It took 3 years but someone finally got your pun

Thats amazing you learned something, I hope you also learned the dark side of this human activity and know the consequences on nature while considering the so called "Quality of life". m.kzfaq.info/get/bejne/jcx3gLyVxtKnnIk.html

that would be helpful but i watched whole video ;-;

Ty

thank you,

Saved me 2 mins.

you are just stupid

lol same

same

Same

Same

same

Thats amazing you learned something, I hope you also learned the dark side of this human activity and know the consequences on nature while considering the so called "Quality of life". m.kzfaq.info/get/bejne/jcx3gLyVxtKnnIk.html

@@gurmohitsinghgrover7694 You’ve got have more coal. You’ve got to have more oil. You’ve got to have more of everything.” James G. Watt 2001. Check out the James G. Watt Wikipedia article. As a Yooper, I specifically say, “You’ve got to have more iron ore.” You would need to see the UP’s financial situation to understand.

I've worked at the Tilden and Empire mines changing out their conveyor belts. Beautiful town. Horrible mine lol. Well Tilden is but Empire isn't to bad.

@@robertsandstorm4785 , Cool! You would know about your mines! My Dad worked as a millwright in both the Tilden and Empire Mines for a little bit. That was when I was a little guy.

ouch!

That's fucking cool man !!! Good luck

It's from space from asteroids. Yes God Allah 😊

Thank God for that!

Pretty sure we wouldn't be able to live on a gas giant. And we even if we were, we would be VASTLY different

What about Uranus? That would really stink. 😉🤣

@The Doom Slayer no because they don't have oxygen to burn it with

Doesn't matter. If we did not have iron, then also we would be able to live. Our metallurgist are very intelligent, they might have found the alternative for it also...

What’s it’s like living there? I fancy moving up that way. I need to explore that area.

The Filter press is one of the oldest process filters and dewatering machine which is used in a variety of applications e.g. in mining sector. It still remains a pioneer in solid-liquid separation with a very good price-performance.

I read somewhere that although tailings as some mines are left behind at mines, which I have seen at mines in Arizona and New Mexico, it may come to pass that the price of elements in the tailings goes so high that it becomes economically feasible to go back to those waste piles and get it out. But as you mentioned, tailings can be useful right away in some circumstances.

Please send your request to info@taconite.org. Thanks!

It comes from the universe

Quran explains all. Yes

@@jkq665 it doesn't 💀

Because all the environmental process is mostly PR. The public consultations are often held without proper announcements, the debates are under wrap, and the land reclamation at the end of the life of the mine is never done since mines close only when they are bankrupt. So sad, but that's business as usual. The government and localities have to manage all these sites, so people end up paying for it.

It doesn't fit their agenda that's why

We’d basically be stuck using stone and wood.

Soudan underground mine State Park. About 1/2 a mile under ground.

The pellets are dumped into blast furnaces. Everything melts. The molten iron is more dense (heavier) than the impurities. The molten ore is tapped at the very bottom of the furnace. The slag (impurities) is then removed.

I believe that, too. I didn't know there was another person that thought propaganda is so powerful.

Cool! Hope it's interesting work for you!

Among other elements, but mostly iron.

That's not true. That's so far from the truth that it's laughable.

Years late, but miners would dig iron rich ore out by hand. They'd crush it by hand, and then use furnaces to melt the iron, copper, silver, gold, or whatever and separate it from the rock. They couldn't get as pure of metal as we can, but it worked for their purposes. Everything in the video is basically just a much more efficient way of the same result.

All they do is use a magnet to pull the crushed material out of the dirt theres other video that show this

There are areas in Australia and the "Old World" continental mass that have far more iron ore deposits than in either of the Americas. Australia has *the* highest concentration of Iron ore by far across most of the landmass. However, both of the Americas are much richer in other types of metal, such as Silver (the influx of Silver from the Americas after the 1500s was so large that it's value dropped and damaged Spain's economy) Copper, and Lithium (which are both extremely valuable for electronics and batteries, both in high demand today.) The United States in particular has more of an "ample mixture" of most metals, rather than just a massive amount of 1 or 2 types. Adding a very advanced technological understanding of how to efficiently extract ores and get almost all the metal out, meaning it can produce as much metal as it deems necessary for whatever projects it needs, this has historically been instrumental in the United States having a huge advantage over other countries.

Did you find out

Hello fellow homework class person

The video is 6 minutes long lol. How lazy can you be?

Hi Leif, Thanks for the question. No, 35% of the pellet is other materials that help to make different types of steel. These additions include bentonite, limestone and other minerals to ensure the "purity" of the steel once it is made in the steelmaking process. Hope that's helpful.

Iron Mining Process machine price and details: www.hxjqmachine.com/pro/beneficiation_production_line.html?cyyc

I live in taconite

Because we live here, we too, enjoy the BWCA