Are Non-OPEC’s Best Days in the Rear-view Mirror

A post by Ovi at peakoilbarrel.

While this post updates Non-OPEC production to January 2020, we are now in late May and the direction for future production for the next few years is clear, LOWER than where it was in March 2020. OPEC, in response to the reduced worldwide demand, arranged for a production reduction through a Declaration of Cooperation (DoC) with OPEC and Non-OPEC countries. Also Canada and Norway have indicated they will be cutting production in response to world wide reduced demand. The OPEC + DoC reduction schedule and chart are shown and discussed at the end of this post.

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OPEC April 2020 Production Data

by RON PATTERSON posted on 05/16/2020 [EDIT]

All OPEC data in the charts below are from the OPEC Monthly Oil Market Report. The data is through April and is in thousand barrels per day.

OPEC 13 crude oil production was up 1.8 million barrels per day in April. They are about 3 million barrels per day below their November 2016 High.

As you can see the increase came from only three countries, Saudi Arabia, Kuwait, and the United Arab Emirates.

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US GoM 2019 Summary: Part II – Reserves

A Guest Post by George Kaplan

Introduction

BOEM produces an estimate of GoM reserves every year. This year’s covers estimates for then end of 2017. Nominally The figures given are 2P estimates but previous analysis has shown them to be extremely conservative, and they strictly follows SEC rules concerning reserves being bookable only if clear development plans are in place.

Backdated Reserves

These charts show reserve additions from discoveries by depth (all backdated to the original discovery year so that all adjustments due to improved extraction methods and better understanding of the reservoir etc. are included in the shoen reserve estimate), production and remaining reserves also by water depth.

The black dashes against each discovery show the original estimates of reserves. The shallow water estimates were very low and had significant upgrades, deep water not so much, and ultra-deep hardly at all. The reason for this is mainly the date of the discoveries: nominally it should be easier to apply seismic and drilling analysis from shallow water but the ultra-deep finds were made later and therefore have had better technology and seismic available when the original estimates were made; more on this later.

That said I do not know what method BOEM uses to make the estimates, it cannot be the ultra high fidelity models that the E&P companies use as they do not have the computer power, human resources or time to cover every field in the GoM.

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