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34-111-24704

Well Details

Well ID: 34-111-24704
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Country: United States
State: Ohio
County: Monroe
Municipality: Lee Township
Operator Name: ECLIPSE RESOURCES I LP
Well Pad ID: US-OH-001421
Farm/Lease Name: HERRICK EAST A
License Status: Producing
License Date: 2017-02-21
Spud Date: 2017-02-21
Spud Drilling Contractor: H&P DRILLING
Final Drill Date: 2017-06-01
Well Total Depth: 24838.00 ft
Configuration: Horizontal
Latitude: 39.630000
Longitude: -80.940000

For data sources see[1]

Well History

Well Status Well Status Date Comment
APP 2016-12-15 Proposed Formations:UTICA THRU POINT PLEASANT, Issued Date:12/15/2016, Expired Date:12/15/2018 12:00:00 PM, Drilling unit acres:595.729, Proposed Well Type:OG, Proposed Well Class:POOL
APP 2017-02-21 Proposed Formations:UTICA/POINT PLEASANT, Issued Date:2/21/2017, Expired Date:2/21/2019 12:00:00 PM, Drilling unit acres:398.98, Proposed Well Type:OG, Proposed Well Class:POOL
Reached Total Depth 2017-06-01
Correction to Well 2017-09-15 UPDATE TAKE/TARGET PER AS-DRILLED PLAT
Completion Report Received 2018-02-13
Record Last Modified 2018-02-22
Construction Permit Expires 2019-02-21

For data sources see[2]

Perforation Treatments

Perforation Date Interval Top (ft) Interval Base (ft) Number of Shots
2018-02-21 11031 11165 36
2018-02-21 24570 24675 3
24570 24675 3
11031 11165 36
11031 11165 36

For data sources see[3]

Fracking Activities

Fracking Jobs

Job Number Job Start Date Job End Date True Vertical Depth (ft) Total Water Volume (gal) Total Non-Water Volume (gal)
1 09/17/2017 10/30/2017 10769 31,872,800.0 0

Fluid Composition Data

Job Number Trade Name Supplier Purpose Ingredient Name CAS Number Additive Percentage by Mass Job Percentage by Mass Mass Used (lb)
1 SAND-COMMON WHITE-100 MESH, SSA-2, 100 LB SACK (100002158) Halliburton Proppant Listed Below Listed Below 0 0 0
Mullite 1302-93-8 100 0.275575 835400
Heavy aromatic petroleum naphtha 64742-94-5 30 0.00006558 199
Naphthalene 91-20-3 5 0.00001093 34
Tetrahydro-3, 5-dimethyl-2H-1, 3, 5-thiadiazine-2-thione 533-74-4 0 0 0
Acetic acid 64-19-7 60 0.000780291 2366
Methanol 67-56-1 60 0.000117329 356
Ammonium chloride 12125-02-9 0 0 0
Olefins Proprietary 5 0.00002347 72
Crystalline silica, quartz 14808-60-7 100 11.3875 34,520,900.0
1,2,4 Trimethylbenzene 95-63-6 1 0.00000219 7
Non-hazardous food substance Proprietary 100 0.00000792 24
Oxyalkylated phenolic resin Proprietary 30 0.00008743 266
Modified thiourea polymer Proprietary 30 0.00005866 178
Propargyl alcohol 107-19-7 10 0.00001955 60
Hexamethylenetetramine 100-97-0 1 0.00275575 8354
Poly(oxy-1,2-ethanediyl), alpha-(4-nonylphenyl)-omega-hydroxy-,

branched

127087-87-0 5 0.00001093 34
Ethanol 64-17-5 60 0.000131152 398
Sodium hydroxide 1310-73-2 0 0 0
Acetic anhydride 108-24-7 100 0.00130048 3943
Hydrochloric acid 7647-01-0 15 0.04276 129624
Ethoxylated alcohols Proprietary 30 0.00005866 178
Organic phosphate copolymer 71050-62-9 0 0 0
Fatty acids, tall oil Proprietary 30 0.00005866 178
Phenol / formaldehyde resin 9003-35-4 5 0.0137787 41770
Distillate (Petroleum, hydrotreated light) 64742-47-8 0 0 0
Ammonium Persulfate 7727-54-0 0 0 0
Fresh Water Operator Base Fluid Water 7732-18-5 100 81.9377 248,393,000.0
Produced Water Operator Base Fluid Water 7732-18-5 100 6.09676 18,482,200.0
SAND-PREMIUM WHITE-40/70, BULK Halliburton Proppant Listed Below Listed Below 0 0 0
MB-7530 One AquaSource Biocide Listed Below Listed Below 0 0 0
Ingredients Listed Above Listed Above Water 7732-18-5 100 0.285062 864160
HP-2220 One AquaSource Scale Inhibitor Listed Below Listed Below 0 0 0
HAI-OS ACID INHIBITOR Halliburton Corrosion Inhibitor Listed Below Listed Below 0 0 0
FE-1A ACIDIZING COMPOSITION Halliburton Additive Listed Below Listed Below 0 0 0
HAI-150E Halliburton Corrosion Inhibitor Listed Below Listed Below 0 0 0
HYDROCHLORIC ACID Halliburton Solvent Listed Below Listed Below 0 0 0
HP-2814 One AquaSource Friction Reducer Listed Below Listed Below 0 0 0
PROP-RC CERAMIC-30/50, BULK Halliburton Proppant Listed Below Listed Below 0 0 0
HP-9601 One AquaSource Additive Listed Below Listed Below 0 0 0
OILPERM A Halliburton Non-ionic Surfactant Listed Below Listed Below 0 0 0

For data sources see[4]

Stimulations Data

Stimulation Date Chemical Agent Chemical Agent Concentration (%) Fracking Fluid Volume Mass of Proppant Used (lb) Fracking Company Comments
2017-10-30 H2O 15 399073 Gal 367640 Halliburton STAGE 78/78

STAGES 2-77 SEE IMAGES

2017-09-17 H2O 15 468739 Gal 504088 Halliburton STAGE 1/78

STAGES 2-77 SEE IMAGES

For data sources see[5]

Production Data

Period Operator Name Gas Quantity (mcf) Oil Quantity (bbl) Production Days
2017 ECLIPSE RESOURCES I LP 104484 0 8
2018 ECLIPSE RESOURCES I LP 5822211 0 362
2019 ECLIPSE RESOURCES I LP 569677 0 90

For data sources see[6] [7]

Waste Data

Period Operator Name Waste Type Quantity (bbl) Production Days
2017 ECLIPSE RESOURCES I LP Brine 4935 8
2018 ECLIPSE RESOURCES I LP Brine 126267 362
2019 ECLIPSE RESOURCES I LP Brine 8187 90

For data sources see[8] [9]

Inspection Data

Inspections Performed

Inspection ID Inspection Date Inspection Type Inspection Result Inspection Comments
-1745942868 2017-2-22 0:00: CS No Violations 7.00
-514302125 2018-8-21 0:00: PL No Violations 0.30
-553538061 2020-8-18 0:00: PW No Violations 1.60
0385126894 2017-10-03 Completion Testing No Violations On the day of my inspection, I accompanied ODNR Engineer Technician Andrew Thomas. We were on location to examine a fluid release that occurred. Upon inspection, we found Halliburton on location completing the wells and S3 Pump Service running logging tools down hole. Also, we observed cleanup efforts for recent release. It was indicated that flange bolts broke on the high-pressure side of a pumping unit and released flowback fluid on containment and the pad surface. It was stated that the release contained approximately 40 barrels of flowback fluid. Contaminated materials are being dug up and stockpiled, then hauled from location in roll-off bins by Cowboy Industries. The materials will be taken to a facility to be tested. Containment liner beneath the frac trucks was ripped and indicated seepage to the pad surface. Small trenches are being dug to assist in the collection and removal of fluid. More environmental investigation may be needed to assess total impact to the pad surface and sub-surface. Bruce Carpenter was contacted by Andrew Thomas and explained the situation. Bruce said he would contact ODNR when they would do the investigation.
0514302125 2018-08-21 Preliminary Restoration No Violations Preliminary Restoration status check inspection found the area affected by the well pad construction meets ORC 1509.072 with erosion control and vegetation established. The lease road and well pad is of stone construction and in good repair. The well pad perimeter is protected by an 8 chain link fence with signage posted at the entrance point. There are 5 wells present on the pad 3 Utica and 2 Marcellus. Each well is properly identified with signage. Fire extinguishers and emergency shut down devices are present at all critical location points on the well pad. Addressing the well - The well is equipped with a lower A and upper B section with a production flow cross present above the B section. The well is equipped with a production tree consisting of a manually operated primary master valve and a emergency shut down valve. Dual outlet flow line assemblies with production support monitoring and control devices are present on the production tree, the 2 flow lines join into one 4.5 diameter production sales line. Present on the well head A & B sections are 2 diameter riser pipes equipped with valves and gauges to monitor annular pressure. The A section gauge that measures the pressure between the 9.625 and 13.375 diameter casing strings shows zero pounds per square inch (psi) pressure and the B section gauge which measures the pressure between the 5.5 and 9.625 diameter casing strings measures 400 pounds per square inch (psi) pressure. The 5.5 diameter production casing internal working pressure is 1,129 psi and the production flow line is 500 psi. Production equipment on site includes multiple line heaters a contact tower and glycol heater along with a gas compressor. The production fluid storage area consists of (10) steel construction 400 barrel fluid capacity tanks situated inside a polymer lined steel containment dike area with well and hazard identification present along with fire extinguishers and a emergency shut down control point. The company has also adde
1458736233 2017-05-10 Casing String Witnessed No Violations On site inspection to witness the surface casing cement job with H&P Drilling rig 608 on location along with Wyoming Casing Services and Schlumberger Cement Service. H&P has drilled a 17.5 diameter surface borehole to a measured depth of 1,920.And ran a split weight 13.375 diameter casing string with a total length ran of 1,819, and the bottom 519 being 61 pound per foot in length and the top 1,300 being 54.5 pound per foot in length, both sections of the string are J-55 grade and buttress thread. A casing float guide shoe was ran on bottom and a float collar was set in the string at 1,772, completing a 46.5 casing shoe track. Proper casing centralization was demonstrated using with bow string centralizers every 4th casing collar. Schlumberger cemented the casing by first pumping 300 barrels of fresh water followed by 20 barrels of 6% gel spacer then another 10 barrels of fresh water before starting to pump the 320 barrel cement mix consisting of 1,485 sacks of Class A cement weighing 15.6 pound per gallon with the cement weight verified by weight of scale. The cement yield was 1.21 cubic foot per sack. Upon the pumping of the cement the latch down plug was released from the cement head and the cement was displaced to the float collar with 273 barrels of recycled fluid. 30 barrels of cement returns were witnessed to surface with the final lift pressure before landing the plug 790 psi and the casing pressure tested at 1290 psi. Floats held.
1513265940 2017-12-14 Completion Testing No Violations Status check inspection found the well drilling and stimulation process has now been completed and a snubbing unit workover rig owned by Deep Well Services is rigged up on the well drilling out the well bore completion plugs. The work over completion stack well control device and fluid pumping service are from Wetherford. While on location I contacted the company on HSE representative and noted the absence of proper electrical safety grounding on multiple pieces of workover support equipment and the issue was immediately addressed. Also discussed was the need to install proper grounding rods that were true manufactured length and the need for UL listed grounding points on equipment not beam clamps. This is a multi well pad and there is crews on site installing the fluid separators and gas processing units along with the production tank farm. All completion support equipment is placed on or in polymer containment.
1745942868 2017-02-22 Casing String Witnessed No Violations I was on location to witness Stingray Cementing cement the 24 inch diameter casing into a 30 inch diameter borehole. Pioneer drilled a 120 foot 30 inch diameter bore hole and set 120 feet of 24 inch diameter casing into the hole. Stingray Cementing ran 10 barrels of fresh water ahead of the cement. Stingray Cementing then ran 290 sacks of class A cement, 2% CaCL, and .25 parts per sack of floseal with 62 barrels of fresh water at 15.6 pounds and a yield of 1.2. Stingray Cementing then displaced with 55 barrels of fresh water until we got cement to surface. Stingray Cementing circulated about 15 barrels of cement to surface and finished cementing the casing into the borehole
385126894 2017-10-3 0:00: CT No Violations 0.50

For data sources see[10]

References

  1. ↑ "Risk Based Data Management System - Well, tblLocational, tblPlugWell, tblInspection, tblCivilTownships and tblPad Tables". Ohio Department of Natural Resources. 2020-11-16. Retrieved 2020-11-16. 
  2. ↑ "Risk Based Data Management System - Well and WellHistry Tables". Ohio Department of Natural Resources. 2020-11-16. Retrieved 2020-11-16. 
  3. ↑ "Risk Based Data Management System - Perfs Table". Ohio Department of Natural Resources. 2020-11-16. Retrieved 2020-11-16. 
  4. ↑ "FracFocus Fracking Chemicals Database". 2019-04-02. Retrieved 2019-06-19. 
  5. ↑ "Risk Based Data Management System - tblStimulation Table". Ohio Department of Natural Resources. 2020-11-16. Retrieved 2020-11-16. 
  6. ↑ "Risk Based Data Management System - Production Table - Oil and Gas Data". Ohio Department of Natural Resources. 2020-11-16. Retrieved 2020-11-16. 
  7. ↑ "Combined Production - Oil and Gas Data". Ohio Department of Natural Resources. 2020-11-16. Retrieved 2020-11-16. 
  8. ↑ "Risk Based Data Management System - Production Table - Brine Data". Ohio Department of Natural Resources. 2020-11-16. Retrieved 2020-11-16. 
  9. ↑ "Combined Production - Brine Data". Ohio Department of Natural Resources. 2020-11-16. Retrieved 2020-11-16. 
  10. ↑ "Risk Based Data Management System - tblInspection, tblInspFail and tblinspFlDesc Tables". Ohio Department of Natural Resources. 2020-11-16. Retrieved 2020-11-16. 
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