Solar Sludge Drying - Revision history

Rasmus at 20:43, 12 March 2016

2016-03-12T20:43:55Z

← Older revision		Revision as of 20:43, 12 March 2016
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	[[Category: Materials]]		[[Category: Materials]]

	~~Concept that uses~~ solar ~~thermal energy harvested~~ in a greenhouse-type form factor to dry agricultural and other sludges, such as biogas slurry or sewage. Can enable conversion of waste into feedstock for other process (e.g. biogas slurry into compost). Can achieve microbial conversion.		[[File:Solar drying system.jpg\|800px\|thumb\|Solar sludge dryer: dries sludge with solar heat in a well-ventilated greenhouse. ]]

	Variation on ~~this~~ idea: ~~using biomass~~ energy instead of solar energy (benefit: independence of weather conditions, more versatile, good use of waste heat~~, etc~~.).		Technology to use solar thermal energy collected in a greenhouse-type facility to dry agricultural and other wet material, such as sludges, biogas slurry or sewage. Can enable conversion of a waste into a feedstock for another process (e.g. biogas slurry into compost). The main goal is volume and weight reduction. It can achieve microbial conversion, e.g. killing of anaerobes.

			Variation on the idea: to use some kind of waste energy instead of solar energy (benefit: more independence of weather conditions, more versatile, etc.). These can both be combined. This makes good use of low-level waste heat from other processes.

			The technology is patented.

	Link: [http://www.thermo-system.com/en/home/ Thermo System]		Link: [http://www.thermo-system.com/en/home/ Thermo System]

Rasmus at 23:48, 2 March 2016

2016-03-02T23:48:12Z

← Older revision		Revision as of 23:48, 2 March 2016
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	Concept that uses solar thermal energy harvested in a greenhouse-type form factor to dry agricultural and other sludges, such as biogas slurry or sewage. Can enable conversion of waste into feedstock for other process (e.g. biogas slurry into compost). Can achieve microbial conversion.		Concept that uses solar thermal energy harvested in a greenhouse-type form factor to dry agricultural and other sludges, such as biogas slurry or sewage. Can enable conversion of waste into feedstock for other process (e.g. biogas slurry into compost). Can achieve microbial conversion.

	Variation on this idea: using biomass energy instead of solar energy (benefit: independence of weather conditions, more versatile, good use of waste heat, etc.). ~~An elegant solution would be using superheated steam, allowing for some physical separation of energy generation and use.~~		Variation on this idea: using biomass energy instead of solar energy (benefit: independence of weather conditions, more versatile, good use of waste heat, etc.).

	Link: http://www.thermo-system.com/en/home/		Link: [http://www.thermo-system.com/en/home/ Thermo System]

Rasmus: inserted categorization

2016-03-02T23:46:54Z

inserted categorization

← Older revision		Revision as of 23:46, 2 March 2016
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			[[Category: Materials]]

	Concept that uses solar thermal energy harvested in a greenhouse-type form factor to dry agricultural and other sludges, such as biogas slurry or sewage. Can enable conversion of waste into feedstock for other process (e.g. biogas slurry into compost). Can achieve microbial conversion.		Concept that uses solar thermal energy harvested in a greenhouse-type form factor to dry agricultural and other sludges, such as biogas slurry or sewage. Can enable conversion of waste into feedstock for other process (e.g. biogas slurry into compost). Can achieve microbial conversion.

Rasmus at 19:50, 7 November 2015

2015-11-07T19:50:54Z

← Older revision		Revision as of 19:50, 7 November 2015
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	Concept that uses solar thermal energy harvested in a greenhouse-type form factor to dry agricultural and other sludges, such as biogas slurry or sewage. Can enable conversion of waste into feedstock for other process (e.g. biogas slurry into compost). Can achieve microbial conversion.		Concept that uses solar thermal energy harvested in a greenhouse-type form factor to dry agricultural and other sludges, such as biogas slurry or sewage. Can enable conversion of waste into feedstock for other process (e.g. biogas slurry into compost). Can achieve microbial conversion.

			Variation on this idea: using biomass energy instead of solar energy (benefit: independence of weather conditions, more versatile, good use of waste heat, etc.). An elegant solution would be using superheated steam, allowing for some physical separation of energy generation and use.

	Link: http://www.thermo-system.com/en/home/		Link: http://www.thermo-system.com/en/home/

Rasmus: Created page with "Concept that uses solar thermal energy harvested in a greenhouse-type form factor to dry agricultural and other sludges, such as biogas slurry or sewage. Can enable conversion..."

2015-11-07T19:47:24Z

Created page with "Concept that uses solar thermal energy harvested in a greenhouse-type form factor to dry agricultural and other sludges, such as biogas slurry or sewage. Can enable conversion..."

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Concept that uses solar thermal energy harvested in a greenhouse-type form factor to dry agricultural and other sludges, such as biogas slurry or sewage. Can enable conversion of waste into feedstock for other process (e.g. biogas slurry into compost). Can achieve microbial conversion.

Link: http://www.thermo-system.com/en/home/