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Archive for the ‘Gulf of Mexico’ Category

As we approach the end of 2022, I’m still waiting for:

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Like its salty neighbor to the east, the Permian Basin of west Texas and southeastern New Mexico has been proclaimed dead on many occasions. Such proclamations of their demise, however, are mere exaggerations as the Gulf of Mexico and the Permian Basin continue to thrive.

These historic oil and gas production powerhouses have delivered to global markets billions of barrels of oil and trillions of cubic feet of natural gas over the past century. Through the booms and the busts, the resiliency of each was made possible by the combination of ingenuity and perseverance and by advancements in techniques and technologies.

JPT

Thirty years ago the Gulf of Mexico was called “the Dead Sea” because of the decline in drilling and production activity. Deepwater technology reversed that trend and led to record Gulf of Mexico oil production averaging 1.9 million BOPD in 2019.

Similarly, horizontal drilling and hydraulic fracturing technology launched the shale revolution, and Permian oil production has risen impressively to 5.4 million BOPD.

Both the Permian and the GoM have the potential to sustain or increase production. The Permian Basin, much of which is privately owned, is more adaptable to market conditions and less exposed to political risks. The offshore program is dependent on effective long-term planning and supportive lease management policies. Unfortunately, the proposed 5 year leasing plan suggests a commitment to throttling offshore production rather than sustaining it. When will our energy policy pendulum swing back to a more balanced position?

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The September total reflects production from recent deepwater startups, including King’s Quay (Murphy) and Spruance (LLOG). Other new deepwater facilities should further boost GoM oil production next year as forecasted by BOEM (table below). Unfortunately, the BOEM forecast considerably overstates 2022 production and appears to be optimistic for the outyears. This is a significant concern given that US offshore leasing policy, as reflected in the 5 Year Plan, is naively focused on throttling long-term production. See the rather startling quote below:

“BOEM’s short-term (20-year) production forecast for existing leases shows steady growth from 2022 through 2024 and declining thereafter (see Section 5.2.1). The long-term nature of OCS oil and gas development, such that production on a lease can continue for decades makes consideration of future climate pathways relevant to the Secretary’s determinations with respect to how the OCS leasing program best meets the Nation’s energy needs.

5 Year Leasing Program, p.3

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On September 14, 2022, BOEM announced that 307 high bids from Lease Sale 257 in the Gulf of Mexico were accepted. BOEM also announced that one high bid was rejected for not providing the public with fair market value. BOEM has not identified the rejected bid.

Per BOEM’s Lease Area Block Online Query file, 306 Sale 257 leases were effective on Oct. 1, 2022. A comparison of these data with the sale results identified 2 Sale 257 leases that have not been awarded:

leaseblockhigh bidder(s)bidcomments
G37261GC 70BHP$3.6 millionlone bid; 7th highest
bid in sale
G37294GC 777BP (75%),
Talos (25%)
$1.8 million2 bids; next highest
$1.185 million

So one of these 2 bids was rejected and the other has lease not yet been awarded for some reason (or perhaps there has been a clerical/IT issue).

Which bid was rejected? I would guess it was the BHP bid even though that bid was the 7th highest bid in the entire sale. The fact that this bid was $2.5 to $3 million higher than the other 7 BHP bids (all of which were accepted) tells us that the company valued this tract highly. Perhaps BOEM, which has all of the geologic data, thought the value was even higher, which is why the bid may have been rejected.

There was another bidder (Chevron) for the BP/Talos tract, so the competition makes it less likely that the bid would have been rejected.

Ironically, the 94 carbon sequestration bids, which made something of a mockery of the lease sale, could not be rejected on fair market grounds. The bids exceeded the minimum required, and the tracts have little or no value from an oil and gas production standpoint. A competitive process would be require to repurpose these leases for carbon sequestration.

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Was 2021 the low point? Hopefully that is the case, but consistent leasing is essential.

Looks like Woodside is now officially the GoM operator of record (was BHP prior to merger). Kudos to them.

Shell continues to be the GoM bellwether. There is no OCS program without them.

What’s up with BP and Chevron? Big declines from both.

US super-majors Exxon and ConocoPhillips remain out of the picture, both in terms of lease acquisition and exploration. Disappointing.

Tip of the hat to Hess, LLOG, Murphy, and Talos – independents committed to deepwater production.

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On Monday, the offshore world lost Mike Conner, an outstanding engineer and a major contributor to the success of the US offshore program.

Mike is the person most responsible for the Deepwater Operations Plan (DWOP), a pioneering safety-case approach to regulating deepwater oil and gas development. The DWOP program was initiated 30 years ago and facilitated deepwater production at a time when there were no deepwater-specific regulations or standards. Innovative tension leg platform, compliant tower, spar, production semisubmersible, and subsea projects would not have been possible without the DWOP program. 93% of Gulf of Mexico oil production and 76% of the gas is now attributable to deepwater production facilities. Thanks in large part to the DWOP program, these facilities have had a nearly flawless safety and environmental record.

While his obituary is no yet available, this link announces Mike’s well-deserved selection for the OTC Heritage Award in 2017, and provides good information on Mike and his career.

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Using the World Bank’s worldwide flaring data and ONRR flaring and venting data for the GoM, I compared GoM flaring intensity for 2021 with that of the World Bank’s top ten flaring nations. This is just one example of why US offshore production is a preferred and vital component of our energy mix.

Further discussion: Kudos to the World Bank for their use of satellite data to estimate flaring volumes worldwide. Their primary performance indicator is flaring intensity (volume flared per bbl of oil produced). Absent better worldwide reporting regimes, satellite data are essential. However, there are issues with the World Bank’s system that merit further consideration:

  • Satellites miss some flares and vented gas (a more significant GHG concern) is not detected
  • A prior review of Gulf of Mexico data indicated that the World Bank flaring estimates are low.
  • The flaring intensity indicator penalizes higher gas-oil ratio (GOR) wells. Production upsets of the same duration yield higher flaring intensity scores at higher GOR facilities.
  • Associated gas is an environmentally favorable energy source that should not be discouraged. Most Gulf of Mexico gas production is now from oil wells. Efficient collection and utilization is the key.
  • There will always be some production upsets that result in flaring. The objective should be to minimize the % of oil-well and gas-well gas that is flared, irrespective of the amount of oil production. See the recent GoM summary data posted here and here.

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BSEE’s temporary abandonment/decommissioning solicitation has been posted. Some details:

  • 14 wells to be decommissioned
  • 1 well to be checked to confirm temporary abandonment
  • Well depths: 2359′ to 11934′
  • Water depths: 70′ to 477′
  • 11 gas wells, 3 oil wells
  • Well completion dates: 2006-2008
  • Last production: 2010-2013 (Presumably, the short productive life of these wells either contributed to or was because of the lessees’ bankruptcies.)
  • $25,000😀 minimum to $100,000,000 maximum contract guarantee

If I was an offshore contractor, I wouldn’t touch this work without:

  1. Ironclad liability protection after the work is completed and inspected. A contractor should not inherit the perpetual liability that the lessees knowingly and willfully accepted when they purchased the leases and conducted operations; nor is the contractor responsible for the failure of industry and government to establish a financial assurance framework that protects the taxpayer from such liabilities.
  2. Protection against likely cost overruns related to the uncertain downhole condition of the wells.

Previous posts on this matter:

Taxpayer funded decommissioning – troubling precedent for the US offshore program

NOT a shining moment for the offshore industry

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Further, per the ONRR data:

Oil-Well Gas
Produced
(BCF)
Gas-Well Gas
Produced
(BCF)
total gas
produced
(BCF)
total gas flared
or vented
(BCF)
% flared
or vented
2015588.4719.41307.810.30.8
2016631.7589.11220.89.70.8
2017637.3441.21078.59.90.9
2018623.1370.1993.210.61.1
2019670.2364.11034.311.71.1
2020581.4224.9806.310.41.3
2021582.2209.5791.78.21

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Gulf of Mexico flaring and venting data have been sorted for the years 2015-2021. The reporting of these data is mandatory and strictly enforced, so these ONRR numbers should be accurate.

Biggest surprise: The biggest surprise is that there were no big surprises in the data. The % of gas flared and vented were generally consistent with expectations based on familiarity with historical data.

Biggest disappointment: the continued sharp decline in nonassociated (gas-well) gas production. GoM gas well gas production exceeded 4 tcf annually in the 1990s and was still above one tcf ten years ago. Since then, GWG production has declined by 80%. Nonassociated offshore natural gas has important environmental advantages, so the decline in production should be a major concern to policy makers

Encouraging sign: The % of oil-well gas vented has ticked down over the past 2 years which is encouraging from a GHG standpoint. This is presumably because most associated gas is produced on modern deepwater facilities equipped with flare booms. An astute politician would be rushing to take credit for this achievement.😀

Unfavorable ratio: Although the volumes are low (<1 Bcf combined in 2021), more gas-well gas was vented each year than flared. This is presumably because older shelf facilities without flare booms still produce much of the natural gas.

Abbreviations:

  • ONRR: Office of Natural Resources Revenue
  • GoM: Federal waters of the Gulf of Mexico
  • OWGP: oil-well gas production
  • GWGP: gas-well gas production
  • OWGF: oil-well gas flared
  • OWGV: oil-well gas vented
  • GWGF: gas-well gas flared
  • GWGV: gas-well gas vented

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