Lithium Mining vs Oil Sands A Thorough Response

Lithium for All

13118978_633057196862040_476084080489596517_n

EDITOR’S WARNING: It is important to read the article below. The meme at the top is being debunked as nonsense, not supported.

Somewhere, someone is wrong on the internet. Yes, that’s shocking. And normally I’d feel just about as compelled to correct that someone as I would to put my hand in the corned beef slicer at the deli. But dammit, sometimes someone is just so wrong on the internet, that you must get out the mustard.

Lately (or more specifically, perpetually off and on for the last few years), this set of images has been circulating.

lithium_tar_sands_meme

Why golly, that does look bad, doesn’t it? Know what? Someone is a f#@%ing liar.

That top image is, in fact, a mine. It’s a copper mine. This particular mine is BHP’s Escondida Mine, one of the 10 largest in the world.

Before this continues, to repeat … that’s a copper mine. In 2015, we used about 19 million tons of copper. Getting that copper out took digging big holes in the ground, just like the one in that first picture. It also involved using millions of pounds of blasting agent, carrying rock to crushers, spraying that crushed rock with millions of gallons of sulfuric acid, then letting the resulting toxic sludge sit around in leach fields to extract the copper.

How many times has someone approached you and warned you that copper is a bad thing and that you shouldn’t use it? I’m willing to bet that number is zero.

On the other hand, the world produces about 650,000 tons of lithium each year. Lithium exists mostly in the form of concentrated salts. Almost all that lithium—greater than 95 percent of it—is produced through a process of pumping underground brine to the surface and allowing it to evaporate in big pans. It’s separated from the brine using electrolysis.

There’s nothing you would think of as mining. No blasting. No trucks driving around carrying loads of crushed rock. No sprays of sulfuric acid.

The primary sources of lithium are from the Atacama Desert in Chile, and the Uyuni salt flat in Bolivia. These are two of the dearest places on Earth. It’s not exactly that nothing lives there, but …

“In 2003, a team of researchers published a report in the journal Science in which they duplicated the tests used by the Viking 1 and Viking 2 Mars landers to detect life, and were unable to detect any signs in Atacama Desert soil in the region of Yungay.”

Not all of the Salar de Atacama (the big Atacama salt flat) is this dead. There are some pools there with very salt-resistant shrimp, and weirdly enough, flamingos come to this desolate, otherwise empty place. So you know what they did? They made the area where the flamingos go a national reserve. It’s both desolate and lovely. They don’t extract lithium there.

Now, it’s a safe bet that someone sometime has told you that lithium mining is awful. That it requires big holes like that one that was used to make the copper pipes, and copper wires, and copper electronics you use every day. Someone told you that, even though it’s not true.

Why did they tell you that? Because someone knew just enough to know that lithium is used in electric car batteries and that someone was enough of a dickweed to want to make electric cars look bad. Even though they knew they were lying.

Salar de Atacama

Atacama salt flats. Those blue rectangles are basins where lithium is extracted from brine.

Now, about those oil sands. “Oil sands” is one term for them. The phrase you hear more often is actually “tar sands.” Why? Because what’s in those sands isn’t nice, fluid oil. It’s sticky, thick, blocky, and solid. If you cut a chunk of it, oil doesn’t pour out. It’s just stinky black sand.

And getting oil out of the tar sands? That’s not done with a neat little well. There are two primary ways of extracting oil from tar sands. One is to force steam into the sands through a series of horizontal wells. Then another series of wells is drilled to extract the oil freed by the steam. And all it takes is about 1,500 cubic feet of natural gas to make the steam that drives out a single barrel of oil.

Aerial view of the Suncor oil sands extraction facility near the town of Fort McMurray in Alberta on October 23, 2009. Greenpeace are calling for an end to oil sands mining in the region due to their greenhouse gas emissions and have recently staged sit-ins which briefly halted production at several mines. At an estimated 175 billion barrels, Alberta's oil sands are the second largest oil reserve in the world behind Saudi Arabia, but they were neglected for years, except by local companies, because of high extraction costs. Since 2000, skyrocketing crude oil prices and improved extraction methods have made exploitation more economical, and have lured several multinational oil companies to mine the sands. AFP PHOTO/Mark RALSTON (Photo credit should read MARK RALSTON/AFP/Getty Images)

SUNCOR’s oil extraction plant outside Fort McMurray. Photo credit: MARK RALSTON/AFP/Getty Images

But that steam extraction? It accounts for a small fraction of the oil extracted from the Athabasca tar sands. Most of it comes from a process that looks like this:

Albert Tar Sands

And like this:

Large excavators load trucks with oil sands at the Suncor mine near the town of Fort McMurray in Alberta Province, Canada on October 23, 2009. Greenpeace is calling for an end to oil sands mining in the region due to their greenhouse gas emissions and have recently staged sit-ins which briefly halted production at several mines. At an estimated 175 billion barrels, Alberta's oil sands are the second largest oil reserve in the world behind Saudi Arabia, but they were neglected for years, except by local companies, because of high extraction costs. Since 2000, skyrocketing crude oil prices and improved extraction methods have made exploitation more economical, and have lured several multinational oil companies to mine the sands. AFP PHOTO/Mark RALSTON (Photo credit should read MARK RALSTON/AFP/Getty Images)

Photo credit: MARK RALSTON/AFP/Getty Images

Gosh, you know what that looks like? Mining. That’s what. There’s the blasting, the trucks, the crushing, and then a mixture of hot water and caustic lye (sodium hydroxide) is added. It’s all mixed up into a black, sandy paste, then the paste is piped over to a plant where it gets churned until the oil floats to the top. Then the oil gets sent down some fine pipeline (Keystone, anyone?) while the remaining muck is dumped. It takes about two tons of sand to make a single barrel of oil.

So … yeah. That’s the truth. That’s what lithium “mining” is like. That’s what oil sands “extraction” is like.

That’s how stupid this meme is.

Now, it’s the internet, people. Play nice.

Spread the love

Leave a Reply