Skip Navigation

Posts
2741
Comments
2202
Joined
2 yr. ago

Fortunately, woodland creatures don't hire lawyers

  • My dumb ass thought this was about the lube marketed to couples trying to have kids

  • Ice cream sandos half melted are god tier

  • I haven't read the book, but do you blame the monster for killing, anymore than a rabid dog?

  • I love everything about this trend and I am endlessly entertained

  • Squidward does as he pleases

  • The N bombs a flying

  • I get it, it doesn't make sense logically, but I get it.

  • Ever have pimento loaf lunch meat? For some reason as a kid I liked it. Probably healthier to eat paint chips

  • Did she lose her engagement ring?

  • So. That user name...

  • It's how the ocean became salty to begin with

  • Wait you're the guy that actually opens shit on the web version of SharePoint? You fucking monster

  • Found the accountant

  • Do we have a best of Lemmy community, or a star board? This needs to be put on the internet fridge

  • Is this young and the restless?

  • This is a bit sensationalized in the way it's written, but a lot of it is true.

    The orange water is metal bearing water that forms when sulphide bearing rock is exposed to oxygen. With warmer temperatures the reactions are sped up. While it can occur naturally as they point out, in mining it's from the overburden or waste rock being exposed where it was previously anoxic underground.

    Giant Mine crews have "demolished" arsenic-contaminated equipment, "stabilised" the mine and will soon start building a water-treatment plant. There is also a plan to drill metal tubes into the ground and use carbon dioxide to draw heat out and "funnel cold gas back in", freezing the arsenic in blocks of ice that would take years to thaw.

    The tubes are called thermosyphons. They work by the aboveground part getting cooled by winter and conducting the cold in to the ground. Since arctic summers are short they result in net freezing.

    Giant already has a freezing system to contain the arsenic trioxide but I believe this is to support it. It's also passive.

    The thing to point out is they do extensive thermal modeling and monitoring; same goes for water quality - they know with a pretty good degree of certainty what things will look like on the future. They over engineer things to increase certainty. For instance they'll use RCP8.5 rather than RCP2.5 (less conservative) climate predictions and then plan and build for that.

    Forever is a long long time which is why planning mines with the end in mind is important; however this concept is painfully new. Operators are constantly looking for closure solutions that will release them from a forever liability. These are those that are passive and don't require perpetual water treatment. Operators these days - at least in Canada - are a different breed. Previously they didn't know better, or were much less regulated.

    I could go on, but I'll cut it there

  • I do this to my kids:

    GggggggeeettttYouuuurrrrShooooeesssOoooOOnnnn

  • Mongolian metal is wicked but the people on the train hate it

  • I really didn't know that. What livestock feeds are they in?