Wellwork Chronological Regulatory Report

Size: px
Start display at page:

Download "Wellwork Chronological Regulatory Report"

Transcription

1 Well Name: UNIVERSITY 09A #1003H Field: Lin (Wolfcamp) S/T/R: / / County, State: Location Desc: Operator: Enduring Resources, LLC Project Type: Completion District: Southern - ERPBU Project AFE: DV02251 AFE's Associated: / / / API: Supervisor: Phone: Production Cur/Exp Oil: 0 / 0 Gas: 0 / 0 Water: 0 / 0 Activity Date: 9/10/2014 Days on Compl: 2 TD (TVD): 0' Suck out cellars and rat holes; prep cellar covers. Remove wellhead flange and install manual master valves and flow crosses on University Land 09#1001H, 1002H and 1003H. 09#1001H to be treated first in conjunction with 09#1004H on adjacent pad. Run GE 5-1/2" 10k frac sleeve in wellhead; run in lock down screws and torque gland nuts to secure. Replace blind flange and torque to secure well in preparation for bond log run. Activity Date: 9/11/2014 Days on Compl: 3 TD (TVD): 0' Discussed overhead loads with crane, pinch points, and using good communication and hand signals between crane operator and personnel at wellhead. Rig up crane and flange up to wellhead. RIH as far into the curve as possible to a depth of 8562', approx. 73 degrees. Log out from where tool stopped at 8562'. Tied into short joint at 7439'.Top of cement at approximately 714'. Rig down and over to #1002. CBL completed. Activity Date: 9/12/2014 Days on Compl: 4 TD (TVD): 0' O-Tex on location with two pumps and crew. RU to frac tanks and 3"" tie-in on flow cross. Wait on roustabout crew to complete double-valving annular valves on 1003H before pressuring up and pumping. Break down shoes on 09#1001H and 09#1002H. Pressure test iron to 8500psi; good. Open wing valves and test flow cross against master valve to 8500psi; good. Open well and walk rate up to 5bpm. Fill void in casing and pressure up. Saw breakover at 5680psi and dropped off, indicating shoe breakdown. Slowly walk rate up, pressure immediately climbed - pumps pressured out at 11bpm (kicked out at 8200psi). Unable to stabilize pressure higher than 6.5bpm, pressure sitting at 7200psi. Flush 350bbls to clear wellbore. Shut down pumps; pressure bled off to 2950psi before stabilizing. Shut in well. RD O-Tex pumps and iron. Well shut in and secure. Prep for tractor run to set plug and fire first stage guns. Activity Date: 9/13/2014 Days on Compl: 5 TD (TVD): 0' Page 1 of 19

2 Discussed trapped pressure, making sure pressure is bled off before opening or closing valves. Also, discussed multiple third party contractors working in the same area at once, and making sure they are clear of one another's working area unless absolutely necessary and communicated. Rig up lubricator, rehead wireline, test wireline tractors, stab onto the well, pressure test lubricator, equalize to well, and run in hole with wireline tractor, ccl, 5 guns, and bridge plug. Tie into short joint at 7439', and trip in until unable to get any further into the curve, which was 8619'. Turn on tractor and trip in until tool stopped and stalled out at 12760'. Pulled up 25', turned tractor on and began moving again. Tool made it to 12936' and stalled out again. We were able to pull up 25', then start going down again. Tractored down to 13080', tractored stalled. This time, unable to pull up at 1500 #'s over line weight. Turned tractor back on to attempt to move tool down and immediately tool stalled out without moving. Attempted surging the well under tension 1500 #'s over to free wireline. Still unable to move tool. Discussed max safe pull with wireline engineer, and decided to pull up that that. Tool pulled free at 3200 #'s, which was 2200 #'s over line weight. Tool drug up hole with significant resistance for approximately 1500' before beginning to smoothly. It was decided to POOH and forgo attempting another tractor run due to hole conditions. POOH. Rig down wireline tractors and guns. Attempted to establish injection again by pumping fresh water with the mindset of pumping acid for formation breakdown to obtain necessary injection rate for pump down. Unable to inject at a rate of 5 bpm without pumps kicking out. Made 3 unsuccessful attempts, pumping a total of 81 bbls fresh water. Well shut in, lining up coil tubing. Activity Date: 9/14/2014 Days on Compl: 6 TD (TVD): 0' Well shut in. Activity Date: 9/15/2014 Days on Compl: 7 TD (TVD): 0' Page 2 of 19

3 Well shut in; waiting on coil unit. "MIRU CTS 2-3/8"" coil unit. Spot unit, pump and crane. Tie into frac tanks filled with fresh water, MU 5-1/8"" BOP. PU injector and MU lubricator. Run out CT, trim tail. Install grapple connector and pull test to 30klbf. BHA#1: 2-7/8"" - CT grapple connector - 0.7' 2-7/8"" - Dual flapper check valves ' 2-7/8"" - Hydraulic disconnect "" ball ' 2-7/8"" - SS Motor ' 2-7/8"" - Bit sub - 1.2' 4.5"" JZ Rock bit ' Total BHA Length ' Function test motor at 2.7bpm at surface. Motor tests fine. Pick up BHA into lubricator. Place injector on wellhead and fasten down. Zero depth at bottom of lubricator." Safety meeting regarding upcoming operations. Discuss safe areas, muster points and emergency response. Discuss operation steps with all crew members present. Pressure test CT to LP test of 1500psi. Check for leaks. Test holding. Increase test to 4200psi. Check for leaks. Bleed off to 2000psi. Open wellhead. IWHP=1700psi. RIH CT. Tag in frac sleeve while RIH. Roll over pump to pass sleeve. RIH to KOP with pump rolling over. Increase pump rate to 2.5bpm while maintaining bbl in/bbl out to 13158'. Tagged. Pick up, sit back down and mill through debris. Continue RIH. 2nd tag at 13581', soft tag and weight milling off. Pick up and retag 13582', mill ahead. Mill soft debris to 13613'. Milling slowed consideraably at 13613'. Pump 20bbl high vis gel sweep. Call TD at 13615'. Pick up CT 50' to 13565' and paint RED flag. POOH CT pumping at 2.5bpm, maintaining bbl in/bbl out. POOH to surface. Returns fluid indicated dark debris, then grey cement. Shutdown pump 150' from surface, close in backside. Tag surface. "Close master 32 turns. Bleed off CT. Release injector tie-downs, break bowen, lift injector, run out bha. Break out BHA to CT connector. BHA #2: 2-7/8"" CT connector - 0.7' 2-7/8"" Dual flapper checkvalves ' 2-7/8"" Hydrualic Disconnect ' 3.125"" Crossover "" 3.825"" Fury Ball Drop Dual Chamber Hydraulic Setting Tool - 9.9' 4.38"" OD Boss Hog Solid Plug - 1.2' Total BHA Length ' + 1.2' plug = 15.03' PU CT into lubricator. Install injector on wellhead, tie down. Make uppressure test to 4000psi. Bleed to 2000psi. Open wellhead 32 turns. IWHP=1600psi. RIH CT through wellhead. Tag at flow cross. Pick up, reattempt. Open well 0.5bpm. RIH through frac sleeve." RIH CT. Open well to 0.5bpm on backside while monitoring wellhead pressure. Top up CT to balance pressure by pumping small volumes every 1000'. Stop CT at 13565'. Verify RED paint flag on depth. "Line up reel to launch 5/8"" ball. Isolate and bleed at ball launcher. Drop ball. Pressure up to 3000psi and launch ball into reel and start pumping fresh water at 3bpm. Pump 65bbl of fresh water, slow rate to 1bpm. Continue pumping to 75bbl total (reel volume) and pressure increased. Pump to breakover at 3400psi where plug set. Pick up CT 30'. Begin pumping to pressure test casing." Activity Date: 9/16/2014 Days on Compl: 8 TD (TVD): 0' Bring up pressure to 8250 psi, hold for 10 mins, good test, bled off CSG to 1000 psi, POOH. surface, close in master valve (32 turns) bled off all surface lines to zero and break off lubricator, lay down plug setting tool. Make up perforation BHA, 5 guns with time delays all guns with 6SPF. RIH with CT to plug set depth of 13611' CTM, CT on 13606', establish rate with 1bbl/min, Close in backside and start to bring up the 3000 psi Gun 1 fired, pulled up to ' wait 4.5 mins Gun 2 fired, pulled up to ' waited 4.2 mins Gun 3 fired, pulled up to ' waited 4 mins Gun 4 fired, pulled up to 13546' waited 4.5 mins Gun 5 fired, waited another 6 mins, POOH. surface, closed in master valve(32 turns) bled off all surface lines to zero and break off lube and lay out perf BHA, varified all guns fired. Release Baker Perf hand, rig down Coil and move to , secure wellhead and wait on frac operation as next step for this well, SICP 1250 psi. Well secure and shut in; ready for frac. Activity Date: 9/17/2014 Days on Compl: 9 TD (TVD): 0' Well shut in. Toe prepped and ready for zipper operations Activity Date: 9/18/2014 Days on Compl: 10 TD (TVD): 0' Activity Date: 9/19/2014 Days on Compl: 11 TD (TVD): 0' Page 3 of 19

4 Activity Date: 9/20/2014 Days on Compl: 12 TD (TVD): 0' Activity Date: 9/21/2014 Days on Compl: 13 TD (TVD): 0' Activity Date: 9/22/2014 Days on Compl: 14 TD (TVD): 0' Activity Date: 9/23/2014 Days on Compl: 15 TD (TVD): 0' Activity Date: 9/24/2014 Days on Compl: 16 TD (TVD): 0' Activity Date: 9/25/2014 Days on Compl: 17 TD (TVD): 0' Activity Date: 9/26/2014 Days on Compl: 18 TD (TVD): 0' Remarks Well Shut In - UPP, CHS and Jaguar RU to well. Performing PM on all equipment. Housekeeping on location Discussed job design, zipper operations, red zone awareness, discussed importance of clear communication, Waiting on water transfer. Had issue with line and replacing fittings. Activity Date: 9/27/2014 Days on Compl: 19 TD (TVD): 0' Remarks Unable to breakdown formation during PAD stage - While soaking 2nd slug of acid a leak on the flowcross was discovered. Temporarily suspended ops until WH repaired and shift over to 09-#1006 Repair work on WH "Made a 2nd attempt to break down stage #1 - able to achieve ~30BPM, pumped a 50bbls 15% acid stage, soaked 1/2 in/out. No success. Pumped a 2000# 0.25 PPA 40/70 sand scour, this did not help achieve rate.location: University Land 09#1003H Stage 1 of 31 Date: 09/26/2014 Start 0600 End 1600 Albert Diaz Stage Time: Initial Well-Head Pressure 1901 PSI Ball Seat Volume n/a BBLS Initial Breakdown n/a PSI Page 4 of 19

5 Acid Volume (7.5% HCL) 50 BBLS Acid Break Down 7,850 PSI Pad Volume 336 BBLS Acid Volume (7.5% HCL) 47 BBLS Acid Break Down 6,550 PSI Acid Volume (15% HCL) 55 BBLS Acid Break Down 7,680 PSI Pad Volume 1352 BBLS 15# Gel Pad Volume 130 BBLS Pad Volume 460 BBLS 100 Mesh sand Stages.10 PPA Total 100 Mesh Pumped 2,692 LBS Ottawa 40/70 sand stages 0 PPA Total Ottawa 40/70 0 LBS Garnet RCS 40/70 sand stages 0 PPA Total Garnet RCS 40/70 0 LBS Flush 364 BBLS ISIP 5,803 PSI Frac Gradient ( TVD 8000 ft) 1.03 Psi/ft 5min drop 3,089 PSI Total proppant 2692 LBS Total fluid to recover 3940 BBLS Average Rate 12.8 BPM Average Pressure 7560 PSI Max Pressure 7920 PSI" Waiting for a transport of gel from Midland to arrive on location. Will pump a 130bbls 25# gel sweep to help achieve rate. Began pumping 3rd attempt to break down well. Unable to get well to break back. SD, As per OKC/Denver's instructions prep to RIH to plug n perf 2nd stage of frac. Plug and perf run for stage 2 of 31. Used 207 bbls of fluid with a max operating pressure of 7500 psi for pump down. We had a 50 lb plug release differential with the plug set at: 13525ft. Perfs at: , , , , Logged CCL POOH. Wait on frac operations. University Land 09#1003H Stage 2 of 31 Date: 09/26/2014 Start 2045 End 2245 Jimmy Moore Service Company: Kyle Stage Time: Initial Well-Head Pressure 2709 PSI Ball Seat Volume 124 BBLS Initial Breakdown 4630 PSI Acid Volume (7.5% HCL) 24 BBLS Acid Break Down 6440 PSI Pad Volume 487 BBLS Total 100 Mesh Pumped 47,400 LBS Ottawa 40/70 sand stages 1.00,1.50,2.00,2.50 PPA Total Ottawa 40/70 256,240 LBS Garnet RCS 40/70 sand stages 2.50 PPA Total Garnet RCS 40/ LBS Flush 360 BBLS ISIP 3341 PSI Frac Gradient ( TVD 8000 ft).83 Psi/ft 5min drop 2789 PSI Total proppant 323,360 LBS Total fluid to recover 3940 BBLS Average Rate 70 BPM Average Pressure 6040 PSI Max Pressure 6771 PSI" Plug and perf run for stage 3 of 31. Used 179 bbls of fluid with a max operating pressure of 4464 psi for pump down. Had a 130 lb plug release differential with the plug set at: 13361ft. Perfs at: , , , , University Land 09#1003H Stage 3 of 31 Date: 09/27/2014 Start 0104 End 0257 Jimmy Moore Service Company: Kyle Stage Time: Initial Well-Head Pressure 2712 PSI Page 5 of 19

6 Ball Seat Volume 118 BBLS Initial Breakdown 5286 PSI Acid Volume (7.5% HCL) 24 BBLS Acid Break Down 7215 PSI Pad Volume 607 BBLS Total 100 Mesh Pumped 47,380 LBS Ottawa 40/70 sand stages 1.25,1.50,1.75,2.00,2.25 PPA Total Ottawa 40/70 269,480 LBS Garnet RCS 40/70 sand stages 1.50 PPA Total Garnet RCS 40/70 19,620 LBS Flush 358 BBLS ISIP 3400 PSI Frac Gradient ( TVD 8000 ft).84 Psi/ft 5min drop 2865 PSI Total proppant 336,480 LBS Total fluid to recover 6424 BBLS Average Rate 71 BPM Average Pressure 6237 PSI Max Pressure 6709 PSI" Plug and perf run for stage 4 of 31. Used 168 bbls of fluid with a max operating pressure of 4491 psi for pump down. Had a 55 lb plug release differential with the plug set at: ft. Perfs at: , , , , Grease WH - move over and grease zipper manifold Activity Date: 9/28/2014 Days on Compl: 20 TD (TVD): 0' Remarks Grease WH and zipper manifold University Land 09#1003H Stage 4 of 31 Date: 09/27/2014 Start 06:45 End 08:30 Jose Rodriguez Stage Time: 1.75 Initial Well-Head Pressure 2680 PSI Ball Seat Volume 116 BBLS Initial Breakdown 5560 PSI Acid Volume (7.5% HCL) 24 BBLS Acid Break Down 6160 PSI Pad Volume 455 BBLS Total 100 Mesh Pumped 50,020 LBS Ottawa 40/70 sand stages 1.25,1.50,1.75,2.00,2.25 PPA Total Ottawa 40/70 240,180 LBS Garnet RCS 40/70 sand stages 2.75 PPA Total Garnet RCS 40/70 19,620 LBS Flush 354 BBLS ISIP 3681 PSI Frac Gradient ( TVD 8000 ft) 0.87 Psi/ft 5min drop 3051 PSI Total proppant 309,820 LBS Total fluid to recover 5664 BBLS Average Pressure 6262 PSI Max Pressure 6906 PSI Plug and perf run for stage 5 of 31. Used 168 bbls of fluid with a max operating pressure of 4491 psi for pump down. Had a 55 lb plug release differential with the plug set at: ft. Perfs at: , , , , Waiting for frac on #1006 to finish University Land 09#1003H Stag5 of 31 Date: 09/27/2014 Start 11:00 End 13:00 Jose Rodriguez Stage Time: 2.0 Page 6 of 19

7 Initial Well-Head Pressure 2622 PSI Ball Seat Volume 110 BBLS Initial Breakdown 5328 PSI Acid Volume (7.5% HCL) 25 BBLS Acid Break Down 7011 PSI Pad Volume 578 BBLS Total 100 Mesh Pumped 47,000 LBS Ottawa 40/70 sand stages 1.25,1.50,1.75,2.00,2.25 PPA Total Ottawa 40/70 254,100 LBS Garnet RCS 40/70 sand stages 2.75 PPA Total Garnet RCS 40/70 20,000 LBS Flush 349 BBLS ISIP 3745 PSI Frac Gradient ( TVD 8000 ft) 0.88 Psi/ft 5min drop 3118 PSI Total proppant 321,100 LBS Total fluid to recover 5810 BBLS Average Rate 69 BPM Average Pressure 6479 PSI Max Pressure 7446 PSI Plug and perf run for stage 6 of 31. Used 178 bbls of fluid with a max operating pressure of 4800 psi for pump down. Had a 100 lb plug release differential with the plug set at: ft. Perfs at: , , , , Wait for frac on #1006 to finish - replace wing valve (unable to open/close properly) University Land 09#1003H Stage 6 of 31 Date: 09/27/2014 Start 16:43 End 19:40 Jake Couch Service Company: Joe Peakock Stage Time: Initial Well-Head Pressure 2622 PSI Ball Seat Volume 110 BBLS Initial Breakdown 5328 PSI Acid Volume (7.5% HCL) 25 BBLS Acid Break Down 7,650 PSI Pad Volume 920 BBLS Total 100 Mesh Pumped LBS Ottawa 40/70 sand stages 1.25,1.50,1.75,2.00,2.25 PPA Total Ottawa 40/ LBS Garnet RCS 40/70 sand stages 2.25 PPA Total Garnet RCS 40/ LBS Flush 349 BBLS ISIP 3389 PSI Frac Gradient ( TVD 8000 ft).84 Psi/ft 5min drop 2983 PSI Total proppant LBS Total fluid to recover 7130 BBLS Average Pressure 5696 PSI Max Pressure 7736 PSI Comments: Had to shut down due to water transfer loosing the ability to maintain rate. We fixed the problem and got back into the job and finished the stage." Plug and perf run for stage 7 of 31. Used 161 bbls of fluid with a max operating pressure of 4571 psi for pump down. Had a 150 lb plug release differential with the plug set at: 12709ft. Perfs at: , , , , University Land 09#1003H Stage 7 of 31 Date: 09/27/2014 Start 21:58 End 23:46 Jimmy Moore Service Company: Joe Peacock Stage Time: Initial Well-Head Pressure 2814 PSI Ball Seat Volume 107 BBLS Initial Breakdown 4225 PSI Acid Volume (7.5% HCL) 24 BBLS Acid Break Down 7200 PSI Pad Volume 590 BBLS Total 100 Mesh Pumped 50,240 LBS Page 7 of 19

8 Ottawa 40/70 sand stages 1.25,1.50,1.75,2.00,2.25 PPA Total Ottawa 40/70 253,920 LBS Garnet RCS 40/70 sand stages 2.25 PPA Total Garnet RCS 40/70 20,280 LBS Flush 340 BBLS ISIP 3922 PSI Frac Gradient ( TVD 8000 ft).90 Psi/ft 5min drop 2895 PSI Total proppant 324,440 LBS Total fluid to recover 6034 BBLS Average Rate 72 BPM Average Pressure 5789 PSI Max Pressure 7211 PSI Plug and perf run for stage 8 of 31. Used 178 bbls of fluid with a max operating pressure of 4842 psi for pump down. Had a 80 lb plug release differential with the plug set at: 12541ft. Perfs at: , , , , University Land 09#1003H Stage 8 of 31 Date: 09/28/2014 Start 0153 End 0339 Jimmy Moore Service Company: Joe Peacock Stage Time: Initial Well-Head Pressure 2725 PSI Ball Seat Volume 96 BBLS Initial Breakdown 4330 PSI Acid Volume (7.5% HCL) 24 BBLS Acid Break Down 7100 PSI Pad Volume 498 BBLS Total 100 Mesh Pumped 48,100 LBS Ottawa 40/70 sand stages 1.25,1.50,1.75,2.00,2.25,2.50 PPA Total Ottawa 40/70 255,740 LBS Garnet RCS 40/70 sand stages 2.75 PPA Total Garnet RCS 40/70 20,860 LBS Flush 337 BBLS ISIP 3815 PSI Frac Gradient ( TVD 8000 ft).89 Psi/ft 5min drop 3013 PSI Total proppant 324,700 LBS Total fluid to recover 5969 BBLS Average Rate 72 BPM Average Pressure 5903 PSI Max Pressure 7100 PSI Plug and perf run for stage 9 of 31. Used 154 bbls of fluid with a max operating pressure of 4800 psi for pump down. Had a 50 lb plug release differential with the plug set at: ft. Perfs at: , , , , Grease WH valves Activity Date: 9/29/2014 Days on Compl: 21 TD (TVD): 0' Remarks Grease WH Waiting for grease job on #1006 to be completed University Land 09#1003H Stage 9 of 31 Date: 09/28/2014 Start 08:00 End 09:45 Jeremy Rumsey Stage Time: 1.75 Initial Well-Head Pressure 2712 PSI Ball Seat Volume 99 BBLS Initial Breakdown 5008 PSI Acid Volume (7.5% HCL) 4 BBLS Acid Break Down 6170 PSI Pad Volume 400 BBLS Total 100 Mesh Pumped 49,720 LBS Ottawa 40/70 sand stages 1.25,1.50,2.00,2.50,3.00 PPA Page 8 of 19

9 Total Ottawa 40/70 255,880 LBS Garnet RCS 40/70 sand stages 3.00 PPA Total Garnet RCS 40/70 20,860 LBS Flush 334 BBLS ISIP 3745 PSI Frac Gradient ( TVD 8000 ft) 0.88 Psi/ft 5min drop 2900 PSI Total proppant 326,460 LBS Total fluid to recover 5484 BBLS Average Rate 72 BPM Average Pressure 5642 PSI Max Pressure 7348 PSI Plug and perf run for stage 10 of 31. Used 142 bbls of fluid with a max operating pressure of 4500 psi for pump down. Had a 200 lb plug release differential with the plug set at: ft. Perfs at: , , , , Waiting for frac on #1006 to finish University Land 09#1003H Stage 10 of 31 Date: 09/28/2014 Start 11:45 End 13:30 Jeremy Rumsey Stage Time: 1.75 Initial Well-Head Pressure 2829 PSI Ball Seat Volume 96 BBLS Initial Breakdown 4579 PSI Acid Volume (7.5% HCL) 23 BBLS Acid Break Down 6820 PSI Pad Volume 350 BBLS Total 100 Mesh Pumped 48,080 LBS Ottawa 40/70 sand stages 1.25,1.50,2.00,2.50,3.00 PPA Total Ottawa 40/70 251,740 LBS Garnet RCS 40/70 sand stages 3.00 PPA Total Garnet RCS 40/70 20,660 LBS Flush 330 BBLS ISIP 3781 PSI Frac Gradient ( TVD 8000 ft) 0.89 Psi/ft 5min drop 3060 PSI Total proppant 320,480 LBS Total fluid to recover 5489 BBLS Average Rate 71 BPM Average Pressure 5424 PSI Max Pressure 6306 PSI Plug and perf run for stage 11 of 31. Used 153 bbls of fluid with a max operating pressure of 4787 psi for pump down. Had a 140 lb plug release differential with the plug set at: ft. Perfs at: , , , , University Land 09#1003H Stage 11 of 31 Date: 09/28/2014 Start 17:02 End 18:30 Jake Couch Service Company: Joe Peakock Stage Time: Initial Well-Head Pressure 2669 PSI Ball Seat Volume 91 BBLS Initial Breakdown 4611 PSI Acid Volume (7.5% HCL) 20 BBLS Acid Break Down 7,676 PSI Pad Volume 393 BBLS Total 100 Mesh Pumped LBS Ottawa 40/70 sand stages 1.25,1.50,2.00,2.50,3.00 PPA Total Ottawa 40/ LBS Garnet RCS 40/70 sand stages 3.00 PPA Total Garnet RCS 40/ LBS Flush 326 BBLS ISIP 4,006 PSI Frac Gradient ( TVD 8000 ft).91 Psi/ft 5min drop 3,139 PSI Total proppant LBS Total fluid to recover 5267 BBLS Page 9 of 19

10 Average Rate 71 BPM Average Pressure 5881 PSI Max Pressure 6433 PSI" Plug and perf run for stage 12 of 31. Used 132 bbls of fluid with a max operating pressure of 4750 psi for pump down. Had a 100 lb plug release differential with the plug set at: ft. Perfs at: , , , , University Land 09#1003H Stag12 of 31 Date: 09/28/2014 Start 21:03 End 22:49 Jake Couch Service Company: Joe Peakock Stage Time: Initial Well-Head Pressure 2812 PSI Ball Seat Volume 54 BBLS Initial Breakdown 4824 PSI Acid Volume (7.5% HCL) 24 BBLS Acid Break Down 7,430 PSI Pad Volume 388 BBLS Total 100 Mesh Pumped LBS Ottawa 40/70 sand stages 1.25,1.50,2.00,2.50,2.75 PPA Total Ottawa 40/ LBS Garnet RCS 40/70 sand stages 2.75 PPA Total Garnet RCS 40/70 20,300 LBS Flush 332 BBLS ISIP 4118 PSI Frac Gradient ( TVD 8000 ft).93 Psi/ft 5min drop 3032 PSI Total proppant LBS Total fluid to recover 5519 BBLS Average Pressure 5767 PSI Max Pressure 6359 PSI Plug and perf run for stage 13 of 31. Used 122 bbls of fluid with a max operating pressure of 4745 psi for pump down. Had a 100 lb plug release differential with the plug set at: ft. Perfs at: , , , , University Land 09#1003H Sg13 of 31 Date: 09/28/2014 Start 01:00 End 02:38 Jake Couch Service Company: Joe Peakock Stage Time: Initial Well-Head Pressure 2,784 PSI Ball Seat Volume 82 BBLS Initial Breakdown 4360 PSI Acid Volume (7.5% HCL) 20 BBLS Acid Break Down 6850 PSI Pad Volume 434 BBLS Total 100 Mesh Pumped LBS Ottawa 40/70 sand stages 1.25,1.50,2.00,2.50,2.75 PPA Total Ottawa 40/70 255,420 LBS Garnet RCS 40/70 sand stages 2.75 PPA Total Garnet RCS 40/70 20,300 LBS Flush 317 BBLS ISIP 3873 PSI Frac Gradient ( TVD 8000 ft).90 Psi/ft 5min drop 3034 PSI Total proppant LBS Total fluid to recover 5686 BBLS Average Rate 71 BPM Average Pressure 5830 PSI Max Pressure 6040 PSI Plug and perf run for stage 14 of 31. Used 115 bbls of fluid with a max operating pressure of 4700 psi for pump down. Had a 100 lb plug release differential with the plug set at: ft. Perfs at: , , , , Grease WH/Zipper manifold on #1006 Grease WH and wait for frac on #1006 to finish Activity Date: 9/30/2014 Days on Compl: 22 TD (TVD): 0' Page 10 of 19

11 Remarks Waiting for frac to finish on #1006 Begin Frac #14 - during 1.00 PPA 40/70 sand stagej, a large pressure drop was observed, a leak was discovered in the line, sand was cut, pumps were killed and the well secure. As a result of the leak two joints of treating iron were replaced, and re-tested to 8000psi. (Good) During the RU/RD was opened up to the OT tank at a rate of 7BPM for 350bbls. An injection test of 450bbls at 20BPM of fresh water was completed to ensure the formation was still broken down. (Successful) University Land 09#1003H Stage 14 of 31 Date: 09/29/2014 Start 07:00 End 11:45 Jose Rodriguez Stage Time: 4.75 Initial Well-Head Pressure 2735 PSI Ball Seat Volume 77 BBLS Initial Breakdown 4827 PSI Acid Volume (7.5% HCL) 25 BBLS Acid Break Down 5489 PSI Pad Volume 462 BBLS Total 100 Mesh Pumped 48,020 LBS Ottawa 40/70 sand stages 0.5,0.75,1.00,1.25,1.50,1.75,2.00, 2.25,2.50 PPA Total Ottawa 40/70 260,480 LBS Garnet RCS 40/70 sand stages 2.75 PPA Total Garnet RCS 40/70 20,400 LBS Flush 313 BBLS ISIP 4144 PSI Frac Gradient ( TVD 8000 ft) 0.93 Psi/ft 5min drop 3202 PSI Total proppant 328,900 LBS Total fluid to recover 6787 BBLS Average Rate 63 BPM Average Pressure 5702 PSI Max Pressure 6705 PSI Comments: During beginning of 40/70 stage a rubber on the treating line failed, which resulted in a washout on the wing/thread section. Down for 3hrs as a result." Plug and perf run for stage 15 of 31. Used 116 bbls of fluid with a max operating pressure of 4700 psi for pump down. Had a 100 lb plug release differential with the plug set at: ft. Perfs at: , , , , Waiting for Frac #15 on #1006 to finish. University Land 09#1003H Stage 15 of 31 Date: 09/29/2014 Start 16:42 End 18:27 Jose Rodriguez Stage Time: Initial Well-Head Pressure 2720 PSI Ball Seat Volume 70 BBLS Initial Breakdown 4670 PSI Acid Break Down 6870 PSI Pad Volume 96 BBLS 100 Mesh sand Stages PPA Total 100 Mesh Pumped LBS Ottawa 40/70 sand stages PPA Total Ottawa 40/ LBS Garnet RCS 40/70 sand stages 2.75 PPA Total Garnet RCS 40/ LBS Flush 312 BBLS ISIP 3877 PSI Frac Gradient ( TVD 8000 ft) 0.90 Psi/ft 5min drop 3018 PSI Total proppant LBS Total fluid to recover 5736 BBLS Average Rate 68.4 BPM Average Pressure 5553 PSI Max Pressure 7046 PSI Plug and perf run for stage 16 of 31. Used 108 bbls of fluid with a max operating pressure of 4644 psi for pump down. Had a 90 lb plug release differential with the plug set at: ft. Perfs at: , , , , Page 11 of 19

12 University Land 09#1003H Stage 16 of 31 Date: 09/29/2014 Start 20:57 End 22:25 Initial Well-Head Pressure 2795 PSI Ball Seat Volume 67 BBLS Initial Breakdown 4441 PSI Acid Break Down 5844 PSI Pad Volume 541 BBLS 100 Mesh sand Stages PPA Total 100 Mesh Pumped LBS Ottawa 40/70 sand stages PPA Total Ottawa 40/ LBS Total Garnet RCS 40/ LBS Flush 307 BBLS ISIP 3972 PSI Frac Gradient ( TVD 8000 ft) 0.91 Psi/ft 5min drop 3044 PSI Total proppant LBS Total fluid to recover 5145 BBLS Average Rate 71 BPM Average Pressure 5254 PSI Max Pressure 6243 PSI Plug and perf run for stage 17 of 31. Used 104 bbls of fluid with a max operating pressure of 4468 psi for pump down. Had a 80 lb plug release differential with the plug set at: ft. Perfs at: , , , , University Land 09#1003H Stage 17 of 31 Date: 09/30/2014 Start 00:50 End 02:18 Initial Well-Head Pressure 2657 PSI Ball Seat Volume 63 BBLS Initial Breakdown 3943 PSI Acid Break Down 6725 PSI Pad Volume 529 BBLS 100 Mesh sand Stages PPA Total 100 Mesh Pumped LBS Ottawa 40/70 sand stages PPA Total Ottawa 40/ LBS Total Garnet RCS 40/ LBS Flush 303 BBLS ISIP 3830 PSI Frac Gradient ( TVD 8000 ft) 0.89 Psi/ft 5min drop 3206 PSI Total proppant LBS Total fluid to recover 4968 BBLS Average Rate 71 BPM Average Pressure 5604 PSI Max Pressure 6606 PSI Plug and perf run for stage 18 of 31. Used 104 bbls of fluid with a max operating pressure of 4788 psi for pump down. Had a 60 lb plug release differential with the plug set at: ft. Perfs at: , , , , Grease WH and wait for frac and W/L on #1006 to finish Activity Date: 10/1/2014 Days on Compl: 23 TD (TVD): 0' Remarks University Land 09#1003H Stage 18 of 31 Date: 09/30/2014 Start 06:00 Page 12 of 19

13 End 07:30 Jeremy Rumsey Stage Time: 1.50 Initial Well-Head Pressure 2553 PSI Ball Seat Volume 58 BBLS Initial Breakdown 4828 PSI Acid Volume (7.5% HCL) 44 BBLS Acid Break Down 5922 PSI Pad Volume 450 BBLS 100 Mesh sand Stages 0.5,1.00,1.50 PPA Total 100 Mesh Pumped 48,420 LBS Ottawa 40/70 sand stages 1.50,2.00,2.50,3.00,3.50 PPA Total Ottawa 40/70 253,480 LBS Total Garnet RCS 40/70 21,340 LBS Flush 300 BBLS ISIP 3563 PSI Frac Gradient ( TVD 8000 ft) 0.86 Psi/ft 5min drop 3033 PSI Total proppant 323,240 LBS Total fluid to recover 4757 BBLS Average Rate 72 BPM Average Pressure 5261 PSI Max Pressure 6464 PSI Plug and perf run for stage 19 of 31. Used 82 bbls of fluid with a max operating pressure of 4400 psi for pump down. Had a 155 lb plug release differential with the plug set at: ft. Perfs at: , , , , Waiting for frac on #1006 to finish University Land 09#1003H Stage 19 of 31 Date: 09/30/2014 Start 09:00 End 10:45 Jeremy Rumsey Stage Time: 1.75 Initial Well-Head Pressure 2785 PSI Ball Seat Volume 55 BBLS Initial Breakdown 3944 PSI Acid Volume (7.5% HCL) 31 BBLS Acid Break Down 5459 PSI Pad Volume 309 BBLS 100 Mesh sand Stages 0.5,1.00,1.50 PPA Total 100 Mesh Pumped 47,180 LBS Ottawa 40/70 sand stages 1.50,2.00,2.50,3.00,3.50 PPA Total Ottawa 40/70 257,580 LBS Total Garnet RCS 40/70 21,340 LBS Flush 326 BBLS ISIP 3621 PSI Frac Gradient ( TVD 8000 ft) 0.87 Psi/ft 5min drop 3225 PSI Total proppant 326,100 LBS Total fluid to recover 4553 BBLS Average Pressure 5342 PSI Max Pressure 6173 PSI Plug and perf run for stage 20 of 31. Used 82 bbls of fluid with a max operating pressure of 4500 psi for pump down. Had a 0 lb plug release differential with the plug set at: ft. Perfs at: , , , , Waiting for frac on #1006 to finish University Land 09#1003H Stage 20 of 31 Date: 09/30/2014 Start 12:45 End 14:30 Jeremy Rumsey Stage Time: 1.75 Initial Well-Head Pressure 2687 PSI Ball Seat Volume 50 BBLS Initial Breakdown 4915 PSI Acid Volume (7.5% HCL) 28 BBLS Page 13 of 19

14 Acid Break Down 6513 PSI Pad Volume 400 BBLS 100 Mesh sand Stages 0.5,1.00,1.50 PPA Total 100 Mesh Pumped 48,020 LBS Ottawa 40/70 sand stages 1.50,2.00,2.50,2.75,3.00, PPA Total Ottawa 40/70 270,520 LBS Garnet RCS 40/70 sand stages 3.00 PPA Total Garnet RCS 40/70 338,780 LBS Flush 292 BBLS ISIP 3597 PSI Frac Gradient ( TVD 8000 ft) 0.86 Psi/ft 5min drop 3056 PSI Total proppant 338,780 LBS Total fluid to recover 4817 BBLS Average Rate 71 BPM Average Pressure 5432 PSI Max Pressure 6712 PSI Plug and perf run for stage 21 of 31. Used 82 bbls of fluid with a max operating pressure of 4775 psi for pump down. Had a 130 lb plug release differential with the plug set at: ft. Perfs at: , , , , University Land 09#1003H Stage 21 of 31 Date: 09/30/2014 Start 16:25 End 17:43 Initial Well-Head Pressure 2870 PSI Ball Seat Volume 50 BBLS Initial Breakdown 4898 PSI Acid Break Down 6666 PSI Pad Volume 290 BBLS 100 Mesh sand Stages PPA Total 100 Mesh Pumped LBS Ottawa 40/70 sand stages PPA Total Ottawa 40/ LBS Total Garnet RCS 40/ LBS Flush 318 BBLS ISIP 4296 PSI Frac Gradient ( TVD 8000 ft) 0.95 Psi/ft 5min drop 3123 PSI Total proppant LBS Total fluid to recover 4432 BBLS Average Pressure 5851 PSI Max Pressure 6428 PSI Plug and perf run for stage 22 of 31. Used 74 bbls of fluid with a max operating pressure of 5270 psi for pump down. Had a 50 lb plug release differential with the plug set at: ft. Perfs at: , , , , University Land 09#1003H Stage 22 of 31 Date: 09/30/2014 Start 19:46 End 21:02 Initial Well-Head Pressure 2860 PSI Ball Seat Volume 54 BBLS Initial Breakdown 4722 PSI Acid Break Down 6831 PSI Pad Volume 216 BBLS 100 Mesh sand Stages PPA Total 100 Mesh Pumped LBS Ottawa 40/70 sand stages PPA Total Ottawa 40/ LBS Total Garnet RCS 40/ LBS Page 14 of 19

15 Flush 314 BBLS ISIP 3997 PSI Frac Gradient ( TVD 8000 ft) 0.91 Psi/ft 5min drop 3131 PSI Total proppant LBS Total fluid to recover 4366 BBLS Average Pressure 5757 PSI Max Pressure 6831 PSI Plug and perf run for stage 23 of 31. Used 70 bbls of fluid with a max operating pressure of 4740 psi for pump down. Had a 90 lb plug release differential with the plug set at: ft. Perfs at: , , , , University Land 09#1003H Stage 23 of 31 Date: 09/30/2014 Start 23:08 End 00:26 Initial Well-Head Pressure 2687 PSI Ball Seat Volume 29 BBLS Initial Breakdown 4391 PSI Acid Break Down 6744 PSI Pad Volume 325 BBLS 100 Mesh sand Stages PPA Total 100 Mesh Pumped LBS Ottawa 40/70 sand stages PPA Total Ottawa 40/ LBS Total Garnet RCS 40/ LBS Flush 311 BBLS ISIP 3681 PSI Frac Gradient ( TVD 8000 ft) 0.87 Psi/ft 5min drop 2894 PSI Total proppant LBS Total fluid to recover 4270 BBLS Average Pressure 5881 PSI Max Pressure 6413 PSI Plug and perf run for stage 24 of 31. Used 67 bbls of fluid with a max operating pressure of 4450 psi for pump down. Had a 150 lb plug release differential with the plug set at: 9917 ft. Perfs at: , , , , University Land 09#1003H Stage 24 of 31 Date: 10/01/2014 Start 02:03 End 03:21 Initial Well-Head Pressure 2728 PSI Ball Seat Volume 36 BBLS Initial Breakdown 4162 PSI Acid Break Down 6954 PSI Pad Volume 357 BBLS 100 Mesh sand Stages PPA Total 100 Mesh Pumped LBS Ottawa 40/70 sand stages PPA Total Ottawa 40/ LBS Total Garnet RCS 40/ LBS Flush 306 BBLS ISIP 3839 PSI Frac Gradient ( TVD 8000 ft) 0.89 Psi/ft 5min drop 3012 PSI Total proppant LBS Total fluid to recover 4280 BBLS Average Pressure 5507 PSI Max Pressure 5973 PSI Plug and perf run for stage 25 of 31. Used 54 bbls of fluid with a max operating pressure of 4500 psi for pump down. Had a 145 lb plug release differential with the plug set at: 9752 ft. Perfs at: , , , , Page 15 of 19

16 Grease Wellhead Waiting for frac on #1006 to finish Activity Date: 10/2/2014 Days on Compl: 24 TD (TVD): 0' Remarks Waiting for frac on #1006 to finish University Land 09#1003H Stage 25 of 31 Date: 10/01/2014 Start 06:30 End 08:00 Jeremy Rumsey Stage Time: 1.50 Initial Well-Head Pressure 2775 PSI Ball Seat Volume 27 BBLS Initial Breakdown 4183 PSI Acid Volume (7.5% HCL) 33 BBLS Acid Break Down 5640 PSI Pad Volume 320 BBLS 100 Mesh sand Stages 1.00,1.50 PPA Total 100 Mesh Pumped 48,060 LBS Ottawa 40/70 sand stages 1.50,2.00,2.50,3.00,3.50 PPA Total Ottawa 40/70 254,040 LBS Total Garnet RCS 40/70 20,290 LBS Flush 273 BBLS ISIP 3554 PSI Frac Gradient ( TVD 8000 ft) 0.86 Psi/ft 5min drop 2994 PSI Total proppant 322,390 LBS Total fluid to recover 4306 BBLS Average Pressure 5821 PSI Max Pressure 6577 PSI Plug and perf run for stage 26 of 31. Used 45 bbls of fluid with a max operating pressure of 4500 psi for pump down. Had a 50 lb plug release differential with the plug set at: 9584 ft. Perfs at: , , , , Wait for frac on #1006 to finish Waiting of water transfer to change out a cross-over University Land 09#1003H Stage 26 of 31 Date: 10/01/2014 Start 11:00 End 12:30 Jeremy Rumsey Stage Time: 1.50 Initial Well-Head Pressure 2525 PSI Ball Seat Volume 29 BBLS Initial Breakdown 4628 PSI Acid Volume (7.5% HCL) 24 BBLS Acid Break Down 5240 PSI Pad Volume 351 BBLS 100 Mesh sand Stages 1.00,1.50 PPA Total 100 Mesh Pumped 47,400 LBS Ottawa 40/70 sand stages 1.50,2.00,2.50,3.00,3.50 PPA Total Ottawa 40/70 254,320 LBS Total Garnet RCS 40/70 20,000 LBS Flush 269 BBLS ISIP 3439 PSI Frac Gradient ( TVD 8000 ft) 0.84 Psi/ft 5min drop 2888 PSI Total proppant 321,720 LBS Total fluid to recover 4250 BBLS Average Pressure 5570 PSI Max Pressure 6312 PSI Plug and perf run for stage 27 of 31. Used 42 bbls of fluid with a max operating pressure of 4300 psi for pump down. Had a 100 lb plug release Page 16 of 19

17 differential with the plug set at: 9407ft. Perfs at: , , , , , Waiting for frac on #1006 to finish University Land 09#1003H Stage 27 of 31 Date: 10/01/2014 Start 14:15 End 15:33 Jeremy Rumsey Stage Time: Initial Well-Head Pressure 2768 PSI Ball Seat Volume 51 BBLS Initial Breakdown 4837 PSI Acid Volume (7.5% HCL) 20 BBLS Acid Break Down 5380 PSI Pad Volume 254 BBLS 100 Mesh sand Stages 1.00,1.50 PPA Total 100 Mesh Pumped LBS Ottawa 40/70 sand stages 1.50,2.00,2.50,3.00,3.50 PPA Total Ottawa 40/ LBS Total Garnet RCS 40/ LBS Flush 296 BBLS ISIP 3648 PSI Frac Gradient ( TVD 8000 ft) 0.87 Psi/ft 5min drop 2882 PSI Total proppant LBS Total fluid to recover 4331 BBLS Average Pressure 5695 PSI Max Pressure 6490 PSI Plug and perf run for stage 28 of 31. Used 42 bbls of fluid with a max operating pressure of 4370 psi for pump down. Had a 30 lb plug release differential with the plug set at: 9261ft. Perfs at: , , , , University Land 09#1003H Stage 28 of 31 Date: 10/01/2014 Start 17:19 End 18:36 Initial Well-Head Pressure 2785 PSI Ball Seat Volume 19 BBLS Initial Breakdown 4121 PSI Acid Break Down 6005 PSI Pad Volume 274 BBLS 100 Mesh sand Stages PPA Total 100 Mesh Pumped LBS Ottawa 40/70 sand stages PPA Total Ottawa 40/ LBS Total Garnet RCS 40/ LBS Flush 262 BBLS ISIP 4147 PSI Frac Gradient ( TVD 8000 ft) 0.93 Psi/ft 5min drop 2928 PSI Total proppant LBS Total fluid to recover 4439 BBLS Average Rate 5394 BPM Average Pressure 69 PSI Max Pressure 5785 PSI Plug and perf run for stage 29 of 31. Used 40 bbls of fluid with a max operating pressure of 4090 psi for pump down. Had a 100 lb plug release differential with the plug set at: 9097ft. Perfs at: , , , , University Land 09#1003H Stage 29 of 31 Date: 10/01/2014 Start 20:07 End 21:23 Initial Well-Head Pressure 2790 PSI Page 17 of 19

18 Ball Seat Volume 14 BBLS Initial Breakdown 4560 PSI Acid Break Down 48 PSI Pad Volume 78 BBLS 100 Mesh sand Stages PPA Total 100 Mesh Pumped LBS Ottawa 40/70 sand stages PPA Total Ottawa 40/ LBS Total Garnet RCS 40/ LBS Flush 258 BBLS ISIP 3951 PSI Frac Gradient ( TVD 8000 ft) 0.91 Psi/ft 5min drop 3142 PSI Total proppant LBS Total fluid to recover 3951 BBLS Average Rate 68 BPM Average Pressure 5400 PSI Max Pressure 6770 PSI Plug and perf run for stage 30 of 31. Used 36 bbls of fluid with a max operating pressure of 4500 psi for pump down. Had a 150 lb plug release differential with the plug set at: 8933ft. Perfs at: , , , , University Land 09#1003H Stage 30 of 31 Date: 10/01/2014 Start 23:00 End 00:12 Initial Well-Head Pressure 2835 PSI Ball Seat Volume 10 BBLS Initial Breakdown 3175 PSI Acid Break Down 6935 PSI Pad Volume 97 BBLS 100 Mesh sand Stages PPA Total 100 Mesh Pumped LBS Ottawa 40/70 sand stages PPA Total Ottawa 40/ LBS Total Garnet RCS 40/ LBS Flush 253 BBLS ISIP 3930 PSI Frac Gradient ( TVD 8000 ft) 0.90 Psi/ft 5min drop 2838 PSI Total proppant LBS Total fluid to recover 3843 BBLS Average Rate 5428 BPM Average Pressure 70 PSI Max Pressure 6934 PSI Plug and perf run for stage 31 of 31. Used 26 bbls of fluid with a max operating pressure of 3550 psi for pump down. Had a 120 lb plug release differential with the plug set at: 8769ft. Perfs at: , , , , University Land 09#1003H Stage 31 of 31 Date: 10/01/2014 Start 02:45 End 04: Initial Well-Head Pressure 2607 PSI Ball Seat Volume 103 BBLS Initial Breakdown 4551 PSI Acid Volume (7.5% HCL) 19 BBLS Acid Break Down 6812 PSI Pad Volume 142 BBLS 100 Mesh sand Stages 1.00,2.00 PPA Total 100 Mesh Pumped 48,020 LBS Ottawa 40/70 sand stages 2.00,2.50,3.00,3.50 PPA Total Ottawa 40/70 237,160 LBS Page 18 of 19

19 Total Garnet RCS 40/70 44,780 LBS Flush 250 BBLS ISIP 4272 PSI Frac Gradient ( TVD 8000 ft) 0.94 Psi/ft 5min drop 3032 PSI Total proppant 329,960 LBS Total fluid to recover 3733 BBLS Average Rate 68 BPM Average Pressure 5102 PSI Max Pressure 6545 PSI RIH to set kill plug, had a miss run, POOH to surface and change head. RIH to set plug Activity Date: 10/3/2014 Days on Compl: 25 TD (TVD): 0' RIH in with CBP. Wireline plug did not set. POOH to surface, test tools at surface, change out firing head and re-run plug. Wireline plug did not set. POOH to surface. Check tool signal at surface laying down. Good. Pick up vertical and test, Good. Rebuild head (no issues found), change out weight bar (suspected issue). RIH with kill plug. Set kill plug at 7719'. Bleed well pressure to zero. Inflow test 10min. No flow. POOH to surface. Shut lower master valve. RDMO to next well H Well Shut in and secure. Activity Date: 10/4/2014 Days on Compl: 26 TD (TVD): 0' Activity Date: 10/5/2014 Days on Compl: 27 TD (TVD): 0' Page 19 of 19

Wellwork Chronological Regulatory Report

Wellwork Chronological Regulatory Report Well Name: UNIVERSITY 49 #0808H Field: Lin (Wolfcamp) S/T/R: / / County, State: Location Desc: Operator: Enduring Resources, LLC Project Type: Completion District: Southern Project AFE: DV02151 AFE's Associated:

More information

Zarvona DAILY WORKOVER / COMPLETION REPORT

Zarvona DAILY WORKOVER / COMPLETION REPORT Lease/Well No: CURRENT WELL TEST: PURPOSE OF WORK: MIRU service companies/start frac PULLING UNIT: KOP 10,429' TD: 15,906' KB ABOVE GL: 30 10,713' PBTD: 15,885' INT CSG: 60 10,998' TVD: 10,950' PROD CSG:

More information

FORGE Energy UL 21 Pahaska 1H API Number:

FORGE Energy UL 21 Pahaska 1H API Number: FORGE Energy UL 21 Pahaska 1H API Number: 42-495-33740 10/26/2016 07:00 HPJM 07:15 Install 1502 Adapter Flanges to Well Head. RU Pump Truck test lines to 1000 PSI no leaks. Load hole w/ 15 bbls fresh water.

More information

EP WELLS DAILY OPERATIONS REPORT Report 29 05/19/2017

EP WELLS DAILY OPERATIONS REPORT Report 29 05/19/2017 5/2/27 5:23:5 Report Version: 4..6R9 Generated from data in EDM/Opens/PROFILE Report 29 5/9/27 Company Type WBS No/API No PERMIAN Development UNIVERSITY 9 PW UNIT 56H UNIVERSITY 9 PW UNIT 56H 32656 / 4233326.

More information

Zarvona Energy LLC DAILY OPERATIONS

Zarvona Energy LLC DAILY OPERATIONS DAYS FROM SPUD: 120 DAYS ON 0 Jun 28 2016 RIG SUPERVISOR: Tyler Dupriest MIRU pulling unit MIRU pulling unit, move in and tally TBG. SDFN RIH with RBP DAYS FROM SPUD: 121 DAYS ON 1 Jun 29 2016 RIG SUPERVISOR:

More information

D & V Oil Co. LP. Daily Completion Report - University CN A #6 API # /23/2016. Perfs ' ' Activity :

D & V Oil Co. LP. Daily Completion Report - University CN A #6 API # /23/2016. Perfs ' ' Activity : Daily Completion Report - University CN A #6 API # 42-105-42334 12/23/2016 Activity at Report Time: Perfs - 2512' - 2632' Depth at Report Time Put Well on Production 2655' - PBTD Activity : Arrive Location.

More information

Elevation Resources DAILY OPERATIONS. Clean and prep location, MIRU pulling unit to mill liner top

Elevation Resources DAILY OPERATIONS. Clean and prep location, MIRU pulling unit to mill liner top DAYS FROM SPUD: 35 DAYS ON 0 Mar 1 2016 RIG SUPERVISOR: Tyler Clean and prep location, MIRU pulling unit to mill liner top Blade location, set anchors. Bring surface and int CSG valves to surface and fill

More information

EP WELLS DAILY OPERATIONS REPORT Report 38 07/18/2017

EP WELLS DAILY OPERATIONS REPORT Report 38 07/18/2017 1 Company Type bore WBS No/API No PERMIAN Development 30265014 / 4230133171.00 Event Summary Event Type Completion only Event Start Date 04/28/2017 Days on Location 37.00 Objective Install Completion Original

More information

FORGE Energy UL 21 Freedom 1 API Number:

FORGE Energy UL 21 Freedom 1 API Number: FORGE Energy UL 21 Freedom 1 API Number: 42-371-39061 07/13/2013 RU E&P WL Open well RIH correlate GR log to get on depth. Run BL found cement to surface. Tag 7566' PBTD. RU Rising Star test lines to 5000

More information

Perforating Options Currently Available in Horizontal Shale Oil and Gas Wells. Kerry Daly, Global BD Manager- DST TCP

Perforating Options Currently Available in Horizontal Shale Oil and Gas Wells. Kerry Daly, Global BD Manager- DST TCP MENAPS 2013 Perforating Options Currently Available in Horizontal Shale Oil and Gas Wells Kerry Daly, Global BD Manager- DST TCP MENAPS 13-17 WELL FLOW MANAGEMENT TM Scope/ Contents: MENAPS 13-17 Study

More information

SCORPION HIGH-QUALITY, FULLY COMPOSITE PLUGS

SCORPION HIGH-QUALITY, FULLY COMPOSITE PLUGS SCORPION HIGH-QUALITY, FULLY COMPOSITE PLUGS A DIFFERENT KIND OF ENERGY COMPANY Nine Energy Service isn t your typical oilfield services company. Our success stems from a culture driven by performance

More information

ENDEAVOR ENERGY RESOURCES

ENDEAVOR ENERGY RESOURCES ENDEAVOR ENERGY RESOURCES Lease WELL NO FIELD PBTD PERFORATIONS FOREMAN TOOLPUSHER API NUMBER DATE University 5-20-21 #1H 14,223' Tony Cody 07/02/13 OART WEATHER FLUID SUMMARY W/O UNIT DATA W/L UNIT DATA

More information

Successful Deployment of a Long Gun String Via Intelligent Coiled Tubing

Successful Deployment of a Long Gun String Via Intelligent Coiled Tubing Successful Deployment of a Long Gun String Via Intelligent Coiled Tubing Parry Hillis: Technical Manager BakerHughes David Ayre: BP Well Perforation Specialist Jim Gilliat: TCP/DST Business Development

More information

Bridge Plugs, Ball Drop & Caged Ball Plugs For Zone Isolation

Bridge Plugs, Ball Drop & Caged Ball Plugs For Zone Isolation Bridge Plugs, Ball Drop & Caged Ball Plugs For Zone Isolation ADVANTAGE composite bridge plug, caged ball and ball drop (flow thru) frac plug provide a means to isolate multiple zones during high pressure

More information

Best Practices - Coiled Tubing Deployed Ball Drop Type Perforating Firing Systems

Best Practices - Coiled Tubing Deployed Ball Drop Type Perforating Firing Systems Best Practices - Coiled Tubing Deployed Ball Drop Type Perforating Firing Systems As a result of a recent job incident utilizing a Ball Drop Type firing system deployed on coiled tubing, the following

More information

HydroPull. Extended-Reach Tool. Applications

HydroPull. Extended-Reach Tool. Applications Extended-Reach Tool HydroPull This tool incorporates a cycling valve that momentarily interrupts the flow to create water-hammer pressure pulses inside coiled or jointed tubing used in horizontal well

More information

North American sealing solutions Bridge Plug Ball Drop Frac Plug Caged Ball Frac Plug

North American sealing solutions Bridge Plug Ball Drop Frac Plug Caged Ball Frac Plug North American sealing solutions Bridge Plug Ball Drop Frac Plug Caged Ball Frac Plug The North American Sealing Solutions composite bridge plug, caged ball and ball drop (flow thru) frac plug provide

More information

PROPOSED NEW SUB- CODE 1 RIG UP AND TEAR. Possibly Fits into Existing Code. 7/26/2018 Review PROPOSED NEW CODE EXISTING OPERATION

PROPOSED NEW SUB- CODE 1 RIG UP AND TEAR. Possibly Fits into Existing Code. 7/26/2018 Review PROPOSED NEW CODE EXISTING OPERATION NW NW 1 RIG UP AND TAR 1 no sub-code RIG UP AND TAR DOWN Start: Rig released from previous well, nd: Rig fully rigged up, acceptance tests successfully completed, and signed off. DOWN 1 1 Rig Under Tow

More information

Practice Exam IADC WellSharp Driller and Supervisor

Practice Exam IADC WellSharp Driller and Supervisor Workover & Completion Day 4 1. In a workover operation of a shut in well a Lubricator is being used together with a Wireline BOP / Wireline Valve. Which Barrier is classified as the Primary Barrier? A.

More information

BENEDUM (DEVONIAN, GAS) API # UPTON COUNTY, TX DRILLING PERMIT # DAILY REPORTS

BENEDUM (DEVONIAN, GAS) API # UPTON COUNTY, TX DRILLING PERMIT # DAILY REPORTS 11/17/2011 11/18/2011 11/19/2011 AFE dated 11/18/2011 - pull tbg out of hole and make a mill run. Run packer on tbg and attempt to reestablish production from Devonian Formation. MIRU Great Basin Pulling

More information

FREQUENTLY ASKED QUESTIONS

FREQUENTLY ASKED QUESTIONS What are some applications in which you ve successfully used this product? New Completions - Stage by Stage Diversion Between Frac plugs for Intra-Stage Diversion Replace Frac Plugs with Perf PODs - Full

More information

Colorado Oil and Gas Conservation Commission

Colorado Oil and Gas Conservation Commission Colorado Oil and Gas Conservation Commission http://cogcc.state.co.us/ FORM 5A Completed Interval Report INDUSTRY TRAINING Denver, Colorado November 27, 2012 Form 5A Completed Interval Report Introduction

More information

Colorado Oil and Gas Conservation Commission (COGCC) Completed Interval Report, Form 5A Data Field Definitions

Colorado Oil and Gas Conservation Commission (COGCC) Completed Interval Report, Form 5A Data Field Definitions NOTE: Changes to the Form 5A, effective June 1, 2012, to accommodate the disclosure requirements are indicated by a preceding asterisk (*) and bold italics. All other fields are unchanged. FORM 5A HEADING

More information

SPE MS. Copyright 2015, Society of Petroleum Engineers

SPE MS. Copyright 2015, Society of Petroleum Engineers SPE-173678-MS Cost Effective Solutions to Achieve Injection Post Toe Valve Failure Cody Trebing, Thru Tubing Solutions; Jeff Whitworth, Thru Tubing Solutions; Alex Beszterda, ConocoPhillips Copyright 2015,

More information

University 31E 4. Ward County, TX. Rig: Union Drlg Rig 229. AFE: $1,393, DHC: $761, WI: Notes: Workover:

University 31E 4. Ward County, TX. Rig: Union Drlg Rig 229. AFE: $1,393, DHC: $761, WI: Notes: Workover: Zone: War-Wink Cherry Canyon TD: 7250' Rig: Union Drlg Rig 229 Status: WOC Spud Date: 1/26/2013 RR Date: 2/12/2013 First Sales: AFE: $1,393,293.00 DHC: $761,963.00 WI: Notes: Date Activity 11/14/2012 11/14/12

More information

EP WELLS DAILY OPERATIONS REPORT Report 1 08/03/2016

EP WELLS DAILY OPERATIONS REPORT Report 1 08/03/2016 Report 1 8/3/216 Company Type bore WBS No/API No PERMIAN Exploration / 424953375. Event Summary Event Type Completion only Event Start Date 8/3/216 Days on Location 1. Objective Install Completion Original

More information

DB Bridge Plug. Features. Benefits. Applications

DB Bridge Plug. Features. Benefits. Applications DB Bridge Plug The WELLFIRST Premium Cast Iron Bridge Plug designed to run on electric line. Rated between 2000-10000-psi differential, and 300 F from above and below. Features Field Proven Design Constructed

More information

"Sharing To Be Better. Influx through failed cement in shoetrack during completion operations

Sharing To Be Better. Influx through failed cement in shoetrack during completion operations "Sharing To Be Better Influx through failed cement in shoetrack during completion operations 2 Well status completion operations Seabed @ 364m 7" liner cemented across reservoir Well filled with 1.54 SG

More information

DAY ONE. 2. Referring to the last question, what mud weight would be required to BALANCE normal formation pressure?

DAY ONE. 2. Referring to the last question, what mud weight would be required to BALANCE normal formation pressure? DAY ONE 1. Normal formation pressure gradient is generally assumed to be: A..496 psi/ft B..564 psi/ft C..376 psi/ft D..465 psi/ft 2. Referring to the last question, what mud weight would be required to

More information

Optimising Hydraulic Energy to Dramatically Improve Lateral Reach

Optimising Hydraulic Energy to Dramatically Improve Lateral Reach Optimising Hydraulic Energy to Dramatically Improve Lateral Reach What Affects Reach? Build angle Size of completion CT size Drag Mechanical Fluid Debris in well BHA size End load CT size End load Buoyancy

More information

OCEAN DRILLING PROGRAM

OCEAN DRILLING PROGRAM BIH OCEAN DRILLING PROGRAM www.oceandrilling.org Scientifi c Application Packers A packer is an inflatable rubber element that inflates to seal the annular space between the drill string and the borehole

More information

Extended leak off testing

Extended leak off testing Extended leak off testing Rev: 1.0 03/01/01 Purpose To ensure minimal operational time and risk exposure to personnel, process, production and equipment. The following extended leak off test procedures

More information

Well Control Drill Guide Example Only. Drill Guide is the list of drills, questions and attributes that are in DrillPad.

Well Control Drill Guide Example Only. Drill Guide is the list of drills, questions and attributes that are in DrillPad. Well Control Drill Guide Example Only Drill Guide is the list of drills, questions and attributes that are in DrillPad. This Well Control Drill Guide will be used in conjunction with the rig-specific well

More information

5k Slickline Lightweight Pressure Control Equipment 4 ID

5k Slickline Lightweight Pressure Control Equipment 4 ID 5k Slickline Lightweight Pressure Control Equipment 4 ID Table of Contents 5k Slickline Lightweight Pressure Control Equipment 4 ID... 1 Hydraulic Slickline Stuffing Box... 3 Wireline Lubricators... 4

More information

Hydro-Mech Bridge Plug

Hydro-Mech Bridge Plug Manual No: 0620000303 Revision: F Approved By: Quality Engineer Date: 2014-9-9 Hydro-Mech Bridge Plug DESCRIPTION: Map Hydro-Mech Bridge Plug is hydraulically actuated and mechanically set. Compact, with

More information

Study Guide IADC WellSharp Driller and Supervisor

Study Guide IADC WellSharp Driller and Supervisor Times to Flow Check: Before pulling out of the hole Before pulling BHA into the BOP When bit is pulled into the casing Increase in cuttings at shakers with same ROP On connections Upon abnormal trip tank

More information

NeoProducts, LLC 1201 Dealers Ave. Harahan, LA Ph:

NeoProducts, LLC 1201 Dealers Ave. Harahan, LA Ph: Please read this entire document. It concerns all 9⅝ Vented Thru-tubing Bridge Plugs Read this document before proceeding to NeoProducts Recommended Best Practices for 9⅝ vented T- TBPs. Whenever running

More information

BP SIT Testing Franks Facility Lafayette

BP SIT Testing Franks Facility Lafayette BP SIT Testing Franks Facility Lafayette General Information Status: Franks test well Lafayette La. Rig: Franks Test Rig Casing: 13 3/8, 0 to 4,600 Workstring: 4 ½ IF Brine: Fresh Water Directional: Straight

More information

Pasquale Imbò e Marco Pelucchi ENI S.pA;

Pasquale Imbò e Marco Pelucchi ENI S.pA; 7th European Gas Well Deliquification Conference Innovative Failsafe Capillary Injection System Resolves Liquid Loading in Gas Well with a Cost- Effective Solution that Maintaining Production and Well-Safety

More information

VortexFlow DX (Downhole) Tool Installation Instructions

VortexFlow DX (Downhole) Tool Installation Instructions VortexFlow DX (Downhole) Tool Installation Instructions www.vortextools.com Page 1 of 10 The VortexFLOW tools are based upon Technology that is a result of U.S.A. patents 6,151,751; 6,659,118; 6,749,374;

More information

LIMITED ENTRY CLUSTER PERFORATING SYSTEM IMPROVES FRACTURING EFFICIENCY IN HORIZONTAL WELLS

LIMITED ENTRY CLUSTER PERFORATING SYSTEM IMPROVES FRACTURING EFFICIENCY IN HORIZONTAL WELLS MUSCAT, OMAN LIMITED ENTRY CLUSTER PERFORATING SYSTEM IMPROVES FRACTURING EFFICIENCY IN HORIZONTAL WELLS MENAPS 2016-16 13 November 2016 AUTHORS: John Hardesty, David Cuthill GEODynamics, Inc. INTRODUCTION

More information

RPSEA UDW Forum June 22 & 23, Secure Energy for America

RPSEA UDW Forum June 22 & 23, Secure Energy for America RPSEA UDW Forum June 22 & 23, 2010 Secure Energy for America PROJECT TEAM RPSEA Operator Advisory Committee Anadarko Chevron Shell ConocoPhillips Subcontractors IntecSea NOV CTES General Marine Contractors

More information

Deepwater Horizon Incident Internal Investigation

Deepwater Horizon Incident Internal Investigation Not all Information has been verified or corroborated. Subject to review based on additional information or analysis. Deepwater Horizon Incident Internal Investigation 1 Areas of Discussion Investigation

More information

Engineered solutions for complex pressure situations

Engineered solutions for complex pressure situations SPECIAL SERVICES Engineered solutions for complex pressure situations Cudd Energy Services (CES) delivers custom engineered solutions to resolve complex pressure situations resulting from equipment failure

More information

Perforation Design for Well Stimulation. R. D. Barree Barree & Associates LLC

Perforation Design for Well Stimulation. R. D. Barree Barree & Associates LLC Perforation Design for Well Stimulation R. D. Barree Barree & Associates LLC Typical Shaped Charge Primer charge Main explosive charge Case or container Detonating cord groove ¾ point of initiation Liner

More information

Dynamic Underbalance (DUB)

Dynamic Underbalance (DUB) Dynamic Underbalance (DUB) Perforating Cam Le Perforating Product Champion Agenda Overview DUB Software Tools Case histories 2011 HALLIBURTON. ALL RIGHTS RESERVED. 2 Dynamic Underbalance Software Dynamic

More information

SUBSEA KILL SHEET EXERCISE No. 5

SUBSEA KILL SHEET EXERCISE No. 5 Subsea Kill Sheet Exercise No. 5 SUBSEA KILL SHEET EXERCISE No. 5 Name: Date: Complete the Subsea vertical kill sheet provided on pages 2 and 3. Then answer questions 1 to 12. Please round calculations

More information

Coiled Tubing string Fatigue Management in High Pressure Milling Operation- Case Study

Coiled Tubing string Fatigue Management in High Pressure Milling Operation- Case Study Coiled Tubing string Fatigue Management in High Pressure Milling Operation- Case Study Abstract: Paper Presenter: Ebrahim Rabbani 1 e.rabbani@mehranservices.com Ebrahim Rabbani, Danial Davoodi 2, Fatemeh

More information

WellCAP IADC WELL CONTROL ACCREDITATION PROGRAM

WellCAP IADC WELL CONTROL ACCREDITATION PROGRAM WellCAP IADC WELL CONTROL ACCREDITATION PROGRAM WELL SERVICING OPERATIONS (WIRELINE, COILED TUBING & SNUBBING) CORE CURRICULUM AND RELATED FORM WCT-2WSI INTRODUCTORY LEVEL For information on how an course

More information

Performance and Value of the invision System : Offshore in Coiled Tubing Operations

Performance and Value of the invision System : Offshore in Coiled Tubing Operations Performance and Value of the invision System : Offshore in Coiled Tubing Operations Case Study #0004 Date November 01 21, 2017 Location Gulf of Mexico, Deep Water Introduction Intelligent Wellhead Systems

More information

Advanced Applications of Wireline Cased-Hole Formation Testers. Adriaan Gisolf, Vladislav Achourov, Mario Ardila, Schlumberger

Advanced Applications of Wireline Cased-Hole Formation Testers. Adriaan Gisolf, Vladislav Achourov, Mario Ardila, Schlumberger Advanced Applications of Wireline Cased-Hole Formation Testers Adriaan Gisolf, Vladislav Achourov, Mario Ardila, Schlumberger Agenda Introduction to Cased Hole Formation tester Tool specifications Applications

More information

1. The well has been shut in on a kick and the kill operation has not started.

1. The well has been shut in on a kick and the kill operation has not started. Well Control Methods Day 2 1. The well has been shut in on a kick and the kill operation has not started. Shut in drill pipe pressure Shut in casing pressure 500 psi 700 psi After stabilization, both pressures

More information

Cased-Hole Logging Environment

Cased-Hole Logging Environment Cased-Hole Logging Environment 2 Planning a Production Logging Job Planning is an important part of a production logging job. Frequently these jobs can only be done in safety during daylight. Thus, the

More information

Rig Math. Page 1.

Rig Math. Page 1. Page 1 The Calculator and Main Keyboard Display Numerical 10-key pad used for entering numerical values Trigonometric Functions These keys will be used where wellbore angle is an issue These are the keys

More information

HPHT Annular Casing Packer. Obex Annular Casing Packer

HPHT Annular Casing Packer. Obex Annular Casing Packer HPHT Annular Casing Packer Obex Annular Casing Packer Industry Challenge Casing packer to support second stage cement Reduce hydrostatic pressure on formation Get cement to surface Annular gas migration

More information

IWCF Equipment Sample Questions (Combination of Surface and Subsea Stack)

IWCF Equipment Sample Questions (Combination of Surface and Subsea Stack) IWCF Equipment Sample Questions (Combination of Surface and Subsea Stack) 1. Given the volumes below, how much hydraulic fluid will be required to carry out the following operations (no safety margin)?

More information

AcornVac Vacuum Plumbing Systems - Trouble Shooting Guide

AcornVac Vacuum Plumbing Systems - Trouble Shooting Guide AcornVac Vacuum Plumbing Systems - Trouble Shooting Guide 1. Accumulators Problem Accumulator is overflowing If Accumulator continues to overflow Correction 1. Push and hold the manual activation button

More information

Operating Procedure TITON SUBSEA BOLT TENSIONER

Operating Procedure TITON SUBSEA BOLT TENSIONER Operating Procedure TITON SUBSEA BOLT TENSIONER B & A Hydraulics Ltd Block 1, Units 1 & 2 Souter Head Industrial Centre Souter Head Road Altens Aberdeen Phone: 01224 898955 Fax: 01224 898787 E-Mail: TITON@bahyd.co.uk

More information

Abandonment Program for Paramount Fort Liard F 36

Abandonment Program for Paramount Fort Liard F 36 Abandonment Program for Paramount Fort Liard F 36 Well Name: Paramount et al Liard F 36 Area: 60 0 10 N, 123 0 15 W Location: Latitude: 60 0 05 27 Longitude: 123 0 22 00 UWI: 300F366010123150 WID: 1841

More information

Coal Bed Methane (CBM) Permeability Testing

Coal Bed Methane (CBM) Permeability Testing Coal Bed Methane (CBM) Permeability Testing WTN Network Meeting April 28-29, 2011 ExxonMobil Exploration / Well Testing Team CBM Flow Characteristics Flow mechanism Gas desorbs when pressure drops below

More information

PHE KE30-A8 WORKOVER PROGRAM

PHE KE30-A8 WORKOVER PROGRAM PHE WMO KE30-A8 WORKOVER PROGRAM PHE KE30-A8 WORKOVER PROGRAM Prepared by: Ross Webber. Hendra Wahyudi. Chandra Maulana. George Lattimore Adi Benanjaya Achmad Soendaroe. Tri Wiyono DRILLING ENGINEER SR.

More information

AMERICAN ENERGY - PERMIAN BASIN, LLC UL Daily Drilling Partner Summary

AMERICAN ENERGY - PERMIAN BASIN, LLC UL Daily Drilling Partner Summary AEPB WELL NO. Report End Date: Report Number: 1 Rig: INTEGRITY, 3 Projected Days (days): 0 Drilling Days: : 70 : 0 Planned VS (ft): Current VS (ft): 42383383570000 MIRU MIRU INTEGRITY 3. 70 Longitude Orig

More information

Blowout during Workover Operation A case study Narration by: Tarsem Singh & Arvind Jain, OISD

Blowout during Workover Operation A case study Narration by: Tarsem Singh & Arvind Jain, OISD 1. Introduction An incident of gas leakage from a well took place during workover operations. Subsequently, the gas caught fire on the fourth day in which twelve persons were injured. Two contract workers,

More information

Offshore Managed Pressure Drilling Experiences in Asia Pacific. SPE paper

Offshore Managed Pressure Drilling Experiences in Asia Pacific. SPE paper Offshore Managed Pressure Drilling Experiences in Asia Pacific SPE paper 119875 Authors: Steve Nas, Shaun Toralde, Chad Wuest, SPE, Weatherford Solutions Sdn Bhd, SPE, Weatherford Indonesia SPE, Weatherford

More information

Why Do Not Disturb Is a Safety Message for Well Integrity

Why Do Not Disturb Is a Safety Message for Well Integrity Why Do Not Disturb Is a Safety Message for Well Integrity Presented at the Practical Well Integrity Conference 9-10 December, 2014 in Houston By Ron Sweatman, Principal Advisor, Reservoir Development Services,

More information

Casing Design. Casing Design. By Dr. Khaled El-shreef

Casing Design. Casing Design. By Dr. Khaled El-shreef Casing Design By Dr. Khaled El-shreef 1 Casing Design CONTENTS Function of Casing Casing Types & Tools Strength Properties Casing Specification Casing Design 2 1 RUNNING AND CEMENTING CASING Reasons for

More information

Type 967 Diamond Broaching Type 968 Sidewinder reamer shoe

Type 967 Diamond Broaching Type 968 Sidewinder reamer shoe Type 965 float collar Type 966 float shoe 1. GENERAL INFORMATION & RECOMMENDATIONS Type 967 Diamond Broaching Type 968 Sidewinder reamer shoe Type 969 Sidewinder reamer shoe Float Equipment Top-Co Float

More information

RAILROAD COMMISSION OF TEXAS OIL WELL POTENTIAL TEST, COMPLETION OR RECOMPLETION REPORT, AND LOG

RAILROAD COMMISSION OF TEXAS OIL WELL POTENTIAL TEST, COMPLETION OR RECOMPLETION REPORT, AND LOG RAILROAD COMMISSION OF TEXAS 1701 N. Congress P.O. Box 12967 Austin, Texas 78701-2967 Status: Form W-2 OIL WELL POTENTIAL TEST, COMPLETION OR RECOMPLETION REPORT, AND LOG Date: Tracking No.: Approved 10/13/2015

More information

W I L D W E L L C O N T R O L PRESSURE BASICS AND CONCEPTS

W I L D W E L L C O N T R O L PRESSURE BASICS AND CONCEPTS PRESSURE BASICS AND CONCEPTS Pressure Basics and Concepts Learning Objectives You will be familiarized with the following basic pressure concepts: Defining pressure Hydrostatic pressure Pressure gradient

More information

Live well deployment of long perforating gun system using combined CT technologies

Live well deployment of long perforating gun system using combined CT technologies Live well deployment of long perforating gun system using combined CT technologies SPE ICoTA European Well Intervention Conference Aberdeen - 12 November, 2014 Simon Smith, Technical Support Manager Baker

More information

INSTALLATION, OPERATION & MAINTENANCE MANUAL

INSTALLATION, OPERATION & MAINTENANCE MANUAL INSTALLATION, OPERATION & MAINTENANCE MANUAL AWWA C500 SOLID WEDGE GATE VALVE 2 72 NRS and OS&Y Series 100 and Series 105 TABLE OF CONTENTS SECTION PAGE # Equipment List 2 General 3 Receipt and Inspection

More information

Dilution-Based Dual Gradient Well Control. Presented at the 2011 IADC Dual Gradient Workshop, 5 May 2011 by Paul Boudreau, Dual Gradient Systems LLC

Dilution-Based Dual Gradient Well Control. Presented at the 2011 IADC Dual Gradient Workshop, 5 May 2011 by Paul Boudreau, Dual Gradient Systems LLC Dilution-Based Dual Gradient Well Control Presented at the 2011 IADC Dual Gradient Workshop, 5 May 2011 by Paul Boudreau, Dual Gradient Systems LLC In this very short presentation, we will Review Dilution-based

More information

VOLUMETRIC METHODS and STRIPPING OPERATIONS

VOLUMETRIC METHODS and STRIPPING OPERATIONS VOLUMETRIC METHODS and STRIPPING OPERATIONS WELL CONTROL SCHOOL Muscat, Oman Training Center VOLUMETRIC METHODS and STRIPPING OPERATIONS The material contained here, is based on the best sources available

More information

W I L D W E L L C O N T R O L FLUIDS

W I L D W E L L C O N T R O L FLUIDS FLUIDS Fluids Learning Objectives You will learn about different fluids that can be used in well control. You will become familiar with the characteristics and limitations of fluids. You will learn general

More information

Squeeze Cementing. Brett W. Williams Cementing Technical Advisor January 2016 Tulsa API Meeting

Squeeze Cementing. Brett W. Williams Cementing Technical Advisor January 2016 Tulsa API Meeting Squeeze Cementing Brett W. Williams Cementing Technical Advisor January 2016 Tulsa API Meeting Definition Squeeze Cementing is the process of applying hydraulic pressure to force or squeeze a cement slurry

More information

BLACK HILLS PLATEAU PRODUCTION COMPANY

BLACK HILLS PLATEAU PRODUCTION COMPANY BLACK HILLS PLATEAU PRODUCTION COMPANY DRILLING PROGRAM Homer Deep Unit 9 11CH SHL: 300 FNL, 200 FWL, NWNW Sect. 9 T8S R98W BHL: 1350 FSL, 2100 FEL NWSE Sect. 15 T8S R98W Garfield & Mesa Counties, Colorado

More information

OIL INDIA LIMITED KG BASIN PROJECT KAKINADA

OIL INDIA LIMITED KG BASIN PROJECT KAKINADA OIL INDIA LIMITED KG BASIN PROJECT KAKINADA GLOBAL EXPRESSION OF INTEREST (EOI) NO. OIL/KGB/EOI-46 FOR HIRING OF HPHT WELL ACTIVATION SERVICES COMPRISING OF COILED TUBING UNIT, NITROGEN PUMPING UNIT, NITROGEN

More information

RAILROAD COMMISSION OF TEXAS OIL WELL POTENTIAL TEST, COMPLETION OR RECOMPLETION REPORT, AND LOG

RAILROAD COMMISSION OF TEXAS OIL WELL POTENTIAL TEST, COMPLETION OR RECOMPLETION REPORT, AND LOG RAILROAD COMMISSION OF TEXAS 1701 N. Congress P.O. Box 12967 Austin, Texas 78701-2967 Status: Date: Tracking No.: Form W-2 OIL WELL POTENTIAL TEST, COMPLETION OR RECOMPLETION REPORT, AND LOG Submitted

More information

Oil Well Potential Test, Completion or Recompletion Report, and Log

Oil Well Potential Test, Completion or Recompletion Report, and Log Tracking No.: 16947 Status: Submitted RAILROAD COMMISSION OF TEAS Oil and Gas Division API No. 42- Oil Well Potential Test, Completion or Recompletion Report, and Log 1. FIELD NAME (as per RRC Records

More information

WELLHEADS, FLOWLINES & GAS LIFT INJECTION SYSTEMS

WELLHEADS, FLOWLINES & GAS LIFT INJECTION SYSTEMS WELLHEADS, FLOWLINES & GAS LIFT INJECTION SYSTEMS The Wellheads, Flowlines and Gas Lift Injection Systems are designed to facilitate production from the reservoir to the platform s process systems. New

More information

W I L D W E L L C O N T R O L SHUT-IN PROCEDURES

W I L D W E L L C O N T R O L SHUT-IN PROCEDURES SHUT-IN PROCEDURES Shut-in Procedures Learning Objectives You will learn general shut-in procedures: For surface BOPs. For subsea BOPs. You will learn to interpret shut-in pressures and be able to perform

More information

Completions & Workovers Module 1.9

Completions & Workovers Module 1.9 Completions & Workovers Module 1.9 CAPPA CAPPA Level 1 LAST REVISED March 20, 2013 Completions & Workovers Module Summary Students will learn what is involved in a well completion, how a completion is

More information

International Well Control Forum. IWCF Drilling Well Control Syllabus Level 3 and 4 March 2017 Version 7.0

International Well Control Forum. IWCF Drilling Well Control Syllabus Level 3 and 4 March 2017 Version 7.0 International Well Control Forum IWCF Drilling Well Control Syllabus and 4 March 2017 Version 7.0 IWCF Drilling Well Control Syllabus and 4 Contents Guidance Notes... 5 1.1. Introduction... 5 1.2. Who

More information

Drilling Morning Report

Drilling Morning Report REPORT DATE 5/0/200 Report # AFE # Casing OD(in) WT(lbs/ft) Grade Btm MD(ft) Btm TVD(ft) DCRB04 TVD: 32 MD: 32 Progress: 32 Planned TD:,500 Current Hole Size: Days From Spud: Spud Date: 5//0 Days on Well:

More information

Terrace Petroleum Corporation Cunning Wolf UL No. 602H, 1980 FNL and 467 FWL Section 6, Block 23, ULS Pecos County, Texas

Terrace Petroleum Corporation Cunning Wolf UL No. 602H, 1980 FNL and 467 FWL Section 6, Block 23, ULS Pecos County, Texas Terrace Petroleum Corporation Cunning Wolf UL No. 602H, 1980 FNL and 467 FWL Section 6, Block 23, ULS Pecos County, Texas 3-29-13 DAY 1 Previously built location, roads, built and lined reserve pits. Move

More information

SPE Coiled Tubing in High-pressure Wells. Well Control Considerations. Introduction

SPE Coiled Tubing in High-pressure Wells. Well Control Considerations. Introduction Society of Petroleum Engineers SPE 24793 Coiled Tubing in High-pressure Wells K.R. Newman and M.G. Allcorn, Dowel1 Schlumberger SPE Members Copyright 1992, Society of Petroleum Engineers Inc. This paper

More information

Subsea Safety Systems

Subsea Safety Systems Subsea Safety Systems The ELSA-HP has been developed to service the high pressure horizontal tree completion and intervention market. With systems designed and qualified up to 15,000 psi, 250 degf and

More information

Installation and Service Manual

Installation and Service Manual An Actuant Company Installation and Service Manual Heavy Duty Hydraulic Stabilization Legs CONTENTS Part # 3010003129 REV 0D Section Page 1.0 Receiving Instructions 2 2.0 Safety Issues 2 3.0 Hydraulic

More information

Disposal/Injection Well Pressure Test Report (H-5)

Disposal/Injection Well Pressure Test Report (H-5) RAILROAD COMMISSION OF TEXAS Disposal/Injection Well Pressure Test Report (H-5) Lauryn McFarland Engineering Technician Summary When Mechanical Integrity Test (MIT) is required How to file MIT How to perform

More information

H. H. HOWELL, INC. Inland Ocean Bevans #1 Bevans & Wildcat Field Menard County, Texas

H. H. HOWELL, INC. Inland Ocean Bevans #1 Bevans & Wildcat Field Menard County, Texas H. H. HOWELL, INC. Bevans & Wildcat Field Menard County, Texas API #42-327- 31235 RRC Permit # 803460 GAU letter, RRC Letter #GAU-1436 = 245 Ground Elevation GL: 2186 (Rig KB to GL =8 ) Rig KB =2194 Location:

More information

On-Off Connector Skirt

On-Off Connector Skirt On-Off Connector Skirt Retrievable Packers & Accessories The On-Off Connector Skirt is compact, reliable, fully sealing, J-type tubing disconnect device that automatically engages and releases with a small

More information

Understanding pressure and pressure

Understanding pressure and pressure CHAPTER 1 1-1 PRESSURE BASICS Remember to think downhole. The concepts provided in this section cover the foundations for good well control. Understanding pressure and pressure relationships is important

More information

Float Equipment TYPE 925/926

Float Equipment TYPE 925/926 Type 925 Float Collar Plunger Valve Float Equipment For less demanding well conditions, such as shallower depths or lower pressures, Top- Co offers economical float equipment certified to API RP 10F category

More information

BANDAR PANJI-1 WELL CONTROL INCIDENT REPORT

BANDAR PANJI-1 WELL CONTROL INCIDENT REPORT BANDAR PANJI-1 WELL CONTROL INCIDENT REPORT EXECUTIVE SUMMARY I was requested by management to review the Banjar Panji-1 drilling operations from the conception of the Integrated Drilling Management approach

More information

IWCF Equipment Sample Questions (Surface Stack)

IWCF Equipment Sample Questions (Surface Stack) IWCF Equipment Sample Questions (Surface Stack) 1. During a well control operation 4000 psi was shut in below the middle pipe rams. Ram type BOP data: Model: Cameron U type Rated Working Pressure: 15000

More information

WellCAP IADC WELL CONTROL ACCREDITATION PROGRAM

WellCAP IADC WELL CONTROL ACCREDITATION PROGRAM WellCAP IADC WELL CONTROL ACCREDITATION PROGRAM WIRELINE OPERATIONS CORE CURRICULUM AND RELATED FORM WCT-2WLF FUNDAMENTAL LEVEL The purpose of the core curriculum is to identify a body of knowledge and

More information

Remedial Efforts for Fracture Treatment in Horizontal Laterals Robert Reyes, Halliburton

Remedial Efforts for Fracture Treatment in Horizontal Laterals Robert Reyes, Halliburton Remedial Efforts for racture Treatment in Horizontal Laterals Robert Reyes, Halliburton Introduction s oil and gas well fracture stimulation has progressed, multiple novel technologies have been developed

More information

RAILROAD COMMISSION OF TEXAS OIL WELL POTENTIAL TEST, COMPLETION OR RECOMPLETION REPORT, AND LOG

RAILROAD COMMISSION OF TEXAS OIL WELL POTENTIAL TEST, COMPLETION OR RECOMPLETION REPORT, AND LOG RAILROAD COMMISSION OF TEXAS 1701 N. Congress P.O. Box 12967 Austin, Texas 78701-2967 Status: Form W-2 OIL WELL POTENTIAL TEST, COMPLETION OR RECOMPLETION REPORT, AND LOG Date: Tracking No.: Approved 06/29/2015

More information

Chapter 5 HORIZONTAL DRILLING

Chapter 5 HORIZONTAL DRILLING Chapter 5 HORIZONTAL DRILLING Chapter 5 How much money am I about to put on the table for a horizontal well? Did I do sufficient planning? Keys to Successful Horizontal Wells Multi-disciplined teams working

More information

FRAC FLUIDS AND WATER USAGE Evaluating The Commercial Viability and Success In Using Water-Free Fracs

FRAC FLUIDS AND WATER USAGE Evaluating The Commercial Viability and Success In Using Water-Free Fracs FRAC FLUIDS AND WATER USAGE Evaluating The Commercial Viability and Success In Using Water-Free Fracs Overview of Presentation BlackBrush Oil & Gas Natural Gas Liquids (NGLs) as frac fluid. Advantages

More information