offshore drilling product list 2012
TRANSCRIPT
JEREH DRILLTECH
OFFSHORE DRILLING
CATALOGUE
(for Drilling Contractors)
March, 2012
INDEX CHAPTER I HANDLING TOOLS ........................................................ SECTION A
CHAPTER II DRILL STRING .............................................................. SECTION B
CHAPTER III FLEXIBLE HOSE (ROTARY/CHOKE/KILL/CEMENT) ........ SECTION C
CHAPTER IV OFFSHORE MANIFOLD ............................................... SECTION D
CHAPTER V VALVES ........................................................................ SECTION E
CHAPTER VI FLANGE ...................................................................... SECTION F
CHAPTER VII AUTOMATIC INTELLIGENT PIPE HANDLING SYSTEM .. SECTION G
CHAPTER VIII BLOWOUT PREVENTION SYSTEM ............................. SECTION H
CHAPTER IX SOLID CONTROL SYSTEM ............................................. SECTION I
CHAPTER X MUD PUMP AND EXPANDABLES .................................. SECTION J
CHAPTER XI WIRELINE ................................................................... SECTION K
CHAPTER XII DRILL BIT ................................................................... SECTION L
CHAPTER XIII WINCHES ................................................................ SECTION M
CHAPTER XIV CENTRIFUGAL PUMP ................................................ SECTION N
CHAPTER XV MUD BUCKET ............................................................ SECTION O
CHAPTER XVI MISCELLANEOUS COMPONENTS .............................. SECTION P
APPENDIX 1 CLIENT REFERNECE LIST .................................. APP.1.1~APP.1.10
SECTION A INDEX I. HANDLING TOOLS
1. MANUAL TONGS ........................................................ PAGE A.1.1 ~A.1.13
1.1 mANUAL tONG tYPE B ..................................................................... A.1.1
1.2 MANUAL TONG TYPE SB .................................................................. A.1.2
1.3 MANUAL TONG TYPE DB ................................................................. A.1.3
1.4 MANUAL TONG TYPE SDD ............................................................... A.1.4
1.5 MANUAL TONG TYPE LF ................................................................... A.1.5
1.6 MANUAL TONG TYPE C .................................................................... A.1.6
1.7 WORKOVER TONG ........................................................................... A.1.7
1.8 MANUAL TONG TYPE WWC ............................................................. A.1.8
1.9 MANUAL TONG TYPE WWB ............................................................. A.1.9
1.10 MANUAL TONG TYPE AAX ........................................................... A.1.10
1.11 CASING TONG (13‐3/8”‐8) ............................................................. A.1.11
1.12 EXTENDED CASING TONG ............................................................ A.1.12
1.13 MANUAL TONG TORQUE SENSOR ................................................ A.1.13
2. ELEVATOR .............................................................................. A.2.1~A.2.15
2.1 ELEVATOR TYPE DD .......................................................................... A.2.1
2.2 ELEVATOR TYPE DDZ ........................................................................ A.2.2
2.3 ELEVATOR TYPE CDZ ........................................................................ A.2.3
2.4 ELEVATOR TYPE TA ........................................................................... A.2.4
2.5 ELEVATOR TYPE CD .......................................................................... A.2.5
2.6 ELEVATOR TYPE SX ........................................................................... A.2.6
2.7 ELEVATOR TYPE SLX ......................................................................... A.2.7
2.8 Y SERIES SLIP TYPE ELEVATOR .......................................................... A.2.8
2.9 SINGLE JOINT ELEVATOR TYPE SJ ...................................................... A.2.9
2.10 SINGLE JOINT ELEVATOR TYPE SP(AUXILIARY ELEVATOR) ............. A.2.10
2.11 SINGLE JOINT ELEVATOR TYPE SJX (AUXILIARY ELEVATOR) ........... A.2.11
2.12 HYDRAULIC ELEVATOR TYPE DDZH ............................................... A.2.12
2.13 HYDRAULIC ELEVATOR TYPE CDZH ............................................... A.2.13
2.14 AIR‐OPERATED ELEVATOR ............................................................ A.2.14
2.15 ELEVATOR BALANCING STRAP ...................................................... A.2.15
2.16 DC‐TYPE DRILL COLLAR DOLLY LINK ADAPTER .............................. A.2.15
3. WELDLESS ELEVATOR LINK / TOP DRIVE LINK ........................... A.3.1~A.3.2
4. SLIPS ..................................................................................... A.4.1~A.4.12
4.1 DRILL PIPE SLIP TYPE SD ......................................................... A.4.1~A.4.2
4.2 FLAKE ROTARY SLIP TYPE W ............................................................. A.4.3
4.3 DRILL PIPE SLIP TYPE B ..................................................................... A.4.4
4.4 DRILL PIPE SLIP TYPE DU .................................................................. A.4.5
4.5 DRILL COLLAR SLIP TYPE DCS ........................................................... A.4.6
4.6 DRILL COLLAR SLIP TYPE A ............................................................... A.4.7
4.7 DRILL COLLAR SLIP TYPE WT ............................................................ A.4.8
4.8 CASING SLIP TYPE UC‐3 .................................................................... A.4.9
4.9 CASING SLIP TYPE CMS .................................................................. A.4.10
4.10 PNEUMATIC SLIP .............................................................. A.4.11~A.4.12
5. SAFETY CLAMP ........................................................................ A.5.1~A.5.3
5.1 SAFETY CLAMP TYPE MP ................................................................. A.5.1
5.2 SAFETY CLAMP TYPE C & T ..................................................... A.5.2~A.5.3
6. ELEVATOR & SPIDER ................................................................ A.6.1~A.6.2
7. SPIDER .................................................................................... A.7.1~A.7.5
7.1 PNEUMATIC SPIDER TYPE C, CHD, E & HD .............................. A.7.1~A.7.2
7.2 PNEUMATIC SPIDER TYPE QQP ........................................................ A.7.3
7.3 TS TUBING SPIDER ........................................................................... A.7.4
7.4 API SPIDER ...................................................................................... A.7.5
8. INSERTS AND DIES ............................................................................. A.8.1
9. CASING SPIDER & INSERT BOWL .............................................. A.9.1~A.9.2
10. BUSHINGS ......................................................................... A.10.1~A.10.6
10.1 CASING BUSHING & INSERT BOWL................................... A.10.1~A.10.2
10.2 MASTER BUSHING & INSERT BOWL ................................. A.10.3~A.10.5
10.3 MASTER BUSHING ACCESSORIES .................................................. A.10.6
10.3.1 BIT BREAKER ADAPTER PLATE ................................................... A.10.6
10.3.2 BIT BREAKER ............................................................................. A.10.6
10.3.3 LIFTING SLING ........................................................................... A.10.6
11. ROLLER KELLY BUSHING ................................................................. A.11.1
12. SPINNING WRENCH ........................................................... A.12.1~A.12.2
12.1 SSW40 SPINNING WRENCH ......................................................... A.12.1
12.2 PSW SPINNING WRENCH ............................................................. A.12.2
13. IRON ROUGHNECK ............................................................. A.13.1~A.13.2
14. HYDRAULIC POWER TONGS ............................................... A.14.1~A.14.5
14.1 TQ SERIES CASING TONG ................................................. A.14.1~A.14.2
14.2 TB SERIES CASING BACKUP TONG ................................................ A.14.3
14.3 ZQ SERIES DRILL PIPE TONG ............................................. A.14.4~A.14.5
15. HYDRAULIC POWER UNIT .................................................. A.15.1~A.15.3
A. 1.1
I. HANDLING TOOLS
1. Manual Tong
1.1 Manual Tong Type B (3-3/8”~12-3/4”-75)
Main Technical Parameters No. of Latch Lug Jaw Latch Step Size Range in Rated Torque (kN·m)
5a 1 3-3/8”~4-1/8” 55 2 4-1/8”~5-1/4”
75 5b 1 4-1/2”~5-1/4” 2 5”~5-3/4” 3 6”~6-3/4”
5b1 1 5-1/4”~5-3/4” 2 6”~6-5/8” 3 6-3/4”~8” 55
5c 1 6-5/8”~7-3/8” 75 2 7-3/8”~8” 3 8-1/2”~8-5/8”
55
5d 1 8-1/2”~9-5/8” 2 10-5/8”~10-3/4”
5e 1 11-3/4” 2 12-3/4”
5e1 1 10-3/4” 2 11-3/4”
5e3 1 13”~13-3/8”
A. 1.2
1.2 Manual Tong Type SB (3-1/2”~13-3/8”-75)
Main Technical Parameters No. of Latch Lug Jaw Latch Step Size Range in Rated Torque (kN·m)
1# 1 3-1/2”~4-1/8”
75
2 4-1/8”~5”
2# 1 4-1/4”~5-1/4” 2 5”~5-3/4” 3 6”-6-3/4”
3# 1 6-5/8”~7-1/4” 2 7-3/8”~8” 3 8-1/2”~9”
4# 1 9”~9-5/8” 55 2 10-5/8”~10-3/4”
5# 1 11-3/4” 6# 1 12-3/4”~13” 40 7# 1 13-3/8”
A. 1.3
1.3 Manual Tong Type DB (3-1/2”~17”–90)
Main Technical Parameters No. of Latch Lug Jaw No. of Hinge Pin
Hole Size Range in Rated Torque (kN·m)
1# I 3-1/2”~6”
90 II 5-3/4”~7” III 6-5/8”~8-1/4”
2# I 8”~9-5/8” II 10-5/8”~11-1/4”
3# I 11-3/4”~12-3/4” 55 II 13-3/8”~14-3/8”
4# II 16”~17”
A. 1.4
1.4 Manual Tong Type SDD (4”~17”-135)
Main Technical Parameters
No. of Latch Lug Jaw No. of Hinge Pin Hole Latch Step Size Range in Rated Torque (kN·m)
1#
I 1 4”~5-1/2”
135
2 5-1/2”~5-3/4”
II 1 5-1/2”~6-5/8” 2 6-1/2”~7-1/4”
III 1 6-5/8”~7-5/8” 2 7-3/4”~8-1/2”
2# I 1 8-1/2”~9” 2 9-1/2”~10-3/4”
II 1 10-3/4”-12”
3# I 1 12”~12-3/4”
100 II 1 13-3/8”~14” 2 15”
4# II 1 15-3/4” 135
5# II 1 16” 80 2 17”
A. 1.5
1.5 Manual Tong Type LF (2-3/8”~7”-22)
Main Technical Parameters No. of Latch Lug Jaw Latch Step Size Range in Rated Torque (kN·m)
1# 1 2-3/8”~2-7/8”
22
2 2-7/8”~3-1/2”
2# 1 3-1/2”~4-1/4” 2 4-1/4”~5”
3# 1 4-3/4”~5-1/2” 2 5-1/2”~6-1/4”
4# 1 5-3/4”~6-3/8” 2 6-3/8”~7”
A. 1.6
1.6 Manual Tong Type C (2-3/8”~10-3/4”-48)
Main Technical Parameter No. of Latch Lug Jaw No. of Short Jaw No. Hinge Jaw Size Range in Rated Torque (kN·m) 1# 1# / 2-3/8”~3.668”
48
2# 1# / 2-7/8”~4-1/4” 3# 1# / 3-1/2”~5-1/4” 4# 1# / 5-1/2”~7” 5# 2# 1# 7”~8-5/8” 6# 2# 2# 9-5/8”~10-3/4”
A. 1.7
1.7 Workover Tong (2-3/8”~10-3/4-35)
Main Technical Parameter No. of Latch Lug Jaw Size Range in Rated Torque (kN·m) 1# 2-3/8”~4-1/2”
35 2# 4-1/2”~6-1/2” 3# 6-1/2”~8-5/8” 4# 9-5/8”~10-3/4”
A. 1.8
1.8 Manual Tong Type WWC
(2-3/8”~10-3/4”-27)
Main Technical Parameter No. of Latch Lug Jaw Size Range in Rated Torque (kN·m) 1# 2-3/8”~3-1/2”
27 2# 2-7/8”~4-1/4” 3# 4”~5-3/4” 4# 5-3/4”~7” 20 5# 7-1/4”~8-5/8” 6# 9-5/8”~10-3/4” 14
A. 1.9
1.9 Manual Tong Type WWB
(2-3/8”~10-3/4”-48)
Main Technical Parameter No. of Latch Lug Jaw Size Range in Rated Torque (kN·m) 1# 2-3/8”~3-3/4”
48 2# 3-1/2”~4-5/8” 3# 4-1/2”~5-3/4” 4# 5-1/4”~7-1/4” 5# 6-7/8”~8-5/8” 6# 9”~10-3/4” 35
A. 1.10
1.10 Manual Tong Type AAX
(2-7/8”~13-3/8”-75)
Main Technical Parameter
No. of Latch Lug Jaw Size Range in Rated Torque (kN·m) 1# 2-7/8”~3-3/4”
75 2# 3-1/2”~4-1/2” 3# 4”~5-1/4” 4# 5”~7-1/4” 5# 6-7/8”~8-5/8” 6# 9”~10-3/4”
40 7# 10-3/4”~11-3/4” 8# 13-3/8”
A. 1.11
1.11 Casing Tong (13-3/8”-8)
Main Technical Parameter No. of Latch Lug Jaw Size Range in Rated Torque (kN·m) 4# 13-3/8” 8
A. 1.12
1.12 Extended Casing Tong
Main Technical Parameters
Model No. of Latch Lug Jaw Size Range in Rated Torque (kN·m)
13-3/8”~25-1/2”-35
9, 8 13-3/8”~14-1/2”
35
8, 7 14-1/2”~16” 8, 9, 9 16”~17-1/2” 8, 9, 7 17-1/2”~19” 7, 8, 7 19”~20” 9, 8, 9, 7 20”~21-1/2” 9, 7, 8, 7 21-1/2”~23” 9, 9, 8, 7, 7 24”~25-1/2” 9, 8, 7, 7, 7 25-1/2”~27” 8, 7, 7, 7, 7 27”~28-1/2” 9, 9, 8, 7, 7, 8 28-1/2”~30” 9, 7, 7, 7, 7, 8 30”
Model No. of Latch Lug Jaw Size Range in Rated Torque (kN·m)
25-1/2”~36”-35
9, 8, 7, 7, 7 25-1/2”~27”
55
8, 7, 7, 7, 7 27”~28-1/2” 9, 9, 7, 7, 7, 8 28-1/2”~30” 9, 7, 7, 7, 7, 8 30”~31-5/8” 8, 9, 8, 9, 7, 7, 7 31-1/2”~33” 7, 9, 8, 9, 9, 7, 8, 9 33”~34-1/2” 8, 7, 7, 9, 9, 8, 8, 8 34-1/2”~36”
A. 1.13
1.13 TORQUE SENSOR
Model Description Torque (kN.m) NJY Torque Sensor 35 48 75 100 NJY-2 Explosion-proof Torque Sensor 35 48 75 100
A.2.1
2. Elevator
2.1 Elevator Type DD
Model DD Center Latch Elevators with square shoulder are suitable for handling drill collars, casings and tubings. The loads range from 150tons to 350tons and the sizes range from 2-3/8” to 5-1/2”. The products shall be designed and manufactured according to API SPEC 8A/8C Specifications for drilling and production hoisting equipments.
Main Technical Parameters Model Sizes in Rated Capacity (short
tons) Drill Pipe Casing Tubing DD-150 2-3/8”~5-1/2” 4-1/2”~5-1/2” 2-3/8”~4-1/2” 150 DD-250 2-3/8”~5-1/2” 4-1/2”~5-1/2” 2-3/8”~4-1/2” 250 DD-350 2-3/8”~5-1/2” 4-1/2”~5-1/2” 2-3/8”~4-1/2” 350
A.2.2
2.2 Elevator Type DDZ DDZ series elevators are center latch elevators with 18 degree taper shoulder, applied in handling the drill pipes and drilling tools, etc. The loads range from 100 tons to 750 tons and the sizes range from 2-3/8” to 6-5/8”. The products shall be designed and manufactured according to the requirements in API SPEC 8A/8C Specification for drilling and production hoisting equipments.
Main Technical Parameters Model Size in Rated Capacity (short tons) Remarks DDZ-100 2-3/8”~5” 100 MG DDZ-150 2-3/8”~5-1/2” 150 RG DDZ-250 2-3/8”~5-1/2” 250 MGG DDZ-350 3-1/2”~5-7/8” 350 GG DDZ-350TD 3-1/2”~5-7/8” 350 for Top Drive DDZ-500 3-1/2”~6-5/8” 500 HGG DDZ-500TD 3-1/2”~6-5/8” 500 for Top Drive DDZ-750 4”~6-5/8” 750
A.2.3
2.3 Elevator Type CDZ CDZ drill pipe elevators are mainly used in the handling and hoisting drill pipes with 18 degree taper and tools in oil drilling, natural gas drilling and well construction. The products shall be designed and manufactured according to API SPEC 8A/8C Specification for drilling and production hoisting equipments.
Main Technical Parameters Model Size in Rated Capacity (short tons) CDZ-150 2-3/8”~5-1/2” 150 CDZ-250 2-3/8”~5-1/2” 250 CDZ-350 2-7/8”~5-1/2” 350 CDZ-500 3-1/2”~5-1/2” 500
A.2.4
2.4 Elevator Type TA Model TA center latch elevators with square shoulder are suitable for handling drill pipe, drill collars, casing and tubings. The products shall be designed and manufactured according to API SPEC 8A/8C Specification for drilling and production hoisting equipments.
Main Technical Parameters
Model Size in Rated
Capacity (short tons) Drill Collar Tubing Casing NU EU
TA-35 2-7/8”~3-1/8” 1.05”~2-7/8” 1.05”~2-7/8” / 35 TA-65 2-7/8”~3-1/8” 1.66”~2-7/8” 1.66”~2-7/8” / 65 TA-100 3-1/8”~5-1/4” 2-3/8”~5” 2-3/8”~4-1/2” / 100 TA-125 3-1/8”~5-1/4” 2-3/8”~5” 2-3/8”~4-1/2” / 125 TA-150 4-1/8”~11-1/4” / / 4-1/2”~10-3/4” 150
A.2.5
2.5 Elevator Type CD Model CD side door elevators with square shoulder are suitable for handling tubings, casings, drill pipes and drill collars in oil drilling, natural gas drilling and well construction. The products shall be designed and manufactured according to API SPEC 8A/8C Specification for drilling and production hoisting equipments.
Main Technical Parameters Model Size in Rated Capacity (short tons) CD-100 2-3/8”~5-1/2” 100 CD-150 2-3/8”~14” 150 CD-200 2-3/8”~14” 200 CD-250 2-3/8”~20” 250 CD-350 4-1/2”~20” 350 CD-500 4-1/2”~14” 500 CD-750 4-1/2”~9-7/8” 750
A.2.6
2.6 Elevator Type SX Model SX side door elevators with square shoulder are suitable for handling casings in oil drilling, natural gas drilling and well construction. The products shall be designed and manufactured according to API SPEC 8A/8C Specification for drilling and production hoisting equipments.
Main Technical Parameters Model CSG
OD in Bore Dia. in
Rated load tons
Model CSG OD in
Bore Dia. in
Rated load tons
SX9-5/8/-350T 9-5/8 9.781
350
SX9-5/8/-500T 9-5/8 9.781
500
SX9-7/8-350T 9-7/8 10.031 SX9-7/8-500T 9-7/8 10.031 SX10-3/4-350T 10-3/4 10.938 SX10-3/4-500T 10-3/4 10.938 SX11-3/4-350T 11-3/4 11.938 SX11-3/4-500T 11-3/4 11.938 SX12-3/4-350T 12-3/4 12.953 SX12-3/4-500T 12-3/4 12.953
SX12-7/8-350T 12-7/8 13.063 SX12-7/8-500T 12-7/8 13.063
SX13-3/8-350T 13-3/8 13.563 SX13-3/8-500T 13-3/8 13.563 SX13-5/8-350T 13-5/8 13.813 SX13-5/8-500T 13-5/8 13.813 SX14-350T 14 14.203 SX14-500T 14 14.203 SX18-5/8-350T 18-5/8 18.875 SX18-5/8-500T 18-5/8 18.875 SX20-350T 20 28.281 SX20-500T 20 28.281 SX22-350T 22 22.281 SX22-500T 22 22.281 SX24-350T 24 24.313 SX24-500T 24 24.313 SX24-1/2-350T 24-1/2 24.813 SX24-1/2-500T 24-1/2 24.813 SX26-350T 26 26.344 SX26-500T 26 26.344 SX27-350T 27 27.344 SX27-500T 27 27.344 SX28-350T 28 28.359 SX28-500T 28 28.359 SX30-350T 30 30.375 SX30-500T 30 30.375 SX36-350T 36 36.438
A.2.7
2.7 Elevator Type SLX Model SLX side door elevators with square shoulder are suitable for handling tubings, casings, drill pipes and drill collars in oil drilling, natural gas drilling and well construction. The products shall be designed and manufactured according to API SPEC 8A/8C Specification for drilling and production hoisting equipments.
Main Technical Parameters Model Size in Rated Capacity (short tons) SLX-65 3-1/2”~14-1/4” 65 SLX-100 2-3/8”~5-3/4” 100 SLX-150 5-1/2”~13-5/8” 150 SLX-250 5-1/2”~30” 250 SLX-350 4-1/2”~14” 350
A.2.8
2.8 Y Series Slip Type Elevator The slip type elevators are indispensable tools in handling and hoisting drill pipes, casings and tubings in oil drilling and well tripping operation. It’s especially suitable for hoisting integrated tubing sub, integral tubing sub, integral joint casing and electric submersible pump column. The products shall be designed and manufactured according to API SPEC 8A/8C Specification for drilling and production hoisting equipments.
Main Technical Parameters Model Size in Rated Capacity short tons HYT 2-3/8”~3-1/2” 150 YT 1.315”~3-1/2” 75 MYT 1.315”~2-7/8” 40 LYT 1.05”~1-1/16” 20 HYC 3-1/2”~7-5/8” 200 MYC 3-1/2”~7” 125 YC 3-1/2”~7” 75
A.2.9
2.9 Single Joint Elevator Type SJ
(Auxiliary Elevator) SJ series auxiliary elevators are mainly used in handling single casings and tubings in oil drilling natural gas drilling and cementing operation. The products shall be designed and manufactured according to API SPEC 8A/8C Specification for drilling and production hoisting equipments.
Main Technical Parameters Size in Rated Capacity (kN) 2-3/8”~2-7/8”
45
3-1/2”~4-3/4” 5”~5-3/4” 6”~7-3/4” 8-5/8”~10-3/4” 11-3/4”~13-3/8” 13-5/8”~14” 16”~20” 21-1/2”~24-1/2”
60 26”~28” 30”~36”
A.2.10
2.10 Single Joint Elevator Type SP (Auxiliary
Elevator) SP series auxiliary elevators are mainly used in handling single tubings, casings and drill pipes with taper shoulder. The products shall be designed and manufactured according to API SPEC 8A/8C Specification for drilling and production hoisting equipments.
Main Technical Parameters Model Size in Rated Capacity (short tons) SP5° 2-3/8”~10-3/4”
5 SP12° 2-3/8”~4-1/2” SP18° 2-7/8”~6-5/8”
A.2.11
2.11 Single Joint Elevator Type SJX (Auxiliary
Elevator) SJX series auxiliary elevators are hoisting tools for handling single pipes or working together with the professional Casing Running Tools (CRT) to move the tubulars from gate to well center. The products shall be designed and manufactured according to API SPEC 8A/8C Specification for drilling and production hoisting equipments.
Main Technical Parameter Model Size in Rated Capacity (short tons) SJX-5 2-3/8”~4-1/2”
5 SJX-5 4-1/2”~7” SJX-5 7”~10” SJX-5 10”~14”
A.2.12
2.12 Hydraulic Elevator Type DDZH Hydraulic elevator type DDZH is a center latch elevator. Through changing the bushing, it can handle drill pipes, drill collars, casings and tubings. By using the hydraulic-controlled system, it can make the operation more convenient, reduce the workers’ labor intensity effectively and improve work efficiency. It can also realize remote controlling and make the using safer and more reliable. The products shall be designed and manufactured according to API SPEC 8A/8C Specification for drilling and production hoisting equipments.
Main Technical Parameters Model Tubular & size in Rated Capacity
(short tons) Drill Pipe w/ 18°Taper Casing Drill Collar Tubing DDZH-250 2-3/8”~5” 4-1/2”~5” 3-1/8”~5-1/4” 2-3/8”~4-1/2” 250 DDZH-350 2-3/8”~6-5/8” 4-1/2”~7” 3-1/8”~6-3/4” 2-3/8”~5-1/2” 350 DDZH-500 2-3/8”~6-5/8” 4-1/2”~7” 3-1/2”~6-3/4” / 500
A.2.13
2.13 Hydraulic Elevator Type CDZH Hydraulic elevator type CDZH is a side door elevator with double-valve structure. Through changing the bushing, it can handle drill pipe, drill collars, casings and tubings. By using the hydraulic-controlled system, it can make the operation more convenient, reduce the workers’ labor intensity effectively and improve work efficiency. It can also realize remote controlling and make the using safer and more reliable. The products shall be designed and manufactured according to API SPEC 8A/8C Specification for drilling and production hoisting equipments.
Main Technical Parameters Model Tubular & size in Rated Capacity
(short tons) Drill Pipe w/ 18°Taper Casing Drill Collar Tubing CDZH-500 3-1/2”~6-5/8” 4-1/2”~9-5/8” 4-3/4”~9-3/4” 2-3/8”~4-1/2” 500
A.2.14
2.14 Air-Operated Elevator Air operated elevators are conventional elevators to which power actuation has been added. This feature permits remote opening and closing of the elevators. It can meet normal working requirements in oil drilling & workover and also reduce workload. They are designed and manufactured according to the requirements in API SPEC 8A/8C Specification for drilling and production hoisting equipments.
Main Technical Parameters Model Tubulars Size in Rated Capacity (short tons) DD-150 4-1/8”~8-5/8” 150 DDZ-500 3-1/2”~6-5/8” 500
A.2.15
2.15 Elevator Balancing Strap
2.16 DC-Type Drill Collar Dolly Link Adapter DC-type Drill Collar Dolly Link Adapter is mainly applied for holding and lifting drill collars in petroleum drilling, natural gas drilling and workover operation. This product is designed and manufactured according to API SPEC 8A/8C Specification for Drilling and Production Hoisting Equipments. The structure of this drill collar dolly link adapter is logical, safe and reliable, which is safer than traditional device and extends services for tools. It is a perfect device for drilling and workover operation.
Main Technical Parameters Model DC Max. Working Load 150 short tons Spec. of Raising Elevator DDZ Elevator 3-1/2”, 4-1/2”, 5”
A.3.1
3. Weldless Elevator Link / Top Drive Link Weldless links are forged from a single piece of high-quality alloy steel to provide maximum tensile strength. More weight and “plus-diameter” in critical areas make these links extra strong. Short upper eye design means better balance and easier elevator handling, while reducing wear of the eye section against the swivel bail or body. The Weldless Links are designed and manufactured according to API SPEC 8A/8C Specification for drilling and production hoisting equipments.
A.3.2
Main Technical Parameters Size-inches Size-mm Rated Cap/Set tons Size-inches Size-mm Rated Cap/Set tons
1-3/4X48 44x1219 150 3-1/2x72 89x1829 500
1-3/4X60 44x1524 150 3-1/2x96 89x2438 500
1-3/4X72 44x1829 150 3-1/2x108 89x2743 500
1-3/4X84 44x2134 150 3-1/2x120 89x3048 500
1-3/4X96 44x2438 150 3-1/2x132 89x3353 500
3-1/2x144 89x3688 500
2-1/4 x60 57x1524 250 3-1/2x160 89x4064 500
2-1/4x72 57x1829 250 3-1/2x168 89x4267 500
2-1/4x84 57x2134 250 3-1/2x180 89x4572 500
2-1/4x96 57x2438 250 3-1/2x192 89x4826 500
2-1/4x108 57x2743 250 3-1/2x216 89x5486 500
2-1/4x132 57x3353 250 3-1/2x240 89x6096 500
2-1/4x168 57x4267 250 3-1/2x264 89x6706 500
2-1/4X240 57x6096 250 3-1/2x360 89x9144 500
2-1/4X360 57x9144 250 3-1/2x480 89x12192 500
2-1/4X480 57x12192 250 3-1/2x540 89x13716 500
3-1/2x600 89x15240 500
2-3/4x60 70x1524 350 3-1/2x720 89x18288 500
2-3/4x72 70x1829 350
2-3/4x84 70x2134 350 4-3/4x108 121x2743 750
2-3/4x96 70x2438 350 4-3/4x132 121x3353 750
2-3/4x108 70x2743 350 4-3/4x144 121x3688 750
2-3/4x120 70x3048 350 4-3/4x160 121x4064 750
2-3/4x132 70x3353 350 4-3/4x180 121x4572 750
2-3/4x144 70x3688 350 4-3/4x216 121x5486 750
2-3/4x150 70x3810 350 4-3/4x240 121x6096 750
2-3/4x168 70x4267 350 4-3/4x264 121x6706 750
2-3/4x180 70x4572 350
2-3/4x192 70x4876 350 5-1/2x180 1407x4572 1000
2-3/4x216 70x5486 350 5-1/2x240 1407x6096 1000
2-3/4x240 70x6096 350 5-1/2x264 1407x6706 1000
2-3/4x290 70x7366 350 Note: All other length upon requests. 2-3/4X300 70x7620 350
2-3/4x360 70x9144 350
2-3/4x480 70x12192 350
2-3/4X540 70x13716 350
2-3/4X600 70x15240 350
A.4.1
4. Slips
4.1 Drill Pipe Slip Type SD Drill Pipe Slips Type SD can accommodate drill pipe from 2-3/8” to 7”. They are classified as type Short (SDS), Medium (SDML), Extra (SDXL) and SDHL according to gripping length. SDS slips are designed for shallow hole drilling. SDML slips are the perfect choice for all medium depth drilling. SDXL slips are designed for deep drilling. SDHL slips are suitable tools for extra deep drilling. They are designed and manufactured according to API SPEC 7K Specification for drilling and well servicing equipments.
A.4.2
Main Technical Parameters Model SDS SDML SDXL SDHL
Size of Slip Bodies in DP OD in DP OD in DP OD in DP OD in
3-1/2
2-3/8 2-3/8 — — 2-7/8 2-7/8 — —
3-1/2 3-1/2 — —
4-1/2
3-1/2 3-1/2 3-1/2 — 4 4 4 — 4-1/2 4-1/2 4-1/2 —
5
4 4 4 — 4-1/2 4-1/2 4-1/2 — 5 5 5 —
5-1/2 — 4-1/2 4 4-1/2
— 5 4-1/2 5
— 5-1/2 5-1/2 5-1/2
5-7/8 — — — —
— — 5-3/4 —
— — 5-7/8 —
6-7/8
— — — 5-5/8
— — — 5-7/8
— — — 6-5/8
— — — 6-7/8
7 — — — —
— — 6-5/8 —
— — 7 —
A.4.3
4.2 Flake Rotary Slip Type W Flake Rotary Slips have three segments. They can handle various OD drill pipes, drill collars and casing by changing inserts or insert bowls. There are two types of such slips: W3-1/2”-5/100 and W5”-7/100. The products are designed and manufactured according to API SPEC 7K Specification for drilling and well servicing equipments.
Main Technical Parameters Model Size of Tubulars in Max. Load (kN)
W3-1/2”-5/100
2-7/8
1000
3-1/2
4
4-1/8
4-1/2
4-3/4
5
W5”-7/100
5
5-1/2
5-9/16
5-3/4
6-1/8
6-1/4
6-1/2
6-5/8
7
A.4.4
4.3 Drill Pipe Slip Type B There are three models of Drill Pipe Slips Type B: B Short, B Long and X Long. The unique torque transmitting design can directly transfer all torque to the slips, thus avoids the abrasion and prolongs the service life. The products are designed and manufactured according to API SPEC 7K Specification for drilling and well servicing equipments.
Main Technical Parameters Model B Short B Long Model X Long
Size of Slip Bodies in DP OD in DP OD in Size of Slip Bodies in DP OD in
4-1/2
2-3/8 2-3/8
4-1/2
— 2-7/8 2-7/8 — 3-1/2 3-1/2 3-1/2
4 4 4
4-1/2 4-1/2 4-1/2
5-1/2
— 4
5
4
— 4-1/2 4-1/2
— 5 5
— 5-1/2 — Well Depth feet 8000 18000 Well Depth feet 28500
A.4.5
4.4 Drill Pipe Slip Type DU There are three types of DU series Rotary Slips: DU, DUL and SDU. They are with large handling range and light weight. SDU slips have larger contacting areas on the taper and higher resistance strength. They are designed and manufactured according to API SPEC 7K Specification for drilling and well servicing equipment.
Main Technical Parameters Model DU DUL SDU
Size of Slip Bodies DP OD in DP OD in DP OD in
4-1/2
2-3/8 2-3/8 — 2-7/8 2-7/8 — 3-1/2 3-1/2 — 4 4 — 4-1/2 4-1/2 —
5-1/2
3-1/2 3-1/2 3-1/2
4 4 4
4-1/2 4-1/2 4-1/2
5 5 5
5-1/2 5-1/2 5-1/2
7
4-1/2 4-1/2 4-1/2
5 5 5
5-1/2 5-1/2 5-1/2
6-5/8 6-5/8 6-5/8
7 7 7
A.4.6
4.5 Drill Collar Slip Type DCS There are three types of DCS Drill Collar Slips: S, R and L. They can accommodate drill collars from 3” to 14” OD. The handling sizes can be adjusted by changing the quantity of inserts or slip body. They are designed and manufactured according to API SPEC 7K Specification for drilling and well servicing equipments.
Main Technical Parameters Model DC OD in Use in Insert Bowl No.
DCS-S 3~4
API or No. 3
4~4-7/8
DCS-R 4-1/2~6
5-1/2~7
DCS-L
6-3/4~8-1/4
8~9-1/2
8-1/2~10 No. 2
9-1/4~11-1/4
11~12-3/4 No. 1
12~14
A.4.7
4.6 Drill Collar Slip Type A Drill Collar Slips Type A are multi-segments slips. They can accommodate the change of outer diameter after abrasion of drill collar. They are with light weight, large handling scale and reliable quality. This kind of slips are designed and manufactured according to API SPEC 7K Specification for drilling and well servicing equipments.
Main Technical Parameters Model DC OD in Use in Insert Bowl No.
Drill Collar Slip Type A
3~4-1/2
API or No. 3
3-1/4~4-3/4
4-1/4~5-3/4
5-1/2~7
6-3/4~8~1/4
8-1/4~10 No. 2
10~11-3/4
A.4.8
4.7 Drill Collar Slip Type WT Drill Collar Slips Type WT can accommodate drill collars from 4-1/2” to 9-1/2” OD. They are designed and manufactured according to API SPEC 7K Specification for drilling and well servicing equipments.
Main Technical Parameters Model WT4-1/2~6 WT5-1/2~7 WT6-3/4~8-1/4 WT8~9-1/2
DC OD in 4-1/2”~6” 5-1/2”~7” 6-3/4”~8-1/4” 8”~9-1/2”
Use in Insert Bowl No. API or No. 3
Max. Load 40 short tons
A.4.9
4.8 Casing Slip Type UC-3 Casing Slips Type UC-3 are multi-segment slips with 1:4 taper (except size 8-5/8”). Every segment of one slip is forced equally while working. Thus the casings can keep a better shape. They should work together with spiders and insert bowls with same taper. The slips are designed and manufactured according to API SPEC 7K Specification for drilling and well servicing equipment.
Main Technical Parameters Casing OD in
Spec. of Slip Body
Total No. of Segments
Total No. of Inserts
Taper Rated Capacity (short tons)
7
8-5/8” 10 10 1:3
250
7-5/8
8-5/8
9
10-3/4” 10 10
1:4
9-5/8
10-3/4
11-3/4
13-3/8” 12 12 12-3/4
13-3/8
16
As same as 13-3/8”
14 14
18-5/8 17 17
20 17 17
22-1/2 19 19
24 19 19
26 21 21
30 24 24
36 28 28
42 32 32
A.4.10
4.9 Casing Slip Type CMS Casing Slips Type CMS can accommodate casings from 4-1/2” to 30”. They are designed and manufactured according to API SPEC 7K Specification for drilling and well servicing equipment.
Main Technical Parameters Casing OD in Total No. of Segments Use in Insert Bowl No. Casing OD in Total No. of Segments Use in Insert Bowl No.
4-1/2~5 9
API or No. 3
11-3/4 17 No. 1
5-1/2~6 9 13-3/8 18
6-5/8 12 16 21
Match with Relevant Casing Bushing
7 12 18-5/8 25
7-5/8 12 20 26
8-5/8 13 24 30
9-5/8 14 No. 2
26 33
10-3/4 15 30 37
A.4.11
4.10 Pneumatic Slip PS Series Pneumatic Slips are pneumatic tools which are suitable for all kinds of rotary tables for hoisting drill pipes and handling casings. They are mechanized operating with strong hoisting force and large working range. They are easy to operate and dependable enough. Besides, they can not only reduce the workload but also improve
the work efficiency. They are designed and manufactured according to API SPEC 7K Specification for drilling and well servicing equipment.
A.4.12
Main Technical Parameters Model Rotary Table Size in
Applicable Dia. of Tubulars
Rated Capacity (short tons)
WP PSI Max. Pressure PSI
PS175 17-1/2 2-3/8”~5-3/4” 150 85~114 142
PS205 20-1/2 2-3/8”~5-3/4” 250 85~114 142
PS275 27-1/2 2-3/8”~9-7/8” 350 85~114 142
PS375 37-1/2 2-3/8”~14” 500 85~114 142
PS16 27-1/2, 37-1/2, 49-1/2 3-1/2”~7-3/4” 500 85~114 142
PS Portable 23, 27-1/2, 37-1/2, 49-1/2 Pin Drive 2-3/8”~5-1/2” 250 350
85~114 142
PS Slant Hole For Slant Hole Drilling Rig 2-7/8”~13-3/8” 250 85~114 142
PS560 560mm Through Hole 1.9”~7” 350 85~114 142
A.5.1
5. Safety Clamp
5.1 Safety Clamp Type MP Safety Clamps Type MP are necessary tools for handling drill collars, flush joint pipes and small shoulder pipes. They are suitable to pipes with different sizes by changing the quantity of chain links. They are designed and manufactured according to API SPEC 7K Specification for drilling and well servicing equipment.
Main Technical Parameters Model Size Range in Total No. of Links
MP-S 2-7/8~4-1/8 7
4~5 8
MP-R
4-1/2~5-5/8 7
5-1/2~7 8
6-3/4~8-1/4 9
8~9-1/4 10
9-1/4~10-1/2 11
MP-M
10-1/2~11-1/2 12
11-1/2~12-1/2 13
12-1/2~13-5/8 14
13-5/8~14-3/4 15
14-3/4~15-7/8 16
MP-L
15-7/8~17 17
17~18-1/8 18
18-1/8~19-3/8 19
MP-XL
19-3/8~20-3/8 19
20-3/8~21-1/2 20
21~22-5/8 21
22-5/8~23-3/4 22
23-3/4~24-7/8 23
24-7/8~26 24
26~27-1/8 25
29-3/8~30-1/2 28
A.5.2
5.2 Safety Clamp Type C & T Safety Clamp Type C and T are necessary tools for handling flush joint pipes and drill collars. They can accommodate pipes from 1-1/8” to 15-5/8”. They are designed and manufactured according to API SPEC 7K Specification for drilling and well servicing equipment.
Main Technical Parameters Model Size Range in Total No. of Links
WA-C
3-3/4~4-5/8 7
4-1/2~5-5/8 8
5-1/2~6-5/8 9
6-1/2~7-5/8 10
7-1/2~8-5/8 11
8-1/2~9-5/8 12
9-1/2~10-5/8 13
10-1/2~11-5/8 14
11-1/2~12-5/8 15
12-1/2~13-5/8 16
13-1/2~14-5/8 17
14-1/2~15-5/8 18 WA-T
1-1/8~2 4
2-1/8~3-1/4 5
3-1/2~4-1/2 6
A.6.1
6. Elevator & Spider Slip Type Elevator / Spider are mechanized tools with air operating. They can handle casings up to 24-1/2”. They are easy to operate and dependable enough. They can also reduce workload. They are designed and manufactured according to API SPEC 8A/8C Specification for drilling and production hoisting equipment.
A.6.2
Main Technical Parameters Model Rotary Table Size in
Rated Capacity (short tons)
WP PSI Max. Pressure PSI
SE150 2-3/8~5-1/2 150 85~114 142
SE350 (14) 4~14 350 85~114 142
SE350 (20) 16~20 350 85~114 142
SE500 (14) 4~14 500 85~114 142
SE500 (24-1/2) 16~24-1/2 500 85~114 142
SE750 4-1/2~14 750 85~114 142
SEB350 4-1/2~13-3/8 350 85~114 142
A.7.1
7. Spiders
7.1 Pneumatic Spider Type C, CHD, E & HD Pneumatic Spiders are utilized to grip drill pipes, tubings and casings in oil well drilling and repairing. They are designed and manufactured according to API SPEC 7K Specification for drilling and well servicing equipment.
Main Technical Parameters
Model Tubular OD in Slip Body Spec. in Rated Capacity (short tons)
C
1.315~3-1/2 3-1/2
80
3-1/2~4-1/4 4-1/2
4-3/4 4-3/4 (Integral)
5 5 (Integral)
5-1/2 5-1/2 (Integral)
A.7.2
Model Tubular OD in Slip Body Spec. in Rated Capacity (short tons)
CHD
1.315~3-1/2 3-1/2
120
3-1/2~4-1/2 4-1/2
4-3/4 4-3/4 (Integral)
5 5 (Integral)
5-1/2 5-1/2 (Integral)
HD
1.315~3-1/2 3-1/2
125
3-1/2~4-1/4 4-1/2
4-3/4 4-3/4 (Integral)
5 5 (Integral)
5-1/2 5-1/2 (Integral)
E
2-3/8~3-1/2 3-1/2
175 4~5-1/2 5-1/2
5-1/2~7 7
7-5/8 7-5/8 (Integral)
A.7.3
7.2 Pneumatic Spider Type QQP Pneumatic Spiders Type QQP are utilized to grip drilling pipes and tubings in oil well repairing. They are designed and manufactured according to API SPEC 7K Specification for drilling and well repairing equipments.
Main Technical Parameters Model Applicable Tubular Dia. in Rated Capacity (short tons)
QQP/60 2-3/8~3-1/2 60
QQP/75 2-3/8~3-1/2 75
QQP/100 2-3/8~5 100
A.7.4
7.3 TS Tubing Spider TS-100 Tubing/Casing Spiders are tools for handling drill collars, casings, tubings and slick pipes. Both the spider body and slips are made of high-quality alloy steel and heat-treated especially. The spiders are not so heavy and are easy to operate. They are designed and manufactured according to API SPEC 7K Specification for drilling and well servicing equipment.
Main Technical Parameters Model Applicable Tubular Dia. in Rated Capacity (short tons)
TS3-1/2-100 1.05~3-1/2 100
TS5-1/2-100 2-3/8~5-3/4
A.7.5
7.4 API Spider Both API Spider and API split master bushing have the same inner diameter with 1:3 taper. The spider body is made of high-quality alloy steel and heat-treated specially. The spiders are not so heavy and are easy to operate. They are designed and manufactured according to API SPEC 7K Specification for drilling and well servicing equipment.
Main Technical Parameters Model Applicable Tubular Dia. in Rated Capacity (short tons)
8-5/8 API SPIDER 2-3/8~8-5/8 100
9-5/8 API SPIDER 9-5/8~10-3/4 150
A.8.1
8. Inserts and Dies
A.9.1
9. Casing Spider & Insert Bowl The Hinged Casing Spider has a hinged spider body with a split insert bowl. It is put above a rotary table and is suitable for most casings of different sizes. They are designed and manufactured according to API SPEC 7K Specification for drilling and well servicing equipment.
Main Technical Parameters Model Applicable Tubular Dia. in Taper Rated Capacity (short tons)
JOY13-3/8/200 7~8-5/8 1:3
200
9~13-3/8 1:4
JOY20/200 7~8-5/8 1:3
9~20 1:4
JOY30/200 16~30 1:4
JOY36/200 18-5/8~36 1:4
JOY30/500 16~30 1:3
500 JOY36/500 18-5/8~36 1:3
HCS20/500 2-3/8~20 1:3
A.9.2
A.10.1
10. Bushings
10.1 Casing Bushing & Insert Bowl The CU, CUL, CB and other types of Casing Bushing can handle casings from 2-3/8” to 30in OD. Type CU & CUL are solid bushing and Type CB is split bushing. They are designed and manufactured according to API SPEC 7K Specification for drilling and well servicing equipment.
Main Technical Parameters Rotary Table Size 17-1/2~20-1/2 27-1/2 27-1/2 37-1/2
Model CU CUL CB
Tubular OD in
2-3/8~8-5/8 Bushing 3102 + Insert Bowl 1809
Bushing 3103 + Insert Bowl 1809
Bushing 6695 + Insert Bowl 6126A + 6115
Bushing (18-5/8”~20”) + Insert Bowl 6126A + 6115
9-5/8~10-3/4 Bushing 3102 + Insert Bowl 1902
Bushing 3103 + Insert Bowl 3105+1902
Bushing 6695 + Insert Bowl 6126A + 6114
Bushing (18-5/8”~20”) + Insert Bowl 6126A + 6114
11-3/4~13-3/8 Bushing 3102 Bushing 3103 + Insert Bowl 3105
Bushing 6695 + Insert Bowl 6126A
Bushing (18-5/8”~20”) + Insert Bowl 6126A
16 — Bushing 3103 + Insert Bowl 3104
Bushing 6695 + Insert Bowl 6127
Bushing (18-5/8”~20”) + Insert Bowl 6127
18-5/8~20 — Bushing 3103 Bushing 6695 Bushing (18-5/8”~20”)
24 — — — Bushing 11253
26 — — — Bushing 16454
30 — — — Bushing 11763
A.10.2
A.10.3
10.2 Master Bushing & Insert Bowl The master Bushing and insert bowls are casting with high-quality alloy steel, ranging from 17-1/2” to 49-1/2” and conforming to API SPEC 7K Specification for drilling and well servicing equipment. There are two types, Pin Drive and Square Drive. API Standard rotary slips, drill collar slips, casing slips and roller Kelly Bushings are suitable to work with these master bushings and insert bowls.
Main Technical Parameters Model Rotary Table Size in Insert Bowl Tubular OD in
MSS (Solid)
17-1/2~23 Insert Bowl 1011 2-3/8~7-5/8
Extended Insert Bowl 1024 2-3/8~8-5/8
27-1/2
Insert Bowl 1022 2-3/8~7-5/8
Extended Insert Bowl 1022 2-3/8~8-5/8
Insert Bowl 1026 9-5/8~10-3/4
Insert Bowl 2002 11-3/4~13-3/8
MSS (Split) 17-1/2~27-1/2 2-3/8~7-5/8
MSPC (Solid)
20-1/2~22-1/2
Insert Bowl 1809 2-3/8~8-5/8
Insert Bowl 1902 9-5/8~10-3/4
Master Bushing 1805-1 11-3/4~13-3/8
Master Bushing 19333 11-3/4~13-3/8
23~27-1/2
No. 3 Insert Bowl 1810 2-3/8~8-5/8
No. 2 Insert Bowl 1904 9-5/8~10-3/4
No. 1 Insert Bowl 1903 11-3/4~13-3/8
MDSP (Split) 17-1/2~20-1/2 2-3/8~8-5/8
MSP (Split) 27-1/2 2-3/8~8-5/8
MPCH 37-1/2
No. 3 Insert Bowl 6608 2-3/8~8-5/8
No. 2 Insert Bowl 6609 9-5/8~10-3/4
No. 1 Insert Bowl 6610 11-3/4~13-3/8
49-1/2 MPCH37-1/2 2-3/8~13-3/8
A.10.4
A.10.5
A.10.6
10.3 Master Bushing Accessories
10.3.1 Bit Breaker Adapter Plate Bit Breaker Adapter Plates are located in the Master Bushing drive pin holes and provide a 13-9/16” square to accommodate Bit Breaker. They are used for MPCH, MSPC, MDSP and MSP. P/N 1816 used for 23”~49-1/2” master bushing. P/N 1815
used for 17-1/2”~21” master bushing.
10.3.2 Bit Breaker Bit Breakers are mostly used for screwing standard tri-cone drill bit.
10.3.3 Lifting Sling Lifting Sling for removing and installing bushings and bowls. With 2 hooks P/N 1021 for removing and installing bowls. With 4 hooks P/N 6699 for removing and installing bushing.
A.11.1
11. Roller Kelly Bushing Roller Kelly Bushings can be classified as two types based on different ways of drive: Square Drive and Pin Drive. They can also be classified as three types based on different styles: Heavy, Medium and Light-Duty. They are used for 17-1/2” to 49-1/2” Rotary Tables. They are designed and manufactured according to API SPEC 7K Specification for drilling and well servicing equipment.
Main Technical Parameters Model Type Drive Way Applicable Size of Kelly in
HDS
Heavy Duty
Square Drive 2-1/2~6 3~6
27-HDP Pin Drive
2-1/2~6 3~6
20-HDP 2-1/2~6 3~6
RTM4 Medium Duty Square Drive
2-1/2~5-1/4 3~4-1/4
RTS4 Light Duty 2-1/2~4-1/4 3~4-1/4
A.12.1
12. Spinning Wrench
12.1 SSW40 Spinning Wrench SSW40 Spinning Wrench is applicable to drill pipes and drill collars of 3-1/2” ~ 9-1/2”. It is mainly composed of two symmetrical components, each of which drives the gear transmission through air motor and drives the wheel rotation. Operate the air valve with air spring to make the wheel compress the drill pipe. Control the air motor valve handle and start the right and left motors. The motors drive respective drive wheel through left and right reduction units. Due to the friction torque, the drill pipe rotates, and the pipe screw thread rotates in or out. The opening of wrench can adapt pipes of different diameters through adjustment without need for exchange of wheel, which makes manufacturing, application and maintenance more convenient. The spinning wrench is a kind of wheel-type spinning tool. Compared with traditional chain wrench, the spinning wrench boasts the advantages of large speed, no slippery and no damage to drill pipe, and can be used in oil and mud environment, with the advantages of safety and reliability. The brake torque of SSW40 wrench is 1100ft-lbs. The in and out spinning speeds are large. During the tripping operation, SSW40 wrench substitutes the spinning rope (or spinning chain), so as to make the spinning operation safe and reliable, reduce the labor intensity of drillers, and promote the tripping speed. The air motor in the spinner can rotate clockwise and anticlockwise, which makes coring and treatment of drilling troubles more convenient.
Main Technical Parameter Model SSW40
Work Pressure PSI 90~120
Tubular OD in 3-1/2~9-1/2
Air Consumption cfm 250
Spinning Speed rpm 0~120
Brake Torque ft-lbs 1100
Weight lbs 850
Dimensions mm 1315X570X570
A.12.2
12.2 PSW Spinning Wrench The PSW Series Pneumatic Wrench is applicable to the mechanized spinning operation. The applicable range of pipe diameter is wide. It can be adjusted according to requirements whenever necessary. There are two configurations for clamping apparatus: Air Tube and Air Cylinder. Driving methods are divided into two types: Pneumatic (QPSW) and Hydraulic (Model: HPSW). It is designed and manufactured according to API SPEC 7K Specification for Drilling Equipments.
Model QPSW140-200 QPSW254-250 HPSW254-300 Drive Mode Pneumatic Hydraulic Pipe Size inch 3-1/2~5-1/2 3-1/2~10 3-1/2~10 WP psi 72~130 72~130 2000 Max. Brake Torque ft.lbs 1475 1840 2210 Speed rpm 0~90 0~120 0~95 Air Consumption ft³/min 360 529 / Flow Rate gpm / / 32-37 Overall Dimension inch 55X21X33 49X23X28 49X23X28 Weight kgs 833 970 880
A.13.1
13. Iron Roughneck
IRN-120
IRN-80 IRN-110
The Iron Roughneck is applicable to the make-and-break operations of all drill pipes, drill collars, casings and other related joints with the range of 3-1/2”to 9-5/8”, 3-1/2”~8-1/2” & 4-1/4” ~ 8-1/2”. It is the updated product of traditional ones, such as hydraulic gas tongs, cathead. This new product is suitable for tropical, frigid, land and offshore areas as well as other harsh working environments. The control system of the three models owns two kinds of operations (manual stem operation, touch-screen operation in DCM) for the use of switchover. IRN-120 also has a waist control box for operation. All the control devices adopt international renowned brands with reliable quality, reasonable configuration, which is easy to operate and qualified for the requirements of wellhead class I explosion-proof.
A.13.2
Besides the basic functions as other related products, this new type iron roughneck adds wrench rotation function, which ensures mouse hole work conveniently and reliably when operating the pipes.
Main Technical Parameters
ITEM Description Parameters
1 Model No. IRN-120 IRN-110 IRN-80 2 Catch Range 3-1/2″~9-5/8″ 3-1/2”~8-1/2” 4-1/4” ~ 8-1/2” 3 Max. Breakout Torque 120000ft.lbs 80000ft.lbs 80000ft.lbs 4 Max. Makeup Torque 102691.4ft.lbs 60000ft.lbs 60000ft.lbs 5 Spinning Speed 70rpm 80rpm 100rpm
6 Max. Horizontal Moving Distance of Wrench Port
57″ 55.4” 46”
7 Max. Vertical Moving Distance of Wrench Port
27″ 36” 35”
10 Rotating Angle of Main Clamp for Makeup and Breakout
27° 30°
11 Max. Spinning Torque 3800 Ib.in 2250ft.lbs 1750ft.lbs
12 External Dimension after Withdrawal (L×W×H)
88″*53″*115″ 68-3/4X57-9/16X76-7/16
13 Weight of Whole Machine 9300 Ibs 7600 lbs
14 Pressure of Hydraulic System
2540psi 3000psi
15 Flow of Hydraulic System 17.6Gallon/min 30~40 Gallon/min
A.14.1
14. HYDRAULIC TONGS 14.1 TQ Series Casing Tong
TQ series of casing tongs are widely used for makeup and breakout of casings or other pipes. The casing tong features high-efficiency, safety, reliability, labor saving, and ensures connection quality. Tong head is designed as open type and equipped with advanced swing-type double jaw assembly, which can secure reliable clamping. This series of casing tongs can be configured with torque device to perform computer monitoring and managing on pressure, torque and rounds. The tongs are designed and manufactured according to API SPEC 7K “Specification for Drilling Equipments”.
A.14.2
TQ34
0-85
Y
4-1/2
~13-
3/8
2610
29.3~
45.4
-- 9220
~103
25
-- 6269
0~66
375
30~4
5
-- 3.2~5
24.5
78.5x
45.3x
26.8
3740
TQ50
8-70
Y
9-5/8
~20
2900
29.3~
45.4
-- 6190
~789
0
-- 3724
4~52
000
26~4
3.6
-- 4~6.6
24.5
82x5
0.4x3
0
3410
TQ35
6-55
Y
4-1/2
~14
2900
29.3~
45.4
-- 5160
-- 4203
0
39.4~
60.9
-- 4.8~7
.4
24.2
69.7x
37.8x
30.7
2420
TQ35
6-55
Y
4-1/2
~14
2400
29.3~
37.3
72~1
30
2800
~310
0
-- 3908
0~42
775
56~7
0
-- 4~5
-- 69.7x
37.8x
33.5
2530
TQ34
0-35
Y
4-1/2
~13-
3/8
2900
29.3~
45.4
-- 2580
~445
0
-- 1622
5~27
285
50~9
0
-- 8~14
24.2
62.2x
35.4x
34.6
1670
TQ34
0-35
4-1/2
~13-
3/8
2610
29.3~
42.7
72~1
30
1844
~221
0
4425
~553
0
2360
0~29
500
60~8
6
21~3
0
3.6~5
.3
-- 62x3
5.4x4
1.7
1720
TQ17
8-16
Y
4~7
2320
29.3~
42.7
-- 1770
~221
0
-- 1106
0~13
270
50~7
2
-- 9~13
-- 59x3
0x34
.6
1230
TQ17
8-16
4~7
2610
29.3~
42.7
72~1
30
1770
~221
0
-- 1069
4~12
900
54~7
9
-- 9~13
.1
-- 57x3
0x29
.1
1280
Mode
l
Pipe
Size
in
Max.
Pres
sure
psi
Flow
Rate
gpm
Air P
ress
ure p
si
High
Gea
r
Mid.
Gear
Low
Gear
High
Gea
r
Mid.
Gear
Low
Gear
Liftin
g Dist
ance
in
OVL D
IM. in
Weig
ht LB
S
Max.
Torq
ue
ft.lbs
Spee
d rp
m
A.14.3
14.2 TB Series Casing Backup Tong TB Series backup tong is used to perform casing operation by combining with casing tong and can ensure connection quality and eliminate deformation of main tong under large torque. The backup tong features safety, reliability, labor-saving, and high efficiency. There are two control systems: Pneumatic and Hydraulic types. The backup tong is supplied with a torque sensor to measure precisely connection torque. The tong is designed and manufactured according to API SPEC 7K “Specification for Drilling Equipments”.
Model TB194-16 TB365-35 TB178-16S TB365-35Y
Pipe Size in 4~7 coupling 4-1/2~13-3/8 coupling 5-1/2 4-1/2~13-3/8
coupling Air Pressure psi 72-130 72-130 72~130 / Pressure Rating psi / / / 2610 Max. Bearing Torque ft.lbs 11800 25810 11800 25810 Overall Dim. In 51.6x30.7x15.4 59.4x37.2x16 42.5x42.5x13.8 53.1x37.4x13.8 Weight lbs 790 1060 2910 1140
A.14.4
14.3 ZQ Series Drill Pipe Tong ZQ drill pipe power tong is ideal tool for oil & gas drilling, widely applied for makeup and breakout in offshore and onshore drilling operations and workover operations. Open head design of the ZQ series allows the tongs to disengage from drill string with high mobility. The tong is a combination of spinning tong and torque tong. The tongs are designed and manufactured according to API SPEC 7K “Specification for Drilling Equipments”.
A.14.5
ZQ20
3-12
5III
3-1/2
~8
/ / 9220
0
40
2.7
72~1
30
3000
30
/ 0~11
8
0~31
.5
69x7
1.7x8
1
8100
ZQ20
3-10
0III
3-1/2
~8
/ / 1737
50
40
2.7
2400
30
/ 0~11
8
0~31
.5
69x7
1.7x8
1
7165
ZQ20
3-12
5II
3-1/2
~8
/ / 9220
0
40
2.7
3000
30
59
/ 0~17
69x4
2.5x6
4
6063
ZQ20
3-10
0II
3-1/2
~8
/ / 7375
0
40
2.7
2400
30
59
/ 0~17
69x3
9x64
5510
ZQ16
2-50
II
2-3/8
~8
4-1/2
~5-1
/2
3-1/2
~4-1
/2
3688
0
60
4.1
2320
31.7
39.4
/ 0~17
.3
62x3
1x54
3748
ZQ12
7-25
II
2-3/8
~3-1
/2
3-1/2
3-1/2
1844
0
65
10.5
2030
31.7
39.4
/ 0~24
.4
40x3
1x35
.4
1540
ZQ20
3-12
5
3-1/2
~8
/ 9220
0
40
2.7
3000
30
59
/ / 69x4
0.5x5
3
5840
ZQ20
3-10
0
3-1/2
~8
/ 7375
0
40
2.7
2400
30
59
/ / 69x3
9x32
5290
ZQ16
2-50
2-3/8
~5
4-1/2
~5-1
/2
3-1/2
~4-1
/2
3688
0
60
4.1
2030
31.7
39.4
/ / 62x3
1x32
3310
ZQ12
7-25
2-3/8
~3-1
/2
2-3/8
~3-1
/2
2-3/8
~3-1
/2
1844
0
65
10.5
1740
31.7
39.4
/ / 44x3
1x32
1360
Mode
l
Drill
Pipe
Casin
g
Tubin
g
Max.
Torq
ue ft.
lbs
High
Gea
r
Low
Gear
Air P
ress
ure p
si
Pres
sure
Rati
ng ps
i
Flow
Ratin
g gpm
Shifti
ng di
stanc
e
Trav
el Di
stanc
e in
Liftin
g Dist
ance
Over
all D
imen
sion i
n
Weig
ht lbs
Pipe
Si
ze in
Spee
d rp
m
A.15.1
15. HYDRAULIC POWER UNIT YZB / YZC series of hydraulic power units are used to supply hydraulic power for onshore and offshore drilling operations. This kind of product has the advantages of wide adjustment range, easy operation, and high generality. Series of air/water cooled hydraulic power units are especially suitable for desert and continuous working situation. The product features compact structure, easy operation, wide adjustable range, good heating or radiating, etc. YZB stands for Electric Motor driven. YZC stands for diesel engine driven. F stands for Fan Cooling. Symbol of Water cooling is neglected.
YZB Series Electric Motor Driven Hydraulic Power Unit
A.15.2
YZBS
-120
LD-2
31.7
2320
2900
238
49.6
4x2
/ 107.6
Wate
r Coo
ling
69x5
3x69
5290
YZBS
-120
31.7
2400
2900
238
49.6
4x2
/ 64.6
Wate
r Coo
ling
61x4
8.4x4
4.5
3086
YZBF
-120
LD/2-
5III
31.7
2400
2900
238
60.3x
2
4x2
0.5x2
430.6
76.7x
63x6
9
6062
YZBF
-120
LD/2-
4
30
2900
3120
238
60.3x
2
4x2
0.5x2
430.6
76.7x
63x6
9
6062
YZBF
-120
LD
21/31
.7
2400
3120
/2030
158.5
49.6
4x2
0.5x2
430.6
65x5
1x65
3960
YZBF
-120
II-2
31.7
2320
2900
155
49.6
4x2
1 344
68x5
1x50
3307
YZB-
120II
31.7
2400
3120
155
49.6
/ / / 61x4
2x45
2866
Mode
l
Rated
Flow
ra
te gp
m
Rated
Pr
ess.
psi
Max.
Pres
s. ps
i
Effec
tive
Capa
city
gal
Drive
Po
wer h
p
Heati
ng
Powe
r hp
Fan M
otor
Powe
r hp
Radia
tion
area
ft2
Ovl D
im. in
Weig
ht lbs
A.15.3
YZC Series Diesel Engine Driven Hydraulic Power Unit Main Technical Parameters: Model YZC-120II YZC-120II-2 YZC-60/21M YZCF-120L Rated Flow gpm 31.7 31.7 13.2 31.7 Rated Press. Psi 2400 2610 3050 2540 Max. Press. Psi 2900 2900 3050 2900 Oil tank volume gal 204 204 50 200 Diesel engine power 80 93.3 60 93.3 Diesel engine speed 1500 1800 1500 1800 Diesel engine starting Electric Starting Air Starting Electric Starting Electric Starting Diesel tank Volume 34.2 60.5 28 31.7 Radiation Area ft -- -- -- 430.6 Ovl Dim. In 85x51x65 97x51x68 67x51x59 97x55x70 Weight lbs 2866 2866 3200 3968
SECTION B INDEX
II. DRILL STRING
1. DRILL PIPE ............................................................................... B.1.1 ~B.1.2
1.1 STANDARD DRILL PIPE ..................................................................... B.1.1
1.2 SOUR SERVICE DRILL PIPE ....................................................... B.1.2~B.1.3
2. HEAVY WEIGHT DRILL PIPE ................................................................ B.2.1
3. DRILL COLLAR ........................................................................... B.3.1~B.3.3
3.1 STANDARD DRILL COLLAR ................................................................ B.3.1
3.2 SPIRAL DRILL COLLAR ....................................................................... B3.2
3.3 NON‐MAGNETIC DRILL COLLAR ....................................................... B.3.3
4. REAMER ............................................................................................ B.4.1
5. STABILIZER ................................................................................ B.5.1~B.5.7
5.1 INTEGRAL STRAIGHT BLADE STABILIZER ........................................... B.5.1
5.2 INTEGRAL SPIRAL BLADE STABILIZER ...................................... B.5.2~B.5.3
5.3 REPLACEABLE SLEEVE STABILIZER .................................................... B.5.4
5.4 NON‐ROTATING STABILIZER ............................................................. B.5.5
5.5 FLOAT VALVE STABILIZER .................................................................. B.5.6
5.6 SPHERICAL STABILIZER ..................................................................... B.5.7
6. KELLY (SQUARE AND HEXAGONAL) .................................................... B.6.1
7. HOLE OPENER .................................................................................... B.7.1
8. DRILL STRING ACCESSORIES ...................................................... B.8.1~B.8.3
8.1 LIFTING SUB .................................................................................... B.8.1
8.2 CROSSOVERS ................................................................................... B.8.2
8.3 LIFTING PLUGS & CAPS .................................................................... B.8.2
8.4 TOOL JOINT ..................................................................................... B.8.3
8.5 TOP DRIVE SAVER SUBS ................................................................... B.8.3
8.6 KELLY SAVER SUBS ........................................................................... B.8.3
8.7 DRILL BIT SUBS ................................................................................ B.8.3
B.1.0
II. DRILL STRING The threads of our drill string cover all API Standard connection types and many NON-API Standard connections, as listed below: Standard Connection Threads
API
NC REG FH IF
VAM Services
NEW VAM tubing NEW VAM casing DINO VAM VAM ACE casing VAM TOP tubing VAM TOP casing VAM TM tubing VAM TM casing VAM FJL VAM MUST VAM TOP HT VAM TOP HC VAM SLIJ-II VAM EXPRESS VAM EIS VAM CDS
JFE FOX JFEBEAR
Tenaris Tenaris 3SB Tenaris ER
HUNTING HUNTING SEAL-LOCK HT HUNTING SEAL-LOCK BOSS HUNTING SEAL-LOCK APEX
Grant Prideco HT26 through HT 65 GPDS 26 through GPDS 65 XT26 through XT69
NSCC NSCC/NSCT
MISC. PAC AOH
Command Energy Services Command HTDS (CDS™CET™) Remarks: The other thread connections not listed in this sheet will be provided upon requests.
B.1.1
1. Drill Pipe 1.1 Standard Drill Pipe
Size Nominal Wgt lb/ft
Calc. Plain End Wgt Lb/ft
OD in Wall Thk in Grade Upset Ends for Welding Tool Joints
2.3/8 6.65 6.27 2.3/8 0.280 E,X,G,S EU 2.7/8 10.40 9.72 2.7/8 0.362 E,X,G,S IU or EU3.1/2 9.50 8.81 3.1/2 0.254 E IU or EU3.1/2 13.30 12.32 3.1/2 0.368 E,X,G,S IU or EU3.1/2 15.50 14.64 3.1/2 0.449 E IU or EU3.1/2 15.50 14.64 3.1/2 0.449 X,G,S EU or IEU4 14.00 12.95 4 0.330 E,X,G,S IU or EU4.1/2 13.75 12.95 4.1/2 0.271 E IU or EU4.1/2 16.60 15.00 4.1/2 0.337 E,X,G,S EU or IU4.1/2 20.00 18.71 4.1/2 0.430 E,X,G,S EU or IU5 16.25 14.88 5 0.296 E,X,G,S IU 5 19.50 17.95 5 0.362 X,G,S IEU 5 19.50 17.95 5 0.362 E EU or IU5 25.60 24.05 5 0.500 X,G,S IU 5 25.60 24.05 5 0.500 E EU or IU5.1/2 21.90 19.83 5.1/2 0.361 E,X,G,S IEU 5.1/2 24.70 22.56 5.1/2 0.415 E,X,G,S IEU 6.5/8 25.20 22.21 6.5/8 0.330 E,X,G,S IEU 6./58 27.72 24.24 6./58 0.362 E,X,G,S IEU
B.1.2
1.2 Sour Service Drill Pipe STANDARD: IRP1.8, NACE MR 0175/ISO 15156 SIZE RANGE: 2-3/8” TO 6-5/8” SPECIFICATION AND FEATURES OF MATERIAL
Contents DP95SS DP105SS
PIPE SPECS
Chemical composition wt% S≤0.005，P≤0.010 S≤0.005，P≤0.010 metallographic structure tempered martensite, ≥95% tempered martensite, ≥95%
Grain size ASTM E112 Grade 8 or finer ASTM E112 Grade 8 or finer Yield strength 655/758MPa(95/110KSI) 724/827MPa(105/120KSI)
Tensile Strength 724/896MPa(105/130KSI) 793/965MPa(115/140KSI) Elongation % ≥17 ≥17
Impact Energy (7.5*10*55,-20℃) (single)≥80J(59Ft-Lb) (single)≥80J(59Ft-Lb) Hardness HRC Single18---27, average≤25 Single21---29, average≤28 sulfur tolerance ≥557MPa(80.8KSI), ≥85%SMYS ≥616MPa(89.2KSI), ≥85%SMYS
TOOL JOINT SPECS
(DPTJ110SS)
Chemical composition S≤0.005，P≤0.010 S≤0.005，P≤0.010 metallographic structure tempered martensite, ≥90% tempered martensite, ≥90%
Grain size Grade 7 or finer Grade 7 or finer Yield strength 758/862MPa (110/125KSI) 758/862MPa (110/125KSI)
Tensile Strength 862/1000MPa(125/145KSI) 862/1000MPa(125/145KSI) Elongation % ≥15 ≥15
Impact Energy (10*10*55,-20℃) Single≥90J(66Ft-Lb) Single≥90J(66Ft-Lb) Hardness HRC Single≤32, Average≤30 Single≤32, Average≤30
Sulfur Tolerance ≥493MPa(71.5KSI)
≥65%SMYS
≥493MPa(71.5KSI)
≥65%SMYS MANUFACTURING PROCESS:
B.1.3
HARDBANDING
INNER COATING
B.2.1
2. Heavy Weight Drill Pipe
Size Tube OD (+1/16, -1/32) Tube ID Tool Joint OD
(+1/16, -1/32) Tool Joint ID (+1/16, -1/32) Conn. Max. Elevator
Upset Dia. Deu Center Upset Dia. (+1/16, -1/32) Dcu
Min. Drift Dia.
3-1/2 3-1/2 2-1/4 4-3/4 (4-7/8, 5)
2-1/4 NC38 3-7/8 4 2 2-1/16 1-13/16
4 4 2-1/2 5-1/4 2-1/2 NC40 4-3/16 4-1/2 2-1/4 2-9/16 2-9/16 2-5/16
4-1/2 4-1/2 2-11/16
6-1/4 2-11/16
NC46 4-11/16 5 2-7/16
2-3/4 2-3/4 2-1/2 2-13/16 2-13/16 2-9/16
5 5 3 6-5/8 3 NC50 5-1/16 5-1/2 2-3/4
5-1/2 5-1/2
3-1/4 7 (7-1/4, 7-1/2)
3-1/4
5-1/2FH 5-1/16 6
3 3-3/8 3-3/8 3-1/8 3-7/8 3-7/8 3-5/8
4 4 3-3/4
6-5/8 6-5/8 4 8 (8-1/4,
8-1/2)
4 6-5/8FH 6-15/16 7-1/8
3-3/4 4-1/2 4-1/2 4-1/4
5 5 4-3/4
B.3.1
3. Drill collar:
Elevator and Slip Recess Groove
3.1 Standard Drill Collar; OD in ID in L ft Bevel Dia mm Drill Collar Threads Ref. Bend Strength Ratio 3-1/8 1-1/2 30 76.2 NC23-31 2.57:1 3-1/2 1-1/2 30 82.9 NC26-35(2-3/8IF) 2.42:1 4-1/8 2 30 100.4 NC31-41(2-7/8IF) 2.43:1 4-3/4 2 30 114.7 NC35-47 2.58:1 5 2-1/4 30 121 NC38-50(3-1/2IF) 2.38:1 6 2-1/4 30 or 31 144.5 NC44-60 2.49:1 6 2-13/16 30 or 31 144.5 NC44-60 2.84:1 6-1/4 2-1/4 30 or 31 149.2 NC44-62 2.91:1 6-1/4 2-13/16 30 or 31 150 NC46-62(4IF) 2.63:1 6-1/2 2-1/4 30 or 31 154.8 NC46-65(4IF) 2.76:1 6-1/2 2-13/16 30 or 31 154.8 NC46-65(4IF) 3.05:1 6-3/4 2-1/4 30 or 31 159.5 NC46-67(4IF) 3.18:1 6-3/4 2-13/16 30 or 31 159.5 NC50-67(4-1/2IF) 2.37:1 7 2-1/4 30 or 31 164.7 NC50-70(4-1/2IF) 2.54:1 7 2-13/16 30 or 31 164.7 NC50-70(4-1/2IF) 2.73:1 7-1/4 2-13/16 30 or 31 169.5 NC50-72(4-1/2IF) 3.12:1 7-3/4 2-13/16 30 or 31 185.3 NC56-77 2.70:1 8 2-13/16 30 or 31 190.1 NC56-80 3.02:1 8-1/4 2-13/16 30 or 31 195.7 6-5/8REG 2.93:1 9 2-13/16 30 or 31 212.7 NC61-90 3.17:1 9-1/2 3 30 or 31 223.8 7-5/8REG 2.81:1 9-3/4 3 30 or 31 232.6 NC70-97 2.57:1 10 3 30 or 31 237.3 NC70-100 2.81:1 11 3 30 or 31 266.7 8-5/8 REG 2.84:1
B.3.2
3.2 Spiral Drill Collar;
OD in Cutting Depth Lead mm ±25.4 A(mm) B(mm) 3.3/8 3.5±0.79 - 679 3.7/8 4.0±0.79 - 914 4~4.1/8 4.8±0.79 - 914 4.1/2~5.1/8 5.6±0.79 - 965 5.1/4~5.3/4 6.4±0.79 - 1067 5.7/8~6.3/8 7.1±1.59 - 1067 6.1/2~7 7.9±1.59 - 1168 7.1/8~7.7/8 8.7±1.59 5.6±0.79 1626 8~8.7/8 9.5±1.59 6.4±0.79 1727 9~9.7/8 10.3±2.37 7.1±1.59 1829 10~10.7/8 11.1±2.37 7.9±1.59 1930 11 11.9±2.37 8.7±1.59 2032
B.3.3
3.3 Non-Magnetic Drill Collar
DC conn. code OD in Bore in (+1.59mm, -0) Length in
(±152.4mm) Bevel Dia mm Ref. bending strength BSR
NC23-31 3 1/8 1 1/4 30 76.2 2.57:1 NC26-35 3 1/2 1 1/2 30 82.9 2.42:1 NC31-41 4 1/8 2 30 or 31 100.4 2.43:1 NC35-47 4 3/4 2 30 or 31 114.7 2.58:1 NC38-50 5 2 1/4 30 or 31 121.0 2.38:1 NC44-50 6 2 1/4 30 or 31 144.5 2.49:1 NC44-60 6 2 13/16 30 or 31 144.5 2.84:1 NC44-60 6 1/4 2 1/4 30 or 31 149.2 2.91:1 NC46-62 6 1/4 2 13/16 30 or 31 150.0 2.63:1 NC46-65 6 1/2 2 1/4 30 or 31 154.8 2.76:1 NC46-65 6 1/2 2 13/16 30 or 31 154.8 3.05:1 NC46-67 6 3/4 2 1/4 30 or 31 159.5 3.18:1 NC50-67 6 3/4 2 13/16 30 or 31 159.5 2.37:1 NC50-70 7 2 1/4 30 or 31 164.7 2.54:1 NC50-70 7 2 13/16 30 or 31 164.7 2.73:1 NC50-72 7 1/4 2 13/16 30 or 31 169.5 3.12:1 NC56-77 7 3/4 2 13/16 30 or 31 185.3 2.70:1 NC56-80 8 2 13/16 30 or 31 190.1 3.02:1 6-5/8REG 8 1/4 2 13/16 30 or 31 195.6 2.93:1 NC61-90 9 2 13/16 30 or 31 212.7 3.17:1 7-5/8REG 9 1/2 3 30 or 31 223.8 2.81:1 NC70-97 9 3/4 3 30 or 31 232.6 2.57:1 NC70-100 10 3 30 or 31 237.3 2.81:1 8-5/8REG 11 3 30 or 31 266.7 2.84:1
B.4.1
4. Reamer
Technical specifications
Type Hole Size (in)
Thread Type (API)
O.D. (mm)
I.D. (mm)
Overall Length (mm)
Ends O.D. (mm)
R155 6-1/8 3-1/2IF 155 31.7 1,400 121 R206 8-1/8 4IF 206 38 1,600 159 R212 8-3/8 4-1/2IF 212.7 44 1,700 165 R215 8-1/2 4-1/2IF 215.9 44 1,700 165 R244 9-5/8 NC50 244 57 1,800 178 R311 12-1/4 6-5/8REG 311.2 71 1,800 210 R444 17-1/2 7-5/8REG 444.5 76 2,100 241.3 R660 26 7-5/8REG 660.4 76 2,200 241.3 R762 30 7-5/8REG 762 76 2,300 241.3 R812 32 7-5/8REG 812 76 2,400 241.3 R914 36 7-5/8REG 914 76 2,600 241.3
B.5.1
5. Stabilizer Stabilizers can be defined into many types according to different parameters. 5.1 Drill String Stabilizer & Near Bit Stabilizer; 5.2 Slick Stabilizer (Long & Short type) and Spiral Stabilizer (Long & Short
type); 5.3 Rigid Stabilizer, Non-Rotating Stabilizer and Roller Stabilizer;
5.1 Integral Straight Blade Stabilizer
Straight blade stabilizer is integrally made of high strength alloy steel AISI 4145H, usually with 3 blades or 4 blades. The working surface of straight stabilizer is provided with carbide insert, diamond compound insert, or overlay welding etc.
Technical Specifications
Bit OD in
End OD mm
ID mm Length(mm) Connection Short Type Long Type Drill String Near Bit
Near Bit Drill String Near Bit Drill String Top Down Top Down 6
121 51
800~900
1,000~1,100 1,200~1,400 1,400~1,600 NC38 NC38 NC38 3-1/2 REG6-1/4 6-1/2 7-1/2
159 165 178
57 71
1,000 1,600 1,800 NC46 NC46 NC46 4-1/2 REG7-7/8 8-3/8
1,000~1,200 1,600~1,800
1,800~2,000
NC46 NC50 4-1/2 REG8-1/2
8-3/4 9-1/2 178
197 71 800~1,000 1,000~1,200 1,600~1,800 NC50 NC50 NC50 6-5/8 REG9-5/8 9-7/8
12-1/4 203 229 76
1,000~1,200 1,200~1,500 1,800~2,000 NC56 6-5/8 REG 6-5/8 REG
17-1/2 1,200~1,300 1,200~1,300 2,000~2,200 2,000~2,200 NC61 7-5/8 REG
B.5.2
5.2 Integral Spiral Blade Stabilizer Spiral blade stabilizer is integrally made of high strength alloy steel AISI 4145H, usually with 3 blades or 4 blades. The working surface of spiral stabilizer is provided with carbide insert, diamond compound insert, or overlay welding etc.
Technical specifications Bit Size
in End OD
mm ID mm Length
mm
Thread Code on Both Ends String type Near bit type
Top Down Top Down 6
121 51 1,200 NC38 3-1/2REG 6-1/4 6-1/2 7-1/2
159 57 1,600 NC46
4-1/2REG
7-7/8
8-3/8 159 165
71
1,600 1,800
NC46 NC50 8-1/2 159
165 178 8-3/4
9-1/2 178 197
1,600 NC50 NC50 NC50 6-5/8REG 9-5/8
1,800 9-7/8
12-1/4 203 229
76 1,800
NC56 6-5/8 REG
NC56 6-5/8 REG
NC56 6-5/8 REG
6-5/8 REG
16 229 241.3
2,000 2,200
NC61 7-5/8 REG
NC61 7-5/8 REG
NC61 7-5/8 REG
NC61 7-5/8 REG
B.5.3
SPECIAL RECOMMENDATION! HF3000 Hard Facing Stabilizers Introduction: Stabilizers are connected with drill collar accessories to make up the downhole drill stem. HF3000 Hard Facing stabilizers have high tensile, high-wearing feature and recoverability features. This particular dressing comprises tungsten carbide inserts set in a power spray deposit, which is ideal for abrasive formations. Area of tungsten carbide inserts coverage on the surface of hardfacing reaches more than 60%. Hardfacing dressing is some special tungsten-carbide powder. It can get more strength and toughness after the welding procedure. It can ensure the hardfacing’s abrasion resistance and not easily pull-out to cause damage. We take full account of chemical composition of the material and the need for repeated redressing without damage for our dressing technique. A well-controlled welding temperature can result in a reliable surface alloy welding operation. The composition plane can reach more than 97%. HF3000 Hard Facing Stabilizers can be cleaned by acetylene burner after abrasion. When the cleaning process is completed, new hard facing can be welded on the surface, proving the better recoverability. Features: ◆ HF3000 Hard Facing Stabilizers are based on the advanced technology from abroad. This type of stabilizers are generally used in abrasive rock formation in the international drilling market. ◆This kind of stabilizer’s hardfacing is firstly invented at home. ◆ This kind of stabilizer is prior to the traditional insert alloy column type stabilizer. a. Traditional insert alloy column type stabilizer are
easily pull-out and will cause damage to the drill bit. b. It has a longer service life than traditional inlaid alloy
column type stabilizer. c. This type of stabilizers are easy to repair, to reduce the well drilling costs.
B.5.4
5.3 Replaceable Sleeve Stabilizer Replaceable sleeve stabilizer is special tool suitable for directional well drilling. The stabilizer sleeve can be changed quickly and easily after sleeve hard banding is worn-out. There’re two styles available: 2-piece stabilizer, and 3-piece stabilizer.
Technical Specifications Bit
Dia. (in)
DC Dia. (in)
Sleeve Stabilizer Body Thread Code on Both Ends
Length (mm)
Work O.D.(mm)
Upset End Dia.
(mm)
Upset End
length (mm)
Fishing Neck
Length(mm)
I.D.(mm
)
Make-upTorque (KN.m)
Over length L (mm) Drill String Near Bit
Near Bit
Drill String Top Down Top Down
8-1/2
6-1/2
480 214
190
200 600
71 6.95 ~7.25
1,800~1,900
1,800 ~1,900
4-1/2 IF
4-1/2 IF
4-1/2 IF
4-1/2 REG
8-1/4 470 2108 472 203
7-3/4 455 19712-1/4
8
555 310
238
76
19.7 ~11
1,800~2,000
1,800 ~2,000
6-5/8 REG
6-5/8 REG
6-5/8 REG
6-5/8 REG
12 550 305
11-1/2 540 292
11 530 279
17-1/2
9
682 444
279 13.85 ~16.55
7-5/8 REG
7-5/8 REG
7-5/8 REG
7-5/8 REG
17 676 43216-1/2 670 420
16
644 40722
2,000~2,200
2,000~2,200 24
26
B.5.5
5.4 Non-Rotating Stabilizer Non-rotating stabilizer is special tool in drilling to avoid blade worn out or wall damage. Jereh provides non-rotating stabilizer for drilling hole from 13-3/8~28 inch.
Technical Specifications Hole Size
(in)
Stabilizer Sleeve Stabilizer Body Overall
Length (mm) Length (mm) O.D. (mm)
Blade Qty. ID (mm)
Fishing O.D. (mm)
Thread Type
13-3/8 500 313 4 71 165 4-1/2 IF 2,000 10-3/4 500 255 4 71 165 4-1/2IF 2,000 9-5/8 500 220 4 71 165 4-1/2IF 2,000
7 380 157 4 44 127 4-1/2IF 1,600 12-1/4 523 310 4 76 215 6-1/8REG 2,010
16 543 405 4 76 241 7-5/8REG 2,210 17 543 430 4 76 241 7-5/8REG 2,210 22 635 558 4 76 241 7-5/8REG 2,210 28 715 711 5 76 241 7-5/8REG 2,210
B.5.6
5.5 Float Valve Stabilizer Float valve stabilizer is effective tool in drilling operation. The stabilizer is connected at upper part of drill bit, and the float valve assembly in stabilizer is near the bit thread. Such structure of stabilizer can realize the automatically shutting off inside bore of tool to avoid the accident.
Technical Specifications
Stabilizer Type
Stabilizer Body O.D. (mm)
Stabilizer Thread
Float Valve Assembly O.D.
(mm)
Float Valve Assembly Length (mm)
FV711 228 241 7-5/8 REG 121 298.4 FV588 228 241 7-5/8 REG 121 298.4 FV444 228 241 7-5/8 REG 121 298.4 FV311 203 209.6 6-5/8 REG 121 298.4 FV241 178 4-1/2 IF 98 247.6 FV214 178 165 4-1/2 REG 88 211.14 FV152 127 121 3-1/2 REG 61 165.1
B.5.7
5.6 Spherical Stabilizer Spherical stabilizer is new tool for various drilling operation. Jereh provides spherical stabilizer from 6~ 12 1/4 inch.
Technical Specifications
Working O.D. (in)
Body O.D. on Both
Ends (mm)
I.D. (mm)
StabilizerLength (mm)
Thread on Both Stabilizer Ends (in) String Type Near Bit Type
Top Down Top Down 6~6-1/2 121 51 785 3-1/2IF 3-1/2IF 3-1/2IF 3-1/2REG7~7-7/8 159 57 850 4-1/2IF 4-1/2IF 4-1/2IF 4-1/2REG8~8-1/2 165 71 850 4-1/2IF 4-1/2IF 4-1/2IF 4-1/2REG9~9-1/4 197 71 870 4-1/2IF 4-1/2IF 4-1/2IF 4-1/2REG
12~12-1/4 203 76 940 6-5/8REG 6-5/8REG 6-5/8REG 6-5/8REG
B.6.1
6. Kelly (Square and Hexagonal)
Kelly
Size
(In)
Length
(In)
Upper Box Connection Lower Pin
Connection I.D.
(mm)
Driving Section
Type(LH) O.D. Cross
Flat
(mm)
For
Square
(mm)
Cross
Corner for
Hex Standard Optional
Standard
(mm)
Optional
(mm) Thread
O.D.
(mm)
2-1/2 12.19 6-5/8REG 4-1/2REG 196.8 146 85.7 31.8 63.5 83.3
3 12.19 6-5/8REG 4-1/2REG 196.8 146 NC26 104.8 44.4 76.2 100 85.7
3-1/2 12.19 6-5/8REG 4-1/2REG 196.8 146 NC31 120.6 57.2 88.9 115.1 100.8
4-1/4 12.9 6-5/8REG 4-1/2REG 196.8 146 NC38 158.8 71.4 108 141.3 122.2
NC38 161.9 71.4 108 141.3 122.2
5-1/4 12.9 6-5/8REG 4-1/2REG 196.8 146 NC46 177.8 82.6 133.3 175.4 151.6
NC50 177.8 82.6 133.3 175.4 151.6
6 12.9 6-5/8REG
196.8 146 5-1/2FH 152.4 173
NC56 152.4 173
B.7.1
7. Hole Opener
Technical Specifications
Type Hole Dia. (in)
Blade No.
Min Guiding Hole
(in)
Mandrel Fishing
Neck Dia. (in)
MandrelI.D. (in)
Upper Threads
(Pin Thread)
Lower Threads
(Box Thread)
Overall Length
(in)
HO311 12-1/4 3 8-1/2 8 1-1/2 6-5/8 REG 6-5/8 REG 60
HO406 16 3 10 9-1/2 2-1/4 7-5/8 REG 7-5/8 REG 72
HO444 17-1/2 3 10 9-1/2 2-1/4 7-5/8 REG 7-5/8 REG 72
HO3-660 26 3 17-1/2 10 3 7-5/8 REG 7-5/8 REG 69
HO4-914 36 4 26 10 3-1/2 7-5/8 REG 7-5/8 REG 104-3/8
B.8.1
8. Drill String Accessories 8.1 Lifting Subs
Drill tool lifting sub is a special tool for lifting the drill tools in petroleum natural gas industry and geologic exploration. Drill tool lifting sub is divided into two types: 18 degree shoulder and 90 degree shoulder. The lifting sub can be selected according to elevator structure.
Technical specifications and parameters
No. Nominal
size (mm)
I.D.(mm)
End of pin Lifting end
Connection O.D.(mm) DF/mmTong Space
LPB/mm O.D.(mm)
Tong Space
LPB/mm1
73 31.8 NC23 79.4 76.2
250
111.1
100
2 44.5 NC26 88.9 82.9 3
89 54 NC31 104.8 100.4
127 4 50.8 NC35 120.7 114.75 68.3 NC38 127 121 6
127
71.4 NC44 152.4 144.5
168.3
7 158.8 149.28
82.6
NC46 158.8 150
9 165.1 154.810 171.5 159.511
NC50 177.8 164.7
12 184.2 169.513
NC56 196.8 185.3
300
14 203.2 190.115
95.3
6 5/8 REG 209.6 195.716 NC61 228.6 212.717 7 5/8 REG 241.3 223.818
NC70 247.7 232.6
19 254 237.320 NV77 279.4 260.7
B.8.2
8.2 Crossovers
Cross-over sub acts for conversion and connection of drill stem component in petroleum, natural gas and geology drilling work. It is used mainly for connecting of upper drill tools and lower drill tools during drilling operations. The cross over sub in 4 types of main structure
Sort Description Upper Connection Part
Lower Connection Part Type
1 Kelly cross-over sub Kelly Drill pipe A or B 2 Drill pipe cross-over sub Drill pipe Drill pipe A or B 3 Interim cross-over sub Drill pipe Drill collar A or B 4 Drill collar cross-over sub Drill collar Drill collar A or B 5 Drill bit cross-over sub Drill collar Drill bit A or B 6 Swivel cross-over sub Swivel lower sub Kelly C
7 Fishing cross-over sub Kelly Drill pipe C Drill pipe Fishing tools C
8.3 Lifting Plugs & Caps
Lifting cap is a special tool for lifting of drilling tools in petroleum, natural gas, drilling engineering and geographical exploration. Technical parameter
Connection O.D.(mm) Length(mm) Connection O.D.(mm) Length(mm) 7 5/8 REG Pin 210 290 7 5/8 REG Box 230 290 6 5/8 REG Pin 190 280 6 5/8 REG Box 200 280
NC50 Pin 155 270 NC50 Box 160 260 NC46 Pin 150 270 NC46 Box 160 260 NC38 Pin 115 260 NC38 Box 120 270 NC31 Pin 100 210 NC31 Box 120 220
2 3/8 REG Pin 80 190 2 3/8 REG Box 110 200 NC26 Pin 89 200 NC26 Box 110 200
3 1/2 REG Pin 100 220 3 1/2 REG Box 130 270 4 1/2 REG Pin 145 260 4 1/2 REG Box 160 260 2 7/8 EUE Pin 80 220 2 7/8 EUE Box 80 220
B.8.3
8.4 Tool Joints
8.5 Top Drive Saver Subs
8.6 Kelly Saver Subs
8.7 Drill Bit Subs
8.8 Short Drill Pipes
8.9 Short Drill Collars
SECTION C INDEX III. FLEXIBLE HOSES (ROTARY/CHOKE/KILL/CEMENT)
1. CHOKE / KILL HOSE C.1.1
1.1 STANDARD DRILL PIPE C.2.1~C.2.2
C.1.1
III. FLEXIBLE HOSES (ROTARY / CHOKE / KILL / CEMENT/FOOD) 1． CHOKE / KILL HOSE Applicable to connection at locations when drill platform, semi-submersible drilling vessel or drilling vessel moves relatively and the installation dimensions of the drill rig subsequently change, and to delivery of oil, gas, mud and other high pressure media (including mainly relief line, blowout control line and choke kill line).
Features: 1) Resistance to high pressure; 2) Thermal insulation; 3) Anti-flaming and fire resistance; 4) Inner wall with high abrasion resistance; 5) API 16C Certified. Connections: Hammer Union, Hub, Flange (welded, integral, swivel), LP / TBG Thread.
ID in WP psi TP psi Min. Bending Radius mm 2
5000 10000
900 2-1/2 1000 3 1000 3-1/2 1100 4 1200 2
10000 15000
1000 2-1/2 1100 3 1150 3-1/2 1200 4 1250 2
15000 22500 1000
2-1/2 1150 3 1200 2
20000 30000 900
2-1/2 1100 3 1200
C.2.1
2． ROTARY DRILLING HOSE Purpose: It is suitable for flexible connection between the top of the drilling riser and vertically movable water faucet in the oil drilling and mud delivery systems, and for the adjustment of installing error between the drilling pump line and the riser for the connections and vibration isolation; It is also suitable for delivering in large quantity at high pressure water-based or oil-based mud with the min. aniline point at 66 pumped out of rotary drilling equipment. Moreover, it resists to corrosion from hydrogen sulfide and delivers water, oil, mud and other high pressure media in borehole operation in oil field. Constructions: It is made of inner sub or stainless steel armor inner tube, carbon fiber reinforce sub, middle sub, steel wire reinforce sub (steel catenarian line reinforce sub), and carbon fiber outer sub; The product is classified into steel wire reinforcing type and steel link line reinforcing type; Features: 1) suitable for flexible connection between the top of the drilling riser and
vertically movable water faucet; 2) delivering in large quantity at high pressure the water-based or oil-based
mud 3) resists to corrosion from hydrogen sulfide; 4) classified into steel wire reinforcing type and steel link line reinforcing type 5) API 7K Certified.
Connections: Hub,
Hammer Union, LP / TBG Thread, Flange (welded, integral, swivel).
C.2.2
3
G 1500
0
2250
0
1150
6
D 5000
1000
0
1400
F 1000
0
1500
0
1150
C 4000
8000
1400
E 7500
1500
0
1100
B 2000
4000
1300
D 5000
1000
0
1050
A 1500
3000
1300
C 4000
8000
1050
5
D 5000
1000
0
1300
B 2000
4000
950
C 4000
8000
1300
A 1500
3000
950
B 2000
4000
1200
2-1/2
G 1500
0
2250
0
1150
A 1500
3000
1200
F 1000
0
1500
0
1100
4
F 1000
0
1500
0
1200
E 7500
1500
0
1050
E 75
00
1500
0
1150
D 5000
1000
0
1000
D 5000
1000
0
1100
C 4000
8000
1000
C 4000
8000
1100
B 2000
4000
900
B 2000
4000
1050
A 1500
3000
900
A 1500
3000
1050
2
G 1500
0
2250
0
1000
3-1/2
G 1500
0
2250
0
1200
F 1000
0
1500
0
950
F 1000
0
1500
0
1150
E 7500
1500
0
900
E 7500
1500
0
1150
D 5000
1000
0
850
D 5000
1000
0
1100
C 4000
8000
850
C 4000
8000
1100
B 2000
4000
800
B 2000
4000
1000
A 1500
3000
800
A 1500
3000
1000
ID in
Clas
s
WP
psi
TP ps
i
Min
Bend
ing
Radiu
s mm
ID in
Clas
s
WP
psi
TP ps
i
Min
Bend
ing
Radiu
s mm
SECTION D INDEX IV. OFFSHORE MANIFOLD
1. OFFSHORE MANIFOLD D.1.1 ~D.1.3
D.1.1
IV. OFFSHORE MANIFOLD
WORKING PRINCIPLES:
D.1.2
Typical designs for your reference:
D.1.3
SECTION E INDEX V. VALVES
1. DFC TYPE GATE VALVE .............................................................. E.1.1 ~E.1.3
2. DF TYPE PARRALLEL GATE VALVE ......................................................... E.2.1
3. DWKM TYPE EXPANDING GATE VALVE ................................................ E.3.1
4. MUD GATE VALVE ............................................................................... E.4.1
5. CAGE CHOKE VALVE ............................................................................ E.5.1
6. ORIFICE CHOKE VALVE ........................................................................ E.6.1
7. POSITIVE CHOKE VALVE ...................................................................... E.7.1
8. JT BARREL TYPE CHOKE VALVE .................................................. E.8.1~E.8.2
9. JZ NEEDLE TYPE CHOKE VALVE ............................................................ E.9.1
10. WELLHEAD EMERGENCY SHUTDOWN VALVE .................................. E.10.1
E.1.1
V. VALVES 1. DFC Type Gate Valve DFC gate valve, featured by high performance and bi-directional sealing, is designed and manufactured according to world’s most advanced technology. It is a counterpart of Cameron FC gate valves that gives fairly good performance under high pressure service. It is applicable for oil and gas wellhead, Christmas tree and choke and kill manifold rated 5,000Psi to 20,000Psi. No special tools are required when it comes to replace valve gate and seat. Design Specification: Standard DFC gate valves are in accordance with API 6A 2010 latest Edition, and use the right materials for H2S service according to NACE MR0175 standard. Product Specification Level: PSL1 ~4 Material Class: AA~FF Performance Requirement: PR1 Temperature Class: PU Product Features:
Forging valve body and bonnet Small operating torque Double metal sealing for valve body and bonnet For any positional gate, it is metal to metal rear seat sealing. Lubricating nipple for easy maintenance. Guide of valve disc to assures lubrication of valve body and protection of valve disc surface. Manual or Hydraulic operation. The user-friendly design makes operation an easy job and max saves the cost. Flanged connection.
Technical Data of DFC Manual Gate Valve
Size 5,000psi 10,000psi 15,000psi
2-1/16” √ √ √
2-9/16” √ √ √
3-1/16” \ √ √
3-1/8” √ \ \
4-1/16” √ √ √
5 1/8” √ √ √
7 1/16” √ √ \
E.1.2
Technical Data of DFC Hydraulic Gate Valve
Size 5,000psi 10,000psi 15,000psi 20,000psi
2-1/16” √ √ √ (with lever) √ (with lever)
2-9/16” √ √ √ (with lever) √ (with lever)
3-1/16” √ √ (with lever) √ (with lever)
3-1/8” √ \ \ \
4-1/16” √ √ (with lever) √ (with lever) √ (with lever)
5 1/8” √ (with lever) √ (with lever) √ (with lever) \
7 1/16” √ (with lever) √ (with lever) √ (with lever) √ (with lever)
E.1.3
Gate Valve with Lever and Ball Screw
Size 10000psi 15000psi 20000psi
2-1/16” \ \ √
2-9/16” \ \ √
3-1/16” \ √ √
4-1/16” √ √ √
5-1/8” √ √ \
7-1/16” √ √ √
E.2.1
2. DF Type Parallel Gate Valve DF Type Parallel Gate Valve is bi-directional valve with effective seal. It is non rising-stem structure is suitable for oil &gas wellhead, Christmas tree and manifold system whose working pressure is not over 5,000psi.
Design Specifications Standard DF type Gate valve conform to the latest edition of API 6A, rigid parallel Gate can be replaced by expanding Gate Valve. We choose the suitable material for H2S service according to the latest NACE MR0175. Specification: PSL1-PSL2 Material: AA, BB, DD, EE Performance: PR1 Temperature: LU
Products Feature Casting body. Low operation torque. Body and Bonnet seal is metal to metal seal. Lubrication fittings for easy maintenance. Manual operation. Simple designs assure low cost. Flange or studded outlets.
Technical Data of DF Type Parallel Gate Valve
Size 2,000psi 3,000psi 5,000psi
2-1/16” √ √ √
2-9/16” √ √ √
3-1/8” √ √ √
4-1/16” √ √ √
E.3.1
3. DWKM Type Expanding Gate Valve DWKM Expanding Gate Valves are made and manufactured according to international advanced technology. The max working pressure is 5,000Psi. They are applicable for oil and gas wellhead, Christmas tree, choke and kill manifold. Such expanding gate valve is bi-directional with good sealing performance.
Design Specification: Standard DWKM Expanding Gate Valves are in accordance with API 6A 2010 latest Edition, and use the right material for H2S service according to NACE MR0175 standard. Expanding gate disc can be replaced by rigid slab gate disc. Product Specification Level: PSL1 ~PSL 2 Material Class: AA, BB, DD, EE Performance Requirement: PR1 Temperature Class: LU
Product Features: Casting body. Small operating torque Metal seal for valve body and bonnet Guide of valve disc to assure lubrication of valve body and protection of valve disc
surface. Manual operation Simple design brings the cost down Flanged or threaded outlet connection
Technical Data of Expanding Gate Valve
Size 2,000psi 3,000psi 5,000psi
2-1/16” √ √ √
2-9/16” √ √ √
3-1/8” √ √ √
4-1/16” √ √ √
E.4.1
4. Mud Gate Vale
Mud gate valve is a kind of valve with rigid gate board, rising valve stem, and flexible seal. This kind of mud gate valve is used for slurry, cement, fracturing and water supply service. It is easy to operate and maintain. Application:
Oil and Natural gas pipes, well head, manifold and pipe line; Crude oil, acid gas, oilfield chemical medium, drilling chemical medium and drilling
slurry; Discharge (water) pipes.
Design Features:
Design with strong wearability and corrosiveness resistance. All valves are composed of 17-4PH stainless steel gate stem. With API 6A PSL 1,PSL 2 and PSL 3 . The material for the gate vale is nickel planted carbon steel, Monel, Albronze or
stainless steel. The butyronitrile or HNBR is inserted in the stainless steel and carbon steel valve
seat. The pressure test conform to API 6A spec. Acid resistant is designed as NACR MR-01-75
Side outlets connection type:
Flange connection Hammer Union Connection Thread connection Butt welding connection
E.5.1
5. Cage Choke Valve Design Specifications Application: PSL: PSL1～PSL4 Material Class: AA~FF Performance Standard: PR1 Temperature: LU
Technical Data of Cage Choke Valve
Spec 2,000psi 3,000psi 5,000psi 10,000psi 15,000psi
2-1/16” √ √ √ √ √
2-9/16” √ √ √ √ √
3-1/8” √ √ √
3-1/16” √ √
Manual Cage type Choke Valve
Hydraulic Cage type Choke Valve
E.6.1
6. Orifice Choke Valve Design Specifications Application: PSL: PSL3～PSL4 Material Class: EE~FF Performance Standard: PR1 Temperature: PU
Technical Data of Orifice Choke Valve
Spec 5,000psi 10,000psi 15,000psi
2-9/16” √ √ √
3-1/8” √ \ \
3-1/16” \ √ √
Manual Type Orifice Choke Valve
Hydraulic Type Orifice Choke Valve
E.7.1
7. Positive Choke Valve
Design Specifications Application: PSL: PSL1～PSL4 Material Class: AA~FF Performance Standard: PR1 Temperature: LU
Technical Data of Positive Choke Valve
Spec 2000psi 3000psi 5000psi 10000psi 15000psi
2 1/16” √ √ √ √ √
2 9/16” √ √ √ √ √
3 1/8” √ √ √
3 1/16” √ √
E.8.1
8. JT Barrel Type Choke Valve JT Barrel Type Choke Valve with work pressure ranges from 3,000psi to 20,000psi is suitable for API 16C Choke manifold. Roller bearing is designed on stem transmission threads to reach small switch torque. Anti-washing tungsten carbide was sprayed on centralizing sleeve surface which lengthening work life of this Barrel type Choke Valve Design Specifications Standard JT Barrel type Choke Valve complies with latest API 6A 2010 & API 16C 2003 requirements and NACE MR0175, materials chosen are ok to suit for H2S and CO2 services. Application: PSL: PSL3～PSL4 Material Class: EE~FF Performance Standard: PR1 Temperature: PU Product Features
Forging body and bonnet Low operation torque Manual or Hydraulic operation Simple design, low cost Thread ended connection
Technical Data of JT Barrel Type Choke Valve
Size 3,000psi 5,000psi 10,000psi 15,000psi 20,000psi
2-1/16” √ √ √ √ √
2-9/16” √ √ √ √ √
3-1/8” √ √ √
3-1/16” \ \ \ √ √
Manual Barrel Type Choke Valve
E.8.2
Hydraulic Barrel Type Choke Valve
E.9.1
9. JZ Needle Type Choke Valve
JZ Needle Type Choke Valve with work pressure ranges from 3,000psi to 20,000psi, is suitable for oil and gas wellhead X-mas trees, roller bearing is designed on stem driven thread to reach small switch torque.
Design Specifications Standard JZ Needle Type Choke Valve complies with latest API 6A 2010 requirements and NACE MR0175, materials chosen are of H2S and CO2 services. Application: PSL: PSL1～PSL4 Material Class: AA～FF Performance Standard: PR1 Temperature: LU
Product Features
Forging body Low operation torque Manual operation Simple design, low cost Flange ended connection
Technical Data of JZ Needle Type Choke Valve
Size 3,000psi 5,000psi 10,000psi 15,000psi 20,000psi
2-1/16” √ √ √ √ √
2-9/16” √ √ √ √ √
3-1/8” √ √ √
3-1/16” √ √
E.10.1
10. Wellhead Emergency Shutdown Valve (Surface Safety Valve)
Wellhead Emergency Shutdown Valve (Surface Safety Valve) is one kind of protecting equipment used in oil and gas well. When there is leakage because of the damage of output pipeline, such Emergency Shutdown Valve (Surface Safety Valve) can shut down the air source at once, to avoid spread of accident. This solves the hidden trouble of gas wellhead which is not guarded. DPM Corporation can design manual type and hydraulic type Wellhead Emergency Shutdown Valve (Surface Safety Valve), which is according to updated API 6A standard.
Design Specifications Application: PSL: PSL3～PSL4 Material Class: AA~FF Performance Standard: PR1~2 Temperature: LU
Technical Data of Wellhead Emergency Shutdown Valve (Surface Safety Valve)
Spec 5,000psi 10,000psi 15,000psi 20,000psi
2 1/16” √ √ √ √
2 9/16” √ √ √ √
3 1/16” √ √ √
3 1/8” √
4 1/16” √ √ √ √
5 1/8” √ √ √
7 1/16” √ √ √ √
F.1.1
VI. FLANGE This section is intentionally left blank. The information will come soon.
SECTION G INDEX VII. AUTOMATIC / INTELLIGENT PIPE HANDLING SYSTEMS
1. Automatic / Intelligent Pipe Handling Systems ....................... G.1.1 ~G.1.2
G.1.1
VII. Automatic / Intelligent Pipe Handling Systems Jereh’s unique design of the automatic intelligent pipe handling system installed above the racking board means there are no obstructions to any pipe movement during any tubular make-up and break-out operation. The transition from the system operation to the derrick men manual operation will be accomplished within minutes.
The unit can rotate, move up and down, laterally or horizontally,. All the operations and pipe movements are automatic. The system is fully integrated with hydraulic control systems. All functions are hydraulically implemented and monitored through electronic sensors and controlled by a close-loop system using advanced motion controller to guarantee every action can be precisely positioned. Manual and remote wireless controls are available and can be changed quickly, so that there is no down time involved with the system.
G.1.2
Model Automatic/Intelligent Pipe Handling System
Max. Manipulating Weight 22,000lbs (9” Drill Collar, 3ea; Auxiliary) moving
Max. Lifting Capacity 15,000lbs (8” Drill Collar, 3ea)
Max. Well-to-Center Distance 6ft
Max. Racking Board Width 15.5ft
Max. Racking Board Depth 12ft
Applicable Well Depth 32,300lbs (Max.)
Suitable Tubular OD Range 3.5~9 in
Gripper Clamping force 33,000lbs
Average Manipulating Time 75 seconds
Working Temperature -40~55℃
SECTION H INDEX VII. BLOWOUT PREVENTION SYSTEM
1. SINGLE & DOUBLE RAM BOP H.1.1 ~H.1.2
2. ANNULAR BOP H.2.1 ~H.2.
2.1 SPHERICAL SEAL ELEMENT ANNULAR BOP H.2.1
2.2 TAPERED SEAL ELEMENT ANNULAR BOP H.2.2
3. SURFACE ACCUMULATOR UNIT H.3.1~H.3.3
4. SURFACE DIVERTER H.4.1
H.1.1
VIII. BLOWOUT PREVENTION SYSTEM
1. RAM BOP
SINGLE RAM BOP
DOUBLE RAM BOP
H.1.2
RAM (SINGLE & DOUBLE) BOP SPECIFICATION Bore in
WP psi 7-1/16 9 11 13-5/8 16-3/4 18-3/4 20-3/4 21-1/4 26-3/4
2000 F C C, CS CS
3000 F, CS C C, CS C, CS FS, C, CS CS
5000 F, FS, C, CS
C, CS
FS, C, CS
FS, C, CS CS CS CS, FS
10000 F, FS, CS C FS, C, CS FS, CS FS CS
15000 FS FS FS FS FS 20000 FS
Remarks: F—forging type (Cameron type), C—casting type, FS—forging type and with shearing function (Cameron type), CS—casting type and with shearing function.
HYDRAULIC‐AUTOMATIC LOCKING RAM BOP
H.2.1
2. ANNULAR BOP ANNULAR BOP SPECIFICATION
Bore in WP psi
7-1/16 9 11 13-5/8 16-5/8 18-3/4 20-3/4 21-1/4
2000 D A 3000 D D D D D 5000 D D D D A A D D
10000 A A A A 15000 A
A— tapered seal element. D—spherical seal element. We have two structures for annular BOP. One is Shaffer-spherical rubber element structure. The other is Hydril-tapered rubber element structure. The sealing parts can be exchangeable with Shaffer or Hydril. 2.1 SPHERICAL SEAL ELEMENT ANNULAR BOP
21-1/4 5M Annular BOP (Spherical Seal Element)
13-5/8 5M Annular BOP (Spherical Seal Element)
H.2.2
2.2 TAPERED SEAL ELEMENT ANNULAR BOP
11” 15M Annular BOP
(Tapered Seal Element)
21-1/4 2M Annular BOP (Tapered Seal Element)
H.3.1
3. SURFACE ACCUMULATOR UNIT MOST POPULAR MODELS FOR OFFSHORE OPERATION
H.3.2
FEATURES: 1) Electric/pneumatic control (or Electricohydraulic control); 2) API 16D Certified; 3) ASME / CE Accumulators; 4) Objects controlled: up to 15; 5) For harsh environmental conditions; 6) Remote control from Driller’s Cabinet or Auxiliary Control Panel; MODEL ILLUSTRATION:
FK DQ 800 – 6 A
Control system for surface mounted BOP stacks
Way of remote control: Q-Pneumatic control; DQ – Electropneumatic control; DY – Electro-Hydraulic control; blank-No remote control;
Nominal volume of accumulators (L): 40(L) X 20(EA)=800(L)
Number of controlled objects: 6
Serial design code of product: A
H.3.3
H.4.1
4. SURFACE DIVERTER Diverter system is a key component of offshore drilling mostly, and it always services the surface layer drilling before BOP. The diverter assembly is the uppermost component of the riser system. It is not used to shut or seal the well completely, but to either direct the returning drill fluid or control the blowout and surface layer gas. When encountering the gas, the diverter can close off around drillpipe or casing, and open the special direction vent line on board at the same time. With the platform manifold, the gas will be guided and choked at special point. Diverter system must be equipped with hydraulic control system to use. With the different size of packers, it is able to seal various shapes and sizes of drilling tools, including Kelly, drill pipes, tool joints, drill collar, etc.
●29-1/2” 500psi Diverter (Complete Shut Off) >> Used on the majority of floating rigs >> Complete open-hole shutoff with 20” through-bore >> Switch on or off quickly >> Housing accommodates large diameter riser buoyancy modules >>High capacity systems available for supporting the Riser String from Diverter housing in emergency hang-off situations
●49-1/2” 500psi Diverter >> Used on the majority of floating rigs >> Complete open-hole shutoff with 20” through-bore >> Switch on or off quickly >> Housing accommodates large diameter riser buoyancy modules >> High capacity systems available for supporting the Riser String from Diverter Housing in emergency hang-off situations
I.1.1
IX. SOLID CONTROL SYSTEM This section is intentionally left blank. The information will come soon.
SECTION J INDEX VII. MUD PUMP AND EXPENDABLES
1. GARDNER DENVER PZ SERIES MUD PUMP ................................. J.1.1 ~J.1.2
2. MUD PUMP EXPENDABLES ................................................................. J.2.1
J.1.1
X. MUD PUMP AND EXPANDABLES 1. PZ Series Mud Pump
Features: power frame, eccentric, con-rods and crossheads: Nodular cast
iron; Main Bearing: Double-row-spherical centric roller bearing; Both-end extended jackshaft
bearing: heavy-duty straight roller bearing;
Con-rod & crankshaft neck bearing: radial roller bearing;
Main gear connected to the crankshaft with bolts: heat-treated alloy steel;
Replaceable bronze crosshead slides;
Power end designed with splash and enforced lubrications;
Replaceable modular: heat-treated alloy steel; Equipped with Urethane valve body, valve insert and tri-rib valve
seat conforming to API-7; Replaceable oil filter elements and oil pressure gauge; Threaded Valve cover; Plated piston rods; Complete piston washing and lubrication systems; The pulsation dampener made from monoblock forging of hollow
sphere.
J.1.2
Model Max. Input HP Max. rpm Liner Dia. in Displacement Max. Press. psi Weight lbs gal per revolution gal per min
PAH 275 175
5 2.04 357 1122
9810
4.5 1.65 289 1386 4 1.31 228 1753 3.5 1.00 175 2290 3.25 .862 151 2657 3 .734 128 3118
PZ-7 550 145
7 3.5 507 1673
18320
6.5 3.02 437 1940 6.25 2.78 404 2100 6 2.57 373 2277 5.5 2.16 313 2710 5 1.78 259 3279 4.5 1.45 210 4048 4 1.14 166 5000
PZ-8 750 145
7 4.00 580 1996
19400
6.5 3.45 500 2315 6.25 3.19 462 2504 6 2.94 426 2717 5.5 2.47 358 3233 5 2.04 296 3912 4.5 1.65 240 4830 4 1.31 189 5000
PZ-9 1000 130
7 4.50 585 2639
28418
6.5 3.88 504 3060 6.25 3.59 466 3310 6 3.30 430 3592 5.5 2.78 361 4274 5 2.29 298 5000 4.5 1.86 242 5000 4 1.47 191 5000
PZ-10 1350 115
7 5.00 575 3624
40123 6.5 4.31 496 4203 6 3.67 422 4933 5.5 3.09 355 5000
PZ-11 1600 115
7 5.50 632 3905
40123 6.5 4.74 545 4529 6 4.04 465 5000 5.5 3.40 390 5000 5 2.80 323 7500
J.2.1
2. Mud Pump Expendables This section is intentionally left blank. The information will come soon.
K.1.1
XI. WIRELINE
This section is intentionally left blank. The information will come soon.
L.1.1
XII. DRILL BIT This section is intentionally left blank. The information will come soon.
SECTION M INDEX VII. WINCHES
1. QJ SERIES AIR WINCHES .......................................................... M.1.1 ~J.1.2
2. YJ SERIES HYDRAULIC WINCHES ........................................................ M.2.1
M.1.1
XIII. WINCHES 1． QJ Series Air Winch
QJ Series Air Winch are powered by piston type air motor. They have the advantage of compact structure, light weight, safe and easy to operate and they are used for general lifting, hauling and other works in onshore oilfields, offshore drilling platforms and marine fields. The winches are designed and manufactured according to API SPEC 7K “Specification for Drilling Equipment”.
M.1.2
Model QJ1/100(A) QJ3/200(B) QJ5/120(B)-* QJ5/220(B) Air Press. Psi 72~130 Max. Pulling US Tons 1.1 3.3 5.5 5.5 Max. Line Speed ft/min 39.3 114.8 65.6 34.3 Rope capacity ft 328 656 393 720 Wire Rope Dia. in 7/16 5/8 5/8 3/4 Overall Dim. In 32.5x13.5x18 53x37x39 51x37x39 53.5x35x29.5 Weight lbs 357 1320 1280 1760 Remarks: 1. In the model numbers, A means that the winch is equipped with remote
control device. B means that the winch is equipped with auto-brake device. 2. The above table shows the specifications for normal winches.
M.2.1
2． YJ Series Hydraulic Winch The hydraulic winch is a lifting equipment driven and braked by hydraulic devices. It has the advantage of compact structure, light weight, convenient operation and stable lifting. It is used to lift heavy objects in drilling operations. The winch is designed and manufactured according to API SPEC 7K “Specification for Drilling Equipment”.
Model YJ3/110 YJ5/100 YJ16/60 YJ16/100 Flow Rating gpm 31.7 31.7 31.7 31.7 Press. Rating psi 2400 2400 2400 2400 Max. Pulling US Tons 3.3 5.5 17.6 17.6 Max. Line Speed ft/min 73 36 19 19 Wire Rope Dia. in 1/2 3/4 13/32 13/32 Rope Capacity ft 360 328 197 328 OVL Dim. In 32x19x20 35x21x28 52.8x36.6x35.4 59.5x36.6x35.4 Weight lbs 1080 1080 2530 2750
SECTION N INDEX VII. CENTRIFUGAL PUMP
1. CENTRIFUGAL PUMP .............................................................. N.1.1 ~N.1.2
N.1.1
XIV. CENTRIFUGAL PUMP These type centrifugal pump features a rugged design with heavy duty construction that reduces downtime and total cost of ownership for operators and contractors in today’s highly competitive drilling industry.
MULTIPLE APPLICATIONS Manufactured from wear resistant materials, the centrifugal pump can be used in a multitudes of applications from handling abrasive cements and drilling fluids in the oil and gas industry, to waste disposal applications in the agriculture industry.
DIVERSE OPERATING RANGE The pump line features seven different fluid end sizes and 100+ impeller sizes for fluid flows from as little as 160gpm to as much as 2500gpm.
DIMENSIONAL ENVELOPE The pump conforms to the industry standard dimensional envelope in the oil and gas drilling and well service industry.
PROLONGED RUN TIME Wear resistant fluid end materials provides for prolonged run times on critical wear components.
PREVENT COSTLY FAILURES The 2-1/2” pump shaft is highly resistant to deflections induced by the pump impeller and helps prevent costly failure of optional mechanical volume.
IMPROVED FLUID FLOW Wide vane impellers allow for improved fluid flow dynamics and high fluid volume.
IMPROVED OVERALL FATIGUE RESISTANCE Heavy-walled power end construction improves overall fatigue resistance through additional mass in critical stress areas.
PARTS INTERCHANGEABILITY 100% interchangeable with genuine/original Mission Centrifugal pumps.
REDUCED MAINTENANCE Optional mechanical seal reduces maintenance and improves long-term maintenance procedures.
FULL OPEN IMPELLER Minimizes induced shaft loading. ENHANCED PUMP EFFICIENCY Concentric casing reduces turbulence and enhances fluid end life.
N.1.2
SECTION O INDEX VII. MUD BUCKET
1. MUD BUCKET .................................................................................... O.1.1
O.1.1
XV. MUD BUCKET FP series mud box is widely used to prevent mud spraying and contaminating the drill platform during breakout and makeup of drilling tools. It is simple, safe, reliable with long service life. Size range 3-1/2”~5-1/2” Drill pipe size
5-1/2” body-body 5” body-body 4” body-body 4” body-body 3-1/2” body-body 5-1/2” body-coupling 5” body-coupling 4” body-coupling 4” body-coupling 3-1/2” body-coupling
Flow Sub R4” (R3”)
SECTION P INDEX VII. MISCELLANEOUS COMPONENTS
1. SUBSEA PIPELINE PRODUCTS .............................................................. P.1.1
2. Y CROSSOVER ..................................................................................... P.1.1
3. PIGGABLE WYE FITTING ...................................................................... P.1.1
4. DRILL BIT GAUGE ................................................................................ P.1.2
5. RABIT/DRIFT (FOR CASING, TUBING, DRILL PIPE, RISER) ..................... P.1.2
6. CASING CIRCULATION HEAD ............................................................... P.1.2
7. FILL AND CIRCULATION TOOLS ............................................................ P.1.3
8. STABBING GUIDE ................................................................................ P.1.4
9. DRILL PIPE / CASING PROTECTOR ....................................................... P.1.5
10. CASING/TUBING THREAD PROTECTOR .............................................. P.1.6
11. DRILL PIPE RUBBER WIPER ............................................................... P.1.6
12. MULE SHOE ...................................................................................... P.1.7
13. HYDRAULIC RUBBERS, FITTINGS, ADAPTER ....................................... P.1.7
P.1.1
XVI. MISCELLANEOUS COMPONENTS
1. SUBSEA PIPELINE PRODUCTS 1) Swivel-Ring Flanges;
2) Compact Flanges;
3) API 6A/16A Flanges;
4) API 17D flanges;
5) Anchor Flanges;
6) Bleed Rings; 2. Y CROSSOVER
3. PIGGABLE WYE FITTING
P.1.2
4. DRILL BIT GAUGE
5. RABIT / DRIFT (for Casing, Tubing, Drill Pipe, Riser)
6. CASING CIRCULATION HEAD
P.1.3
7. FILL AND CIRCULATE TOOLS
FILL and Circulate Tool (FAC Tool) is a surface tool used during the casing running operation. The FAC Tool is designed to both fill the casing with drilling fluid while running it in the hole and to enable quick circulation of the casing string at any time without installation of a casing swage. The FAC Tool has features with easy-to-use, safe and reliable, no leakage and so on, which lighten labor intensity of workers greatly and improves operation environment of well. FAC Tool is available for top drive. Connection is 4-1/2”IF, but it may adapt to different top drive connection with changing subs. Special connection shall be stated when ordering. The FAC Tool may come in two tool sizes, Large (L-FAC) and Medium (M-FAC), so as to adapt different pipe diameters, and different sizes may adapt pipe diameter at any size through changing seal assembly. In principle, a kind of sealing element matches with a size and weight of casing. However, it may be used to casings with different sizes unless the difference of inner diameter of the casing is not over 5mm. For example, 9-5/8”-53.5 sealing element in principle is suitable to 9-5/8” casing of single weight 53.5 (with Inner Diameter of 216.79mm). However, it is also suitable to the 9-5/8” casing of single weight 47 (with Inner Diameter of 220.5mm).
SPEC Model
Casing in Seal Assembly (Mark) Size Weight Inner Dia. Seal Retainer Sealing Elements Gauge Ring
L-FAC 7~20
7 23 161.70 L-7 L-7~23# L-7 9-5/8 53.5 216.79 L-9-5/8 L-9-5/8~53.5# L-9-5/8 10-3/8 55.5 247.90 L-10-3/4 L-10-3/8~55.5# L-10-3/4 13-3/8 72 313.61 L-13-3/8 L-13-3/8~72# L-13-3/8 20 106.5 482.60 L-20 L-20~106.5# L-20
M-FAC 5-1/2~7
5-1/2 23 118.62 M-5-1/2 M-5-1/2~23# M-5-1/2 6-5/8 32 144.15 M-6-5/8 M-6-5/8~32# M-6-5/8 7 26 159.41 M-7 M-7~26# M-7
Remarks: Other sizes upon requests.
P.1.4
8. STABBING GUIDE Stabbing Guide Model SG is easy to operate for fast stabbing of Tubing and Casing, and can protect the threads of tubulars effectively during break-in.
Model Applicable Tubular Dia. in Model Applicable Tubular Dia. in SG2-3/8T 2-3/8 Tubing SG7-5/8C 7-5/8 Casing SG2-7/8T 2-7/8 Tubing SG8-5/8C 8-5/8 Casing SG3-1/2T 3-1/2 Tubing SG9-5/8C 9-5/8 Casing SG4T 4 Tubing SG10-3/4C 10-3/4 Casing SG4-1/2T 4-1/2 Tubing SG11-3/4C 11-3/4 Casing SG4-1/2C 4-1/2 Casing SG13-3/8C 13-3/8 Casing SG5C 5 Casing SG13-5/8C 13-5/8 Casing SG5-1/2C 5-1/2 Casing SG14C 14 Casing SG6C 6 Casing SG16C 16 Casing SG6-5/8C 6-5/8 Casing SG18-5/8C 18-5/8 Casing SG7C 7Casing SG20C 20 Casing
P.1.5
9. DRILL PIPE / CASING PROTECTOR 9.1 Complicated Type
(Suitable to Drill Pipe size 6-5/8”, 5-1/2”, 5”, 3-1/2”) 9.2 Simple Type
P.1.6
10. Casing/Tubing Thread Protector Quick Protector is used to protect the thread of casing and tubing during transportation and operation. The protector can be easily locked or opened by operate the handle. Model Applicable Tubular Dia. in Model Applicable Tubular Dia. in QP2-3/8 2-3/8 Tubing QP7-5/8 7-5/8 Casing QP2-7/8 2-7/8 Tubing QP8-5/8 8-5/8 Casing QP3-1/2 3-1/2 Tubing QP9-5/8 9-5/8 Casing QP4-1/2 4-1/2 Casing QP10-3/4 10-3/4 Casing QP5 5 Casing QP13-3/8 13-3/8 Casing QP5-1/2 5-1/2 Casing QP16 16 Casing QP6-5/8 6-5/8 Casing QP18-5/8 18-5/8 Casing QP7 7 Casing QP20 20 Casing 11. DP RUBBER WIPER
11.1 Single Dp Rubber Wiper
Wiper Size in 2-3/8 2-7/8 3-1/2 4 4-1/2 5 5-1/2 6-5/8 DP Size in 2-3/8 2-7/8 3-1/2 4 4-1/2 5 5-1/2 6-5/8
11.2 Dual Split Dp Rubber Wiper
Wiper OD in 14 17 19 22 Remarks: Wiper ID can be cut any size upon requests.
P.1.7
12. MULE SHOE
13. HYDRAULIC RUBBERS AND FITTINGS, ADAPTERS
1) Rubber hoses, branded as Aeroquip, Manuli, Parker, Bridgestone, etc., as well as made-in-China hoses;
2) Chinese fittings & adapters: Stainless steel and carbon steels.
App.1.1
APPENDIX 1
CLIENT REFERENCE LIST I. Drilling Contractors 1. Sevan Drilling ASA (Norway)
S/N Rig Owner Rig Manager Rig Name Hull No. 1 Sevan Drilling ASA Sevan Drilling Rig II Pte Ltd Sevan Brazil N280
2. Schahin Oil and Gas (Brazil)
(Brazilian Drilling Contractor, providing drilling service to Petrobras) Projects: S/N Rig Owner Rig Manager Rig Name Hull No. 1
Schahin Petroleo e Gas
Deep Black Drilling LLC Vitoria 10000 1766 2 Airosaru Drilling LLC Sertao 1870 3 Dleif Drilling LLC Cerrado 1869 4 Soratu Drilling LLC SS Pantanal 5 Baerfield Drilling LLC SS Amazonia
SC Lancer 3. ETESCO DRILLING SERVICES LLC (Brazil)
S/N Rig Owner Rig Manager Rig Name Hull No.
1 Etesco Drilling Services LLC Etesco Drilling Services LLC Etesco Takatsugu JS 1899
4. Queiroz Galvao Oleo E Gas S.A. (Brazil)
App.1.2
5. Nabors Drilling (USA)
6. ODEBRECHT DRILLING ODN1 & ODN2
S/N Rig Owner Rig Manager Rig Name Hull No. 1 Odebrecht Oil and Gas Odebrecht Drilling Norbe VIII H3609 2 Odebrecht Oil and Gas Odebrecht Drilling Norbe IX H3610
7. Estrella Petrolera (Chile)
8. JINDAL DRILLING & INDUSTRIES LTD. (INDIA)
9. AJ LUCAS OPERATIONS PTY LTD. (AUSTRALIA)
10. NIDC (Iran)
App.1.3
11. Ability Drilling ASA (Norway)
12. Cowan Petroleo E Gas S.A. (Brazil)
13. Summly Drilling Inc. (Ecuador)
App.1.4
II. Oil Companies 1. PETROBRAS (Brazil)
(DSI – DRILL SHIP INTERNATONAL, Subsidiary of Petrobras registered in Holland)
2. PT. Pertamina (Persero) (Indonesian National Company)
3. ZORLU ENERGY GROUP (TURKISH OIL COMPANY)
4. ONGC (India)
App.1.5
Reference List for Rotary/Kill/Choke/Cement Hoses PO# SPECIFICATION Length Qty Client Information
22243
5" 7.5K Mud 25.92m 2 Client : Metreel Ltd Builder : Keppel Fels Project No.: B300 Ship Owner: Maersk Drilling
5" 7.5K Mud 16.41m 1 5" 7.5K Mud 17.51m 1 3" 15K Cement 17.20m 1 3" 15K Cement 18.08m 1
22266
2.5" 5K Hydraulic (fire-resistant) 200ft 2
Client: NOV Builder: Samsung Heavy Industries Ship Name: Dhirubhai Deepwater KG2
4" 7.5K Riser Booster (fire-resistant) 200ft 1
4" 7.5K Mud 113ft 2
3" 15K Mud 144ft 1
22264
4" 5K Booster (fire-resistant) 43m 1 Client: Aker MH
Builder : Jurong Project Name: Petrorig 2 3" 5K Hydraulic
(fire-resistant) 43m 2
22267
2.5" 5K Hydraulic (fire-resistant) 32m 2
Client: NOV Builder: Daewoo Korea Project Name: Petrobras 1
4" 7.5K Riser Booster (fire-resistant) 32m 1
4" 7.5K Mud 113ft 4
3" 15K Cement 60ft 2
22251
5" 7.5K Mud 88ft 2 Client: Keppel Fels Builder: Keppel Fels Project Name: B299 Ship Owner: Petrovietnam Drilling Investment Corporation
5" 7.5K Mud 41ft 2
5" 7.5K Mud 93ft 2
22250
3" 15K Cement 83ft 2
Client: Keppel Fels Builder : Keppel Fels Project Name: B297 Ship Owner: The Great Eastern Chatering LLC
5" 7.5K Mud 83ft 2
3" 15K Cement 42ft 2
5" 7.5K Mud 42ft 2
3" 15K Cement 46ft 1
4" 7.5K Mud 80ft 2
22252
5" 7.5K Mud hose 78ft 2 Client: Keppel Fels Builder: Keppel Fels Hull Name: B304 Ship Owner: Petrovietnam drilling investment corporation
5" 7.5K Mud hose 39ft 1
5" 7.5K Mud hose 80ft 2
App.1.6
PO# SPECIFICATION Length Qty Client Information
22429
5" 7.5K Mud hose 37ft 2 Client: AE Hydraulics Ship Name: Topaz Driller Class Number: IMO # 8769743 Builder: PPL Shipyard Hull Name: P2021 5" 7.5K Mud hose 50ft 2
22853 5" 7.5K Mud hose 82ft 1
Client: Flexitec Ship Name: West Atlas Class Number: 07163526 Builder: Keppel Fels Limited Hull Name: B277 Purchaser:: Seadrill
22255 8" 207barg Tensioner hose + 2 swivels 24.5m 6
Client: Aker Solutions Builder: Jurong ABS Class No.: YY191647 ABS 2006 CDS Platform No.: Petrorig 3
22254
5" 7.5K Mud hose 25.92m 2
Client: Keppel Fels Builder Keppel Fels Platform No.: B301 Ship Owner: Skeie Drilling
5" 7.5K Mud hose 16.41m 1
5" 7.5K Mud hose 17.51m 1
3" 15K Cement 17.20m 1
3" 15K Cement 18.08m 1
22663 5" 7.5K Mud hose 36m 2 Client: Aker Solutions Builder: COSCO Nan Tong Project Name: Sevan DeepSea driller Ship Owner: Sevan Marine
22667
5" 7.5K Mud hose 25.92m 2
Client: Keppel Fels Builder Keppel Fels Platform No.: B301 Ship Owner: Skeie Drilling
5" 7.5K Mud hose 16.41m 1
5" 7.5K Mud hose 17.51m 1
3" 15K Cement 17.20m 1
3" 15K Cement 18.08m 1
22445
5" 7.5K Mud hose 37ft 2 Client: AE Hydraulics Hull No.: IMO#876943 Builder: PPL Shipyard Project No.: P2022 Ship Owner: SNEFERU 5" 7.5K Mud hose 50ft 2
App.1.7
PO# SPECIFICATION Length Qty Client Information
22444 3" 15K Cement 27.5m 1
Client: Aker MH Ship Name: Haiyang Shiyou 981 Class No.: YY195109 Builder: Shanghai Waigaoqiao Shipyard Builder Hull Name: H1188 Purchaser: CNOOC Destination Vessel (ABS Class Number): YY190307
4" 7.5K Mud hose 36m 2
22668 8" 207barg Tensioner hose + 2 swivels 24.5 6
-- 5" 7.5K Mud hose 23.5m 2 Ship Name: COSL 936 Ship Owner: CHINA OILFIELD SERVICE LIMITED Builder: CHINA MERCHANTS HEAVY INDUSTRY CO.,LTD 5" 7.5K Mud hose 15.6m 2
22243
5" 7.5K Mud 25.92m 2
Client : Metreel Ltd Builder : Keppel Fels Project No.: B300 Ship Owner: Maersk Drilling
5" 7.5K Mud 16.41m 1
5" 7.5K Mud 17.51m 1
3" 15K Cement 17.20m 1
3" 15K Cement 18.08m 1
22266
2.5" 5K Hydraulic (fire-resistant) 200ft 2
Client: NOV Builder: Samsung Heavy Industries Ship Name: Dhirubhai Deepwater KG2
4" 7.5K Riser Booster (fire-resistant) 200ft 1
4" 7.5K Mud 113ft 2
3" 15K Mud 144ft 1
22264
4" 5K Booster (fire-resistant) 43m 1 Client: Aker MH
Builder : Jurong Project Name: Petrorig 2 3" 5K Hydraulic
(fire-resistant) 43m 2
22267
2.5" 5K Hydraulic (fire-resistant) 32m 2
Client: NOV Builder: Daewoo Korea Project Name: Petrobras 1
4" 7.5K Riser Booster (fire-resistant) 32m 1
4" 7.5K Mud 113ft 4
3" 15K Cement 60ft 2
22251
5" 7.5K Mud 88ft 2 Client: Keppel Fels Builder: Keppel Fels Project Name: B299 Ship Owner: Petrovietnam Drilling Investment Corporation
5" 7.5K Mud 41ft 2
5" 7.5K Mud 93ft 2
App.1.8
PO# SPECIFICATION Length Qty Client Information
22250
3" 15K Cement 83ft 2
Client: Keppel Fels Builder: Keppel Fels Project Name: B297 Ship Owner: The Great Eastern Chatering LLC
5" 7.5K Mud 83ft 2
3" 15K Cement 42ft 2
5" 7.5K Mud 42ft 2
3" 15K Cement 46ft 1
4" 7.5K Mud 80ft 2
22252
5" 7.5K Mud hose 78ft 2 Client: Keppel Fels Builder: Keppel Fels Hull Name: B304 Ship Owner: Petrovietnam drilling investment corporation
5" 7.5K Mud hose 39ft 1
5" 7.5K Mud hose 80ft 2
22429
5" 7.5K Mud hose 37ft 2 Client: AE Hydraulics Ship Name: Topaz Driller Class Number: IMO # 8769743 Builder: PPL Shipyard Hull No.: P2021 5" 7.5K Mud hose 50ft 2
22853 5" 7.5K Mud hose 82ft 1
Client: Flexitec Ship Name: West Atlas Class Number: 07163526 Builder: Keppel Fels Limited Hull Name: B277 Purchaser: Seadrill
23481
2.5" 5K Hydraulic (fire-resistant) 200ft 2
Client: NOV Ship Name:Cardiff Drillship #1 Destination Vessel (ABS Class Number): YY198967 Builder: Samsung Heavy Industries Ltd Builder ID / Hull No.: HN 1837
4" 7.5K Riser Booster (fire-resistant) 200ft 1
4" 7.5K Mud 113ft 4
3" 15K Mud 60ft 2
23385 4" 5K Mud with SS liner 143.5FT 2
Client: NOV Ship Name: Stena Tay Destination Vessel IMO Number: 8758847 Builder: Original builder Gotaverken Arendal Builder ID / Hull No.: Yard number 921
App.1.9
PO# SPECIFICATION Length Qty Client Information
23097 NOV
Destination Vessel (Name) : West Callisto Destination Vessel (ABS Class Number): YY205522 Builder ID / Hull No: B311 Builder/Shipyard: KEPPELFELS Purchaser Name: RAMZI HASHIM
23013 NOV
Client: AP Moller-Maersk A/S Client PO number: XS38045001 Shipyard: Keppel FelsYard Rig number: B295 ABS Class Number: YY187867
23098 NOV Vessel's name: Deepsea Stavanger Project No.: Hull no 3025 Owner of the vessel: Odfjell Invest Ltd Manufacturer of the vessel: DSME
23099 NOV Destination Vessel (Name): Odebrecht Drillship Norbe VIII Destination Vessel (ABS Class Number): YY206342 Shipyard: DAEWOO SHIPBUILDING & MARINE ENGINEERING CO., LTD Builder ID / Hull No.: 3603
23482
Ship Owner: DAEWOO SHIPBUILDING & MARINE ENGINEERING CO., LTD Destination Vessel (Name): Aquamarine Driller Destination Vessel (ABS Class Number): Builder/Shipyard: PPL Shipyard Builder ID / Hull No.: P2020
22827 DNV id. no: 27073 Name: WEST AQUARIUS (Seadrill 11) Shipyard: Daewoo Shipbuilding & Marine Engineering CO., Ltd Hull no: 3020
22824:
ABS Class No.: YY194656 Name of Vessel: Seadrill 3 Builder/Shipyard: Samsung Heavy Industries CO Ltd Builder ID / Hull No: HN 1769
22825
ABS Class No: YY190307 Name of Vessel: Petrobras 2 Builder/Shipyard: Samsung Heavy Industries CO Ltd Builder ID / Hull No: HN 1766
22671
IMO Vessel Number/DNV ID: D27764 Name of Vessel: “Scarabeo9” Builder ID / Hull No: 189 Builder / Shipyard: Yantai Raffles Shipyard Co. Ltd
23727
Destination Vessel (Name): Odebrecht Drillship Norbe IX Destination Vessel (Class Number): YY206343 Builder/Shipyard: Daewoo Shipbuilding & Marine Engineering CO. LTD. Builder ID / Hull No.: 3603
App.1.10
PO# SPECIFICATION Length Qty Client Information
23728 Destination Vessel (Name): Titanium Explorer Destination Vessel (Class Number): YY202588 Builder/Shipyard: Daewoo Shipbuilding & Marine Engineering CO. LTD. Builder ID / Hull No.: 3602
23729 Destination Vessel (Name): Carolina Deepwater Drillship Destination Vessel (Class Number): YY208396 Builder/Shipyard: Daewoo Shipbuilding & Marine Engineering CO. LTD Builder ID / Hull No.: 3604
23481-EN14964 Destination Vessel (Name): Cardiff Drillship #1 Destination Vessel (ABS Class Number): YY198967 Builder/Shipyard: Samsung Heavy Industries Ltd Builder ID / Hull No.: HN 1837
23385-EN15090 Destination Vessel (Name): Stena Tay Destination Vessel IMO Number: 8758847 Builder/Shipyard: Original builder Gotaverken Arendal Builder ID / Hull No.: Yard number 921
24144-EN15180 Destination Vessel (Name): Pacific Scirocco Destination Vessel (ABS Class Number): YY201628 Builder/Shipyard: Samsung Heavy Industries Ltd Builder ID / Hull No.: HN 1867
24137-EN14965 Destination Vessel (Name): Cardiff Drillship #2 Destination Vessel (ABS Class Number): YY198968 Builder/Shipyard: Samsung Heavy Industries Ltd Builder ID / Hull No.: HN 1838
24021-EN15082 Destinatin Vessel (Name): Larsen Rig 1 Destination Vessel (ABS Class Number): YY206702 Builder/Shipyard: Jurong Shipyard Pte Ltd Builder ID / Hull No.: 11-1094
23935-EN15222
Destination Vessel (Name): Sevan Brazil Destination Vessel (IMO Number): Builder ID / Hull No: N280 DNV ID no: D29631 Builder/Shipyard: Cosco Shipyard Nantong
23934-EN14783 Destination Vessel (Name) : West Juno Destination Vessel (ABS Class Number) : YY205523 Builder ID / Hull No :. B312 Builder/Shipyard : KEPPEL FELS
24040-EN15131 Destination Vessel (Name) : Schahin Drillship #1 Destination Vessel (ABS Class Number) : YY206042 Builder ID / Hull No.: HN 1869 Builder/Shipyard: Samsung Heavy Industries Ltd
Please contact us: Name: Jacky Zhao Tel: 0086-535-6723105 Cell: 0086-13505355650 Fax: 0086-535-6723079 E-mail: [email protected] [email protected] Add.: No. 7, Aumca Street, Laishan District, Yantai China Postal code: 264003