What can we learn from $HUR $PANR $RECO. Geologists musings and personal opinions.
Best read with a glass of new years eve drink of your choice. #oil#exploration
π§΅π
2/24 CHAPTER 1: "Story of geologists greed for discovery."
I first heard about $HUR fractured basement prospect as a student at Aberdeen Univ. I went to an evening lecture where geologist, Rob Trice HUR CEO was laughed by industry for his idea of oil in the basement rocks.
3/24 He proved them wrong several years later by making Bln+ recoverable oil discovery.
4/24 The story did not end well. The field went into the production and seriously disappointed. There were many technical signs to park this discovery early.
Geologists that are in love with their prospects tend to ignore them. #FOMO
5/24 I was working in Norway and followed the developments and rumors closely. Company I worked for tried to replicate Hurricane success. As portfolio manager I spend a lot of time making sure we did not drill "Hurricane-look-alike" prospects. This was before Hurricane fall.
6/24 There were many technical signs to worry about: number one being low oil saturation and only 2 day test in reservoir type that is notorously difficult to produce. Company also did not focus on technical risks and tried to hide them from public eye.
7/24 Geologists fall in love with their ideas. People get angry or depressed when their projects do not get drilled.
Staying unbiased βοΈand critical π§is key to succesful treasure hunt, but requires practice.
8/24 Combine this with CEO of HUR being laughed at in public by industry. Proving them wrong, making tones of money. Human nature will prevent many from seeing what is wrong with the asset and admiting to disappointment.
PS. Not disimilar from falling in love with your stocks.
9/24 Personal opinion based on outside view: I think we saw something similar happen to $RECO. With geologist having difficult to admit that their model failed after first hole and pushing through despite disappointing results.
10/24 Geos involved had good track record and initial exploration concept was a good, high risk, frontier exploration model (until disproved by drilling). $IVZ is drilling similar exploration concept now and has proven deep 3km+ basin vs $RECO hitting metamorphic basement at 1km.
11/24 Game of exploration. Models fail all the time.
I made significant profit on $RECO, but key was to get out fast when the model fell apart on the first drill results.
Staying unbiased and critical.
Data vs Greed.
12/24 CHAPTER 2 "Project is verified by Baker/Schluberger/Haliburton etc. therefore it is good."
All three companies had that narrative in common. The narrative was spinned by retail, but management did nothing to dispell it and in some cases used it to back the project.
13/24 There is a difference between:
Schlumberger providing a report saying porosity is 8% vs
Schlumberger saying it is a good porosity.
PS It is a terrible porosity.
14/24 None of the press releases, video interview etc. had service companies backing the results as being "good". They only provided the data and Operator had their own commentary.
Somehow they were now saying the project was good π€―.
15/24 As an investor the key is to separate the difference between numbers provided by external party and operator commentary. Stay unbiased and critical. Control FOMO.
16/24 CHAPTER 3 "Billion barrels discoveries in recent years have one thing in common - they are in bad reservoirs."
And this β¬οΈ can happen...not literally, but I will explain.
17/24 Succesful exploration is not that easy! So what is wrong with all these bad reservoirs?
What do we know:
$HUR - fractured basement (gneisses)
$RECO - fractured basement (metamorphosed carbonates)
$PANR - tight sand unconventional reservoir
18/24 They all have different peculiarities - I teach more about it my course. But a key is:
"When reservoir is poor the downhole tools have low confidence on measurment accuracy."
E.g. what looks like 50% oil saturation could be 30% oil saturation. Oops.
19/24 All three of these projects had low oil saturations across large (or all) parts of hydrocarbon column.
But 40-60% oil saturation looks great!
No..
40-60% of oil is not recovered from most of reservoir unless you do EOR, fracking etc. = COSTS + DIFFICULT = LOW VALUATION
20/24 There is also risk that the saturation is lower. Remember our tool measurment accuracy. Double oops. These are difficult, risky projects.
21/24 CHAPTER 4: Low porosity sand brights up on seismic. What could it be? $PANR special.
There is one thing that makes low porosity sand bright up on the seismic at few kms depth. Gas.
Oil does not bright up on seismic when porosites are low.
22/24 RECAP 1. Geologists have the same FOMO as investors. It prevents them from seeing pitfalls. 2. Project verified by Baker etc. - separate data provided by service company from Operator interpretations. 3. Giant discovery can disappear overnight if the reservoir is poor.
23/24 I do not own stocks in any of the companies. Not investment advice - just end of the year geologist musings.
Note: I refrained and continue to refrain from commenting on the pump, management etc. so please keep trolling to yourself.
24/24 Please share the knowledge and retweet the first post. This one has correct tickers.
Have a great New Year Eve celebration! Time to kick off the party here on the CET time.
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π§΅28 significant #discovery announcements on #ASX this year so far.
Will Santa bring us more discoveries this year?
How many will turn significant over time?
2/5 If you wondering, we had no "significant discovery" announencements since the beginning of October.
3/5 How many of the announced discoveries will turn out to be really significant? We can already see from below graph that market thinks that most of the discovery announcements this year were minor discoveries.
Over the past years, I have read 100s of exploration news releases (NRs).
How to read them efficiently?
Breaking down my technique π§΅π
Tip #1: Headline - important or not?
I will only read NR if:
β’ New discovery confirmed
β’ Significant assay
β’ New resource or bid
β’ Company on my watchlist
This simple techniques allows you to only focus on most important news and filter the noise.
Tip #2: Scan through the highlights.
β’ Does it still look positive?
β’ Look for thick, high grade intervals or large step outs
β’ Red flag: up to X% Cu
β’ Red flag: grab/chip samples i.e. discovery not confirmed vertically
π§΅#Uranium deposits in the #Athabasca basin have some of the smallest lateral foot print from all commodities. This is due to a high grade nature.
UEX has some brilliant visuals of Shea Creek deposits that we can learn from.
2/x Kianna and Anne deposits of "Shea Creek discovery" are the most interesting. These are 250-500 m long and c. 40-100 m wide. The high grade part is even smaller!
Kianna has 34 mln lbs @ 1.5% U3O8
Anne 24 mln lbs @ 2% U3O8
3/x Nice resources for such small uranium deposit footprint. What makes these deposits a bit challenging is the depth of 700m.