Canon's Fuel Cell May Drive Portable Gear 197
RX8 writes "Canon, Inc., has taken the wraps off prototype rechargeable hydrogen fuel cells, the likes of which may one day power digital cameras, media players, and printers. Canon's demonstrated fuel cells win even more points on the environmental front: while companies such as Toshiba, Sanyo, and NEC have also been working on fuel cells (and had been expected to have developed fuel cell-driven notebook computers by now), those efforts are based on DMFC technology which derives hydrogen from methanol, producing small amounts of carbon dioxide (itself a greenhouse gas) in the process. Canon's cells obtain hydrogen from a refillable cartridge with no toxic byproducts."
Mods are on crack. (Score:2, Informative)
He has made a joke, not written an informative statement...
aHA! TFA is a blank page. (Score:3, Informative)
Really, wake me up when it's actually in a shipping product. I'll be excited then. Until it's working in the real world, it's just vaporware.
broken link (Score:5, Informative)
Canon develops fuel cell prototypes [engadget.com]
Canon shows prototype hydrogen fuel cell [infoworld.com]
Canon to develop fuel cells for printers, cameras [boston.com]
Re:Mods are on crack - but the parent is right (Score:4, Informative)
He has made a joke, not written an informative statement...''
Regardless of how he meant it, water does have a much stronger greenhouse effect than CO2. See the entry in the WikiPedia article [wikipedia.org].
Re:Mystery Cartridge! (Score:3, Informative)
Re:A letter from the hydrogen-powered future (Score:1, Informative)
Re:so where (Score:3, Informative)
And the faster the price of oil goes up, the sooner those alternative energy sources will mature. Seriously, they've been plenty mature for quite a while now, even though the technology is always being improved. However, on price alone (and not counting the cost of the environmental consequences), they're always going to be more expensive than cheap oil. That's always been the problem with alternative energy sources in our market-driven economy...
(Unless, of course, somebody can come up with something really radical, like a cheap, 99% efficient solar cell based on a very high-temperature superconductor or something. Hell, even 50% would be great!).
Re:Now, let me guess about fuel cell cartidges (Score:3, Informative)
Arf... actually, I was going to get the same joke in myself, but about the tiny tankfuls, not the chipping. The reason I use a (low-end) Canon printer is that (unlike their rivals) they *don't* play silly buggers with chips, refills and so on; you can get third-party ink tanks with no hassle.
I've never had to consider a refill kit, as I can get new tanks for a (relatively) decent price. Most hassle I had was a clogged head that a cleaning cartridge didn't fix (I ended up soaking the base of the print-head in meths, and it was as good as new). And *that* was probably because I'd used crappy third-party ink.
If you want to lay into crappy printer manufacturers, go for Lexmark or something...
Hydrogen Vs the Dinosaurs...again (Score:3, Informative)
Re:Mods are on crack - but the parent is right (Score:3, Informative)
In a lab, not in the troposphere. Net effect of H2O is very low. Read a little further down in the Wikipedia entry: "Water vapor in the troposphere, unlike the better-known greenhouse gases such as CO2, is essentially passive in terms of climate: the residence time for water vapor in the atmosphere is short (about a week) so perturbations to water vapor rapidly re-equilibriate. In contrast, the lifetimes of CO2, methane, etc, are long (hundreds of years) and hence perturbations remain. Thus, in response to a temperature perturbation caused by enhanced CO2, water vapor would increase, resulting in a (limited) positive feedback and higher temperatures. In response to a perturbation from enhanced water vapor, the atmosphere would re-equilibriate due to clouds causing reflective cooling and water-removing rain."