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videobioenergy - WebSlides - 0 views

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    video web slide
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Fuel cell power generation system - Google Patents - 0 views

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    Patent number: 5658681
    Filing date: Sep 27, 1995
    Issue date: Aug 19, 1997
    Abstract
    A fuel cell power generation system including a reforming reactor for reacting a fuel with water to produce a hydrogen-rich reformed gas including carbon monoxide; a CO shift reactor for carrying out a CO shift reaction to decrease the concentration of carbon monoxide in the reformed gas;...
    About this patent
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Hydrogen technologies - 0 views

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    hydrogen
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    CO-shift
    The processes described above produce gas with a high content of carbon monoxide - CO. It is therefore necessary to put the gas through the CO-shift process to increase the content of hydrogen. The shift reaction (see sidebar) is a two-step process to achieve the most complete reaction between CO and steam. Initially steam is added in a high-temperature step (300-500ºC), followed by a a low-temperature step (200ºC), with different catalysts in the two steps.

    Separation of CO2
    Each of the processes described above produces CO2 in addition to H2. To separate hydrogen and CO2, it is common to use amine based absorption processes. This is conventional technology. Methods based on selective membranes or sorbents are under development.
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BIO-HYDROGEN - Development of a Biogas Reformer for Production of Hydrogen for PEM Fuel Cel... - 0 views

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    bstract
    BIO-HYDROGEN aims at the development of a cost effective biogas reforming system (10 kW hydrogen) for decentralised application with biogas from agricultural wastes, municipal waste water treatment plants and landfills. Main objective is the develo
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Researchers Develop Two-Stage Process For Optimal Biohydrogen Production - 0 views

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    Researchers Develop Two-Stage Process For Optimal Biohydrogen Production

    Thursday, 17 July 2008 00:13:00 CDT

    Alternative-Energy-News.INFO - BioFuel News

    Researchers have combined the efforts of two kinds of bacteria to produce hydrogen in a bioreactor, with the product from one providing food for the other. According to an article [*.pdf] in the August issue of Microbiology Today , this technology has an added bonus: leftover enzymes can be used to scavenge precious metals from spent automotive catalysts to help make fuel cells that convert hydrogen into energy. Hydrogen has three times more potential energy by weight than petrol, making it the highest energy-content fuel available. Research into using bacteria to produce hydrogen from waste biomass has been revived thanks to the rising profile of energy issues. According to the researchers, the UK throws away a third of its food, wasting 7 million tonnes a year. The majority of this is currently sent to landfill where it produces gases like methane, which is a greenhouse gas 25 times more potent than carbon dioxide. Following some major advances in the technology used to make biohydrogen, this waste can now be turned into valuable energy. Two-stage process There are special and yet prevalent circumstances under which micro-organisms have no better way of gaining energy than to release hydrogen into their environment. Microbes such as heterotrophs, cyanobacteria, microalgae and purple bacteria all produce biohydrogen in different ways, says Dr Mark Redwood from the University of Birmingham. When there is no oxygen, fermentative bacteria use carbohydrates like sugar to produce hydrogen and
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Biohydrogen Portal - 0 views

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    biohydrogen
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Biohydrogen - Wikipedia, the free encyclopedia - 0 views

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    Biohydrogen
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Refuel: Biohydrogen - 0 views

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    Biohydrogen (gasification)

    Besides production of biohydrogen from biogas, it can also be produced through gasification of biomass, similar to the production of bio-SNG, which was discussed above. A gasification method has to be used that produces a gas w
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2 - Biodigestor rural vinil biogás lona biofertilizante bioliquido - 0 views

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    Biodigestoir
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YouTube - BIOGAS ENERGY PROJECT - 0 views

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    us
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YouTube - SEBRAE-MG - Conheça uma técnica de irrigação em círculos - 0 views

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    sebrae irrigação sebraemg
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YouTube - Fábrica UnB e Embrapa (3 de 4) - 0 views

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    biodisel
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1 Computer Aided Design of Small Biofuel System - a knol by Pagandai Vaithianthan PannirSel... - 0 views

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    posdoc pannirselvam biogas
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Google Apps - 0 views

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    Gpecufrn

    biomassa.eq.ufrn.br

    * Manage account information
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4lightingThe Fulgora sawdust burning stove - Knowledge Bank - HEDON Household Energy Networ... - 0 views

  • Output

    A few kW for 4 to 8 hours with an air door opening 20 to 30 mm. The burn rate increases near the end of the sawdust charge, as the burning core expands out to reach the inner container walls. Up to 7 kW can be produced, but at this output the case glows red-hot, so inflammables must be kept well away, and the fuel charge does not last long.
    Figure 2: Removable inner bin with hole through to air chamber below (H Bland)
    Figure 2: Removable inner bin with hole through to air chamber below (H Bland)




    [top] [end]Operation

    The heater comprises two concentric bins. The removable inner bin has a hole through the bottom to the air chamber below. This allows hot gases to be drawn upwards through the hole to where combustion occurs. The hot gases are then drawn downwards between the inner and outer walls of the heating stove, providing good heat exchange to the room as they pass between the two chambers before passing out of the room through a flue (Figures 1 & 2).



    [top] [end]Fuel range

    Sawdust is best. Shavings or chip-pings will work provided they do not collapse down the airway. They work better mixed with sawdust, but have the effect of making it burn faster and hotter.
  • Figure 3: Flue should be 2 or 3 metres long, leading out of doors (H Bland)
  • Figure 6: Light a few sheets of paper to heat the flue (H Bland)
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    The HEDON Forum is a powerful, open and collaborative system developed in co-operation with the HEDON Household Energy Network for ongoing knowledge creation and professional discussion on diverse household energy issues">www.ecoharmony.com" />style
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