6:30 P.M. on a Sunday evening… and three more vehicles just pulled up to my car lot.
You may think that’s a good thing, and it would be if people didn’t park all over the place.
One person parks in one direction. The guy coming from the west parks right in front of that guy, and so forth. This happens in infinite combination until the process of getting people in an out becomes a personal pantomime of moving and motioning cars. At certain times of the day my work becomes comparable to the late Marcel Marceau.
I knew I had to do something about it. However, I didn’t expect that something to become the enabler of my 11 year old son’s criminal history.
Sometime this week, Tesla CEO Elon Musk will announce everything there is to know about the EV automaker’s Gigafactory, from location and price tag, to its heavy reliance on renewable energy sources.
A report by UNEP [PDF here], the UN’s environmental body, finds that recycling rates for some of the key ingredients in EV and Hybrid cars are woefully low. The chart above shows “functional recycling rates” for 60 metals, and the rate for such key elements in the production of EV and Hybrid batteries and magnets as Lithium, Vanadium, Lanthanum, Neodymium, Dysprosium, all have recycling rates of 1% or lower. Not only do many of these elements have the potential for creating ecological damage, but many (especially the so-called “rare earth elements”) are considered relatively scarce…. and not recycling exacerbates both of these issues. But, notes the report, the complex fusion of elements used in both batteries and EV magnets could present huge challenges in ever improving these rates of recycling.
Where relatively high EOL-RR [End Of Life Rates of Recycling] are derived, the impression might be given that the metals in question are being used more efficiently than those with lower rates. In reality, rates tend to reflect the degree to which materials are used in large amounts in easily recoverable applications (e. g., lead in batteries, steel in auto- mobiles), or where high value is present (e. g., gold in electronics). In contrast, where materials are used in small quantities in complex products (e. g., tantalum in electronics), or where the economic value is at present not very high, recycling is technically much more challenging.
Hat Tip: Auto123
Scrap-steel prices have been climbing like crazy in recent months, with the scrap price for junk cars reaching about $250/ton here in Colorado. That means that a lot of potential project cars that have spent decades in back yards and driveways, waiting to get back on the road, are now worth an easy 400 bucks at The Crusher. Armies of steel-crazed scavengers with car trailers and flatbed trucks have been scouring the countryside for unwanted— or, more accurately, insufficiently wanted— vehicles to turn into quick cash. I hit a local metal-recycling yard yesterday to see the frenzy for myself. (Read More…)
Talk about unfortunate timing: Just as the scrapping incentives all around the world are running out, a Japanese company found a way to turn old cars into fuel. (Read More…)
Welcome to Havana, Oregon. Back in the eighties, living in tony Los Gatos, I used to gaze longingly at photos of old American cars and trucks still hard at work in Cuba. But within days of moving to Eugene in 1993, I came across this very truck, hauling its daily cargo of recycled cardboard. And it planted a seed in me, to document the old vehicles still earning their keep, which finally came to fruition with Curbside Classics. Although we’ve strayed from the strict interpretation of that mission a few times along the way, no other vehicle more perfectly embodies the original ethos than this 1956 F-350. (Read More…)