonding. Centralizers shouldbe used immediately above and below the stage collar. A cementing basket shouldalso be used below the stage collar.

STM stage cementing collars are inspected and packaged with the proper wiper plug,

gravity opening plug, closing plug and rubber seal-off plate. STM can recommend

and supply all casing hardware and services needed for stage cementing your well.

Specification Guide-Saga Trade Murni Two / Three-Stage Collars



CementinR e g ula r T w o -S ta ge g

T he s tring is made up as s hown in figure 1A, run in the hole , and the firs t-s tage

cement pumped. The first-stage cement is followed by the first-stage plug which

passes through the two-stage collar without affecting it in any way. The first-stage

plug is displaced to a shutoff on the float equipment immediately below the stage,

as shown in Figure 1B, completing the first stage. The stage collar ports are then

opened by dropping the gravity opening plug and allowing it to gravitate to the

opening sleeve seat in the stage collar. Application of 1,200 to 1,400 psi above

circulation pressure will shift the sleeve downward, opening the cementing ports.

T he s ec ond s tage of ceme nt is pumped followe d imme dia tely by the clos ing plug,

as shown in Figure 1C. Figure 1D shows the closing plug displaced to shut off on the

closing sleeve seat in the stage collar. Pressure has been applied to shift the closingsleeve and shut the cementing ports. A minimum pressure of 1,500 psi above that

required to close the stage collar. The closing sleeve is permanently latched in the

closed position, completing the second stage.



C e m e n t inC o n ti n u o u s T w o -S ta g e g

T he continuous method require s that a bypa s s insert be used for s ea ting the firs t-

stage plug. A pump-down opening plug must be used in place of the gravity opening

plug. All other equipment is the same as used in regular two-stage cementing. In

Figure 2A, the first stage of cement and the first-stage plug are being pumped. The

displacement fluid, calculated to be slightly more than the casing volume between

the bypass insert and stage collar, is followed by the opening plug. The flexible first-

stage plug and bypass insert allow for some overdisplacement of the first stage topositively seat the opening plug.

A spacer and the second stage of cement immediately follow the opening plug. When

the plug seats in the stage collar, pressure is applied to open the cementing portsas shown in Figure 2B. The second stage of cement is followed by the closing plugand displacement fluid (Figure 2C).

In Figure 2D, the closing plug is shown after it has seated in the stage collar and

pressure has been applied to close the stage collar cementing ports.



Three-Stage Cementing

The three-stage collar is identical to the two-stage collar except it has plug seatsw i th la rger bores to a l low f ree pass ag e o f the tw o- s ta ge p lugs .

Procedures for three-stage cementing are similar to those for a two-stage cementing

job. The first and second stages can be ce mented using ei ther the re gula r or

continuous method. The third stage is cemented using the regular method. The

closing plug for the two-stage collar is special. The special two-stage closing plug

must be ordered separately for three-stage cementing.

Figure 3A shows the first stage completed and the second stage of cement being

pumped through the two-stage collar. The second stage of cement is followed by thespecial two-stage closing plug. When the plug seats in the stage collar, application

of pressure will shift and latch the port-closing sleeve.

The third stage is completed (Figure 3B) by dropping the three-stage gravity opening

plug and applying pressure to the open cementing ports. The cement is then pumped

followed by the three-stage closing plug. Pressure is increased to close the stage

collar and complete the job. Note that the three-stage collar and plugs are color-

coded orange, while the two stage collar and plugs are color-coded black.



STM

Centralizer

Three-Stage

Closing

Plug

Three-Stage

Collar

Three-Stage

Gravity

Opening Plug

STM

Cementing

Basket

Special Two-Stage

Closing Plug

Two-Stage

Collar

Two-Stage

Gravity Opening

Plug

First-Stage

Plug

STM

F l oa tCollar

STM

Float

Shoe

Figure 3A Figure 3B

Displacing Second -Stage Cement Third-S tage Comp leted



Liner Hanger EquipmentGeneral

The STM liner hanger division commenced operations in 1999. STM has manufactured

and provided liner hanger equipment and services for many crit ical wells including HTHP

and horizontal applications through out Indonesia and has also exported equipment to

a growing list of International companies operating in South East Asia and the MiddleEast regions.

STM manufacture a wide range of standard liner hanger equipment and also specializein customized l iner hanger so lu t ions for un ique or spec ia l ty appl icat ions.

STM maintains a group of multinational highly trained service engineers available on call

out basis, available to go anywhere, anytime. In addition STM maintains a large inventory

o f runn ing t oo l s and spares t ha t a re ava i l ab le f o r pu rchase o r ren ta l .



Hydraulic Liner Hangers



STM Hydraulic l iner hang ers are available in a large size com bination in single or

tandem cone configuration to match customer specified liner grades and threads.The STM Hydraulic Liner Hanger can be run with or with out an integral liner lap

packer. There are also a number of running tool configurations available including

Retrievable or Drillable pack off bushing.

SingleCone

Hydrohanger

TandemCone

Hydrohanger



Mechanical Liner Hangers



As with STM Hydraulic l iner hangers STM Mechanical l iner hangers are available in

a large size combination in single or tandem cone configuration to match customerspecified liner grades and threads. The STM Mechanical Liner Hanger can be provided

with left hand or right hand setting mechanism and can be run with or with out an

integral l iner lap packer. There are also a number of running tool configurations

available including Retrievable pack off bushing Dril lable pack off bushing or double

swab cup assembly.

SingleCone

MechanicalHanger

TandemCone

MechanicalHanger



Plugs and Landing CollarsSTM Liner Hanger Plugs and Landing Collars are available in a full size range to

compliment the range of liner hanger systems. These components are constructedof PDC drillable materials and feature a latch in mechanism and anti rotational splines

to ensure fast dr i l l ing out with both PDC and conventional type bits.

Drillpipe

Wiper

Plug

For

Mechanical Liner Hanger

Drillable

Landing

Collar

Double Valve PDC

Drillable Float Shoewith Side Ports

For

Hydraulic Liner Hanger

Hydraulic

LandingCollar

Liner

Wiper

Plug





Packers and Tie Back EquipmentSTM offer a full range of Integral liner lap Packers with or with out hold down slips

to compliment the liner hanger product range. In addition STM can provide liner laptie back packers and seal nipples that can be stung into existing liner top should

there be a requirement to isolate existing liner top. STM maintains an inventory

Polish Mills available on a rental basis that are used to clean and polish existing liner

top prior to running tie back packers and seal nipples.

Tie Back Sleeve Polish Mill

Integral Packer Tie Back PackerSeal Nipple



Cementing ManifoldsSTM carries a large range of Cementing Manifolds that are avai lable for both

conve ntional and top drive applications an d availab le on a rental basis. STM can alsoprovide cementing adapters for emergency situat ions where standard manifolds

might be too heavy or bulky to transport in a fixed wing aircraft, helicopter or boat.

The STM cementing adapter provides an alternate m eans to introduce cement to the

liner via the drillpipe string.

Cementing Manifoldswith Swivel

Documents

Casinghardware Saga Trade Product r