is possible to build a backyard plasma-distillery??

[hammuraby]

hallo, i wont to show you, and i need an help for
take out JUST IN TIME alcool, Methane and other hidrocarbon
from a wide range of biomasses
(waste, animal shit, wood - also plastic rubber ecc..)

NO anaerobic fermentation, or sucre fermentation is need!
saving a lot of time and a lot of space,,,and converted straight away!!
it's a TWO stage system (in a backyeard distillery )
1°STAGE a flameless gassification feed whit OXIGEN
2°STAGE a plasma torch whit elettric arc feeded whit Natrium

But, BEFOURE all, we have to separate OXI and Natrium from AIR
and the best is using ZEOLITE, whit a machine bigger then this :
http://italian.alibaba.com/product-gs/domestic-oxygenates-50048169.html

1°st STAGE: a valvle control of incame of OXI (in side put simple air too)
is need for reach and control temprature and gassify all the stuff
and the 1°STAGE have to work FLAMELESS as this Wonder System
http://www.iteaspa.it/technologies.asp?pagina=combustion

and carbondistilgasogen
http://translate.google.it/translate?js=n&prev=_t&hl=it&ie=UTF-8&layout=2&eotf=1&sl=it&tl=en&u=http%3A%2F%2Fwww.piromak.com%2Fvalorizzazione_reflui_animali.html

[hammuraby]

anaerobic digestion using usually only the cell-paste part of biomasses,
if you want to make DIGESTABLE the WOOD W/too long FIBER (lignin)
need to heat and and pressing the wood-fiber then, release it in a shot!
and the WOOD-fiber shall be digested too.

this give a good %nnuity....but need also much time and effort .....

better is to have a Backyard grass-wood PLASMA-DiStillery alambic
(whir molecular destructuration also of SHIT!,plastic and rubber)
where to put almost everything ...having back only glass-sand!
and i dont' know if will bw possible firebrick too...

usefull for THEY :
http://www.youtube.com/watch?v=d39biIxeuss&feature=player_embedded 

closed loop: energy-food a community of 20 family


.................................................. ...................
before talking about SECOND STAGE, the plasma work on GAS:

better still a little talking on a FIRST STAGE
or "masses pyrolyzer" yearlong heated whit picIN-OXI & CARBON

BUT, IN SUMMER is possible that you (or us?) use a
solar concentrating for gassifing biomasses OR water
and obtain
OR quite-Hydrocarbon
OR reactive-H2
(afrer using an Hi-T plasma WATER SPLITTING)

SUN is best...with the use of chip molten salt (KNO3 - NaNO3),
as heat transfer fluid,
There are two tanks for the liquid:
a "cold" and a "hot" that contain the molten salt mixture
rispectly C at temperature of 290 ° C and Hot at 550 ° C

A Fluidising bed gassifer (1°Stage)
http://www.youtube.com/watch?v=BudUZyuWIx4&feature=related

mirco sangalli

[hammuraby]

Introduction
Gasplasma Process is an advanced conversion technology used to convert a pre-treated waste feedstock or animal refuse into two recyclable products:
a hydrogen rich synthetic or Syn gas and a vitrified material suitable for use as a replacement aggregate or building material.

The gasplasma process is a two-stage gasification process;
firstly gasifying the pre-treated waste feedstock in a fluid bed gasifier producing a syngas contaminated with tars and soot as well as solid chars and ash and
secondly, using a plasma arc treatment to convert the residual soot tars and chars into further syngas which has consistent calorific values while simultaneously vitrifying the ash.
The process has been developed to:
• maximise the generation of renewable energy
• produce minimal waste residues and benign emissions
• operate on a small footprint with minimal environmental impact


The Gasplasma Process is based on three well-proven technologies namely:
• Fluid bed gasification
• Plasma treatment
• Gas engines
This combination provides a high degree of assurance as to the performance of the overall process given the extensive operating track record of its individual components.

It is a modular and scaleable technology. Whilst it can operate effectively at only 300 tonnes per annum.
It is closely integrated, gasification and plasma vitrification process that extracts the maximum amount of energy from a pre-treated waste feedstock.
Concern for the environment is increasingly affecting the way we live our lives, and the way we manage our waste has become a major issue.

Today, we are still depositing around 70% of household waste and significant quantities of commercial waste in landfill sites - waste which should either be recycled or potentially put to good use as an energy source.
Landfills not only damage the environment but represent a clear waste of resources as energy becomes an increasingly expensive commodity.
To date, the only viable alternative to landfill has been large incinerators that burn everything, produce vast quantities of ash, some of which is toxic, and need to transport waste from a large catchment area for them to operate economically.

Advanced Plasma Power has developed a viable alternative to landfill that has none of the disadvantages of incineration - the GasPlasma process. It utilises established technology to convert a wide range of non recyclable wastes into energy in the form of a hydrogen rich syngas.
As a result the GasPlasma Process is seen to deliver a sustainable waste management solution that stands to make a significant contribution to our energy needs.