Value Collector
Have courage, and be kind.
- Joined
- 13 January 2014
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Hmm not so sure about that, I had a different take on it. The lead time, life time and expense of NP is such that once it is approved and construction started you almost guarantee the uranium demand for the next 20+ years. As uranium is such small input cost, once built the NP is seeing out its life cycle.
I assume NP have some kind of guaranteed price agreement with the relevant governing body that extends into the decade kind of time period. You cannot simply just shut down a NP if the price of gas suddenly become too cheap. Something else to check up on though. Or they are actually state owned and there for control the market. Too many rich people would have skin in the game to allow that haha
After Fukushima, Japan simply shut off their Nuclear Power plants over night, and turned up the dial on the coal and gas.
But what I mean is, let’s say we knew with 100% clarity that global electricity demand would double in 20 years, there is nothing that would guarantee all this extra demand would translate into extra demand for uranium.
This is what I meant by my example, there are plenty of other ways to supply that demand growth that doesn’t require uranium.
And, as I said there is also other ways to supply uranium demand, eg reprocessing those annoying stock piles of spent fuel rods.
Can a mine compete on price, when it’s competition is willing to pay money to get rid of its stockpiles?
Electricity demand will grow, and fast. Governments will have to do something to slow price rises.
Currently grid scale renewable are kinda sorta maybe filling the gapish.
Gen 3 and Gen 3 + are viable options now. Contracts can be and are being signed.
MSR, LMFR and other future technologies are gaining momentum, gaining political support. There is a strong chance they will replace current tech. But that could be decades away.
My feelings are demand is likely to grow for the next 10+ years, and then could fall off a cliff.
More reading required
I have no doubt demand for electricity is going to grow, But we are talking about Uranium not electricity in general.
I would bet heavily that electricity demand will grow, I just think that growth doesn't automatically make a case for rising Uranium demand or rising uranium prices, far more electricity is going to be coming from non conventional sources, and grids are going to become trading platforms, moving energy around from decentralised sources and storage.
I am not an expert though, but as I said I feel much more confident owning companies that produce commodities that are not as substitutable eg Iron ore and copper.
I want to own a company that is a large, low-cost and long life producer of an essential commodity with easy access to the most important markets for those commodities, with option to extend its reserve base.
FMG does that for me.
Uranium is a bit too esoteric for my little monkey Brain to comprehend, I can just see far to many possible risks and a lack of companies that fit my criteria.
Saying that I have exposure to uranium via BHP, so I welcome any uptick in uranium price, I just can't make a pure play investment myself.
Mining is a hard enough business without choosing a commodity that might see low or no demand growth, while also having huge potential reserves sitting on the side lines that may flood to market at some stage.
pressure on governments to find a solution quicker than other large scale solutions are ready. Uranium would make a very good stop gap.
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Uranium is the red headed step kid of investments right now and the contrarian in me is really starting to get interested. I have never invested in or done much research into the sector but I found this chart last night while I was trawling for info regarding Uranium supply and demand and thought it was interesting. View attachment 99969
Hard workers I hear.I have built a fortune on red headed step kids, but I don't have the insights to figure this one out.
There is an expectation that the price of uranium will rise.
https://www.mining.com/boss-wants-to-restart-honeymoon-uranium-project/
I suppose if the climate change lobby keep building momentum, there is little doubt that nuclear will feature in carbon reduction strategy.
Just my opinion.
Great comment @Smurf1976 That inelastic demand is the reason prices could go substantially higher like they did in the previous bull market....classic boom bust economics. Do you follow any Uranium companies at all?Something to bear in mind is that the economics of nuclear power are such that uranium is a minor overall cost. Most of the cost is in construction and in things like regulatory compliance and so on, the actual fuel (uranium) is a comparatively minor issue.
As such there's no real demand side response to changes in the uranium price. Even if it doubles, that's not generally going to result in anyone shutting down or at least reducing the output from a nuclear plant in favour of greater reliance on coal, gas etc for power. Price would need to go seriously high for that to occur which means to the extent there's a response, it's on the supply side. It's not like coal where the price is effectively capped by the price of oil and gas.
There is an expectation that the price of uranium will rise.
https://www.mining.com/boss-wants-to-restart-honeymoon-uranium-project/
I suppose if the climate change lobby keep building momentum, there is little doubt that nuclear will feature in carbon reduction strategy.
Just my opinion.
Something to bear in mind is that the economics of nuclear power are such that uranium is a minor overall cost. Most of the cost is in construction and in things like regulatory compliance and so on, the actual fuel (uranium) is a comparatively minor issue.
As such there's no real demand side response to changes in the uranium price. Even if it doubles, that's not generally going to result in anyone shutting down or at least reducing the output from a nuclear plant in favour of greater reliance on coal, gas etc for power. Price would need to go seriously high for that to occur which means to the extent there's a response, it's on the supply side. It's not like coal where the price is effectively capped by the price of oil and gas.
Something to bear in mind is that the economics of nuclear power are such that uranium is a minor overall cost. Most of the cost is in construction and in things like regulatory compliance and so on, the actual fuel (uranium) is a comparatively minor issue.
it works both ways,
the cost of storing spent fuel rods is so high, if reprocessing into new fuel rods became legal in the USA, companies with large existing stock piles of spent rods would be willing to pay people to take them off their hands, creating a large “free” supply of fuel.
I understand what you mean, I just can't see how they can get sufficient grunt over the medium to long term, without nuclear. I could very easily be wrong, but there doesn't seem to be anything else on the horizon, gas is a limited resource, coal is out, doesn't leave much.
Wind and solar, with storage are fine for places like Australia, which has a large land area and a relatively small population therefore the load may well be met.
But when you get to places like Indonesia, Singapore, Japan etc, it isn't so easy.
Good point about the ability to convert spent fuel rods to a usable substance and as you stated that would be a legislative risk to a Uranium rally and could potentially cap the price. Good for the US but China and India would still be net Uranium buyers for a few more decades Im picking and they are the ones who seem to be bringing the bulk of the new capacity online in the 2020's.
Interesting the video after the one you linked to was about desalination. Water scarcity is another big trend effecting the world and the only way I know of to efficiently desalinate water requires a lot of electricity.
Potentially yes, but the break down of nuclear treaties between the US and Russia and the emergence of a new arms race with China make me think that stock piling nukes is preferred over using them to generate electricity.there is also a large amount of potential supply coming from decommissioned nuclear weapons in the future.
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