Comments on: Hydrogen Fuel That’s Green Thanks To Microorganisms Found Living In Salt Flats?

By: cecicijywop

cecicijywop — Wed, 24 Jul 2013 01:30:00 +0000

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This suggests that it will be
accomplished ” utilizing the world’s enormous resources of light and
saltwater for the production…” Will this actually use seawater, or
will freshwater have to be added to the salts in the salt flats for the
reaction to take place. Obviously, as water is split and hydrogen is
harvested, more (fresh?) water would have to be added and thus this
wouldn’t be such a green process then. If regular seawater can be used,
then right on!

By: 3dmike

3dmike — Wed, 24 Jul 2013 00:45:00 +0000

New Innovative Technology for Low Cost Monatomic Hydrogen and Biofuels

http://phys.org/wire-news/135918592/new-innovative-technology-for-low-cost-monatomic-hydrogen-and-bi.html

By: Chuck Daniels

Chuck Daniels — Wed, 24 Jul 2013 00:04:00 +0000

Check out HyperSolar (http://www.hypersolar.com/). Their technology can use any water source, including wastewater!

By: Bob_Wallace

Bob_Wallace — Tue, 23 Jul 2013 17:53:00 +0000

If the freshwater was obtained close to where it enters salt then the net effect on fresh water supplies would be about neutral.

By: chris

chris — Tue, 23 Jul 2013 17:49:00 +0000

Good question. Can anyone research this?

By: Guest Here

Guest Here — Tue, 23 Jul 2013 17:03:00 +0000

This suggests that it will be accomplished ” utilizing the world’s enormous resources of light and saltwater for the production…” Will this actually use seawater, or will freshwater have to be added to the salts in the salt flats for the reaction to take place. Obviously, as water is split and hydrogen is harvested, more (fresh?) water would have to be added and thus this wouldn’t be such a green process then. If regular seawater can be used, then right on!

By: JamesWimberley

JamesWimberley — Tue, 23 Jul 2013 15:22:00 +0000

This is reaching very deep in time, perhaps 3 billion years. The light-sensitive pigment that drives photosynthesis, chlorophyll, is mainly sequestered in organelles called chloroplasts, the vegetable kingdom’s parallel to mitochondria. Both schemes are probably the result of an ancient symbiosis in which the little energy factories traded the autonomy of life as independent bacteria for security within a much larger host eukaryotic cell. The bacteria holding rhodopsin survived as simple creatures and the pigment is simply embedded in the cell wall. Don’t be sorry for them, they will outlive us as they did the dinosaurs.