Norway Summary

A Guest Post by George Kaplan

Exploration, Discoveries and Development

Drilling and development activity off shore Norway has been fairly steady through the life of the basin. This has been partly from government policy, through tax relief or direct action, but also through opening up of new areas as technology becomes available. It has moved from mainly producing oil to now being dominated by gas, although there is little direct gas exploration now (note that converting gas to o.e. is simple in S.I. units and is just a factor of 1000).

Drilling activity has been high in the 2000’s for development wells (including a lot of in fill drilling and some major redevelopments) and exploration (I think there is very favourable tax arrangements that encourage drilling in even fairly low prospective areas). Appraisal drilling has been more flat and there has been some reports that some discoveries have proved disappointing after start up, possibly because of insufficient drilling before development was approved.

There are twelve projects “approved for production” (i.e. in development) with average reserves of 26.5 MSm3 and average discovery year 2001; nineteen projects “production in clarification phase” (i.e. in FEED or pre-FEED) with average resources of 25 MSm3 and average discovery year also 2001; twenty nine projects “production likely but unclarified” (i.e. in conceptual design) with average resources of 10 MSm3 and average discovery year also 2003; and twenty eight projects “production not evaluated” with resources of 8.5 MSm3 and average discovery year also 2010.

The number of “hydrocarbon shows” has been large recently but they have mostly been small with “production unlikely” or “not yet evaluated” (and present prices mean most of these are likely to be deferred at best).

The number of development projects per year has, if anything, been increasing slightly, although the size has been generally decreasing. The number of shut down fields is increasing slowly but the have been a number that have had their life times extended beyond their original shut-down date (through improved reservoir performance and/or major redevelopments).

The oil price may have influenced activity but I can’t really see it much, maybe the effect of the current crash will be more obvious.

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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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Non-OPEC Output Reaches New High

Below are a number of oil (C + C ) production charts for Non-OPEC countries created from data provided by the EIA’s International Energy Statistics and updated to October 2019.  Information from other sources such as the IEA and OPEC is used to provide a short term outlook for future output and direction.

Non-OPEC production increased by 382 kb/d to 50,930 kb/d in October from 50,512 kb/d in September. This is second highest monthly increase for 2019 after the August increase of 699 kb/d.

October’s production exceeded the previous high of 50,919 kb/d reached in December 2018 by 11 kb/d. Gains from Norway, U.S, and Canada overcame declines from other countries to post the new October record.

Contrast what has happened with output in 2019 with 2018.  From December 2017 to December 2018, production increased from 47,768 kb/d to 50,919 kb/d, an increase of 3,151 kb/d. Of this, the three largest contributors were U.S., Russia, and Canada.  From December 2018 to October 2019, production so far has increased by 11 kb/d. How much will the next two months add?

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U.S. Oil Production Is Competing Against Decline

A Post by Ovi at peakoilbarrel . com

All of the oil production data for the US states comes from the EIAʼs Petroleum Supply Monthly. In addition, information from other EIA offices is provided to project future US output. At the end, an estimate is made for the decline rate in the L48 conventional oil fields and an analysis of a few different EIA reports is undertaken.

The charts below are updated to October 2019 for the 10 largest US oil producing states (>100 kb/d).

U.S. oil output continued to increase in October 2019. Production reached a new high of 12,655 kb/d, an increase 171 kb/d over September and 55 kb/d higher than estimated by the December Monthly Energy Review (MER). However it is 93 kb/d lower than the 12,748 kb/d estimated in the December STEO report. This could be an indication that the January STEO report will again lower US production estimates for 2020.

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USA Oil Production by State Updated to August 2019

All data for this post is from the EIA’s Petroleum Supply Monthly

The charts below are primarily for the largest US oil producing states (>100 kb/d) and are updated to August 2019.  If you are interested in additional states, let it be known.

Ron has asked if I would take over the monthly posts for USA oil production.  I have tentatively agreed to do that.  Let us all thank Ron for his work at tracking US production and for his insights.  Ron will continue to monitor what’s happening with US production and provide his comments. He is not going away.

This is my first post on US production by state. If you spot any errors, please let me know and I will try to fix them.

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