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Contents contributed and discussions participated by Pannir selvam

Pannir selvam

YouTube - BIOGAS ENERGY PROJECT - 0 views

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    us
Pannir selvam

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

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    sebrae irrigação sebraemg
Pannir selvam

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

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    biodisel
Pannir selvam

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

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    posdoc pannirselvam biogas
Pannir selvam

Google Apps - 0 views

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    Gpecufrn biomassa.eq.ufrn.br * Manage account information * domain names
Pannir selvam

4lightingThe Fulgora sawdust burning stove - Knowledge Bank - HEDON Household Energy Ne... - 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) [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.
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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">styletext/css
Pannir selvam

Energy Balance: Israel makes Biofuel from "Seaweed". - 0 views

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    Israel makes Biofuel from "Seaweed". I have considered previously the possibilities of making biodiesel from algae, which can in principle be achieved on an amount per hectare some 100 or more times that derived from common "bio-crops". Against the backdrop of conventional oil supplies running short within a decade and the serious compromise th
Pannir selvam

carbonization - 0 views

  • Figure 1 Pile Wood in the Kiln.
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    reactor pyrolysis recovery biochar bio
Pannir selvam

http://tidia-ae.usp.br/access/content/group/2f8a9c3e-f328-4ec0-00ba-2f1e0de95b08/Carbon... - 0 views

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    alcatraoes woodgas tidia pyrolysis
Pannir selvam

http://tidia-ae.usp.br/access/content/group/2f8a9c3e-f328-4ec0-00ba-2f1e0de95b08/Carbon... - 0 views

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    pyrolysis reactor woodgas tidia
Pannir selvam

http://tidia-ae.usp.br/access/content/group/2f8a9c3e-f328-4ec0-00ba-2f1e0de95b08/Carbon... - 0 views

  • The distillation of wood Charcoal is a useful by-product of wood obtained by the process of carbonization. Other valuable products can be obtained by treating wood in different ways. Destructive distillation (also known as pyrolysis or wood distillation) is similar to carbonization except that the wood is heated in a closed container and the gases and liquids given off are collected. Some of the gases can then be condensed to provide a range of useful chemicals; those that do not condense can be used as a gaseous fuel f
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    thailandia , brazil , wood gas
Pannir selvam

http://tidia-ae.usp.br/access/content/group/2f8a9c3e-f328-4ec0-00ba-2f1e0de95b08/Carbon... - 0 views

  • What is charcoal? Charcoal is the solid residue remaining when wood is "carbonised" or "pyrolysed" under controlled conditions in a closed space such as a charcoal kiln. Control is exercised over the entry of air during the pyrolysis or carbonisation process so that the wood does not merely burn away to ashes, as in a conventional fire, b
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    intrroduction charcoal
Pannir selvam

Effect of catalyst on yield of liquid products from biomass via pyrolysis - 0 views

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    The pyrolysis of biomass is a thermal treatment that results in the production of charcoal, liquid, and gaseous products. Among the liquid products, methanol is one of the most valuable products. Methanol can be used as one possible gasoline replacement for conventional gasoline and diesel fuel. Methanol can be produced by pyrolysis of biomass. Methanol mainly arises from methoxyl groups of uronic acid and from the breakdown of methyl esters and/or ethers from decomposition of pectin-like plant materials. The maximum methanol yields (12.19% at 825 K) for hazelnut shell was obtained from a Na2CO3 (30% of dried sample) catalytic flash pyrolysis run. The yields of liquid products from the samples increased with an increasing of the amount of Na2CO3 from 10% to 30%. The maximum liquid yield from yellow pine was 51.2% at 875 K. The yields of liquid products from the samples depended on the amount of K2CO3 and the temperature. The maximum liquid yield from yellow pine was 49.5% from a 30% K2CO3 catalytic run at 875 K. The catalytic effect of Na2CO3 was slightly higher than that of K2CO3 for hazelnut shell, tea waste, and yellow pine samples.
Pannir selvam

BioDiesel - 0 views

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    biodeisel1
Pannir selvam

sustainablelorgbiofuel - 0 views

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    sustainablelorgbiofuel
Pannir selvam

Operating Engines on Woodgas by Bill Olsen - 0 views

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    Operating Engines on Woodgas by Bill Olsen
Pannir selvam

Modification of dolomite for hydrogen production via catalytic gasification of residue ... - 0 views

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    Calcined dolomite is a good catalyst in terms of its activity for gasification of residue derived from biomass hydrolysis for hydrogen production, whereas its fragility can cause trouble during operation. A novel modification method aimed at improving the strength of the calcined dolomite has been presented using magnesium nitrate as the modifier, which was introduced into the dolomite via a co-precipitation process. The strength of the modified dolomite can be up to 250 times as high as the unmodified one and can cause much less bed pressure drop and catalyst loss, though the activity is slightly lowered after modification. Keywords: calcined dolomite modification; catalytic gasification; hydrogen production; biomass hydrolysis; bioenergy; magnesium nitr
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