We're in the middle of end-of-semester exams here at Mount Allison University, so most of my friends are stressing out about how hard their lives are right now. But really, when you're 80 years old, will you look back and say to yourself, "Man, I can't believe I missed that question about Dirac's Constant on my exam back in 2006. That pretty much ruined the rest of my life."
Let's be serious for a minute: is that exam really going to make the difference between you spending the rest of your life doing sub-atomic particle research versus being "the fry guy" at the local drive-through? I thought so. So it isn't worth getting that stressed out. Study, but don't stress.
I agree that exams can be pretty hard sometimes, but do you want to know something that is really hard? Try throwing out a garbage can. I'm not kidding. I have a broken garbage can, so every week, I put it out on the curb with the rest of the garbage. But do the garbage collectors ever take it away? No. It's always left standing there, lonely and unwanted, as they drive off into the sunset. It's becoming a war of attrition between me and PBS Waste, but unlike Bush and the war in Iraq, I know that someday I'm going to win.
This is the personal blog for Jonathan (Scooter) Clark. If you're interested in learning about Replant.ca Environmental, a company that I run which plants trees in parks and builds community forests, the link is in the right sidebar. If you happen to like techno music, visit the DJ Bolivia link in the sidebar. If trees and block-rockin' beats are not your thing, may I suggest knitting or crochet.
Showing posts with label trash. Show all posts
Showing posts with label trash. Show all posts
Thursday, December 07, 2006
Sunday, April 16, 2006
One Man's Trash
Lots of people have heard the saying that, "one man's trash is another man's treasure." I was thinking about just how true that is going to be in another decade, although I bet that most people don't realize it.
Right now, the world is experiencing some of the highest metals prices in the past two to three decades. Zinc, Copper, and other metals are definitely setting records, and PGM's (gold, silver, etc.) are showing huge signs of strength. Many of these different metals are used in tons of industrial processes and hi-tech equipment, so demand has been growing very quickly over the past decade. The problem is that even with the higher prices providing the funds for companies to increase exploration efforts, diminishing returns are being experienced. In many places, all the "good finds" have already been taken advantage of. The problem is not as significant as in the oil industry, because there will certainly be many more deposits discovered which can turn into viable mines. However, demand is increasing at a rate which suggests that the mining industry won't be able to keep up, and will fall further and further behind in the next decade or so. And of course, if oil prices go up significantly in the next year or two, metals prices will have to follow because it takes a lot of energy to mine and refine metals. The metals shortage probably isn't something that is going to turn into a crisis overnight like energy could, but it will certainly become a challenge ten to fifteen years from now.
And that's where garbage comes in. Just think of how many landfill sites there are across the country, just full of old cars, appliances, computers, batteries, and all sorts of other goodies containing dozens of different types of metals. I'm not suggesting that people should dig up the landfills and pick through the garbage looking for old items to recycle. I'm thinking that the entire contents of the landfill could go to a smelter and be processed the same way that ore is processed when it comes out of the ground. The concentrations of some metals in this garbage have got to be higher than concentrations in random truckloads of ore coming out of the ground directly. There would be some challenges, but I'm sure that most smelters or ore-processing facilities could be converted to be able to accept landfill detrius mixed in with conventionally mined feedstock.
Maybe I should start looking into trying to buy an old city landfill or two, although I bet they'd be way too expensive for me to afford. After all, who would want to sell a future gold mine?
Right now, the world is experiencing some of the highest metals prices in the past two to three decades. Zinc, Copper, and other metals are definitely setting records, and PGM's (gold, silver, etc.) are showing huge signs of strength. Many of these different metals are used in tons of industrial processes and hi-tech equipment, so demand has been growing very quickly over the past decade. The problem is that even with the higher prices providing the funds for companies to increase exploration efforts, diminishing returns are being experienced. In many places, all the "good finds" have already been taken advantage of. The problem is not as significant as in the oil industry, because there will certainly be many more deposits discovered which can turn into viable mines. However, demand is increasing at a rate which suggests that the mining industry won't be able to keep up, and will fall further and further behind in the next decade or so. And of course, if oil prices go up significantly in the next year or two, metals prices will have to follow because it takes a lot of energy to mine and refine metals. The metals shortage probably isn't something that is going to turn into a crisis overnight like energy could, but it will certainly become a challenge ten to fifteen years from now.
And that's where garbage comes in. Just think of how many landfill sites there are across the country, just full of old cars, appliances, computers, batteries, and all sorts of other goodies containing dozens of different types of metals. I'm not suggesting that people should dig up the landfills and pick through the garbage looking for old items to recycle. I'm thinking that the entire contents of the landfill could go to a smelter and be processed the same way that ore is processed when it comes out of the ground. The concentrations of some metals in this garbage have got to be higher than concentrations in random truckloads of ore coming out of the ground directly. There would be some challenges, but I'm sure that most smelters or ore-processing facilities could be converted to be able to accept landfill detrius mixed in with conventionally mined feedstock.
Maybe I should start looking into trying to buy an old city landfill or two, although I bet they'd be way too expensive for me to afford. After all, who would want to sell a future gold mine?
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