ENGT Brochure

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ENERGY & TECHNOLOGY CORP.TECHNICAL INDUSTRIES, INC.

ENERGY PIPE, LLC.ENERGY TECHNOLOGY MFG. & THREADING, LLC.

MANUFACTURING& RECLAMATION

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ENGT ENGT ENGT ENGT ENGT ENGT ENGT ENGT ENGT ENGT ENGT ENGT ENGT ENGT ENGT ENGT ENGT ENGT

I T RUS T MY NE T W ORK TO BUSINE SS NAME

I N G O D W E T R U S T

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ENERGY & TECHNOLOGY CORP.

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ENERGY AND TECHNOLOGY CORP. • 1

OUR PRODUCTSEnergy & Technology Corp. Rigs & Equipments

Drilling Rigs

Specifications of Drilling Rigs

ZJ70/4500LDB Drilling Rig is suitable for 23000ft (7000m) well with 4.5in (114mm) drill pipe, in which the rotary table

is driven by AC frequency conversion independence. The draw works and mud pumps are driven by mechanical.

Model ZJ130/1700L ZJ40/2250L ZJ50/3150L ZJ70/4500L

Nominal Drilling Depth(114mm pipe) 5250-9850 ft 8200-13200 ft 11500-16500 ft 14800-23000 ft

Max hook load kN 1700 2250 3150 4500

Number of lines of Hoisting System 10 10 12 12

Dia. of Wire Line mm(in) 29(1-1/8) 32(1-1/4) 35(1-3/8) 38(1-1/2)

Max. Pull of Fast Line kN 210 280 340 485

Model of Drawworks JC30L JC40L JC40LDB JC50L JC50LDB JC70L JCLDB

Rated Power of Drawworks kW 550 735 1100 1470

Speed of Drawworks 4Foward+2Reverse 4Foward+2Reverse 4Foward+2Reverse 4Foward+2Reverse

Main Brake of Drawworks Hydraulic Disc Hydraulic Disc Hydraulic Disc Hydraulic Disc

Auxiliary Brake of Drawworks Eddy Brake Eddy Brake or EATON Eddy Brake or EATON Eddy Brake or EATON

Crown Block TC170 TC225 TC315 TC450

Traveling Block YC225 YC225 YC315 YC450

Hook DG225 DG225 DG315 DG450

Swivel SL225-II SL225-II SL450-II SL450-II

Model of Rotary Table ZP520 or ZP275 ZP520 or ZP275 ZP375 ZP375

Dia. of Opening of Rotary Table 520.7(20-1/2)or698.5(27-1/2) 520.7(201/2)or698.5(27-1/2) 952.5(37-1/2) 952.5(37-1/2)

Speed of Rotary Table 4Foward+2Reverse 4Foward+2Reverse 4Foward+2Reverse 4Foward+2Reverse

Model*Number of Mud Pump F-1300 x 1 F-1300 x 2 F-1600 x 2 F-1600 x 2

Drive Mode of Mud Pump Compound drive Compound drive Compound drive Compound drive

Type of Mast K K K K

Working Height of Mast ft 136 141 148 148

Height of Drilling Floor ft 14.8 or 19.68 19.68 or 24.6 24.6 or 29.53 29.53 or 34.45

ENERGY & TECHNOLOGY CORP.






























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OUR PRODUCTS





























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Three sets of diesel engine coupling and whole chain •box are united to drive the drawworks, mud pump, ro-tary table, automated air compressor and energy saving electric generator.

Diesel + saving energy generators provide the electric.•

The plate brake with the electromagnetism eddying •brake (or Eton brake) is used together with the auxiliary device to the mast.

600kW, 400V AC frequency conversion motor drive the •rotary table to adjust the speed .

The mast is K type structure. It can go up and down as •oneblock,andissatisfiedforinstallinga500tonstopdrive.

Theheightofdrillingflooris10.5m,anditisassembly•with one operation in lower position.

The Drilling rig could be equipped with VFD and MCC •system. VFD is used to control the rotary table motor and automatic bit feed motor.

Five Areas of Rig Layout

Drilling floor zone: includes mast, base, rotary table1. and independent drive devices, lifting system, wellhead mechanical tools, hydraulic casing stabilizer and doghouse, driller’s console.

Engine housepower zone: includes threeA12V190P-2. ZL-3/O diesel engine coupler sets, whole chain box, drawworks, power saving generator sets, automatic air compressor sets, diesel engine sets, air source clean-ing devices, variable frequency drive, VFD, and MCC control house.

Mudpumpzone:includes2F-1600mudpumps,drill-3. ingfluidsvalves,manifoldandsoon.

Mudprocessingandwatertankzone:includesmudcir-4. culation tank, mud cleaning devices, water tanks and so on.

Oil tank zone: includes different types of oil tanks,5. pumps and lines.





























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OUR PRODUCTS

Mud Pumps The mud pumps mainly have three models as SL3NB-1600A, SL3NB-1300A, SL3NB-1000, all of which are triples single acting pistons. The char-acteristicofdesign is that tooptimizeparameter,appropriately increase stroke and reasonably lower stroke number to improve the performance of suc-tions of pumps.

Specifications of Mud PumpsModel SL3NB-1600A SL3NB-1300A SL3NB-1000

Model SL3NB-1600A SL3NB-1300A SL3NB-1000

Mode Triplex Single Acting Piston Triplex Single Acting Piston Triplex Single Acting Piston

Rated Power kW (hp) 1176 (1600) 956 (1300) 735 (1000)

Rated Strokes Per Minute 120 120 110

Stroke Length mm (in) 305 (12) 305 (12) 273 (10-3/4)

Gear Ratio 3.657/4.206 3.657 3.482

Rated Rotating Speed r/min 438 438 383

Dia. of Suction Inlet inch 12 12 10

Dia. of Discharge Outlet inch 4 4 4

ExternalSizemxmxm 4.72 x 2.82 x 2.66 4.30 x 2.05 x 2.45 3.75 x 2.16 x 2.05

Weight t 27.1 20.8 15.8





























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Downhole Screw MotorsThe downhole screw motor is a kind of power tool that transforms the pressure of liquid to mechanical energy in thedownhole.Whenthepowerliquidflowsintothescrewmotor, a pressure difference is produced between the inlet and outlet of the motor. The differential pressure drives the motor rotating round the stator, providing torque moment

and speed to the drill bit, thus the drilling process is per-formed. The drill pipe is not rotating during work process, so the advantages are obvious if comparing with conven-tional drilling system. The downhole screw motor is suit-ableforvertical,directionalandhorizontalwells.

Model Flow Rate I/S

Pressure Difference

MPa

Rating Torque Nx m

Max Torque Nx m

Bit Weight

kN

Power kW

Diameter mm(in)

Length m

Weight kg

5LZ60X7.0 1.26~3.13 2.5 160 280 5 2.35~6.03 60 (2-3/8) 3.3 70

5LZ73X7.0 1.26~5.05 3.5 275 480 12 3.5~13.82 73 (2-7/8) 3.45 80

5LZ89X7.0 2~7 4.1 560 980 18 5.6~19.35 89 (3-1/2) 4.67 150

5LZ95X7.0 4.73~11.04 3.2 850 1240 21 10.4~23.79 95 (3-3/4) 3.2 160

C5LZ95X7.0 5~13.33 6.5 1490 2384 55 21.8~59.3 95 (3-3/4) 6.88 300

5LZ100X7.0 4.73~11.04 3.2 850 1240 21 10.4~23.79 100 (3-7/8) 4.7 200

5LZ120X7.0 5.78~15.8 2.5 1300 2275 55 9.5~27.23 120 (4-3/4) 4.88 400

D5LZ100X7.0 5.78~15.8 1.6 900 1440 55 6.6~18.85 120 (4-3/4) 3.29 350

5LZ165X7.0 16~28 (47) 3.2 3200 5600 80 33.5~59.65 165 (6-1/2) 6.25 830

D7LZ165X7.0 18~28 2.5 2300 3680 80 30.4~47.2 165 (6-1/2) 4.7 700

5LZ172X7.0 18.9~37.8 3.2 3660 5856 100 38.3~76.6 172 (6-3/4) 6.71 950

Specifications of Downhole Screw Motors





























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OUR PRODUCTSROTAFLEX Pumping UnitsThe ROTAFLEX pumping units have demonstrated major features and advantages of all kind of pumping units through years of re-search and development. As a unique engineering breakthrough, the 100% mechanical ROTAFLEX is especially suitable for producing highvolumefluidindeepwellswithrodpumps.

Main Advantages

Slow, Long Strokes1.

Belt Transmission2.

Low Torque Demand3.

Optimum Structure Design4.

High Reliability and Low Maintenance5.

Specifications of ROTAFLEX Pumping Units

Model 1100 1000 900 800 700 600 500

Stroke Length m 8 8 7.3 7.0 6.0 5.0 4.5

Pe ak Polished Rod load t 22.7 20 16.3 14 12 10 8

Max of Strokes Per Minute 4 4 4 4 4 4 5

Min of Strokes Per Minute Very Low Very Low Very Low Very Low Very Low Very Low Very Low

Conunteweight Base t 6.1 4.6 4.2 2.7 2.4 1.9 1.7

Counterweight- Max Aux. t 8.6 9.0 7.2 7.1 6.4 4.8 3.5

Shipping Weight t 26.5 22 19.5 16.5 15.5 12.0 11.0

ExternalSize(LxWxH) 7.4 x 2.6 x 13.4 7.4 x 2.4 x 13.4 6.6 x 2.4 x 12.4 6.1 x 2.1 x 11.8 5.5 x 2.1 x 10.8 5.5 x 1.9 x 8.9 5.2 x 1.9 x 2.5

ShippingSize(LxWxH) 13.4 x 2.6 x 3.1 13.4 x 2.4 x 2.8 12.4 x 2.4 x 2.8 11.8 x 2.1 x 2.6 10.8 x 2.1 x 2.5 8.9 x 1.9 x 2.5 8.2 x 1.9 x 2.5

Motor Power kW 75 75 55 45 37 22 18.5

Torque of Ge arbox 37 37 37 26 26 18 13

Electromagnetism Automatic Braking Yes Yes Yes Yes Yes N/A N/A





























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Surface Drive Progressive Cavity PumpsThe PC Pump with surface drive is a new type of produc-tion equipment, which consists of surface drive equip-ment and a downhole progressive cavity pump. The sur-face drive equipment transmits the power to the downhole through the rotating motion of the suck rod, then drives the rotor to rotate in the stator downhole. PC pump is a posi-

tive displacement pump. The rotor rotates within the sta-tor, thus a series of cavities are formed and these cavities progress gradually from the bottom (suction end) to the top(dischargeend),carryingtheformationfluidsthroughthe pump and into the tubing.

Electric Submersible Progressive Cavity PumpsThe electric submersible progressive cavity pump (ESPCP) is a new breakthroughinartificialliftsystems,whichcombinestheflexibilityofthe progressive cavity pump with the reliability of the electric submers-iblemotortohandleyourmostdifficultartificiallift.Ithasawidefluidrange,moresuitablefordeviatedandhorizontalwells,especiallywithviscous crude oil, high sand cut and gas oil. The wear of tubing and suckerrodiseliminatedandenergycostisreducedsignificantly.

Type Casing size Rated Rotating Speed rpm

PCP Displacement m3/d

Lifting Capacity m

Motor Power kW

QLB5-1/2 5-1/2” above 80-360 10-60 1000-1800 12-30

QLB7 7” above 80-360 30-120 1000-1800 22-43

QLB9-5/8 9-5/8” above 80-360 50-200 900-1800 32-80





























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OUR PRODUCTSSub-Surface Sucker Rod PumpsThe workover process of the tubing pump is as fol-lows:firstlythebarrelbeingconnectedtothetubingisdirectly run into the well at desired depth and then the plunger is run into the barrel with the sucker rod. The applicabletubingpumpislargerinsizethanacorre-sponding rod pump typically used for the same diam-eter pipe, The tubing pump also has a simple structure, giving it a greater displacement and making it most suitable for shallow wells with high production.

The THD type of tubing pump means that its standing valve is directly connected to the barrel and it cannot be pulled up separately with the barrel. The THC or THM type of tubing pump means that its standing valve can be pulled up separately with the barrel. The seating as-sembly of THC pump is cup type and for THM is me-chanical type. The THC and THM type of tubing pump are suitable for the frequently work-over wells.

Specifications of Tubing Pumps

Model Nominal Dia. mm (in)

Plunger Length m (ft)

Stroke m Pump Con-stant m3/d

Tubing And Thread

Sucker Rod

20-125TH 32(1.25) 1.2-1.8(4-6) 0.6-7.3 1.14 2-3/83/4

25-125TH 32(1.25) 1.2-1.8(4-6) 0.6-7.3 1.14 2-7/83/4

20-150TH 38(1.50) 1.2-1.8(4-6) 0.6-7.3 1.64 2-3/83/4

25-150TH 38(1.50) 1.2-1.8(4-6) 0.6-7.3 1.64 2-7/83/4

20-175TH 44(1.74) 1.2-1.8(4-6) 0.6-7.3 2.24 2-3/83/4

25-175TH 44(1.75) 1.2-1.8(4-6) 0.6-7.3 2.24 2-7/83/4

25-225TH 57(2.25) 1.2-1.8(4-6) 0.6-7.3 3.69 2-7/83/4

30-275TH 70(2.75) 1.2-1.8(4-6) 0.6-7.3 5.50 3-1/27/8

35-325TH 83(3.25) 1.2-1.8(4-6) 0.6-7.3 7.70 4 7/8

40-375TH 95(3.75) 1.2-1.8(4-6) 0.6-7.3 10.26 4-1/2 1





























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OUR PRODUCTSSub-surface Rod PumpsThe rod pump is connected to the sucker rod after being assembled on the surface then it is lowered down to the well bottom through the tubing. Thus it is convenient for inspection and workover because it can be pulled up and down through the tubing and is therefore suitable for deeper well.

The lifespan of the tubing can also be prolonged due to the reduction of the number of makeup cycles. Therodpumpcanbeclassifiedintotwotypes:me-chanical seating and cup seating. Also it is divided intothreetypes:RHA(stationaryheavywellbarreltop anchor rod pump), RHB (stationary heavy well barrel bottom anchor rod pump) and RHT (traveling heavy well barrel bottom anchor rod pump).

Sucker RodThe sucker rod is an important part of the rod pro-duction equipment which drives the downhole pump from the motor of the pumping units. We pro-duce the continuous sucker rod, ordinary sucker rod, pony rod, hollow sucker rod, special sucker rod, and polished rod.

Mechanical Properties

Grade Yield Strength MPa

Tensile Strength MPa

Elogation % Reduction of Area %

C larger or equal to 414

620-793 larger or equal to 13

larger or equal to50

D larger or equal to 586

793-965 larger or equal to 10

larger or equal to 48

H larger or equal to 793-862

larger to equal to 966-1136

larger or equal to 12

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ENERGY & TECHNOLOGY CORP.www.engt.com

LouisianaP.O. Box 52523Lafayette, LA 70505, U.S.A. Tel. 1 337 984 2000Fax. 1 337 988 1777

Texas15438A Miller One Road Houston, TX 77049, U.S.A. Tel. 1 281 862 2800Fax. 1 281 862 2828

Mexico222 IndependenciaC.P. 94290Boca del Rio,Veracruz, MexicoTel./Fax. 52 29 860733

saudi arabiaAl-Suwaiket Est.P.O. Box 321Al-Khobar 31952Saudi ArabiaTel. 966 3 898 5000Fax. 966 3 898 5500

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ENERGY PIPE. LLC. • 1

Energy Pipe LLC. Best Pipe For The Best Price

Energy Pipe, LLC., a subsidiary of Energy & Technology Corp. has been providing the best pipe for the best price ever since its inception. Energy Pipe, LLC. carries an inven-tory of various seamless and ERW pipe including OCTG (Oil Country Tubular Goods) tubing, casing, line-pipe and drill pipe. What sets Energy Pipe, LLC. apart from other oilfieldtubulargoodssuppliersisourabilitytoprovidesu-perior quality pipe by using superior quality inspection. All the tubular that Energy Pipe, LLC. has on inventory goes through a rigorous and detailed inspection conducted by highly experienced inspectors at Technical Industries, Inc. Technical Industries, Inc. is an ISO 9001:2008 certifiedcompany, the first to invent a full lengthpipe inspectionsystem approved by the major oil & gas companies, the first to invent the 64 points pipe wall thickness movingaverage, the first to invent the 3D VisonArray full lengthultrasonic unit needed to reach deep oil & gas wells pres-ent technology cannot reach and provide 3D imaging in-spectionofExpandablePipeinordertocompletethefirstExpandable Well recently drilled for BP in Oklahoma. Rest assured that the inspection quality is yet to be matched by other inspection companies.

We pride ourselves in providing the best experience for our customers. By making available tools such as our propri-etary online inventory system, customers can easily see what’s available in an instant. Our quick and easy contact us form enables our potential customers to contact us with-in matter of few button clicks. Our highly experienced sales team is always available for our customers. Please call us at (337) 984-2000 with any questions/concerns and we will make sure it is taken care of. If you would like to visit us, our physicaladdressisfollowing:

Petroleum Tower, Suite 5303639 Ambassador CafferyLafayette, LA 70503

Ormailusatfollowingaddress:P.O. Box 52523Lafayette, LA 70505

To view our pipe inventory, log on to:www.energypipellc.comAnd click on the inventory icon.

INTRODUCTION

Superior InspectionSuperior Pipe

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Specifications Of Tubing And Casing

OUR PRODUCTS

No. Outside inch

Diameter mm

Wall inch Thickness mm

Type of end-finish

Grade Type of Pipe

1 2-3/8 60.3 0.190 4.83 NUE, EUE J55, N80,L80, P110 Seamless

2 2-7/8 73 0.217 5.51 NUE, EUE J55, N80,L80, P110 Seamless

3 3-1/2 88.9 0.254 6.45 NUE, EUE J55, N80,L80, P110 Seamless

4 4-1/2 114.3 0.205 5.21 STC J55 ERW

5 4-1/2 114.3 0.224 5.69 STC, BTC J55 ERW

6 4-1/2 114.3 0.224 5.69 STC, BTC J55, K55 Seamless

7 4-1/2 114.3 0.250 6.35 STC, LTC, BTC J55 ERW

8 4-1/2 114.3 0.250 6.35 STC, LTC, BTC J55, K55, N80, L80, P110 Seamless

9 4-1/2 114.3 0.290 7.37 LTC, BTC N80, L80, P110 Seamless


11 5-1/2 139.7 0.244 6.20 STC J55 ERW

12 5-1/2 139.7 0.275 6.98 STC, LTC, BTC J55 ERW

13 5-1/2 139.7 0.275 6.98 STC, LTC, BTC J55, K55 Seamless

14 5-1/2 139.7 0.304 7.72 STC, LTC, BTC J55 ERW




18 7 177.8 0.231 5.87 STC J55 ERW

19 7 177.8 0.271 6.91 STC J55 ERW

20 7 177.8 0.317 8.05 STC, LTC, BTC J55 ERW

21 7 177.8 0.317 8.05 STC, LTC, BTC J55, K55, N80, L80, P110 Seamless

22 7 177.8 0.362 9.19 STC, LTC, BTC J55 ERW

23 7 177.8 0.362 9.19 LTC, BTC J55, K55, N80, L80, P110 Seamless

24 7 177.8 0.408 10.36 LTC, BTC N80, L80, P110 Seamless

25 8-5/8 219.1 0.264 6.71 STC J55 ERW

26 8-5/8 219 1 0.304 7.72 STC J55 ERW





























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OUR PRODUCTS

No. Outside inch

Diameter mm

Wall inch Thickness mm

Type of end-finish

Grade Type of Pipe

27 8-5/8 219.1 0.304 7.72 STC J55, K55 Seamless

28 8-5/8 219.1 0.352 8.94 STC, LTC, BTC J55 ERW


30 8-5/8 219.1 0.400 10.16 STC, LTC, BTC J55 ERW



33 9-5/8 244.5 0.312 7.92 STC J55 ERW

34 9-5/8 244.5 0.352 8.94 STC, LTC, BTC J55 ERW


36 9-5/8 244.5 0.395 10.03 STC, LTC, BTC J55 ERW


38 9-5/8 244.5 0.435 11.05 STC, LTC, BTC N80, L80, P110 Seamless

39 9-5/8 244.5 0.472 11.99 STC, LTC, BTC N80, L80, P110 Seamless

40 10-3/4 273.1 0.279 7.09 STC J55 ERW

41 10-3/4 273.1 0.350 8.89 STC, BTC J55 ERW


43 10-3/4 273.1 0.400 10.16 STC, BTC J55 ERW


45 10-3/4 273.1 0.450 11.43 STC, BTC J55, K55, N80, L80 Seamless

46 13-3/8 339.7 0.330 8.38 STC J55 ERW

47 13-3/8 339.7 0.380 9.65 STC, BTC J55 ERW


49 13-3/8 339.7 0.430 10.92 STC, BTC J55 ERW


51 13-3/8 339.7 0.480 12.19 STC, BTC J55, K55, N80 Seamless

52 13-3/8 339.7 0.514 13.06 STC, BTC N80 Seamless





























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Specifications Of Drill Pipe

OUR PRODUCTS

No. Outsider inch

Diameter mm

Grade

1 2-7/8 73.0 G105, S135

2 3-1/2 88.9 G105, S135

3 4 101.6 G105, S135

4 4-1/2 114.3 G105, S135

5 5 127.0 G105, S135

Casing, tubing and drill pipe are essential items during thedrillingandproducingprocessintheoilfield.Theheat treatment, end upset of smooth pipe, and the machining of the pipe are performed thoroughly ac-cordingtorelatedAPISpecifications.Theproductionline, equipped with advanced monitoring instruments canprocesspipewiththesizes2-3/8” through 7”.

This production line, the end upset equipment work-ing jointly with the heat treatment, is one of the lead-ing technology lines among few manufactures. Seven advancedflowproduction linesareable tomachine200,000 tons of tubing, casing, couplings, sieve tube, etcwiththesizes2-3/8” through 20” and grades J55, K55, N80, L80, P110 annually.





























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OUR PRODUCTSQuality Assurance Test

Petroleum Casing Thread Slipping Test Petroleum Casing Tensile Test

Petroleum Casing Blow Test

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TECHNICAL INDUSTRIES, INC.

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TECHNICAL INDUSTRIES, INC. • 1

Welcome to Technical Industries, Inc. INSPECTION TECHNOLOGY LEADER NDTPipeInspectionincludesULTRASONIC,EMI,MPI,WMPI,PT,OilfieldServices,andStorage.

OilfieldServicesincludesNDTPipeInspectionofTubing,Casing,Line-pipe,DrillPipe,BHA(BottomHoleAssembly), Re-facing, Drilling Rigs, Tools & Equipment, Deep Water, and Critical Wells.

Mill Services includes manufacturing of Pipe Inspection Equipment & Consulting.

Since our founding in 1971, Technical Industries, Inc., has becomearecognizedleaderinultrasonicpipeinspectiontechnology. Services include full-length electromagnetic inspectionforoil-fieldpipeandequipmentandfulllengthultrasonic inspection systems for new and used drill pipe, tubing, casing and line-pipe.

Wet or dry MPI (Magnetic Particle Inspection); PT (Dye Penetrant Testing) or UT SEA (Ultrasonic Testing of the end areas) of plain end and threaded connections, including drill collars and drilling rig inspection; mill systems and Mill Surveillance; testing and consulting services.

Our experienced engineers and technicians, design and manufacture the most advanced ultrasonic pipe inspec-tion equipment used in the world today. Used by the world’s largest steel mills and preferred by the world’s largest oil companies, this pipe inspection equipment is the most tested and approved system in the industry. Our ultrasonic inspection systems have repeatedly shown to havesuperiorflawdetectioncapabilities.TechnicalIndus-tries,Inc.wasthefirstcompanytodesignandprovidetheultrasonic inspection Data Evaluation Software, enabling theworld’slargestoilcompaniestometiculouslyscrutinize

their inspected pipe in order to safely drill and complete the world’s most critical wells.

Our ultrasonic systems have the largest OD and pipe length inspection capabilities in the industry for plain end and threaded pipe, and the deepest penetration capability offered for wall thickness measurement. Our large inspec-tion facility, located in Houston, Texas provides excellent pipe and equipment storage and maintenance services.

Our People... Our Technology... Our Service... Our Performance.This is the heart of Technical Industries, Inc. Our Ultrasonic Systemshaverepeatedlyshowntohavesuperiorflawde-tection capabilities.

You deserve the best when it comes to protecting the safety of your people and your investment. For unparalleled NDT inspection for wells, tubulars and equipment, call the experts at Technical Industries, Inc., the Inspection Technology Leader.

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VisonArrayTM technology can help you use pipe that present technology does not allow you to use, and reach depths that otherwise cannot be reached, and much more. Use of OCTG, drill pipe and landing strings at deeper depths is lim-ited by current API strength formulas. We all know that there is “unread” strength remaining in these materials when us-ing these formulas. Until now, no pipe inspection methods were able to show accurate remaining metal mass (cross-sectional-area) every 1/4 inch helix along the length of the pipe, to allowmodified formulas and algorithms to accu-rately determine actual pipe strength.

Knowing exact cross sectional area now allows end users anddrillingcontractorstoutilizetheirexistingtubularanddrill pipe to deeper depths.

In order to achieve deep well drilling you may need to know theparametersofthefollowing:

WALL THICKNESS•CROSS-SECTIONAL AREA•ECCENTRICITY•FULL-LENGTH OD MEASURING•STRAIGHTNESS•THREAD MEASURING•FLUID VOLUME•ID MEASUREMENTS•

All of the above parameters can now be determined with the VisonArrayTM 3-D FULL-LENGTH ULTRASONIC PIPE INSPECTION SYSTEM available at Technical Industries, Inc. (www.technicalindustries.com) In addition to the above capabilities, pipe anomalies oriented transversely, longitu-dinally and at various oblique angles are also detected and evaluated for acceptance or rejection.

Automated ultrasonic inspection has always been a tech-nology that has baffled people. Technical Industries, Inc.has designed a system that will allow you to visually see that each inspection is done properly. Neither the inspection operator nor the customer has ever been able to validate each inspection until now.

This technology gives the inspection operator and customer a means to insure every test is complete and thorough. By being able to view the wall data from the ultrasonic inspec-tion, the inspection operator can determine if everything went well during the entire inspection process. This allows

theinspectortobeconfidentthattheconditionsareperfectfortheflawtransducerstotransmittheirsoundwavesintothe metal.

ThE PROCESS IS AS FOLLOWS:

Wall thickness data is saved in a matrix. This matrix is 360 unit in width by the length of the pipe divided by 1/4” . The 360 units in width represent every degree around the circum-ference of the pipe. As the pipe spins and the transducers traverse down the length of the pipe, the wall thickness data is recorded and stored. After the raw data is collected, the data is massaged and stored in a matrix. This matrix data is then used to validate the inspection and to calculate the cross-sectional, eccentricity and many other parameters.

Technical Industries, Inc. has developed a technique that will measure the outside diameter (OD), full length of a joint of pipe. The OD measuring system will accurately measure the outside diameter every degree around the circumfer-ence and every 0.25” slice down the length of the pipe. The OD measurement is exact to .010” . The end result is an ex-act physical representation of the true OD down the length of the pipe. This information allows for the quick calcul ation of degree of ovality.

This same system is also capable of determining and mea-suring pipe straightness. In addition, if end connections are welded to the pipe, the system will determine if the connec-tions are welded parallel to the axis of the pipe and whether or not the connections are parallel to each other. If not paral-lel, the system can measure the amount of out-of-tolerance. With the combined data of wall thickness, straightness and ODmeasurement,finiteelementanalysiscanalsobeper-formed.

With the combination of all of this technology, Technical Industries, Inc. is able to measure ID information as well. This technology allows a virtual drift to be passed down the inside of the pipe. By having ID information, we are able to determine volume. This can more accurately determine the amount of drilling mud or cement needed for your well.

Different images and more information can be obtained at www.technicalindustries.com. On the home page, click Customer Inventory, click on Texas and download the PowerPoint presentation. On this same page you can also download the viewer and a sample pipe.

What can VisonArrayTM 3-D Virtual Imaging technology do for you?





























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OUR SERVICES1. (TI-18) FULL BODY ULTRASONICTI-18 Ultrasonic inspection process includes sixteen (16) flawdetectiontransducers,coupledwithtwo(2)compres-sion wave thickness transducers provide an inspection un-equaled in today’s marketplace. Flaw detection transduc-ers, set at increments of twenty-two and one half degrees provide total analysis for all imperfections regardless of their orientation. Transducers at each end of the inspection ar-ray are capable of interrogation of imperfections within two (2) inches of the exposed plain end of the pipe. Due to the inherent flexibility of the array setup, requested customerspecificationscaneasilyandquicklybeset.

Thewidthofthetransducer’sbeam,frequencyandsize,are used to calculate the maximum helix permissible for any given diameter and wall thickness of material being inspect-ed. This helix is constantly being recomputed and displayed onadigitalreadoutbyamicroprocessordriventotalizer.

2. (TI-10) FULL BODY ULTRASONIC TI-10 Ultrasonic Inspection process is intended for those customers that want an inspection that is equivalent to stan-dard Ultrasonic Inspection offered in today’s marketplace. Not only is this process sensitive to those imperfections that occur in the longitudinal and transverse geometric, but also includedarefour(4)obliqueflawdetectiontransducers,setanglesestablishedbycustomerspecifications.Theassoci-ated production speeds approach those obtainable by EMI (Electromagnetic Inspection).

Although the TI-10 inspection uses less transducers, all other associated criteria of the TI-18 inspection is incorpo-rated to insure the highest quality available in the marketplace today.

3. (TI-6) FULL BODY ULTRASONICTI-6 Ultrasonic Inspection process has all the features of the TI-10 process described in the previous paragraph, with the exception that no oblique angles are included. Thisinspectionprocessisprovidedspecificallyforthecli-ent who is primarily interested in an inspection equivalent to EMI, but with improved sensitivity to internal imperfec-tions and an enhanced wall thickness measurement. Gam-ma systems used in today’s EMI machines indicate relative wall changes based upon a known area thickness. At best, coverage of the pipe wall is about twenty-five percent(25%). The TI-6 inspection, unlike the gamma systems, offers real time ultrasonic thickness inspection based on the actual velocity of the material being inspected. The data provided by this type inspection offers accuracy of approximately plus or minus one thousandth of an inch (.001”). The inspection coverage is a minimum of one hun-dred and ten percent (110%), and is unequaled by today’s gamma systems.

4. (LAMSCAN) FULL LENGTH UT WELD LAMINATIONUltrasonic scans of the weld area of the pipe, using the proper transducers and inspection according to TI evalu-ations of the material. Special customer requirements will be provided with individual quotes.

5. (3D-VISONARRAYSM) 3D-VISONARRAYSM VIRTUAL IMAGINGThe latest technology required to reach the world’s deep-est oil and gas well depths, is Technical Industries, Inc., proprietary latest innovation. Now our customers can view, (Walk)thepipefromtheinside,outside,andasflatplate,stop at any point and view the wall thickness, and the condition of the pipe. Calculate the burst rate, collapse rate, pull rate of each joint, obtain a permanent record, and compare future inspections, thus enabling the client to project future life expectancy, and usage of the pipe.

6. (TI-DATA) FULL BODY COMPUTERIZED DIGITAL DATA WALL PACKAGETechnicalIndustries,Inc.,isthefirsttodevelopthistech-nology required by some of the major oil companies to developsomeoftheworld’smostcriticaloil&gasfields.The technology includes the gathering of numerous wall thickness readings grouped in 1/4” helix along the length of the pipe while scanning the pipe body for defects.

The computer records the lowest, the highest, and the 64 point average wall thickness of the pipe. Wall thick-ness is displayed as a continuous graph whose height is directly related to thickness. All DATA may be stored in-definitelyonadiskandmaybeviewedatthecustomer’sconvenience.

7. VisonicTM VIRTUAL IMAGING TI-18This Technical Industries, Inc., proprietary technology pro-vides a virtual image of the inspected pipe in a 1/4” (CSA) helix. The data is stored on a server. This provides the cus-tomer with a 3D view of the pipe condition of the inside and the outside.

Also thepipecanbeviewedasaflatplate.Thecus-tomer can stop at any point and examine the condition and read the wall thickness within 2/1000” accuracy. By using the proper algorithm, the customer can calculate the burst, collapse, and tensile strength of each pipe. The customer will be able to compare previous conditions to a recent one and be able to project future life expectancy of the pipe. This serviced is provided with Full Length UT TI-18 which includes scanning the pipes for defects every 22.5 degrees along the surface of the pipe.





























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8. ELECTRONIC DATA TRANSMISSIONThis technology includes the recordation of all wall thick-ness data of the pipe, and provides 360 wall thickness read-ings for each 1/4” CSA slice all along the length of the pipe. One reading for each degree along the circumference of the 1/4” CSA slice. The data is compiled using Technical Indus-tries, Inc., proprietary software in order to display the pipe in 3D virtual imaging. This service is offered in conjunction with Full Length UT TI-18 VisonicTM Services.

9. (TECHLOG®)TECHLOG FULL BODY ELECTRO-MAGNETIC INSPECTION, FOUR (4) FUNCTIONS Usually used for pipe with wall thickness not to exceed 0.430” using our four-function electromagnetic inspection unit,oilcountry tubular, insizes2-1/16 inch through13-3/8 inch diameter, can be scanned for longitudinal, trans-verse and wall thickness anomalies, plus pipe grade veri-fication.

To locate longitudinal anomalies, a transversely oriented activemagneticfield is induced into the tubular tobe in-spected as the pipe is conveyed through the inspection unit. Transducers,fixedataninety-degree(90o)angleasrefer-encedto themagneticfield,detect“flux leakage”causedby any imperfection whose depth and orientation coincide with the longitudinal calibration and are recorded on a strip chart for later investigation.

To locate transverse and three-dimensional anomalies, alongitudinalmagneticfieldisinducedintothepipebody,generatingamagneticfieldinexcessof850freeairgauss.Eight detection shoes, containing transducers, ride on the outsidesurfaceofthetubularbeinginspected.All“fluxleak-age” caused by transverse or three-dimensional anomalies are recorded on a strip chart for further investigation.

To examine the pipe wall to determine acceptable wall thickness, a radioactive beam and a detector mechanism are used (Gamma Ray). Output of this wall thickness detec-tion system is recorded on a strip chart recorder for further investigation.

To verify pipe grade, a system measuring material per-meability against a known standard, is used. If a discrepan-cy is noted, an audible warning is generated and is followed bymanualconfirmationofthepipegrade.

10. (TECHSCOPE®) TECHSCOPE® ELECTRO-MAGNETIC TRANSVERSE RACK INSPECTION Eight electromagnetic transducers mounted inside a cir-cumferentialaluminumcylinderdesignedtofitfirmlyontheoutside surface of the pipe, travels along the length of the pipe searching for transverse defects generated by disrupt-

edlongitudinalmagneticfield,theprocessisusuallyusedto inspect used Drill Pipe (To satisfy API RP 7G Section 10 and USED DRILL PIPE DS-1 INSPECTION CATEGORY 3, 4 & 5. TH Hill DS-1 STANDARD.

11. (FL-OD) FULL LENGTH OD GAUGEThe entire length of the tube excluding tool joints or con-nections will receive OD gauge inspection. If abnormal OD is detected, an ultrasonic compression instrument for wall thickness at the maximum wear will inspect the area that records the most OD wear, and the readings will be recorded.

12. (FL-MPI-L ID OR OD) FULL BODY MAGNETIC PARTICLE INSPECTIONLONGITUDINAL DEFECTS OD OR ID OF ThE ENTIRE TUBE EXCLUDING ThREADS. A circumferential field orlongitudinalfield is inducedintothepipetobe inspected,using a capacitive discharge system for longitudinal defects ofadequatesizeforthematerialbeinginspected.Thefulllength of the tubular is visually checked on the outside or the inside for any discontinuities. Dry iron powder is than applied to the entire outside or inside surface. All powder accumulations causedby “flux leakage” at the site of ananomaly isprobedand if insufficient tocauserejectionofthe material, are removed and the surface contoured.

13. (FL-MPI-L ID & OD) FULL BODY MAGNETIC PARTICLE INSPECTIONLONGITUDINAL DEFECTS OD & ID OF ThE ENTIRE TUBE EXCLUDING ThREADS. A circumferential field isinduced into the pipe to be inspected, using a capacitive dischargesystemofadequatesizeforthematerialbeingin-spected. The full length of the tubular is visually checked on the inside and outside for any discontinuities. Dry iron pow-der is than applied to the entire outside surface. All powder accumulations causedby “flux leakage” at the site of ananomaly isprobedand if insufficient tocauserejectionofthe material, are removed and the surface contoured.

14. (FL-MPI-L&T OD) FULL BODY MAGNETIC PARTICLE INSPECTIONLONGITUDINAL & TRANSVERSE OD DEFECTS OF ThE ENTIRE TUBE INCLUDING UP-SETS, AND EXCLUDING ThREADS.Acircumferentialfieldis inducedintothepipeto be inspected, using a capacitive discharge system and a DCcoilisusedforinducingalongitudinalfieldofadequatesizeforthematerialbeinginspected.Thefulllengthofthetubular is visually checked on the outside for any discon-

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tinuities. Dry iron powder is than applied to the entire out-side and inside surface. All powder accumulations caused by“fluxleakage”atthesiteofananomalyisprobedandifinsufficienttocauserejectionofthematerial,areremovedand the surface contoured.

15. (FL-MPI-L&T- OD & ID) FULL BODY MAGNETIC PARTICLE INSPECTIONLONGITUDINAL & TRANSVERSE DEFECTS OD & ID OF ThE ENTIRE TUBE INCLUDING UP-SETS, EXCLUDING ThREADS.Acircumferentialfield is induced into thepipeto be inspected, using a capacitive discharge system for transversefield,andaDCcoil for longitudinalfieldofad-equatesizeforthematerialbeinginspected.Thefulllengthof the tubular is visually checked inside and out for any dis-continuities. Dry iron powder is than applied to the entire outsidesurface.Allpowderaccumulationscausedby“fluxleakage” at the site of an anomaly is probed and if insuf-ficienttocauserejectionofthematerial,areremovedandthe surface contoured.

16. (TI CAMERA) CAMERAVisual inspection of the inside surface of the tubular, using a camera similar to camvision. Images can be recorded for later viewing.

17. (FLD) FULL LENGTH DRIFT IN OR NOT IN CONJUNCTION WITH FULL BODY UT OR EMIThe length of the tube is gauged with a mandrel to determine compliancewithAPIorcustomerspecificationinternaldiam-eter specifications. If specialdiametermandrel is required,the cost of manufacturing will be re-billed to the client.

18. (LAMSCAN) LAMINATION SCANSTo insure that no injurious lamination is present in the end area of plain end pipe that will later be threaded or welded. Using ultrasonic instrumentation, in conjunction with proper ultrasonic transducer, the circumference of the pipe is com-pletely scanned for one inch from the pipe end.

19. (DrySEA-2) DRY SEA MAGNETIC PARTICLE SPECIAL END AREA INSPECTION FOR THREADED PIPE CRITICAL APPLICATIONThe dry special end area inspection is performed on ferro-magnetic material. The area to be inspected must be thor-oughly cleaned before beginning the inspection process. After a visual thread inspection is performed, a DC magnet-icfield,properlyorientedaccordingtotheinspectiontobe

performed, is induced into the pipe. Dry iron powder is ap-plied to the area. Any accumulation of powder at the point of fluxleakage,causedbyananomaly,willbeprobed.Shouldtheanomalybeinsufficientforrejectionofthematerial,theimperfection will be removed and the area contoured.

20. (Dry Mag. AC Threaded-NC) DRY SEA MAGNETIC PARTICLE FOR THREADED & COUPLED PIPE NON-CRITICAL APPLICATION The dry special end area inspection is performed on fer-romagnetic material. The area to be inspected must be thoroughly cleaned before beginning the inspection pro-cess. After a visual thread inspection is performed, A.C. magneticfield,usingayokeorother instrumentproperlyoriented according to the inspection to be performed, is induced into the pipe. Dry iron powder is applied to the area.Anyaccumulationofpowderatthepointoffluxleak-age, caused by an anomaly, will be probed. Should the anomaly be insufficient for rejection of thematerial, theimperfection will be removed and the area contoured.

21. (DrySEA-2-PE-CA) DRY SEA MAGNETIC PARTI-CLE FOR PLAIN END PIPE CRITICAL APPLICATION The dry special end area inspection is performed on fer-romagnetic material. The area to be inspected must be thoroughly cleaned before beginning the inspection pro-cess. After a visual inspection is performed, a DC mag-netic field,properlyorientedaccording to the inspectionto be performed, is induced into the pipe. Dry iron pow-der is applied to the area. Any accumulation of powder at thepointof flux leakage, causedbyananomaly,will beprobed. Should the anomaly be insufficient for rejectionof the material, the imperfection will be removed and the area contoured.

22. (Wet-SEA-2-Threaded CA) WET SEA FOR THREADED PIPE FOR CRITICAL APPLICATIONSThis inspection process, using finely ground iron powdersuspended in a fluid, is used to inspect the ends of fer-romagnetic tubular. The area to be inspected must be thor-oughly cleaned before beginning the inspection process. This is followed by a visual thread inspection. A magnetic field,whosedirectionisappropriatefortheinspectionbe-ing performed, is than induced into the tubular. A bath with thesuspendedfluorescentironparticlesisthanappliedandthe area viewed under an ultraviolet lamp. Any anomalies found will be probed for depth. In the event the anomaly is insufficientforrejectionofthematerial,theanomalywillberemoved and the area contoured.

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23. (WetSEA-2-PE-CA) WET SEA FOR PLAIN END PIPE FOR CRITICAL APPLICATIONS This inspection process, using finely ground iron powdersuspended in a fluid, is used to inspect the ends of fer-romagnetic tubular. The area to be inspected must be thor-oughly cleaned before beginning the inspection process. This is followed by a visual thread inspection. A magnetic field,whosedirectionisappropriatefortheinspectionbe-ing performed, is than induced into the tubular. A bath with thesuspendedfluorescentironparticlesisthanappliedandthe area viewed under an ultraviolet lamp. Any anomalies found will be probed for depth. In the event the anomaly is insufficientforrejectionofthematerial,theanomalywillberemoved and the area contoured.

24. (Dye Pen Threaded) DYE PENETRANT SEA FOR THREADED PIPEIn the event that the material to be inspected is not fer-romagnetic and an ultrasonic end area inspection is inap-propriate, the use of dye penetrant inspection may be em-ployed.Thematerialisfirstcleanedovertheentiresurfacetobe inspected.Afluorescentdyeof theproper type forthe material will be applied. Inspection will proceed under ultraviolet light. Anomalies found through this inspection will beprobedandremovediftheirdepthisinsufficientfortherejection of the material.

25. (Dye Pen) DYE PENETRANT SEA FOR PLAIN END PIPEIn the event that the material to be inspected is not fer-romagnetic and an ultrasonic end area inspection is inap-propriate, the use of dye penetrant inspection may be em-ployed.Thematerialisfirstcleanedovertheentiresurfacetobe inspected.Afluorescentdyeof theproper type forthe material will be applied. Inspection will proceed under ultraviolet light. Anomalies found through this inspection will beprobedandremovediftheirdepthisinsufficientfortherejection of the material.

26. (UT SEA-L-or-T) ULTRASONIC SPECIAL END AREA INSPECTION, TEN INCHES (10”) EACH END NOT INCLUDING THREADSUltrasonic end area inspection is performed on material that is either non-ferromagnetic or where the customer is con-cerned about imperfections that are not readily discernable with other inspection methods (i.e., laminations). The entire surface area is scanned, for ten inches from the end of plain end pipe or from the last thread on threaded pipe, using the

appropriate transducercoupled to shear wave instrumenta-tion. Imperfections found during the inspection process are further probed to evaluate their severity. If the imperfection is not severe enough to cause rejection of the tubular and it is removable, it is then removed and the area contoured. Includes preparation.

27. (C&V) CLEAN AND VISUAL THREAD INSPECTIONThreads and shoulders are cleaned and visually inspected for service-induced defects, corrosion, mechanical, or man-ufacturing irregularities. Thread compound is re-applied, and thread protectors re-installed, when provided.

28. (EA-PREP) END AREA PREPARATION FOR PLAIN END AND THREADED PIPEFor the greatest part of all the inspections performed by Technical Industries, Inc., it is necessary that the pipe to be inspected be free of any foreign material that could degrade the inspection process. This is especially true for the end area inspection. The preparation process requires that the pipe be cleaned thoroughly for a distance of twenty-four inches (24”) from each end of the pipe on both the external and internal surfaces. For threaded pipe, the completion of the process requires a specific compound applied to thethreads and the protectors replaced and tightened to the appropriate torque.

29. (C&D) CLEAN AND REDOPE THREADThreads are cleaned specified compound applied andthe protectors replaced and tightened to the appropriate torque.

30. (API-TG) A.P.I. THREAD GAUGINGIncludes the inspection of: Lead Gauge Twice, ThreadHeight, Taper, Triangle, Make-up, coupling length & pin run out gauge. (No cleaning.)

31. (MRP-TG) MRP THREAD GAUGINGMRP gauging includes a check of the pitch diameter and verificationoftheovalityonthreadedpipe.1.) Several OD readings of box & pin to determine the high-est reading & the lowest reading. 2.) Calculation of the dif-ference between the highest reading & the lowest reading. 3.)Maintainingthetolerancewithinthespecifications.NOCLEANING.

32. (HT) HARDNESS TESTINGUsing special instruments, made by Rockwell or other manufacturers, hardness testing will be performed, and the

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instrument will be used according to manufacturer instruc-tionsandspecificationstodeterminetheproperhardnessof the material.

33. (UT-Spot) ULTRASONIC WALLTHICKNESS SPOT INSPECTIONAccordingtomanufacturerinstructionsandspecifications,mechanical, or ultrasonic instruments operated by trained personnel perform wall thickness Spot-Check, and record the readings.

34. (DP 013 Bi-Dry-SEA) DRY SEA BI-DIRECTIONAL TOOL JOINT INSPECTIONMagneticfieldisinducedintothetooljointusingmagneticequipment in separate stages longitudinal and transverse fields.The transversemagneticparticle inspection isper-formed on the threads, and the longitudinal inspection is performed on the tool joint OD.

35. (DP 015 Dry-S&C) DRY SEA SLIP & CHAIN AREASThe OD surface of the slip and chain areas of the pipe will be magnetized for magnetic particle inspection of trans-verse defects.

36. (DP 018 Bi-Wet-TJ) WET FLUORESCENT BI-DIRECTIONAL MAGNETIC PARTICLE TOOL JOINT INSPECTIONPin threads & Box will be magnetized and inspected fortransverse defects, Pin & Box for OD longitudinal defects.Themagneticfieldwillbeorientedtwiceoneforlongitudi-nalandanotherfortransversedefects,andwetfluorescentfluidwillbeappliedtolocatefinedefects.

37. (DP 020 Wet-S&C) WET FLUORESCENT MAG-NETIC PARTICLE INSPECTION OF SLIP & CHAIN AREAS OD surface will be inspected for transverse defects using a magneticfieldorientedfortheapplication,andwetfluores-centfluidwillbeappliedtolocatefinedefects.

38. (DP 21 UT-TJ) ULTRASONIC INSPECTION OF TOOL JOINT WELDSUltrasonic Shear Wave instrument will be calibrated, and operated by a trained inspector to detect transverse defects in the weld area of the tool joint.

39. (DP 024) ULTRASONIC BI-DIRECTIONAL END AREA SCAN OF SLIP & CHAIN AREASUT Shear Wave instrument will be calibrated, and operated by a trained inspector to detect transverse and longitudinal defects in the slip & chain areas 12” past upset including tool joint weld.

40. (DP 026 UT-SEA-TRI) ULTRASONIC TRI-DIREC-TIONAL END AREA SCAN OF SLIP AND CHAIN AREAS UT Shear Wave instrument will be calibrated, and operated by a trained inspector to detect transverse and longitudinal defects in the slip & chain areas past the tool joint weld, and compression wave Wall Thickness instrument will inspect the wall thickness 12” past up-set area including tool joint weld.

41. (DP 027 TJ-OD) TOOL JOINT OD MEASUREMENTTo determine OD at the tool joint shoulder width. In order toavoiddownholefailure,thetooljointODwillbeverifiedaccording to (API RP7G Section 10)

42. (DP 028 TJ-FC) TOOL JOINT (Face) VISUAL EXAMINATIONVisual examination of tool joint face excluding threads or tool joint body, the face will be visually examined for dam-ages that could cause seal washout, and eventually failure, inspection performed according to (API RP7G Section 10).

43. (DP 029 TJ-FC-WD) TOOL JOINT SHOULDER (Face) WIDTHMeasurement of the tool joint shoulder seal, to determine if it is wide enough, and within tolerance for further use.

44. (DP 030 WDG) TOOL JOINT WELDING DATE//GRADE MARK EXAMINATIONPerformed on pin end only according to (API RP7G Section 10)

45. (DP 032 C&V) TOOL JOINT CLEAN & VISUAL EXAMINATIONThreads and shoulders are cleaned and visually inspect-ed for service-induced defects, corrosion, mechanical, or manufacturing irregularities, thread compound is re-applied, and thread protectors re-installed, when provided.

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46. (DP 033 TJ-PS) TOOL JOINT PIN STRETCH INSPECTIONThejointpiniscleanedandthreadsarevisuallyverifiedtoahandheldmechanicalthreadprofileleadgauge,theinspec-tion procedure performed by trained inspector.

47. (DP 034 TJ-B-SWL) TOOL JOINT BOX SWELLING AND MEASUREMENT & COUNTER BORE QcA trained inspector will take measurement across the inside bore of the box and compared to API Spec. 7 for possible swelling indication. 48. (DP 036 RSC-DIM) RSC DIMENSIONAL INSPECTION OF CONNECTIONSA trained inspector will visually inspect each end and verify tool joint OD & ID, tool joint length, bevel diameter, pin cyl-inderdiameter,threadlength,threadprofileandhardbandmeasurements. Dimensions to be recorded according to APIRP7GSection10.DoesNotInclude,Cleaning,Buffing,Solvent, Compound, and Environmental.

49. (DP 037 RSC-RFC) REFACING OF ROTARY SHOULDER CONNECTIONS Technical Industries, Inc., provides trained inspectors with Sand Paper or lathe type re-facer for single shoulder con-nection. Proprietary dual shoulder connection re-facer is available.

50. (DP 038 M-STP) METAL STAMPINGMetal stamping includes the numbering of each joint, and the marking of the inspection company initials, month and year pipe inspected.

51. (DP 040 DRY-SEA) HEAVYWEIGHT DRILL PIPE INSPECTION DRY MAGNETIC PARTICLE INSPECTION FOR END AREASDry magnetic particles applied according to Technical Indus-tries,Inc.specificationsInspectionProceduresforEndAreasare performed on ferromagnetic material. The area to be in-spected must be thoroughly cleaned before beginning the inspection process. After a visual thread inspection is per-formed,aDCmagneticfield,properlyorientedaccordingtothe inspection to be performed, is induced into the pipe. Dry iron powder is applied to the area. Any accumulation of pow-deratthepointoffluxleakage,causedbyananomaly,willbeprobed.Shouldtheanomalybeinsufficientforrejectionofthe material, the imperfection will be removed and the area contoured.

52. (DP 041 HWDP-WET- SEA) HEAVYWEIGHT DRILL PIPE TOOL JOINT BLACKLIGHT INSPECTIONInspection includes the visual examination and dimensional inspection of the connection, blacklight connection inspec-tion according to Category 3-5. This inspection process includes,usingfinelyground ironpowdersuspended inafluid,isusedtoinspecttheendsofferromagnetictubular.The area to be inspected must be thoroughly cleaned be-fore beginning the inspection process.

This is followed by a visual thread inspection. A mag-neticfield,whoseorientationisappropriatefortheinspec-tion being performed, is than induced into the inspected tool.Abathwiththesuspendedfluorescentironparticlesisthan applied and the area viewed under an ultraviolet lamp. Any anomalies found will be probed for depth. In the event theanomalyisinsufficientforrejectionofthematerial,theanomaly if accessible will be removed and the area con-toured. 53. (DP 042 FL-DRY- SEA&MOI) DRILL COLLARS, KELLYS AND STABILIZERS, FULL LENGTH DRY MAGNETIC PARTICLE INSPECTION & MECHANICAL OPTICAL INSPECTIONDry magnetic particles according to Technical Industries, Inc. specificationsInspectionProceduresforFullLengthexclud-ing end areas is performed on ferromagnetic material. The outside surface of the tool is cleaned and visually examined for defects. The inside surface of the tool is examined with proprietary camera or special optical instrument for vis-ible defects. The area to be inspected must be thoroughly cleaned before beginning the inspection process.

After a visual thread inspection is performed, a DC mag-neticfield,properlyorientedaccordingtothe inspectiontobe performed, is induced into the pipe. Dry iron powder is ap-plied to the area. Any accumulation of powder at the point of fluxleakage,causedbyananomaly,willbeprobed.Shouldtheanomalybeinsufficientforrejectionofthematerial,theimperfection if accessible will be removed and the area con-toured.

54. (DP 043 FL-MOI + MPI & SEA) DRILL COLLARS, KELLY AND STABILIZERS, FULL LENGTH MECHANI-CAL OPTICAL & END AREA INSPECTIONThe outside surface of the tool is cleaned and visually ex-amined for defects. The inside surface of the tool is exam-ined with proprietary camera or optical instrument for visible defects, the ends are inspected as described in Dry Mag-netic Particle End Area Inspection.

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55. (DP 044 C&V - RSCD3 –WET – SEA) DRILL COLLARS AND SUBSVisual connection, dimensional 3, and blacklight inspection of connections Category 3-5, as described in service line 31 code DP018.

56. (DP 045 MOI + MPI) CORE BARRELS MECHANICAL OPTICAL & MAGNETIC PARTICLE INSPECTIONDry magnetic particles applied according to Technical In-dustries, Inc. specifications inspection procedures for fulllength excluding end areas is performed on ferromagnetic material.

The outside surface of the tool is cleaned and visually examined for defects. The inside surface of the tool is ex-amined with proprietary camera or special optical instru-ment for visible defects. The area to be inspected must be thoroughly cleaned before beginning the inspection pro-cess. After a visual thread inspection is performed, a D.C. magneticfieldproperlyorientedaccordingtotheinspectionbeing performed, is induced into the pipe. Dry iron powder is applied to the area. Any accumulation of powder at the pointoffluxleakage,causedbyananomaly,willbeprobed.Shouldtheanomalybeinsufficientforrejectionofthemate-rial, the imperfection if accessible will be removed and the area contoured.

57. (DP 046 MOI+MPI) DRILL BIT INSPECTION, MECHANICAL OPTICAL & MAGNETIC PARTICLE INSPECTIONSame as in No. 53 MOI+MPI procedure will be applied. Same as in No. 53 MOI+MPI procedure will be applied. What ispresentedhereisageneralizedformat.Itshouldbenotedthat we are able to develop special inspection systems for special needs and/or special projects, depending on our cli-ent’s unique requirements As an original equipment manu-facturer, it is our policy to use as many off-the-shelf items as possible. Reducing our manufacturing costs and providing simplifiedmaintenanceandrepairforourclientsisoneofourmajorgoals.Anadditionalbenefittothisapproachisthe documentation provided by the original manufacturer of individual components.

Having the best inspection system available, is in itself, not the sole answer in obtaining a quality inspection. We feel that the inspection system is only an extension of the person who is conducting and who is ultimately respon-sible for the quality of the inspection. For this reason and as part of the total package, we have incorporated an exten-sive training program. This insures the ultimate success of theentireprogram.Certifiedpersonnelwillconductthetraining along with an inspection supervisor who is well acquainted with the operation of the inspection system.

We will always be available, to the best of our ability, to provide ongoing support, training, personnel, technologi-cal improvement, and/or help in any area where it is felt we could be of assistance.

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TECHNICAL INFORMATION

ET-Series Ultrasonic Inspection

The ET-SERIES ULTRASONIC INSPECTION SYSTEM is a culmination of years of trial and error. Since 1985, when thefirstET-SERIESSYSTEMwasdevelopedandplacedinto operation, many improvements have been made to in-crease speed and improve accuracy and reliability. We be-lieve our current state-of the-art ET-SERIES ULTRASONIC INSPECTION SYSTEM not only meets today’s inspection needs, but those of years to come.

Whatispresentedhereisageneralizedformat. Itshouldbe noted that we are able to develop special inspection systems for special needs and/or special projects, de-pending on our client’s unique requirements.

As an original equipment manufacturer, it is our policy to use as many off-the-shelf items as possible. Reducing our manufacturingcostsandprovidingsimplifiedmaintenance

and repair for our clients is one of our major goals. An additional benefit to this approach is thedocumentationprovided by the original manufacturer of individual com-ponents.

Having the best inspection system available, is in itself, not the sole answer in obtaining a quality inspection. We feel that the inspection system is only an extension of the person who is conducting and who is ultimately respon-sible for the quality of the inspection. For this reason and as part of the total package, we have incorporated an ex-tensive training program. This insures the ultimate success oftheentireprogram.Certifiedpersonnelwillconductthetraining along with an inspection supervisor who is well acquainted with the operation of the inspection system.

We will always be available, to the best of our ability, to provide ongoing support, training, personnel, technologi-cal improvements, and/or help in any area where it is felt we could be of assistance.





























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General Overview1.1 SIZE, LENGTH, AND WALL THICKNESS1.2 COVERAGE1.3 DETECTABILITY1.4 PRODUCTION SPEEDS1.5 ULTRASONIC TEST INSTRUMENTS1.6 TRANSDUCERS1.7 TRANSDUCER HEAD ASSEMBLY1.8 SIGNAL MONITORING1.9 SYSTEM CONTROL1.10 OPTIONAL DIGITAL COMPUTER ENHANCEMENT PACKAGE1.11 VISONIC™ Virtual Imaging Inspection

1.1 SIZE, LENGTH, AND WALL THICKNESS Technical Industries Inc., ET-SERIES Ultrasonic Inspection Systems are designed to inspect oilfield tubulars, ASTM,andothertubularsranginginsizesfrom1.99inchto24inchOD, with couplings. Length capabilities range from 5 feet through 60 feet. Wall thickness minimums and maximums are a function of transducer frequency, shear wave angle, and pipe outside diameter. With the ET-SERIES inspection head design, transducers are easily interchanged with few limitationsonpipesize,shearwaveangleandtransducerfrequency. This design allows quick changeovers to accom-modate a variety of wall thickness’.

1.2 COVERAGE Intherecommendedstandard“FullScan”configuration,thetransducersareorientedtoprovide360Oflawdetectabilitywithin 14 (fourteen) inches from the ends and wall thickness measurements within 2 (two) inches of the pipe ends. Vari-able speed controls for pipe rotation and gantry travel allow for easy and accurate control of the inspection helix.

1.3. DETECTABILITY Transducers can be selected to produce various degrees of detectability and sensitivity. With proper transducer se-lection, all ET-SERIES systems are capable of repeatedly detectingsmallreflectorsonboththeI.D.andO.D.surfac-es.Thesesmallreflectorsinclude1/8”diameter5%roundbottom pits and 1/4” x 0.010” x 5 % EDM notches at any orientation.

1.4 PRODUCTION SPEEDS Production speeds are a function of numerous variables, someofwhichare:transducersizeandfrequency,material

size,material length,materialcondition,systemsensitivitysettings,numberandseverityofflawsexceedingthreshold,pipe straightness, etc. Under normal condition, using the recommended “full scan”, non-stop scanning speeds aver-age approximately 30 (thirty) seconds per inch of outside diameter. EXAMPLE:30sec.x7”=Approx.3.5minutesper40footlength.

Using the “mill scan”, non-stop scanning speeds average approximately 10 (ten) seconds per inch of outside diameter.

EXAMPLE:10sec.x7”=Approx.70secondsper40footlength.

For complete cycle time, using the standard loading and unloading procedures, approximately 1 (one) minute is add-ed for loading and unloading.

1.5 ULTRASONIC TEST INSTRUMENTS The ET-SERIES test systems have 24 channel flaw/thick-ness capability. Based on the job requirement, any chan-nelnumbersof24canbeassingedtoflaworthickness.Ithasamaximumpulserepetitivefrequencyof20KHz.Theonboard data processing capability provides real time ultra-sonictestingforoilfieldtubulargoods.

1.6 TRANSDUCERS The ET-SERIES test systems utilize specially designed,custom built transducers. The crystal is set in a cylindrical housingandpre-settoafixed,specifiedangleatmanufac-turing.Manydifferentsizes,frequenciesandanglescanbeutilizedtoaccommodatemostanyneed.





























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1.7 TRANSDUCER HEAD ASSEMBLY The transducer head assemblies are uniquely designed andfield-provenforruggednessandcontinuousproduc-tion service. Construction is of corrosion-resistant mate-rial. High-density plastic wear-shoes protect the transduc-ers and contain the couplant to provide the desired water gap between the transducer and the pipe surface. Orien-tation and vertical position of the transducers are adjust-able. With the unique ET-SERIES head design, transducers areeasilyinterchangedwithfewlimitationsonsize,angleand frequency. This design allows for quick set-ups and/or changeovers to accommodate a variety of needs.

1.8 SIGNAL MONITORING The ET-SERIES ultrasonic inspection systems incorporate visual displays, visual alarms, audio alarms, and recorded analog to indicate suspect pipe conditions. Visual dis-plays are of real-time analog from all channels and digital monitoring of thickness readings. Visual alarms consist of real-time LED’s, latching LED’s and recorded alarms to indicate the detection of conditions exceeding threshold levels. Audio alarms are sounded in real-time for condi-tions exceeding threshold levels and are of different tones todistinguishbetweenIDflaws,ODflawsandwallthick-ness measurements. Recorded analog is continuous for wall thickness and can be scaled to the operator or cus-tomersownrequirements.Theanalogsignalflawchannelsare recorded at the proper amplitude whenever the signal exceeds threshold levels. The threshold level can be set to zero(0)forcontinuousmonitoringoftheanalogsignal.

1.9 SYSTEM CONTROL The ET-SERIES ultrasonic inspection systems incorporate a programmable logic controller to facilitate in both pipe handling and the inspection process. The use of a com-puter generated touch screen greatly enhances the over-all system capability, aesthetics, and noise immunity that is normally associated with mechanical switches. Further systemmodificationsaremademuchmoreeasily,asnosystem rewiring is required. While using this advanced feature all inspection criteria is constantly monitored by the PLC to insure that no area of the inspection is left to chance. The totally automatic feature also has the added benefitofreducingoperatorfatigue.

1.10 OPTIONAL DIGITAL COMPUTER ENHANCEMENT PACKAGE Real time computer enhancement of the inspection is pos-sible using the latest in today’s technology. The digital com-puter enhancement package available for the ET-SERIES inspection systems, integrates the ultrasonic electronics with a proprietary time domain facility, known as the ET-26 module. Together with the computer software package, ul-trasonic signals are converted into digital information and displayed on a color coded, computer-animated screen. This information is displayed accurately in both the X and Y-axis, based on the Customer’s requirements, and stored onthecomputersinternalharddrive,opticalfloppydrive,or the latest in compact disk technology.

When accuracy and speed are of the up most importance for prove-up of indications found during the full body in-spection process, the computer generated reporting sys-tem will become an invaluable tool. Detailed information of indications which exceed threshold levels, is generated as






























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hard copy on prove-up sheets. The detailed information includesthe jobnumber, lengthnumber,date, time,flawnumber, transducer number, transducer angle, signal am-plitude, ID/OD information, X position, Y position, and to-taltallylength.Anareaforfinalclassificationofthelengthisalsoprovidedontheprove-upsheet.Finalclassificationis entered into the computer generated reporting system. At the completion of the job, this information is generated inhardcopyasthefinalinspectionreport.

Dataderivedfrombothflawunitsandthewallmeasure-ment unit is routed to an optical display panel. Contained on this display panel is a series of semiconductor lamps. Each channel of incoming information is provided as two (2) different indications. The first is a lampwith variableduration from 0 to 75 seconds. This lamp acts as a history indicator for indications found during the inspection pro-cess.Inthecaseofflawchannels,two(2)historylampsareused in conjunction with the ET-26 module to determine whether the indication was on the ID or the OD surface. Audiblealarmsaresynchronizedwiththerealtimeincom-ing data and use multiple tones to distinguish between ID and OD indications.

Data generated by the Digital Computer Enhancement Package is routed for storage in the customer’s desired format. This information can be recalled and displayed for future reference by the post inspection software package. Many other software programs are provided with the Com-puter Enhancement Package. These consist of instrument

setting tables for the KSE’s and WDM, encoder screens, transducer design software, and helix calculation soft-ware. All of these packages are custom designed to meet thecustomer’sindividualspecifications

1.11 VISONIC Virtual Imaging InspectionThe latest technology required to reach the world’s deep-est oil and gas well depth, is Technical Industries, Inc., proprietary latest innovation. Now our customers can view, (walk) the pipe from inside, outside, and as a flat plate,stop at any point and view the wall thickness, and condi-tion of the pipe.






























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TECHNICAL INFORMATIONCalculate the burst rate, collapse rate, tensile strength (pull rate) of each joint, obtain a permanent record, and by com-paring recent inspections to previous ones, thus enabling the client to project future life expectancy, and usage of the

pipe. Pictures below are VISONIC™ 3D images of inspect-ed pipe, the lighter the color, the thinner the wall thickness of the pipe, and the darker the image the thicker the wall thickness of the pipe.

Inside View

Inside, outside, DATA, cross sectional

Outside View

Plane View





























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Comparison Table Between EMI / FLUT / FLUT Phase Array / Technical Industries, Inc. Visonic. EMI FLUT *FLUT

Phased Array

VISONIC™ 3D Imaging

1. Detection capability (Standard API detection capability longitudinal, transverse & wall thickness) Yes Yes Yes Yes

2. Detection capability (Exceeding API Including oblique defects and wall thickness measurement) No Yes Yes Yes

3. Ability to inspect both non-ferromagnetic and ferromagnetic pipe No Yes Yes Yes

4. Ability to inspect API pipe range I & II & III pipe Yes Yes Yes Yes

5. Ability to inspect pipe below 10’ short pipe and coupling stock No No No Yes

6. Ability to inspect 1” and over wall thickness pipe for heavy weight drill-pipe and coupling stock No No No Yes

7. Coupling between transducers and pipe Good Good Poor Good

8.ODPipesizeinspectioncapability 2-3/8 -14” 2-3/8”-20” 2-3/8”-20” 2”-26”

9. Wall thickness over 0.430” penetration capability No Yes Yes Yes

10. Standard chart defects & wall thickness graph display capability Yes Yes Yes Yes

11. Wall Thickness, CSA (Cross Sectional Area) capability No No No Yes

12. Defects severity virtual imaging display capability No No Yes Yes

13. Whole pipe virtual imaging including defects & wall thickness No No No Yes

14. Whole 100% pipe virtual imaging tour including Defects & wall thickness and OD/Ovality No No No Yes

15. Simulation of tensile strength capability No No No Yes

16. Simulation of burst capability No No No Yes

17. Simulation of collapse capability. No No No Yes

18.Expandablepipeimagingincludingidentificationoffailureareas. No No No Yes

19. Whole pipe image storing capability for future reference No No No Yes

20. Minimum ID imaging capability No No No Yes

21. Maximum OD imaging capability No No No Yes

22. Measuring pipe volumetric capability No No No Yes

23.Pipeidentificationfingerprintingcapability No No No Yes

24. Pipe manufacturing process imaging capability No No No Yes

25. Pipe straightness imaging capability No No No Yes

26. Threads imaging capability No No No Yes

27. Networking system enabling the monitoring of the unit performance, inspection results and customers inventory

No No No Yes

Proven technology Yes Yes Prototype Yes

RESULTS 5/27 8/27 6/27 27/27

* FLUT Pipe Phased Array inspection system methods are different than Shaw Group Phased Array Weld Inspection Methods. FLUT Phased Array includes the rotation of transducers or the pipe and the traversing along the length of the pipe. This method has proven to cause frequent transducers coupling loss. Therefore, causes loss of signals.





























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COMPANY INFORMATIONWelcome Customers, Technical Industries, Inc., was established in 1971, and the company is well known throughout the world for develop-ing, and introducing the ET-Series full function full length ultrasonic pipe inspection system which is favored by most of the major oil companies.

Technical Industries, Inc., was the first to introduce theComputerDataPackagespecifiedbymajoroilcompanies.

Company Locations

LouisianaP.O. Box 52523, Lafayette LA 70505Tel 337-984 2000 Fax 337-988 1777Plant:1100 N. Airport RoadAbbeville LA 70510

Texas15438A Miller One RoadHouston TX 77049Tel 281-862 2800Operations fax. 281-862 2828Shipping & Receiving fax. 281-862 0030

Mexico222 IndependenciaC.P. 94290Boca del Rio,Veracruz,MexicoTel./Fax. (52) (29) 860733

Saudi ArabiaAl-Suwaiket Est., P.O. Box 321Al-Khobar 31952Saudi ArabiaTel. (966) (3) 898-5000Fax. (966) (3) 898-5500

Technical Industries, Inc., policy is to offer the customers the highest quality, and the best services possible.





























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CONTACT INFORMATIONSend us an e-mail: Technical Industries, Inc. [email protected]

Management & EngineeringGeorge M. Sfeir CEOEdmund Baudoin Jr. Advisor/DirectorAmer Sahli CFO and SecretaryWayne Hall Financial Advisor/ComptrollerChris Johnson Project Development And Assets Management/DirectorJim Beadle Jr. SalesJames W. Beadle Adviser/DirectorDr. Frank Wang PhD., R&D Engineer and MFG ManagerKailu Gao Engineer/Computer Designs M.S.Nikolai Alexeev Software EngineerWalterWozniak ProjectEngineerOctavio Morales Operation SuperintendentJerryStatterfield Training,ISO,APIComplianceOfficerEdgarGutierrez NDTSuperintendentEligio Montenegro NDT Specialist/QAJose Villalobos NDT SpecialistJose Romero NDT Specialist/Safety, Supervisor Jose Villafuerte NDT SpecialistRay Richard Safety InstructorJorge Morales Maintenance Superintendent

Board MembersGeorge M. Sfeir .Charles M. SfeirNida Q. SfeirMichel E. Sfeir





























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SOME OF OUR CUSTOMERS3Tee3D Directional DrillingAmerada Hess Corp.American Cometra, Inc.Ameircan Int. Corp.Anadarko Petroleum Crop.Apache CorporationApplied Drilling Technology, Inc.Aspen Exploration, Inc.Astrobond Co.Athanor Texas Inc.Atlas Tubular, LPATP Oil & Gas Corp.AvestaPolarit Pipe Co.B & T RentalsB.P. AmericaB.P. DeepwaterB.P. OnshoreB.P. ShelfBaker Oil Tools & ServicesBabin Rental Tools - LABaker Oil Tools - TXBell Supply I, L.P.BHP Petroleum-Americas, Inc.BNP PetroleumBois d’ArcBourland & Leverich Supply Company, Inc.BP//VASTARBPA/DrillingBritish Borneo Exploration, Inc.Burlington - OnshoreBurlington Offshore ResourcesC&H Pipe ServicesC.D. Dunn Pipe & SupplyCabot Oil & Gas Corp.Cactus Pipe & SupplyCallon Petroleum Operating Co.Compbell Electric Motors LtdCaprock PipeCDI MarineCentury Exploration New Orleans, Inc.Champions Pipe & SupplyChesapeake Energy Corp.Chevron Corp.Chickasaw Distributors, Inc.Chiles Offshore

Cinco Pipe & SupplyCNG Producing CompanyCoastal Oil & GasCobra Oil & GasConestogaConocoPhillips, Inc.Consolidated Engineering Services, Inc.Continental Alloys and ServicesContinental Casing Ltd.Continental EmscoCorrosion Resistant Alloys, LPCustom ThreadingDeep Gulf EnergyDevon Energy Corp.Diamond OffshoreDirectional RentalDobnikar Sales, Inc.Dominion E&P, Inc.Downhole Pipe & Equipment, LLCDrill-Quip,Inc.Drill Cool System, IncDrill Motor Services, Onc.Dynasty TransportationE.O.G. Resources,Inc.El Paso Oil & GasEl Paso Production Co.Elf ExplorationEnergen Resources MAQ, Inc.Energy AlloysEnergy Pipe LLCENI Petroleum Co., IncEvans Houston Corp.Exploreco International LL.Enerpro InternationalExxon Company, U.S.A.Exxon Mobile CorporationExxonMobil Development CompanyExxonMobile Research USAFina Oil & ChemicalFinancial Assistance, Inc.FMC Technologies, Inc.Forest OilFugro-McClelland MG Inc.G-B Tubulars, Inc.Gateway Logistics Group, Inc.Global Completions Services, Inc.

Global MarineGrant PridecoGuinea CompanyGulf States TubeHalliburtonHalliburton CenterformHamilton MetalHess E&P Corp.Hilcorp EnergyHoward & AssociatesHuntingOilfieldHunting PetrotubeInco AlloyIntergrated Directional ResourcesInternationalOilfieldServicesIntermarine Services, Inc.Kerr McGee CorporationKnight Inspection CompanyKoppel SteelLone Star Steel CorporationLouisiana Land & ExplorationM& G Testing & ServicesM.C. TubularMagellan ExploationMannesmannOilfieldTubularsMariner Energy, Inc.Marubeni Tubulars, Inc.Maxus BoliviaMcFarland Pump Co.McJunkin AppalachianMcMoran Oil & Gas, LLCMidland Pipe, LLC.Miller Pipeline de Mexico, SA de CVMitsui Tubular ProductsMobil Exploration & ProductionMoran-Gulf Shipping AgeniciesMudSaver, Inc.Murphy E&PMWD ServicesNational OilwellNewfieldExplorer,IncNoble Drilling (Canada) Ltd.Noble Drilling U.S. Inc.Noble Energy, Inc.North Star Steel HoustonOdyssey Resource Mangement, Inc.





























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SOME OF OUR CUSTOMERSOFS, Inc.Oil Country TubularOil Technology ServicesOil Tools Inc.Oil Well DirectionalOilfirldPipe&Rental,LLCOmega Natchiq, Inc.Omsco IndustriesOutoKumpu Stainless Pipe, Inc.Pelican Pipe&Supply Inc.Pel-Tex Oil Co., IncPentagon Freight Services, Inc.Petro AmigosPetroquest Engrgy, Inc.Phoenix ExplorationPioneer Natural ResourcesPipeco ServicesPower Solutions, LLCPremier PipePremier Pipe- HostonPrime Tubulars, Inc.Pump Equipment, Inc.Prideco, Inc.Pyramid / Exxon Mobil Co.Pyramid Tubular ProductsQuail Tools, LLPRebel Drilling CompanyRedman SupplyRocky Mountain Steel MillsRowan Drilling Company, Inc.Rutherford Oil CorporationSalzgitter-MannesmannInternationalSantos U.S.A.Seagull Energy CorporationSentinel Instrument USA Inc.Shengli Highland Petroleum Equip. USASnyder Oil & GasSocotherm LaBarge, LLCSooner Pipe & SupplySpartan Steel Products, Inc.Specialty Rental Tool, Inc.SteelServicesOilfieldTubular,Inc.Sterling Towers & La Rouge TowersStone Energy Corp., LLCSumitomo CorporationSuperior Drillpipe

System Pipe & SupplyT.H. Hill & AssociatesTexas A&M Research FoundationTexas Arai, Inc.Texas Steel ConversionTheAnschutzCorporationTheScofieldGroupThermal Spray SpecialistsThyssen SteelTom Brown, Inc.Tomahawk EnterpriseTool Pusher SupplyTorqueLock Corp.Total Minetome CorporationTotal Premier Services, Inc.Transocean Offshore Inc.Triad Pipe & Steel LLC.Triad Pipe & SupplyTriton Engineering ServicesTrigon Tubulars, Inc.Tube SupplyTuboscopeTubular Corp. of AmericaTubular Technology, Inc.Turner Bros. TruckingU.S. MetalsU.S. SteelU.S. Steel GroupUnocal ExplorationVallourec & Mannesmann Tube Corp.VAM Drilling (OMSCO)VAM USA.Vastar Rescources, Inc.VAM PTS Co.Vilco, Inc.Vinson Supply CompanyW&T Offshore Inc.W.J. Bonner Supply CompanyWagner & Brown, Ltd.Weatheford Int’l LOR Div.Wildcat Pipe & SupplyWilson Supply, Inc.Workstrings, LLCXL Systems, Inc.Zackson ResourcesZenergy Resources Ltd





























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B.P. America Project: Troika Gulf of MexicoProject: Pompano Gulf of MexicoProject: Pompano Phase II Gulf of MexicoProject: Aspen Gulf of MexicoProject: Horn Mountain Gulf of MexicoProject: Amberjack Gulf of MexicoProject: Marlin Gulf of MexicoProject: King Gulf of MexicoProject: King West Gulf of MexicoProject: King’s Peak Gulf of MexicoProject: Marlin Sub Sea Gulf of MexicoProject: Thunder Horse Gulf of MexicoProject: Blind Faith Gulf of MexicoProject: Pompano Deep Sub Salt Gulf of MexicoProject: Diana/Hoover Gulf of MexicoProject: Mica Gulf of MexicoProject: Volga RussiaProject: Mad Dog Gulf of Mexico Project: Margarita Bolivia

ConocoPhilips Project: Walker Ridge

Coastal Oil & Gas Project: Nabors 520 & 732 Project: Mecom 115 Zapata County TXProject: Gruy #3 Duvall County TXProject: USA-1 Starr County TXProject: USA-3 Bob West Field Zapata County TXProject: Peter Estates

Chiles Offshore Project: BP Trinidad

Chesapeake Energy Corp.Project: Olive 1-33

Elf Exploration Project: Viosca Knoll

ExxonMobil Project: Hibernia CanadaProject: Mobile Bay Alabama Project: Sakhalin Island RussiaProject: Timber Wolf Gulf of MexicoProject: Keltics Gulf of MexicoProject: Hawks Gulf of MexicoProject: Gaspian Sea RussiaProject: South Timbalier 54 Javelin

Grant Prideco Project: BP Horn Mountain Gulf of Mexico

Noble Drilling, Ltd.-Canada Project: Hibernia Nova Scotia Canada

Noble Drilling, Inc.-Usa Project: Jim Thomson Rig

Omega Natchiq, Inc. Project: Engincon Gulf of Mexico

T.H. Hill & Associates Project: Dominion Oil & Gas Offshore Research

The Anschutz Corporation Project: Clodine Gas Field Denver Colorado

Transocean Offshore Project: M.C. 28 TB3

Wagner & Brown, Ltd. Project:LauroLopez WestTexasProject: Vela #1 West Texas Project: Cavasos #2 West Texas

XL Systems, Inc. Project: Mustang Island

Zackson Resources Project: Camp Cooley

SOME OF OUR PROJECTS





























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TECHNICAL INDUSTRIES, INC.www.engt.com





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ENERGY TECHNOLOGY MFG. & THREADING, LLC.

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ENERGY TECHNOLOGY • 1 MFG. & THREADING. LLC.

Energy Technology MFG. & Threading LLC., is a subsidiary of Energy & Technology Corp.

The PUMA 800 series threading machine we have is the most powerful machine in their class. Designed for heavy and interrupted cutting, holding long term accuracies, and maintainingsuperiorfinishes.

High metal removal rates along with rapid positioning and high speed turret indexing, guarantee unmatched cycle times when real performance is essential. Proven manufac-turing techniques and ultra rigid construction are combined with advanced technological features to produce superior machine with exceptional values.

Proven manufacturing techniques and ultra rigid construc-tion are combined with advanced technological features to produce a superior machine with exceptional values.

The PUMA 800 series is a true 45 degree slant bed design. The bed is a one piece casting with both the saddle and tailstock guideways in the same plane to eliminate thermal distortion. The heavily ribbed torque tube design prevents twisting and deformation. Fine grain Meehanite processed cast iron is used because of its excellent dampening char-acteristics. This ensures high rigidity with no deformation during heavy cutting.

The slant angle allows for easy loading, changing and in-spection of tools. All guideways are wide wrap-around rect-angular type for un-surpassed long-term rigidity and accu-racy. The guideways are widely spaced to ensure stability and fully protected. Each guide-way is induction hardened and precision ground.

Afluroplasticresin,Rulon®142,isbondedtothematingway surfaces, for its wear and friction characteristics and thenhandscrapedforaperfectfitandcenterheight.Op-tional long bed enables extra-long shaft machining.

Energy Technology MFG. & Threading LLC.

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SPECIFICATIONSCapacity

Swing over bed mm (inch) 1030 (40.6)

Swing over saddle mm (inch) 800 (31.5)

Recom. turning diameter mm (inch) 800 (31.5)

Max. turning diameter mm (inch) 900 (35.4)

Max. turning length mm (inch) 1600 [3200] (63.0 [126.0])

Bar working diameter mm (inch) Depending on chuck

Carriage

Travel distance X-axis mm (inch) 470 (20+450) (18.5 (0.8+17.7))

Travel distance Z-axis mm (inch) 1650 [3235] (65.0 [127.4])

Main Spindle

Spindle speed r/min 750

Spindle nose ASA A1 #20

Spindle bearing diameter (Front) mm (inch) 400 (15.8)

Spindle through hole mm (inch) 320 (12.6)

Tool Post

No. of tool station st 12

OD tool height mm (inch) 32 x 32 (1.3 x 1.3)

Boring bar diameter mm (inch) ø 80 (3.2)

Indexing time (1st swivel) s 0.25

Standard FeatureCoolant supply equipment•Full enclosure chip and coolant shield•Hand tool kit, including small hand tool for operations•Hydraulic actuating cylinder•Hydraulic power unit•Leveling jack screw & plates•Lubrication equipment•Programmable Tailstock & Live center•Standard tooling kit (tool holder & boring sleeve)•Work light (2[3]sets)•





























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ENERGY TECHNOLOGY • 3 MFG. & THREADING. LLC.

SPECIFICATIONSTail Stock

Quill diameter mm (inch) 160 (6.3)

Quill bore taper MT# MT#6

Quill travel mm (inch) 150 (5.9)

Feedrate

Rapid traverse X-axis m/min (ipm) 12 (472.4)

Z-axis m/min (ipm) 16 [10] (629.9 [393.7])

Max. cutting feedrate X-axis mm/rev (ipr) 500 (19.7)

Z-axis mm/rev (ipr) 500 (19.7)

Motors

Main spindle motor (cont / 30min) kW (Hp) 37 / 45 (49.6 / 60.3)

Servo motor X-axis kW (Hp) 4.0 (5.4)

Z-axis kW (Hp) 9.0 (12.1)

Coolant pump kW (Hp) 0.9 (1.2)

Machine Size

Machine height mm (inch) 2780 [2590] (109.5 [102.0])

Machine dimension length mm (inch) 5760 [7360] (226.8 [289.8])

Machine dimension width mm (inch) 3145 [2770] (123.8 [109.1])

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Main SpindleMain Spindle DriveThe 45kW (60.3Hp) spindle motor provides power for heavy stock removal, greatly reducing the number of roughing passes required. The reliable digital AC spindle motor pro-vides fast acceleration and is maintenance free. The pre-loadedspindlebearingsarespecificallycalibratedtomain-tain the perfect balance of rigidity and speed. The geared headstock ensures optimal power throughout a wide speed range.

Headstock and Spindle ConstructionThe headstock casting is made of Meehanite and ribbed on the outside to increase the surface area for better heat dis-sipation. The headstock and main spindle are manufactured in a temperature controlled environment then assembled and tested in our clean room. The heavy duty cartridge type spin-dle is supported by a double row of cylindrical roller bear-ings in the front and rear, with duplex angular thrust bear-ings in between. The cylindrical roller bearings feature a large

contact surface which ensures the highest rigidity for heavy loadsandsuperiorsurfacefinishes.Allspindlebearingsarepermanently grease lubricated precision class P4.

Geared HeadPower is delivered to the spindle through a two speed geared head allowing stable spindle speeds change as well as powerful torque.

TurretHeavy Duty TurretThe large 12 station heavy duty turret features a large Cur-vic coupling diameter. This heavy duty design provides unsurpassedrigidityforheavystockremoval,finesurfacefinishes.

Preci-Flex Ready Rotary ToolsPreci-Flex ready rotary tool holders are available on the millingversions.Preci-Flex isatoolingsystemutilizestheexisting ER collet taper in the rotary holders. The spindle face is precision ground relative to the taper and there are four drilled and tapped holders in this face. The Preci-Flex adapters locate on both the taper and the spindle face for maximum rigidity.

Turret SaddleTheturretsaddleismadefromthesamefinegrainedMee-hanite process cast iron as the main casting and headstock casting. This ensures that any vibration or harmonies from the cut will be virtually eliminated The X axis guideways are the wide wrap around rectangular type for unsurpassed long-term rigidity and accuracy.

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