Now, to illustrate this, imagine we just found a trillion barrels 40,000 feet down. Yeah, that would awesome, right? No more peak oil, at least for a long time, right? Well, what if due to technological considerations, we could only get a few wells installed, and the max flow rate we could get from that reservoir was 100,000 barrels per day. Oh, that's it? Well, that's nice, but it doesn't really help the overall situation, where we're experiencing roughly 4,000,000 barrels per day,per year declines in existing conventional crude oil fields. That is, reservoir size and flow rates were well-correlated several decades ago, because the stuff just flowed out of the ground so easily, but now that we have to drill tens of thousands of feet to achieve a single well flow rate on the order of 100 barrels per day/per well in the shale plays, or we even have to scoop up tarry sand in giant machines and then power wash the bitumen off of it, oil just don't quite flow quite like it used to.Part 2: Conservation Not Technology will be our Saviour - Chris Martenson
There's a new relationship between reserves and flow rates, and it's a fraction of the old rate. And it's an entirely new world, and this has been missed by the less insightful analysts and commentators out there. I am optimistic about the new reserves and flows but not because I happen to think they allow us to forget about the challenges and snap back to 'how things used to be.' We're in a new regime of higher oil prices and that alone sets today well apart from the past.
We don't need any new technologies, we have everything we need right here on the shelf now to begin living a very different life. It begins with, I believe, the most fundamentally important thing we can do, conservation, at this stage.posted by notyou at 9:27 AM on December 21, 2012 [8 favorites]
If you look at a nighttime satellite photo, you can see that there are probably a few lights we could turn off and save a bit of electricity. There's technology on the shelf right now enabling homes, either residential or commercial buildings, to be built that use a fraction of the energy they currently use, just by tilting them south and putting windows on the right side and ventilating them. Very simple things like that that can be done. All we have to do is decide that we're going to use them, and that's missing still.
So, yes, I am very optimistic about technologies and processes and understandings that already exist. The mystery to me is why they are not being deployed. They make complete sense from economic, political, national security, ecological and social justice standpoints yet we don't use them at scale. That's not a technology problem, that's a narrative problem. Another way of saying that is I am very optimistic about technology but decidedly less optimistic that we will use it intelligently and rationally.
we'reDon't let economist propaganda cloud our thinking please.producingextracting so much domestically.
Natural gas is the safest carbon based fuel we have. Count me as another lefty who thinks hydrofracking still bests coal, undersea oil drilling, and nuclear. I love solar and wind and geothermal and hydro and conservation too. But natural gas gets us there with less damage than coal for sure.I don't understand how you can say natural gas is better than nuclear, given the fact that natural gas still emits CO2 and is a much more potent (but short term) greenhouse gas itself if any of it ever leaks out.
If you are writing on an ac-powered computer while sitting in a carbon-based heated home with a gas or electric car in the driveway, decrying fossil fuels is hypocrisy.No it's not. Hypocrisy means saying one thing and doing another. No one is saying people should go without cars or heat or electricity. We are saying that electricity should come from solar or other renewables, heat should come primarily from insulation and secondarily from electricity and car should also be powered by electricity.
(some environmental and ethical/political issues in the extraction of rare earth elements used in solar-electric panels)OMG. Why do people keep saying that rare earth elements are used in solar panels? There are a few experimental types that do use some rare earth metals, but for the most part the ones that are really cheap these days are made from plain old silicon - The same element used to make computer chips. And windows. You can get it from sand, which there's no shortage of. It's one of the most common elements in the earth's crust.
wanted to be completely, pedantically factually correct in my statements. Kind of like saying "safer sex" instead of "safe sex" when referring to condom use, even though I'm pretty pro-sex-between-consenting-adults.Well, the problem is in trying to be "pedantic" and "completely correct" you ended up being less accurate. Most solar panels do not use rare earth elements. Some thin film solar panels do use rare earth elements, and for a time people thought they might end up cheaper then polysilicon PV panels. But what's happened is that the price of silicon panels has dropped really, really fast.
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posted by Jon_Evil at 9:13 AM on December 21, 2012 [1 favorite]