Driving from Lion’s Head to Toronto the other day I had three marvelous hours to reflect on rural Ontario, and my roots, and to indulge in CBC radio.
As the snow drifts and freezing winds of the hinterland faded in the rear view, replaced by the apartment towers and smog layer of the big city, Sunday Edition brought on a large format photographer named Edward Burtynsky.
His exhibit, “Manufactured Landscapes” is winding up at the Art Gallery of Ontario, and it is all about his photographic explorations of our interactions with the planet. Rather than shooting landscapes which are plush and green, Burtynsky focuses on that which we have despoiled.
Nickel tailings washing out to sea, abandoned hulls of forgone machinery, and strip mines are his inspiration. It was a terrific interview, which left me inspired.
I would point to the AGO’s website, except I looked it up once online and it’s one of those technology laden pieces of junk that doesn’t show you anything, or reinforce the artist’s vision. It appears to be more about corporate sponsorship and neat web tricks than art.
But Burtynsky struck me as brilliant. He talked about starting in the waste stream, and pushing his way back to the sources of oil and energy to begin with. He referred to abandoned fifty five gallons drums of oil and rusty spent machinery as “bookends” for our lives on this planet. He was remarkable.
I had just spent some time on Energy Balance for the fuel we make. My brother Glen wanted to include the embodied energy of our refinery, but I purposefully left that out, since so much of it is done out of scrap.
It struck me that my own journey into biofuels started when, as a metal sculptor, I was knee deep in the waste stream, with vessels and valves and motors flowing past daily.
Almost our entire setup has been fabricated out of post consumer wasteóincluding the back porch of the abandoned doublewide which we call home. It’s hard to calculate the embodied energy of such. There is some, for sureówe had to drive to retrieve it, we had to power the plasma cutter, etc., but because our operation has been largely plucked from the waste stream, I elected to leave its embodied energy out of our energy balance equation.
An interesting aside is that you can subsequently put the capital costs at Piedmont Biofuels into a thimble. Which means we do not have to be slaves to capital. Large scale biodiesel production is so capital intensive that you have to run 24/7 or you can’t keep up with the cost of the money which has been deployed to the fuel making process.
Burtynsky’s remarks struck a major chord within me. In my travels from scrap metal sculptor to backyard brewer to small producer, I have journeyed from “bookend to bookend,” from the wasteful output of our ingenuity to the source of energy that makes all of our destruction possible.

Updates via RSS
I’ve got you guys beat. You’ll love generators if you care about energy (but get a bigger reactor if you’re doing any significant work with one- they suck fuel like you can;t imagine)
I’m sitting at the OBB site, listening to the biodiesel generator go. I”m dewatering oil with 6000 watts of biodiesel powered electricity (*not the most efficient way to do it, but I’m not allowed to hack into the genny’s coolant system quite yet for various reasons). Normally a cheapskate like me would be tearing my hair out thinking about all the electric that’s getting used (and about the nuclear power plant at the end of the line)… and it’s weird getting used to the fact tha the gennerator really makes 6000 watts an OK thing to do.
The Babington burner is underway here- burns nice (oil that is, not glycerol) but I haven’t set up my heat exchanger stuff to run heat off of it.
Our site came with some nice junk too… The Tankenstein reactor is pretty cheap on the embodied energy (I’ pulled some of the plumbing out of a trash heap behind a food processing plant).
For the little welding I’ve had to do here, I intentionally used the little fluxcore welder instead of the real MIG- and powered by the biodiesel generator, and no consumables (like gas) other than wire and biodiesel. It was a pretty exhilerating freedom from the usual Grid guilt I get when running any power-intensive gear.
Mark (gloating!)
although it’s also important to note that when comparing an operation like yours and mine, we’re mostly working with ‘incompatible materials’ (ie brass ball valves, iron, galvanized stuff, plastics that are slightly scary, etc) compared to what the big plants are spending a few of their big bucks on. I’ve got some stainless steel gear and I’m working on getting an all-stainless setup- but boy does that take a long time when you’re picking it up piecemeal at salvage places.