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37-015-23293

Well Details

Well ID: 37-015-23293
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Country: United States
State: Pennsylvania
County: Bradford
Municipality: Columbia Township
Operator Name: REPSOL OIL & GAS USA LLC
Well Pad ID: 154063
Farm/Lease Name: BELLOWS 03 078 06 L 6H
License Status:
Spud Date:
Permit Date: 2016-11-17
Well Type: GAS
Unconventional Well: Y
Configuration: Horizontal Well
Conservation: No
Latitude: 41.795836
Longitude: -76.861886

For data sources see[1][2][3]

Well History

Date Event
2016-11-17 New Permit Application
2017-08-15 Performed Spud Operation

For data sources see[4]

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 2018-04-21 2018-06-11 6,716 11,873,200 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 TRS 15800 Tight Rock Friction Reducer Alkyl Alcohol Proprietary 10 0.000626764 3800.06
Inorganic salt Proprietary 5 0.000313382 1900.03
Hydrotreated Light Distillate 64742-47-8 10 0.000626764 3800.06
Oxyalkylated alcohol Proprietary 30 0.00188029 11400.2
Sand (100 Mesh Proppant) ProFrac Proppant Silica Substrate 14808-60-7 100 29.4517 178,565,000.0
TRS 805X Tirght Rock Solutions Friction Reducer Aliphatic Hydrocarbon Proprietary 5 0.000389137 2359.33
Alcohol Alkoxylates Proprietary 30 0.00233482 14156
BIO12031A Nalco Champion Biocide Glutaraldehyde 111-30-8 30 0.00127902 7754.67
Sand (30/50 White Proppant) ProFrac Proppant Silica Substrate 14808-60-7 100 26.6007 161,280,000.0
Sand (40/70 White Proppant) ProFrac Proppant Silica Substrate 14808-60-7 100 27.4086 166,178,000.0
Hydrochloric Acid (3.5%) FSTI Acidizing Water 7732-18-5 15 0.026581 161161
Hydrochloric Acid (Hydrogen Chloride) 7647-01-0 28 0.0496179 300833
ProFE 105 ProFrac Iron Control Water 7732-18-5 40 0.000206665 1253.01
Citric Acid 77-92-9 5 0.00002583 156.626
Sulphamic Acid 5329-14-6 30 0.000154999 939.755
Other Chemical(s) Listed Above See Trade Name(s) List Water 7732-18-5 70 0.000301386 1827.3
Oxyalkylated alcohol Proprietary 30 0.00188029 11400.2
Sodium Phosphate, Tribasic 7601-54-9 5 0.00002385 144.605
Sulphamic Acid 5329-14-6 30 0.000154999 939.755
Alkyl Alcohol Proprietary 10 0.000626764 3800.06
Alcohol Alkoxylates Proprietary 30 0.00233482 14156
Ethylene Glycol 107-21-1 30 0.000143103 867.63
Inorganic salt Proprietary 5 0.000313382 1900.03
Water 7732-18-5 15 0.026581 161161
Citric Acid 77-92-9 5 0.00002583 156.626
TRS-3001 Tight Rock Solutions Scale Inhibitor Ethylene Glycol 107-21-1 30 0.000143103 867.63
Sodium Phosphate, Tribasic 7601-54-9 5 0.00002385 144.605
Amine Triphosphate Proprietary 5 0.00002385 144.605
ProHib 100 ProFrac Acid Inhibitor 2-Propyn-1-ol compound w/ methyloxirane 38172-91-7 85 0.000365969 2218.87
Water 7732-18-5 70 0.000301386 1827.3
Water Repsol USA Carrier/Base Fluid Water 7732-18-5 100 16.3421 99,081,700.0

For data sources see[5]

Production Data

Period Operator Name Gas Quantity (mcf) Gas Production Days Oil Quantity (bbl) Oil Production Days Water Quantity (bbl) Water Production Days
2017 REPSOL OIL & GAS USA LLC 0.00 0 0.00 0 0.00 0
2018 REPSOL OIL & GAS USA LLC 953,107.90 122 0.00 0 0.00 0
2019 REPSOL OIL & GAS USA LLC 1,683,737.70 327 0.00 0 0.00 0

For data sources see[6]

Waste Data

Period Operator Waste Type Quantity Disposal Method Waste Facility ID
2017 REPSOL OIL & GAS USA LLC Synthetic Liner Materials 26.78 Tons LANDFILL 8-0728-0004/013
2017 REPSOL OIL & GAS USA LLC Drill Cuttings 26.07 Tons LANDFILL 8-0728-0004/013
2017 REPSOL OIL & GAS USA LLC Drill Cuttings 3,772.92 Tons LANDFILL 301358
2018 REPSOL OIL & GAS USA LLC Produced Fluid 3,776.19 Bbl RESIDUAL WASTE PROCESSING FACILITY WMGR123NC010
2018 REPSOL OIL & GAS USA LLC Soil Contaminated by Oil 6.58 Tons LANDFILL 301358
2018 REPSOL OIL & GAS USA LLC Synthetic Liner Materials 1.15 Tons BENEFICIAL REUSE – PERMIT BY RULE
2018 REPSOL OIL & GAS USA LLC Soil Contaminated by Oil & Gas Related Spills 0.28 Tons RESIDUAL WASTE TRANSFER FACILITY 101611
2018 REPSOL OIL & GAS USA LLC Produced Fluid 601.91 Bbl RESIDUAL WASTE PROCESSING FACILITY WMGR123
2018 REPSOL OIL & GAS USA LLC Drill Cuttings 1,436.50 Tons LANDFILL 301358
2018 REPSOL OIL & GAS USA LLC Soil Contaminated by Oil & Gas Related Spills 6.58 Tons LANDFILL 301358
2018 REPSOL OIL & GAS USA LLC Synthetic Liner Materials 1.15 Tons
2018 REPSOL OIL & GAS USA LLC Produced Fluid 14,079.65 Bbl REUSE (AT WELL PAD)
2018 REPSOL OIL & GAS USA LLC Synthetic Liner Materials 5.53 Tons LANDFILL 8-0728-0004/013
2018 REPSOL OIL & GAS USA LLC Soil Contaminated by Oil 0.28 Tons RESIDUAL WASTE TRANSFER FACILITY 101611
2018 REPSOL OIL & GAS USA LLC Other Oil & Gas Wastes 319.63 Bbl REUSE (AT WELL PAD)
2018 REPSOL OIL & GAS USA LLC Other Oil & Gas Wastes 27.50 Bbl RESIDUAL WASTE PROCESSING FACILITY WMGR123NC010
2018 REPSOL OIL & GAS USA LLC Synthetic Liner Materials 10.38 Tons LANDFILL 301358
2018 REPSOL OIL & GAS USA LLC Unused Fracturing Fluid Waste 22.06 Tons LANDFILL 8-0728-0004/013
2019 REPSOL OIL & GAS USA LLC Synthetic Liner Materials 5.58 Tons LANDFILL 301358
2019 REPSOL OIL & GAS USA LLC Produced Fluid 1,122.83 Bbl RESIDUAL WASTE PROCESSING FACILITY WMGR123NC010
2019 REPSOL OIL & GAS USA LLC Other Oil & Gas Wastes 5.83 Bbl RESIDUAL WASTE PROCESSING FACILITY WMGR123
2019 REPSOL OIL & GAS USA LLC Other Oil & Gas Wastes 23.84 Bbl RESIDUAL WASTE PROCESSING FACILITY WMGR123NC010
2019 REPSOL OIL & GAS USA LLC Produced Fluid 364.23 Bbl RESIDUAL WASTE PROCESSING FACILITY WMGR123
2019 REPSOL OIL & GAS USA LLC Produced Fluid 105.94 Bbl RESIDUAL WASTE PROCESSING FACILITY WMGR123NC022
2019 REPSOL OIL & GAS USA LLC Produced Fluid 147.67 Bbl RESIDUAL WASTE PROCESSING FACILITY WMGR123NC018
2019 REPSOL OIL & GAS USA LLC Soil Contaminated by Oil & Gas Related Spills 12.09 Tons LANDFILL 101243
2019 REPSOL OIL & GAS USA LLC Soil Contaminated by Oil 12.08 Tons LANDFILL 101243
2019 REPSOL OIL & GAS USA LLC Produced Fluid 4,970.05 Bbl REUSE (AT WELL PAD)
2019 REPSOL OIL & GAS USA LLC Other Oil & Gas Wastes 279.24 Bbl REUSE (AT WELL PAD)

For data sources see[7]

Inspection Data

Inspections Performed

Inspection ID Inspection Category Inspection Date Inspection Type Inspection Result Inspection Comments
2599722 Primary Facility 2017-06-01 Routine/Complete Inspection No Violations Noted Inspection to assess site conditions during construction. I arrived on site at 11:00 hrs. The road has been constructed to the stream crossing and preparations are underway for bridge construction. Other than minor repairs needed to the filter sock below the stormwater basin, no items of concern were identified. No violations cited.
2624758 Primary Facility 2017-08-11 Preoperation Inspection No Violations Noted Inspection conducted at request of Repsol as required prior to well spudding and drilling. All erosion and sediment controls are in place and the entire site is stabilized. No violations cited.
2647279 Primary Facility 2017-10-13 Routine/Complete Inspection No Violations Noted Conductor only
2665160 Primary Facility 2017-11-29 Routine/Complete Inspection No Violations Noted Inspection to assess overall site conditions. Drilling operations currently underway.

The majority of the site is covered with containment, and all equipment, regulated substances, and materials are being stored within the containment. No evidence of spills was observed in the pad areas outside of containment.

A slip area was identified on the north fill slope of the well pad. The slip area has been stabilized.

No violations cited.

2666828 Primary Facility 2017-11-30 Routine/Complete Inspection No Violations Noted I met with Pat Bauer, company man, and Rudy Yoder, EHS when I arrived. Patterson-UTI rig 805 on location. Rudy walked the site with me. Sitewide containment was in good condition, although Rudy informed me that a repair crew was on the way to repair a hole created by a dropped piece of equipment. I noted a red liquid in a small secondary containment that Rudy informed me was antifreeze; although it was a small amount and adequately contained, I recommended that he have it cleaned up. Some powdered material was present on the rig mats in the chemical storage area. I recommended that this area be cleaned as well.
2698042 Primary Facility 2018-02-23 Routine/Partial Inspection No Violations Noted I met Jon Sassi of the DEP, Kris Perritt and Billy Watts of Repsol, and Andy Senefelder and Linse Stafford of Golder Associates when I arrived. Repsol had finished the hydrostatic testing of the 1 million gallon Dyna-Tank, and were sending the fresh water back to the Barrett impoundment at a rate of 900 Bbl per hour. Golder was on the site to routinely screen the water during the transfer to ensure the water quality being returned to the impoundment. The sample port had been set up on one of the hatches to the tank at approximately 42" off the bottom of the tank. A sample was screened every 5' the tank was drawn down; although a screening event wasn't due, Golder took a sample and demonstrated their screening method. A 1 liter jar was filled approximately 3/4 full from the sample port, and the water was examined for sheen. The sample was then screened for temperature, pH, and conductivity with a field meter. 31 feet of water remained in the tank; Billy estimated that it would take 26 hours to empty th
2715064 Primary Facility 2018-04-05 Routine/Partial Inspection No Violations Noted I took electrical conductivity readings with an Oakton PCSTestr 35. A puddle on the ad returned a 0.90 mS/cm reading. I spoke with Shaun Smith (Repsol Foreman) on site. He explained they are "toe-prepping" the 8 Marcellus Shale wells on site by perforating the end of the laterals. He expects Profrac to set up to hydraulically fracture the 8 wells on April 13, 2018 (this Friday). Air temp 35F. JLP
2724032 Primary Facility 2018-04-26 Routine/Complete Inspection No Violations Noted I met Dave Coxhead and Sheridan Anderson of Repsol when I arrived. Pro Frac on site, performing a 4-well zipper frac. There were a number of puddles on the pad; conductivity of the puddles ranged from .144 to .230 mS/cm. Sitewide containment appeared to be in excellent shape. The DynaTank secondary containment had an interior berm approximately 4-5" high at 10-12' from the tank; Dave informed me that a small amount of salt collected at the compression rings on the tank, and the berm was there to segregate the potentially tainted water from precipitation in the rest of the containment. Conductivity inside the berm was 7.8-8.1 mS/cm, while outside the berm it was .19-.27 mS/cm. Overall, the site was clean and well maintained.
2784978 Primary Facility 2018-10-05 Routine/Partial Inspection No Violations Noted A routine partial inspection was conducted in response to a wellsite restoration report being received by the DEP on July 23, 2018. All post construction Stormwater management BMPs are installed and the site is stabilized per the requirements of chapter 102.22. Prior to the approval of the well site restoration report all equipment not necessary for production and all temporary E&S control BMPs must be removed; therefore the well site restoration report is being returned at this time and should be resubmitted upon fulfillment of these requirements. No violations were noted during this inspection.
2837404 Primary Facility 2019-02-07 Routine/Complete Inspection No Violations Noted The DEP conducted a routine inspection of Repsol Oil & Gas's Bellows L (03-078) well site in Columbia Twp, Bradford County on 2/7/2019 at 1130 hours. The weather was 49 degrees and cloudy. The pad had a lot of standing water present due to the recent snow melt and rain. Act 9 sign, E&S Plan, & inspection log were all found in the mailbox at the access road entrance.

The site currently has 8 wells in flow back with 2 production tanks. FDS, Fluid Delivery Services, was onsite working on some HDPE piping. Fluids on the pad surface were measured within normal conductivity ranges. The containment around all structures looked functional. PCSM BMPs were observed as functional.

Operator is reminded to ensure maintenance and cleaning of the silt sock along the channel below the pad. Numerous pieces of the sock have been ripped/torn and many of them are full of sediment rendering them non-functional. One is shown in photo #8. A small slump was observed on the fill slope of the pad (photo #10). This now seems to be s

For data sources see[8]

References