I'm curious if you actually read that piece
It basically says about transportation (plus administrative) costs as they stand for delivery to their nearest consumers. For Iran it would be China, for Iraq the EU. If Iran (or Saudi Arabia) had to transport their oil to the US, the transportation costs would rise massively. Nevertheless, your link confirms what I suspected, i.e. that the data in the quote you posted earlier is heavily distorted. The transportation costs are nowhere near 5-10% as the authors of that quote claimed. For example, for the KSA they are over 27%, for Iran over 29%, for Iraq over 23% per total cost of oil barrel. As to me, this is a huge percentage
Where does it say that this is the transportation cost to the nearest consumer?
The wsj is from 2016 so its obvious that numbers changed from 2008.
Like i said in my last post that nominal the transport cost is very similiar but because of differences in production cost it differs % wise.
For example look at the uk. Transportation+administration cost is just 9,7%. In fact, I expected you to reply something to this tune
And it seems that you took to your old habit of severely distorting the facts. In this case, you deliberately forget that the UK is next to
irrelevant as a crude oil exporter (with measly 2% of total oil exports). We are talking about top oil producers and not just producers but exporters at that, aren't we? And these are SA, Iraq and Iran (after lifting sanctions). Further, regarding nearest consumers, the article doesn't specifically mention that itself but it is common knowledge that China is the largest consumer of Russian, Iranian, and Saudi Arabian oil. Unsurprisingly, that these are the nearest suppliers territorially, so we could well expect that the costs calculated would mostly refer to this shortest route of oil trade
Besides the fact that brent is the most important kind of oil for europe you forgot the real life example which is the same for saudi arabia, iran and russia.
Please stop with your weird conjectures that you cant backup while ignoring real life examples and facts.
In short: you got no argument.
But well not astonishing for a guy that doesnt even know what a dynamo or regerative braking is ugh.
But lets take an real life example with an exact price from Sep. 2016:
The rates for shipping a tanker-load of crude oil by Very Large Crude Carriers (VLCC) from Rotterdam, Europe’s largest port for the throughput and storage of crude oil, to Singapore, the world’s largest crude oil transshipment center, have dropped another $200,000 since the last assessment, to $2.25 million, according to S&P Global Platts, the lowest level for that route since Platts started tracking VLCC data in 2006.
We have a distance of around 13.000 km (around the same distance from saudi arabia to the USA).
A VLCC usually transports 1,9 - 2,2 million barrels.
At 50$/bbl its worth 100 million $.
Transportation cost is 2,25 million $.
Edit
Btw. The book i quoted is up to date. The newest edition is from 2017.
It is also used in universities.
Edit 2
Shipping prices are extremely volatile. I just looked up the price difference to charter a VLCC between jan. 2016 and sep. 2016. It was a 60+% difference.
But to take the example above even if the shipping price was 4 times higher we would still just barely scratch the 10% mark for transportation cost.
I got a task for you though. Find out how much the transport over pipelines cost.