Giovanni Giorgio

[Giovanni Giorgio @Case_Sensitive1]

@jessebday

[badger @badger69420]

When you realize it’s a scam;

*Study for 20 years
*Work for 40 years
*Retire for 10 years if you’re lucky
*Die

[Mohamad Safa @mhdksafa]

It’s wild how 3 deaths from Hantavirus got more media attention than 50,000+ people in Venezuela are missing!

[Jay Martin @JayMartinBC]

Every central banker in history, when forced to choose between a fast death and a slow death, has made the same call. Every single time. Without exception. Kevin Warsh is about to make it again and most people have no idea what they're about to lose.

[Giovanni Giorgio @Case_Sensitive1]

@ChumelTorres

[Giovanni Giorgio @Case_Sensitive1]

@zerohedge

[Giovanni Giorgio @Case_Sensitive1]

@uraniuminsider

[Giovanni Giorgio @Case_Sensitive1]

@inthemoneypod And I thought the podcast couldn’t get any better…☢️⚡️

[Giovanni Giorgio @Case_Sensitive1]

@uraniuminsider

[Giovanni Giorgio @Case_Sensitive1]

@vonderleyen @JekyllCapital 🇩🇪🇩🇪🇩🇪

[Giovanni Giorgio @Case_Sensitive1]

@ExnerPirot @quakes99

[Giovanni Giorgio @Case_Sensitive1]

@danishnuclear

[Giovanni Giorgio @Case_Sensitive1]

@inthemoneypod @JonathanWellum

[ₕₐₘₚₜₒₙ @hamptonism]

Uranium will be the biggest artificial intelligence trade in history.

[Giovanni Giorgio @Case_Sensitive1]

@patrickadownes

[Giovanni Giorgio @Case_Sensitive1]

@BeenThereCap

[Giovanni Giorgio @Case_Sensitive1]

@quakes99 @numerco

[isabelle 🪐 @isabelleboemeke]

Gerhard Schröder, the former German Chancellor who supported the nuclear phase-out, served on the boards of not one, not two, but *three* Russian gas companies.

Nothing to see here…

[Giovanni Giorgio @Case_Sensitive1]

@danishnuclear

[Yellowbull @Yellowbull11]

There has been lots of talk about the current situation in Venezuela and what it could mean for global oil markets, so I just wanted to provide some nuance on this 🇻🇪 ⤵️

When people say “Venezuela has the world’s largest oil reserves,” as you undoubtedly have seen being thrown around a lot on here, they are technically referring to a specific accounting definition, not to a stock of easy, cheap barrels ready to flood the market. To unpack that, you need to get into what those reserves are, how they behave in the subsurface, what it costs to turn them into marketable liquids, and how price, technology, and above-ground risk interact.

That's a lot to cover, but let’s give it my best shot. On paper, Venezuela has roughly 300–303 billion barrels of proved reserves, about 17 % of the global total and slightly more than Saudi Arabia. The critical detail is that around three quarters of that booked volume is extra-heavy crude from the Orinoco Belt in eastern Venezuela. These are bitumen-like oils with API gravity typically in the 8–14° range, extremely viscous at reservoir conditions and with high sulfur and metals content. So the statement “largest reserves” is really “largest booked volumes of very challenging heavy and extra-heavy oil.”

Technically recoverable versus economically recoverable is the first big distinction. The USGS has long estimated that the Orinoco Belt contains on the order of 900–1,400 billion barrels of heavy crude in place, with perhaps 380–650 billion barrels technically recoverable using existing technology.

Venezuela and OPEC only book a subset of that as “proved,” but even those proved numbers are sensitive to the assumed oil price and development concept. When prices were strong in the 2005–2014 window, a large portion of Orinoco volumes became economic on paper and were reclassified as proved, driving the headline reserves from ~80 to ~300 billion barrels.

Geology and fluid properties are the second big differentiator. Orinoco crudes are extra-heavy, with densities up around 934–1,050 kg/m³, high asphaltene content and sulfur on the order of 3–4 wt% or more, depending on the block. This is a completely different animal from a 33–40° API, low-sulfur Arab Light-style crude. In plain English, that means it's much harder to handle at various stages and each step adds capex, opex and energy use.

In other words, the “barrel in the ground” in Venezuela is inherently worth less and depends on a narrower set of buyers.

Surface systems and institutional capacity are another constraint. Before the 2000s, PDVSA had a reputation as a technically capable NOC. Since then, you have had a combination of mass layoffs and politicization, under-investment, sanctions, corruption and brain drain. The result is decayed gathering systems, chronic power shortages, refinery fires and upgrader downtime.

Finally, integration with global refining and logistics matters for strategic value. Venezuela’s crude slate is optimized for complex “coking” refineries in the US Gulf Coast, parts of Asia and a few European plants. That's a story for another time though, because the length of this analysis is getting out of hand.

So when you hear that Venezuela has “the world’s largest oil reserves,” the technically accurate part is that the country has extremely large volumes of extra-heavy oil in place, and a big subset of that was once judged economically recoverable at high price assumptions and booked as proved. The more relevant questions for energy strategy are how many of those barrels are genuinely economic under realistic long-term prices, how quickly they can be brought onstream given infrastructure and institutional constraints, what netback they deliver at the refinery gate, and how exposed they are to being left in the ground if demand peaks. On those metrics, Venezuelan barrels sit much further out on the cost and risk curve than the headline “largest reserves” soundbite suggests. I hope this provided some good context.