Microbial Fuel Production - Revision history

Rasmus: fixed typo

2016-02-28T19:53:52Z

fixed typo

← Older revision		Revision as of 19:53, 28 February 2016
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	=Overview=		=Overview=
	[[Image:Joule_Copy_of_Pilot_site_3_540x405.jpg\|thumb\|500px\|Joule Unlimited pilot cyanobacteria growth ~~paneles~~]]		[[Image:Joule_Copy_of_Pilot_site_3_540x405.jpg\|thumb\|500px\|Joule Unlimited pilot cyanobacteria growth panels]]

Kardan: /* See Also */ -Category:Energy

2011-12-21T17:27:49Z

Chris F: /* See Also */

2011-09-11T04:33:23Z

Chris F at 04:31, 11 September 2011

2011-09-11T04:31:35Z

← Older revision		Revision as of 04:31, 11 September 2011
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	=Overview=		=Overview=
	Microbial fuel production uses microorganisms to convert sunlight and CO2 into fuel or oils that can be converted to fuels. ~~Two examples are discussed in the following video:~~		[[Image:Joule_Copy_of_Pilot_site_3_540x405.jpg\|thumb\|500px\|Joule Unlimited pilot cyanobacteria growth paneles]]


			Microbial fuel production uses microorganisms to convert sunlight and CO2 into fuel or oils that can be converted to fuels.

	=Details=		=Details=
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	This paper describes how by optimizing the genetics of a cyanobacteria to excrete the desired hydrocarbon directly. and paying attention to efficiency losses, they are able to produce 5 times as much product (15,000 gallons/acre/year) as algae (3,500 gallons/acre/year) and many times higher productivity as plant biomass (440 gallons ethanol from corn/acre/year). This type of system feeds high levels of CO2 into the system, derived from things like coal burning plants or other industrial processes. Without the concentrated CO2 the bacteria would grow slower.		This paper describes how by optimizing the genetics of a cyanobacteria to excrete the desired hydrocarbon directly. and paying attention to efficiency losses, they are able to produce 5 times as much product (15,000 gallons/acre/year) as algae (3,500 gallons/acre/year) and many times higher productivity as plant biomass (440 gallons ethanol from corn/acre/year). This type of system feeds high levels of CO2 into the system, derived from things like coal burning plants or other industrial processes. Without the concentrated CO2 the bacteria would grow slower.

	~~[[Image:Joule_Copy_of_Pilot_site_3_540x405.jpg\|thumb\|500px\|Joule Unlimited pilot cyanobacteria growth paneles]]~~

	==See Also==		==See Also==
	*[[Biofuel]]		*[[Biofuel]]

Chris F at 04:30, 11 September 2011

2011-09-11T04:30:59Z

← Older revision		Revision as of 04:30, 11 September 2011
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	* Bioengineered algae grown in open ponds, which are then harvested and the fatty oil they contain is converted to a biodiesel		* Bioengineered algae grown in open ponds, which are then harvested and the fatty oil they contain is converted to a biodiesel
	* Bioengineered cyanobacteria which have been modified to secrete hydrocarbons directly into the water they live in. They are grown in enclosed panels.		* Bioengineered cyanobacteria which have been modified to secrete hydrocarbons directly into the water they live in. They are grown in enclosed panels.

	~~[http://online.wsj.com/video/economics-algae-for-fuel/2B48F788-B157-4255-BDB8-96CE479FF75B.html Wall Street Journal interview for two microbial processes]~~

	==Algae==		==Algae==
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	*[[File:Jacobson_Industrial_Photosynthesis.pdf\|Jacobson Industrial Photosynthesis pdf]]		*[[File:Jacobson_Industrial_Photosynthesis.pdf\|Jacobson Industrial Photosynthesis pdf]]
			*[http://online.wsj.com/video/economics-algae-for-fuel/2B48F788-B157-4255-BDB8-96CE479FF75B.html Wall Street Journal - two microbial processes]



	[[Category:Energy]]		[[Category:Energy]]
	[[Category:Biofuel]]		[[Category:Biofuel]]

Chris F at 04:30, 11 September 2011

2011-09-11T04:30:26Z

← Older revision		Revision as of 04:30, 11 September 2011
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	*[[Biofuel]]		*[[Biofuel]]
	*[[Photobioreactor]]		*[[Photobioreactor]]

			*[[File:Jacobson_Industrial_Photosynthesis.pdf\|Jacobson Industrial Photosynthesis pdf]]


	[[Category:Energy]]		[[Category:Energy]]
	[[Category:Biofuel]]		[[Category:Biofuel]]

Chris F: /* Cyanobacteria */

2011-09-11T04:29:52Z

Cyanobacteria

← Older revision		Revision as of 04:29, 11 September 2011
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	This paper describes how by optimizing the genetics of a cyanobacteria to excrete the desired hydrocarbon directly. and paying attention to efficiency losses, they are able to produce 5 times as much product (15,000 gallons/acre/year) as algae (3,500 gallons/acre/year) and many times higher productivity as plant biomass (440 gallons ethanol from corn/acre/year). This type of system feeds high levels of CO2 into the system, derived from things like coal burning plants or other industrial processes. Without the concentrated CO2 the bacteria would grow slower.		This paper describes how by optimizing the genetics of a cyanobacteria to excrete the desired hydrocarbon directly. and paying attention to efficiency losses, they are able to produce 5 times as much product (15,000 gallons/acre/year) as algae (3,500 gallons/acre/year) and many times higher productivity as plant biomass (440 gallons ethanol from corn/acre/year). This type of system feeds high levels of CO2 into the system, derived from things like coal burning plants or other industrial processes. Without the concentrated CO2 the bacteria would grow slower.

	[[~~Media:Jacobson_Industrial_Photosynthesis.pdf\|thumb 500px\|Jacobson Industrial Photosynthesis]]~~		[[Image:Joule_Copy_of_Pilot_site_3_540x405.jpg\|thumb\|500px\|Joule Unlimited pilot cyanobacteria growth paneles]]

	~~[[Media~~:Joule_Copy_of_Pilot_site_3_540x405.jpg\|thumb\|500px\|Joule Unlimited pilot cyanobacteria growth paneles]]

	==See Also==		==See Also==

Chris F at 04:29, 11 September 2011

2011-09-11T04:29:24Z

← Older revision		Revision as of 04:29, 11 September 2011
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			=Overview=
	Microbial fuel production uses microorganisms to convert sunlight and CO2 into fuel or oils that can be converted to fuels. Two examples are discussed in the following video:		Microbial fuel production uses microorganisms to convert sunlight and CO2 into fuel or oils that can be converted to fuels. Two examples are discussed in the following video:

			=Details=

	* Bioengineered algae grown in open ponds, which are then harvested and the fatty oil they contain is converted to a biodiesel		* Bioengineered algae grown in open ponds, which are then harvested and the fatty oil they contain is converted to a biodiesel
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	This paper describes how by optimizing the genetics of a cyanobacteria to excrete the desired hydrocarbon directly. and paying attention to efficiency losses, they are able to produce 5 times as much product (15,000 gallons/acre/year) as algae (3,500 gallons/acre/year) and many times higher productivity as plant biomass (440 gallons ethanol from corn/acre/year). This type of system feeds high levels of CO2 into the system, derived from things like coal burning plants or other industrial processes. Without the concentrated CO2 the bacteria would grow slower.		This paper describes how by optimizing the genetics of a cyanobacteria to excrete the desired hydrocarbon directly. and paying attention to efficiency losses, they are able to produce 5 times as much product (15,000 gallons/acre/year) as algae (3,500 gallons/acre/year) and many times higher productivity as plant biomass (440 gallons ethanol from corn/acre/year). This type of system feeds high levels of CO2 into the system, derived from things like coal burning plants or other industrial processes. Without the concentrated CO2 the bacteria would grow slower.

	[[Media:Jacobson_Industrial_Photosynthesis.pdf]]		[[Media:Jacobson_Industrial_Photosynthesis.pdf\|thumb 500px\|Jacobson Industrial Photosynthesis]]

	~~Photo of~~ Joule Unlimited pilot cyanobacteria growth ~~panels.~~		[[Media:Joule_Copy_of_Pilot_site_3_540x405.jpg\|thumb\|500px\|Joule Unlimited pilot cyanobacteria growth paneles]]

	[[~~File:Joule_Copy_of_Pilot_site_3_540x405.jpg~~]]		==See Also==
			*[[Biofuel]]
			*[[Photobioreactor]]

	[[Category:Energy]]		[[Category:Energy]]
	[[Category:Biofuel]]		[[Category:Biofuel]]

DanielRavenNest at 21:00, 28 April 2011

2011-04-28T21:00:36Z

← Older revision		Revision as of 21:00, 28 April 2011
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	[[Category:Energy]]		[[Category:Energy]]
			[[Category:Biofuel]]

DanielRavenNest at 05:34, 27 April 2011

2011-04-27T05:34:09Z

← Older revision		Revision as of 05:34, 27 April 2011
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	[[File:Joule_Copy_of_Pilot_site_3_540x405.jpg]]		[[File:Joule_Copy_of_Pilot_site_3_540x405.jpg]]

			[[Category:Energy]]

← Older revision		Revision as of 17:27, 21 December 2011
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	This paper describes how by optimizing the genetics of a cyanobacteria to excrete the desired hydrocarbon directly. and paying attention to efficiency losses, they are able to produce 5 times as much product (15,000 gallons/acre/year) as algae (3,500 gallons/acre/year) and many times higher productivity as plant biomass (440 gallons ethanol from corn/acre/year). This type of system feeds high levels of CO2 into the system, derived from things like coal burning plants or other industrial processes. Without the concentrated CO2 the bacteria would grow slower.		This paper describes how by optimizing the genetics of a cyanobacteria to excrete the desired hydrocarbon directly. and paying attention to efficiency losses, they are able to produce 5 times as much product (15,000 gallons/acre/year) as algae (3,500 gallons/acre/year) and many times higher productivity as plant biomass (440 gallons ethanol from corn/acre/year). This type of system feeds high levels of CO2 into the system, derived from things like coal burning plants or other industrial processes. Without the concentrated CO2 the bacteria would grow slower.
	==See Also==		==See Also==
	*[[Biofuel]]
	*[[Photobioreactor]]		*[[Photobioreactor]]

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	*[http://online.wsj.com/video/economics-algae-for-fuel/2B48F788-B157-4255-BDB8-96CE479FF75B.html Wall Street Journal - two microbial processes]		*[http://online.wsj.com/video/economics-algae-for-fuel/2B48F788-B157-4255-BDB8-96CE479FF75B.html Wall Street Journal - two microbial processes]



	~~[[Category:Energy]]~~
	[[Category:Biofuel]]		[[Category:Biofuel]]
	[[Category:Research]]		[[Category:Research]]

← Older revision		Revision as of 04:33, 11 September 2011
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	[[Category:Energy]]		[[Category:Energy]]
	[[Category:Biofuel]]		[[Category:Biofuel]]
			[[Category:Research]]