Componentes de un biodigestor casero

Un biodigestor capaz de fermentar desechos orgánicos, construido con materiales reciclados, para la obtención de gas, con el objetivo de uso doméstico.

Biodigestor

Postado Especial de Permacultura - Special Post of Permaculture

Biodigestor casero bidón

Biodigestor casero de bidón

¿Has considerado aprovechar los residuos de alimentos y de la cocina para producir biogás casero? Si es así, puedes construir un biodigestor anaeróbico casero a partir de un bidón o tanque de polietileno con capacidad entre 120 y 220 litros. No se...

Biodigestor casero

Biodigestor casero, para generar gas metano a partir de los excrementos humanos y de animal.

INDEREN RENOVABLES: 500 KW en Aire sur L´adour (FRANCIA) Planta de BIOGAS

INDEREN RENOVABLES: 500 KW en Aire sur L´adour (FRANCIA) Planta de BIOGAS


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Biodigestor                                                                                                                                                                                 Mais

Postado Especial de Permacultura - Special Post of Permaculture

biodigestor

Qué es un biodigestor y cómo implementarlo en casa

ENERGÍA DEL BIOGÁS Se denomina Biogás al gas que se genera por la descomposición de la materia orgánica. No hay gran cantidad de emprendimientos en el país, pero seguramente su aplicación seria muy positiva, dado el carácter agrícola - ganadero del país.

2.19.13 - In search of the greenest building in Canada - "The waste treatment centre is a key architectural feature of the building. It’s on the main floor, encased in glass and visible to everyone who walks by. ... Some buildings feature fountains or fancy landscaping – the CIRS building puts sewage treatment on display." Many more sustainable features are incorporated into the design of this LEED Platinum/Living Building including rainwater harvesting and treatment for potable uses.

2.19.13 - In search of the greenest building in Canada - "The waste treatment centre is a key architectural feature of the building. It’s on the main floor, encased in glass and visible to everyone who walks by. ... Some buildings feature fountains or fancy landscaping – the CIRS building puts sewage treatment on display." Many more sustainable features are incorporated into the design of this LEED Platinum/Living Building including rainwater harvesting and treatment for potable uses.

Two Capstone C65 MicroTurbines® provide electricity, heating, and hot domestic water for the Catholic Hospital Koblenz. In summer months, the microturbines support the hospital's total power needs.

Two Capstone C65 MicroTurbines® provide electricity, heating, and hot domestic water for the Catholic Hospital Koblenz. In summer months, the microturbines support the hospital's total power needs.

4.10.13 - Going REALLY green: World's first bio-building powered by ALGAE opens in Hamburg - "The building, which was designed by multinational firm Arup, features panel glass bioreactors on the facade which contain microalgae. These algae generate biomass and heat as a renewable energy source.At the same time, the systems provides insulation for the building and keeps out noise."

Going REALLY green: World's first bio-building powered by ALGAE opens in Hamburg

Primer edificio del mundo que se alimenta de la energía renovable procedente de su fachada de microalgas. Fotos, esquema energético, y vídeo de sus paneles.

Atlanta LEED Platinum - Radiant heating and cooling system that includes "Microturbines and an adsorption chiller on the building’s roof are part of a trigeneration system, which includes a system that produces electricity via natural gas. All told, this reduces the building’s carbon footprint by 68 percent...The building also makes use of a 10,000-gallon cistern where rainwater is stored, then filtered, treated and re-circulated for landscape irrigation and low-flow urinals and toilets"

Atlanta LEED Platinum - Radiant heating and cooling system that includes "Microturbines and an adsorption chiller on the building’s roof are part of a trigeneration system, which includes a system that produces electricity via natural gas. All told, this reduces the building’s carbon footprint by 68 percent...The building also makes use of a 10,000-gallon cistern where rainwater is stored, then filtered, treated and re-circulated for landscape irrigation and low-flow urinals and toilets"

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