didou wrote:(
If it happen, there 2 big question : when and how much it will cost then to bring back a pound of metal. I don't think the kind of metal will matter, every metal on earth will be highly priced. If it's cost a $100/pound to bring back metal, every metal price will drop (assuming they have reach a higher value) and cap at this value. It may be the most significant even since humanity discover metal and the even that happening today the crossroad between human population grow (demand) versus (supply) where all easier source of metal have been dig, leaving only harder and source of metal that cost more to dig. Like the even that we are experiencing right now, there is no precedent for it, nothing come close to that in history and we may never know what impact it may have until it happen.
What are you're thought about this ?
Spikeanator6982 wrote:The fault I see with this reasoning is that it doesn't factor anything into the price but shipping and possibly manufacturing( if that was in the $100 price point). Surely on earth two nearly identical mines cost about the same to pull up 1 ton of ore for each one whether or not there is silver or copper in said ore (typically ores are mixed metals but we are skipping that point for now). The price for metals would still be based on demand and rarity. If mars...(earth, dirt, ground etc) has 10% metal content and 80% of that is iron(rust is the reason why mars is red) and only .000001% of the 10% is gold, then its going to cost the mining company more to produce the pound of gold then the pound of iron before the shipping it back to earth is even considered. Now, if theres a planet that has a huge ratio of say gold, then I could see that effecting the price downward.
I heard that the USPS declined the option for a lunar flat rate box.. something about a box that weighs 70 pounds there tipping the scales at over 400 pounds here.. and suffering enough terrestrial losses already. So you needn't worry about mining companies getting any cheap shipping rates and sending the metal back here.. that cost will continue to be prohibitively expensive.
John Ringo has written two books in the Schlock Mercenary universe with a third on the way. The first does a fairly good job describing the problems to be expected "meteor mining". Seen them yet? (I really enjoyed the first two and eagerly awaiting the third.)psi wrote:I'm into science fiction and I find this kind of speculation interesting, especially imagining what materials will be valuable for future technologies.
billo wrote:For anyone thus persuaded...I offer to buy your gold at $100/lb. Just PM me.
68Camaro wrote:Average cost per pound to geosynchronus transfer orbit is about $10,000 per lb. OK, now you need to get those people and equipment mass and food and fuel out to the moon (or worse) Mars. I hope there is no need for me to go into the rest of the math as it should be clear that even if the bars were already processed and sitting on the surface, they couldn't be gotten and moved back to earth for less than the current price of mining fresh gold on earth.
scyther wrote:68Camaro wrote:Average cost per pound to geosynchronus transfer orbit is about $10,000 per lb. OK, now you need to get those people and equipment mass and food and fuel out to the moon (or worse) Mars. I hope there is no need for me to go into the rest of the math as it should be clear that even if the bars were already processed and sitting on the surface, they couldn't be gotten and moved back to earth for less than the current price of mining fresh gold on earth.
$10,000 a pound is less than the current cost of gold. And it could get cheaper. I don't think you'd need many (if any) personnel; it would be done by robots. Also, you don't need to the moon or Mars. Large asteroids can be mined directly. And from what I hear, they have a lot of PMs... especially platinum.
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